GOVERNMENT OF INDIA
I ARCHAEOLOGICAL SURVEY OF INDIA
Central Archaeological Library
NEW O E L H I
s
—
i '
SUOMALAISEN TIEDEAKATEMIAN TOIMITUKSIA
ANNALES ACADEMIAE SCIENTTARUM FENNICAE
SARJA - SER. B, NJDE - TOM . 240
MEMOIRS OF THE DEPARTMENT OF ARCHAEOLOGY
AND MUSEUMS, GOVERNMENT OF PAKISTAN, VOL, 5
Corpus of Indus Seals
and Inscriptions
2. Collections in Pakistan
edited by ! 4 S 3
SAYID GHULAM MUSTAFA SHAH and ASKO PARPOLA
in collaboration with
Ahmad Nabi Khan, M Rafique Mughal, F,A. Durrani,
M.A. Halim, George F, Dates, Michael Jansen, M, Tosi,
Walter A, Fairservis and Giorgio Stacui
and w ith the assistance of
Jyrki Lyytikka, SAL Ilyas, Arto Vuohelamen
and Petteri Koskikallio
HELSINKI 1991
SUOMALAINEN TIEDEAKATEMIA
Press filed for publication in tkej\$nales Academim SstsMiarwn Fennicae
at the meeting of the Academy on September AW. J485
Editor: Professor Pekka Suvanto
Copyright © 1991 by
by Academia Sdenttancn Fennica (for the volmre)
and by the owners of the original objects (for the photographs)
Published with the financial assistance of the Unesco
on the recommendation of
the International Council for Philosophy and Humanistic Studies
and with grants of
the Ministry of Education of the Government of Finland,
the University of Helsinki, and
the Academy of Finland
ISSN 0066-2011
ISBN 951 -0556-7
Printed in Finland by Karisto Qy, Hameenlinna, 1991
Photo repro masters by Offset-Kopio Oy, Helsinki
CONTENTS
III
Contents
Ai
Nft..
MUaja
A
Foreword by Professor Sayid Gbulam Mustafa Shah
Foreword by Dr Ahmad Nabi Khan ....
Preface ..........
Introduction...... „
.**. V
... vi
. vu
XIV
L Indus seals and inscriptions and the archaeological sites in Pakistan.**...,***. XTV
2. Indus seals and the external contacts of the Indus Civilization ......XX
3. The function and iconography of the Indus seals and tablets....***.*,.. yxi
4. The enigma of the Indus script.....,*************.,.XXII
5. Earlier documentation of the Indus seals and inscriptions.*,,*,**...XXII
6. The purpose and scope of the Corpus . XXIII
7. The documentation of the objects.**.*.... XXIV
Original objects and their present-day impressions.*.,*****,*,,*,...„„**,„**___.XXIV
Broken objects.**...*.,*****.*.********...,.**.*******..**.. XXIV
Different sides of the objects and their specification...........XXV
The scaling and printing of the photographs.*..... .XXV
8. The criteria of arrangement and related conventions of the Corpus...*XXVt
General considerations.***....,******* XXVI
The 1st criterion: the owners of the objects; and the overall publication plan.. XXVI
The 3rd criterion; the stratigraphy of the site of provenance ___* *„*.„XXV1I1
The 4th* 5th and 6th criteria: the object type* form and material;
and the symbols in the page captions ..*..*.„,***,,.*...,....,.***,*.. XXVIII
The 7th criterion: the monographic motifs....... . ....*XXX
The 8th* 9th and 10th criteria: the size, style, and state of preservation.,.*....XXXI
9* On the material and production of the objects and on the colour photographs..**,„*,.,.XXXU
Black-and-white photographs
A. Sites with many seals or inscriptions / graffiti (in descending order of their total number)
Mohenjo-daro (M-595, 621 to 1659) ...
Harappa (H-266 to 275* 356** 383 to 1019).
Rahman-dheri (Rhd-I to 270) ...
Pirak (Pk-1 to 49) .**!,.*,**.*,*.
*. 1-252 & 416
......... 253-351
352-378 & 416
. 379-386
IV
CONTENTS
B. Sites with few seals or inscriptions / graffiti (in alphabetical order)
AJIahdino (Nel Bazaar) (Ad-1 to II) .................................. 387-388
Amri {AM to 8 ) ....... 389-390
Bala-kot f&lk I to 6 ) ................... 391-392
Gharo Bhiro (Nuhato) (Grb-l) ............ 392
Gumla (G-l to 16) _________ 392-394
Hissam-dheri (Hd-1 to 7) ............395
Jhukar (Jk-3) ................ 396
Kalako-deray (KM) ................... 396
Kot-Diji (Kd-1 to 17) ......,......... 396^00
Lewan-dheri (Dar Dariz) (LwiM) . 400
Loebanr IK (L IIM) ........ 401
Mehrgarh (Mr-1 to 18) . 401-405
Naru-Waro-dharo (Nwd-I to 3) .. 406
Nausharo (Ns-l to 10) . 407-409
Nindowari-damb (Nd-1 to 3) ............... 409-410
Periano-ghundai (Pg-1 to 2) ........... 410
Sarai Khola (Skh -1 to 10) ........„....... 410-411
Sibri-damb (Sb-1 to 3) ................................ 411-413
Tarakai Qila (Trq -1 to 8 ) . 414
Provenance unknown (?-] to 6 ) ......................... 415
Addenda (M-858 and 1659; Rhd-270) .......... 416
Colour photographs (1 to 36) .,.. 417-432
Table l; The ieonographie criteria applied in arranging the unicorn' seals... 433
Table 2\ Symbols of the form classes of Indus seals and tablets in this volume „.. 433
Basic data for the objects illustrated . 434.447
Corrigenda, ........... 447
Map showing ihe discovery sites of the Indus seals and inscriptions
.448
FOREWORD
V
Foreword
Pakistan, situated at a crossroads of historical passages, has become the home of a wide variety of
peoples coming from all over Asia and speaking diverse languages. This land of glaring contrasts -
with its deserts, green pastures, and mountain heights - has been the battleground of great wars and
an abode of great religions. It is a vast storehouse of antiquities, and an engrossing subject of
archaeological research. This fascinating country occupies a prideful place in the history of human
civilization.
The great river Indus has played its own pan in shaping the destiny of the peoples who have
lived along its banks. Geographers as well as historians have described its awe and majesty. From
its sources in the mountains, this life line of Pakistan enters triumphantly into the Punjab and winds
its way through the plains until it ends up in the vast Arabian Sea. The Indus has been a source of
subsistance for Pakistan throughout the ages gone by. The volume of water at the peak of the
monsoon season has both destroyed old habitations and created new areas of prosperity. Moenjo-
daro is an ideal instance of cities that have appeared and disappeared with the vagaries of the Indus.
There are so many sites of archaeological interest to explore in Pakistan. The North West
Frontier - the province of the Khyber Pass, Swat, Hunza and Gilgit and a number of other areas of
interest - proclaims the extent and influence of the Buddhist power, for which there is abundant
archaeological evidence all over the country. The Punjab, ravaged by wars and troops marching
back and forth, has Harappa. the splendid Mughal monuments of Lahore, and the relics of the
Ismaili settlements in Multan. Sind is famous all over the world with sites like Mocnjo-daro, Amri,
Kot Diji and Debal. Baluchistan has already produced marvellous results at sites like Mehrgarh,
Quetta, Nal, Anjira. But much is still to be done; a study of Turbat, Khuzdar, or Chamman. for
instance, might yield interesting results. All in all, the possibilities for archaeological research are
enormous. What we present here in this modest volume is merely a glimpse of what has been
discovered and salvaged so far. What remains underground can only be guessed.
The marvellous archaeological finds in Pakistan till today make us realise how much more can
be done and achieved, also in the fields of cultural anthropology and linguistics. We wish research
had more funds and facilities to carry out such work of inestimable value. There is a tremendous
scope for further study, exploration and discovery in Pakistan and thus for the enrichment of human
knowledge.
The increasing interest of the world community in old civilizations and history of cultures is
reflected in the association of Unesco with the present volume. We hope that the present work,
which collects a wealth of material until now widely scattered and even unknown, will stir new
interest in experts and laymen alike.
Islamabad, August 1989.
SAYIDGHULAM MUSTAFA SHAH
Federal Minister of Education
Government of Pakistan.
VI
FOREWORD
Foreword
The romance of the Indus seals and so-called decipherment of the script engraved on them is now
more than a century old. The 'credit' for the discovery of the seals goes to a British civil engineer
who ruthlessly dug the archaeological site of Harappa for bricks to be used as railroad ballast. The
inscription first published was 'read' in 1877 by Sir Alexander Cunningham who estimated the
characters to be archaic Indian letters of an early age, not later than 500 or 400 B r C Since then
both Harappa and Moenjodaro and, later, other sites of the Indus Civilization have yielded thou¬
sands of such seals, and a number of archaeologists and cpigraphists like i.F. Fleet, C.J. Gadd,
John Marshall. L.A, Waddell, C. Autran, 5. Langdon, G.R. Hunter, Pran Nath, Sidney Smith, P.
Meriggi, Swarm Sankarananda, B.M. Barna, Father Heras, Abu Jalal Nadvi, A.H. Dani, SX Ray,
A.RX Zide, Walter A, Fairservis, John Newberry and many others have worked on them to deci¬
pher the script However, their constant efforts have not met with a recognized success. In effect,
every new attempt has either contradicted the previous effort or further complicated iL
After the invention of computer and its utilization to solve other auxiliary problems, some
specialists have tried to use the device for reading the Indus script. The first attempt of this kind
was made by Russian experts of the Institute of Ethnology in the Academy of Sciences (USSR) in
1964. The matter was also taken up by some Scandinavian scholars who likewise began their work
tu 1964. Later on, similar work has been done by Iravatham Mahadevan in India. These attempts
are yet to bear Fruits, However, it is important that the riddle is solved as it may throw light on
many a hitherto unknown and unsolved question concerning this ancient civilization of Pakistan.
It has long been felt that a compilation of a corpus of all the inscriptions on the seals and other
scribbling* on a variety of related material is imperative to know the extent, nature and variety of
their symbols. In the past, some attempts were made, but rather incomprehensivcly, The task has
been taken up by the editors of the present work. The volume already published, in 1987. is con¬
cerned with the material now lying in India, while this volume deals with the collections housed in
various museums in Pakistan. The task undertaken by Professor Sayid Ghulam Mustafa Shah and
Professor Asko Parpola has indeed been tremendous. I am sure that the book will provide basic
information to all those who are trying to solve the problem.
Karachi, January I, 1990.
AHMAD NAB1 KHAN
Director of Archaeology and Museums,
Government of Pakistan,
PREFACE
vn
Preface
We are happy to be able to bring out the present volume which contains 5417 black-and-white
photographs and 36 colour photographs of altogether 2138 objects belonging to collections in
Pakistan. More than 500 of these objects are published in this way for the first time here.
This is the second of the three volumes planned, for the time being, to complete the photo¬
graphic Corpus of Indus Seals and Inscriptions. The Corpus will document the literary and
sphragistk remains of the Indus Civilization, which flourished in Pakistan and Western India in the
second half of the third millennium B.C. Related objects representing both earlier and slightly later
cultural phases in the same area are also included. The Corpus will provide a basic tool for research
on the enigmatic Indus script and language, on religion in early South Asia, and on the adminis¬
trative organization and external cultural contacts of the Harappans.
The publication of such a work in international collaboration was proposed by one of us to the
29th International Congress of Orientalists meeting in Paris in 1973. The proposal was accepted in a
unanimous resolution. After the Archaeological Survey of India (AS1) and the Department of
Archaeology and Museums, Government of Pakistan (DAMGP) had agreed to collaborate with the
University of Helsinki in bringing out the Corpus, after the Finnish Academy of Sciences and
Letters had agreed to publish it In its Annates* and after distinguished experts from many countries
had supported the scheme, an application for financial assistance was submitted to the International
Council for Philosophy and Humanistic Studies (CIFSH) through the International Union of
Oriental and Asian Studies, The General Assembly of UNESCO meeting at Nairobi in 1976 agreed
to support the Corpus as a scholarly project of a confirmed international character and of major
importance.
With the financial assistance of UNESCO, granted through the CIPSH in 1978-80, it was
possible to start preparing new photographs of the Indus seals and inscriptions for the Corpus and
to reproduce old ones. In Pakistan, the work was initially co-ordinated by the then Director General
of the DAMGP, Mr M. Ishtiaq Khan, and directed by Dr M. Raflque Mughal, then Director of the
Excavations Branch, DAMGP. Altogether 1341 objecls, belonging to the collections of the National
Museum in Karachi, the Moenjo-daro Museum, the Harappa Museum and the Lahore Museum,
were photographed by Mr S. M. Ilyas, a senior photographer of the DAMGP. The actual number of
photographs taken was much larger, however, because each side of every object was to be
documented. Moreover, an impression of most of the objects was taken in plasticine for photo¬
graphy. This work was discontinued in 1980. when Dr Mughal left for Bahrain to spend the
following two years there in archaeological research. Prints of the objects numbered 1-350 were
received in Helsinki in 1980, and those of nos. 351-1341 in the beginning of 1982. A list of
photographs to be retaken as well as of objects yet to be photographed was sent to Dr Mughal in
the summer of 1983.
In September-October 1983, Professor Asko Parpola participated in the International Com
fercnce on Karakorum Culture, organized by Professor Ahmad Hasan Dam in Gilgit. He wanted to
check if any Indus inscriptions were to be found among the petroglyphs newly discovered in large
quantities by the joint German-Pakistani research team led by Professor Karl Jcitmar and Professor
Dani. While this inquiry regrettably yielded negative results, the conference gave Dr Parpola an
opportunity to discuss the C1S1 project with Dr M. Ishtiaq Khan and with Dr M, Raflque Mughal,
both of whom participared in the conference. After his return from Bahrain, Dr Mughal had been
appointed Director of the Northern Circle of the DAMGP based in Lahore. Dr Parpola proposed to
send a Finnish photographer to complete the remaining documentation. Dr Mughal insisted on the
follow-up of photography of the Indus seals and inscriptions in Pakistan by the DAMGP. Mr S.M.
VIII
PREFACE
Ilyas, the photographer of the DAMGP who had been employed in the work, was also present in
Gilgit and expressed his willingness to cany out this task. Dr Mughal was afraid, however, that the
DAMGP might not have the necessary funds for the work. Therefore, in February 1984, Dr Parpola
sent to the DAMGP a sum granted by the University of Helsinki for this purpose.
During the years 1983-1987, the Corpus project of the University of Helsinki concentrated on
publishing the relevant material in Indian collections. As the work in Pakistan was still unfinished in
1986, new negotiations were opened with the then Director General of the DAMGP, Dr Khurshid
Hasan. The Corpus project wanted to document all objects not only by means of photography but
also by taking impressions of them in silicone rubber, which yields reproductions of a very high
quality. Concerned with the preservation of the fragile objects. Dr Hasan could not allow any more
impressions to be taken, but he granted the University of Helsinki permission to document the
objects photographically.
As can be seen from the photographs of the fresh impressions published in this volume, all of
which have been taken by Mr Ilyas, the quality of Mr Ilyas's photography is excellent on the
whole. Only his photographs taken in the Harappa Museum and the Lahore Museum give rise to
serious dissatisfaction. Yet Dr Parpola proposed that in addition to the objects of these particular
museums and objects or sides of objects not photographed at all, the Finnish photographer should
cover all other collections as well. The main reason for this was the consideration that the possibility
of a choice between two distinct sets of photographs of each object would guarantee a higher and
more even quality to the publication than the existence of a single set of photographs. It would also
be more practical for the Finnish photographer to take new pictures of the entire material rather than
first go through an elaborate process of identifying a large number of objects in order to make the
required search for rephotography. Furthermore, a double set of negatives was to be taken for com¬
prehensive photo archives that were to be established for research purposes in both Pakistan and
Finland after the model of the Indo-Finnish collaboration.
In 1986-87, then. Mr Jyrki Lyytikka photographed 1378 Indus seals and inscriptions available
in the National Museum of Pakistan and the Excavations Branch of the DAMGP in Karachi, the
Moenjo-daro Museum, the Bahawalpur Museum and the Khairpur University, and the Department
of Archaeology, University of Peshawar. Before the collections of the Lahore Museum, the Harappa
Museum and the DAMGP Museum at the Old Fort of Lahore were photographed, however, Mr
Lyytikka had to stop his work. According to Dr M. Rafique Mughal and the new Director General
of the DAMGP, Dr Ahmad Nabi Khan, who had been appointed during Mr Lyytikka s expedition,
the permission granted to the University of Helsinki did not email the rephotography of the entire
material but only of objects that had not been photographed at all. They expressed concern for a
possible improper financial exploitment of the national treasures of Pakistan sometime in the future
if negatives of the Indus seals and inscriptions in the Pakistani collections were not in the control of
the DAMGP. To dissolve this fear, the University of Helsinki was willing to renounce the copyright
of the photographs outside the CISI volumes in favour of the owners of the original objects. All the
same, Mr Lyytikka was not allowed to continue with the photography, but the DAMGP undertook
to complete the remaining work by the end of 1987.
The second volume of CISI was supposed to come out soon after the appearance of the first
volume, as early as 1988. But as the situation with regard to the extensive collections of the
Harappa and Lahore Museums and the missing material remained the same in 1988, it did not seem
appropriate to publish this expensive book before every effort had been made to improve its quality.
After new negations had been taken up with the Government of Pakistan in 1989, the Prime Minis¬
ter, Mrs. Benazir Bhutto, appointed the Federal Minister of Education, Professor Sayid Ghulam
Mustafa Shah, to supervise the project in Pakistan and see it to a satisfactory completion. With the
kind mediation of Dr Shahid Hosain, Secretary. Ministry of Culture, a formal agreement was drawn
up between the DAMGP and the Department of Asian and African Studies, University of Helsinki.
Already before this agreement was finalized and signed in December 1989, the University of Hel-
PREFACE
IX
sinki could send Mr Arto Vuohelainen to finish the photographic work- His mission covered mainly
the Excavations Branch in Karachi, the Harappa Museum, the Lahore Museum and the office of the
DAMGP at the Old Fort of Lahore; some additional photography was done also at the National
Museum of Pakistan in Karachi and the Moenjo-daro Museum.
A detailed list of objects to be photographed by Mr Vuohelainen had been compiled by Pro¬
fessor Parpola, but unfortunately the DAMGP could not locate all of them at short notice. However,
in the agreement the DAMGP has undertaken to collect and photograph all the still remaining objects
for the CISI project (with duplicate negatives for the archives in Finland and Pakistan) so that they
can be published in volume 3. We have a good guarantee for this being carried out with maximal
expertise and effectiveness by the appointment of Dr M. Rafiquc Mughal as the responsible Paki¬
stani co-editor of volume 3; as a former long-time Director of the Excavations Branch, Dr Mughal is
undoubtedly the best qualified person to search and find the missing material. We trust to be able to
publish in volume 3 also some important objects from Harappa in colour, for the DAMGP has like¬
wise undertaken to provide the CISI archives at Helsinki University with a complete set of colour
slides of all objects kept at Harappa. These could not be photographed by Mr Vuohelainen, as the
agreement permitting this had not yet been signed during his expedition. The third volume will also
include, we hope, objects that could not be published here on account of the rights of first publi¬
cation by the excavators, such as a considerable number of seals from Mehrgarh, as well as objects
coming from fresh excavations, such as those going on at Harappa.
One category of objects missing from this volume demands special mention. When the material
housed at the Moenjo-daro Museum was being photographed by Mr S.M. Ilyas in 1978-80, Dr
Mughal noted that as many as 171 objects which had previously belonged to this collection (and had
been seen there by Dr Parpola in 1971) could no longer be found in the museum. However, some
of them were later photographed at the Moenjo-daro Museum itself by Mr Lyytikka and Mr
Vuohelainen (these are mainly unfinished and uninscribed seals). But most of these objects have
disappeared without a trace. One hint to their possible fate is provided by an Indus seal auctioned
by Christie’s Amsterdam on the 20th of November 1990. This seal has been officially excavated at
Mohenjo-daro (its impression was published in Marshall 1931: III, pi. cxv, no. 549) and a museum
number reading 55.35 is clearly inscribed on its back. The seal was not to be found in the Moenjo-
daro Museum in 1971 or later, but all other Indus seals having a known location and a museum
number that begins with 55 come from the Moenjo-daro Museum. Whether this particular seal. too.
has once been there can be checked from the list of the 1955 accessions in the register of of the
National Museum of Pakistan. The DAMGP has kindly provided the Corpus project of the Univer¬
sity of Helsinki with xerox copies of most of the relevant parts of museum accession registers in
Pakistan (they arc needed for the detailed catalogue of CISI 3) but this particular register is not
among them. Nor is the old register of the Moenjo-daro Museum accessible, for in 1980 it was re¬
placed with a new register that in no way mentions the missing objects. Another peculiar circum¬
stance is that the museum registration number of some objects kept at the Moenjo-daro Museum
were changed in the 1970's. The present location of the seals discovered by Sir Mortimer Wheeler
in his excavations at Mohenjo-daro in 1950 is a similar problem: only one of them is now available
(M-977 here), being kept at the Moenjo-daro Museum (50.217 = MD 559); some years ago, another
one was in a private collection in Monaco. The Government of Pakistan will undoubtedly institute a
thorough investigation of this matter, and we expect to be able to report results in volume three.
The printing of the many thousands of new photographs and their preparation for publication
were time-consuming tasks that caused further delay in the appearance of this volume. After his
return from Pakistan in 1987, Mr Lyytikka made enlarged prints of the new negatives which he had
taken, concentrating on the inscribed sides. Supplementary printing of Mr LyytikkM’s negatives was
done by Miss Merja Heinonen in 1988, by Mrs Maija YlS-Outinen in 1989-1990, and by Ms Erja
Lahdenpcrii in 1991. Mrs Yla-Outinen and Ms Lahdenpera also printed the pictures taken by Mr
Vuohelainen in 1989. The old photographs of the objects included in this volume have been repro-
X
PREFACE
duced cither from the published excavation repons or from the largely unpublished prints in the
Sind and Punjab scries of the photo archive of the Archaeological Survey of India. The latter were
photographically copied by Ms Erja Lahdenperii in Delhi in 1985 and printed by Jyrki LyyiikM in
1986, The photographs in the Sind and Punjab series were identified by Dr Parpola in 1975 and.
from rime to time, later on. as well as by the research assistants of the CISI project* Mrs Virpi
Hameen-Anttila (in 1986-87). and by Mr Petteri Koskikallio (m 1988-90). The photo archive of the
University of Helsinki has been arranged and looked after by these same three persons.
The photographs reproduced in this volume were selected, arranged and prepared for the press
by Asko Parpola with the assistance of Petteri Koskikallio in 1988-1991. The layout of the photo¬
graphs was planned by Virpi H3mcen-Anmla (pp. 1-314) and by Asko Parpola (pp. 315-432) in
1990-91* while the list of basic data for the objects illustrated was prepared by Petteri Koskikallio
under the supervision of Asko Parpola, The preface was drafted during Minister Sayid Ghuiam
Mustafa Shah s official visit to Helsinki in August 1989 and finalized by Asko Parpola in August
1991. The preface and introduction as well as the the principles of selecting and presenting the
photographs in this volume follow the pattern of the first volume of this Corpus. The map* table 1.
as well as the symbols in the page captions and table 2 were planned by Asko Parpola and drawn
by Mrs Hameen-Anttila. The introduction was written by Asko Parpola,
As all users of the present book cannot be expected to consult volume one, it was deemed
necessary to repeat most of its introduction here, though of course with appropriate omissions,
changes and modifications. As already noted in volume one, the introduction pretends to be nothing
but just an introduction. Its aim is to place the objects illustrated in their historical context, to him at
the various aspects involved in their study* with select references to the existing literature* and to
explain the principles and conventions of their publication in the Corpus.
The publication of this volume would not have been possible without the generous help* sup¬
port and collaboration of the Governments of Pakistan and Finland and of many persons and insti¬
tutions to whom we extend our cordial thanks.
The late Professor Jean Filliozat of the College de France. Vice-President of the Congress, took
personal interest in passing the resolution in favour of the Corpus at the 29th International Congress
of Orientalists. Professor Louis Bazin, Secretary General. International Union of Oriental and Asian
Studies, and Professor Jean d Ormesson* Secretary General, International Council for Philosophy
and Humanistic Studies, were most helpful in securing the UNESCO support and in administering the
grant. We are much obliged also to Professor R,N. Dandekar of the Bhandarkar Oriental Research
Institute* Pune, the President of the International Union of Oriental and Asian Studies, for his
personal interest and kind help, as well as to the numerous scholars (mentioned by name in volume
one) who supported the scheme.
We are deeply grateful to the former Prime Minister of Pakistan, Dr Benazir Bhutto who took
great personal interest in the project and entrusted it to the care of Professor Sayid Ghuiam Mustafa
Shah, then Federal Mimster of Education, Government of Pakistan, the Pakistani editor of the
present volume. We also thank Dr K, Shahid Hosain, Secretary, Ministry of Culture and Tourism
«HnrTp n i °f Pak ' S t^-' f T, all . hlS dficient administrutivc help. His Excellency, the former Ambas-
m Fi„l A '\ T r R,az Hussain Khokhar ' and former Ambassador of Pakistan
inland (and Later Ambassador of Pakistan to France). Minister Shahid M. Amin, have also
kmdly promoted the project. nave aiso
r ™, r 7 h the E “ d ,°5 1CeS and kind hd P Qf Mr Muhammad Ishtiaq Khan, former Director
General, the project had the support of the DAMGP from the beeinnine After him the_■ , .
been coordinated by the successive Director General, Dr Shaikh Khunthid Hasan (in mVand Dr
PREFACE
XI
Ahmad Nabi Khan (since December 1986). Among the other officers of the DAMGP, we feel much
obliged to Dr M. Rafique Mughal, formerly Director of Explorations and since 1983 Director of the
Nonhem Circle, who spent a lot of time in supervising the photography of the objects by Mr S.M.
Ilyas, Senior Photographer of the DAMGP, whom we also cordially thank for his patient and skilful
labours. Dr Mughal kindly located many of the graffiti that were excavated by Sir Mortimer Wheeler
at Harappa in 1946 and are now kept in the godowns of Dr Mughal's office in Lahore. Mr S.
Hakim Ali Shah Bokhari, Assistant Director, also rendered valuable assistance. Dr Ahmad Nabi
Khan and Dr M. Rafique Mughal have further permitted us to include the seal coming from their
unpublished excavations carried out in 1973-75 at Jhukar.
Our collaborator. Professor Farzand Ali Durrani, Head of the Department of Archaeology,
Peshawar University, has put us under a very special debt by allowing us to publish here an
extensive collection of potter’s marks from his excavations at Rahman-dheri. This material is of
particular interest for the vexed problem concerning the origin and creation of the Indus script
Professor Farid Khan of the same Department has also been most helpful. We further thank Mr
Muhammad Nazim Khan and Mr Muhammad Daut Kamal, senior draughtsman, as well as Mr
Hideaki Shudai and Mrs Fukiko Shudai, who all helped Jyriri Lyytikka in the sorting and cleaning
of the potsherds at the University of Peshawar.
At the National Museum of Pakistan, we have been afforded all possible help by the Director,
Dr M. Abdul Halim. The Lahore Museum, the Bahawalpur Museum, and the Department of
Archaeology, University of Khairpur (where wc thank especially Professor M. Mukhtiar Kazi) have
also kindly made their material available and given valuable help.
Good friends who have rendered much appreciated assistance and inspiration include Mr Sirajul
Haque Memon (Karachi), who has long entertained an active interest in the Indus script and written
a book on it in Sindhi, Professor Ahmad Hasan Dani (Islamabad), likewise an expert on the Indus
script and the Grand Old Man of Pakistani archaeology, as well as Professor N.A. Baloch, former
Vice Chancellor of the University of Sind. We pay our respects also to the memory of the late
Justice Ferooz Nana (Karachi), who as early as 1971 kindly drew Dr Parpola's attention to Q.M.
Moneer’s unpublished report on his excavations at Mohenjo-daro (1933-34), now in the process of
publication by Dr Michael Jansen. Nana also indicated that there would be some private collections
of Indus seals in Hyderabad. Sind, a clue yet to be followed up.
The directors and members of the foreign archaeological missions to Pakistan have been most
liberal and cooperative, and wc cordially thank them. The following have allowed us to include in
the Corpus even their relevant unpublished Finds: Professor George F. Dales (Department of South
and Southeast Asian Studies, University of California, Berkeley), director of the excavations at
Mohenjo-daro (1964*65), at Bala-kot (1973-76), and at Harappa (since 1986, still going on), and
Professor Jonathan Mark Kcnoyer (University of Wisconsin, Madison), assistant director, exca¬
vations at Harappa (since 1987); Professor Walter A. Fairservis (Vassar College, Poughkeepsie),
director of the excavations at Allahdino (1973-1976); Dr Michael Jansen (Forschungsprojckt
Mohenjo-daro. Lehrstuhl fur Baugeschichte und Denkmalpflege. Rheinisch-Westpfalische Tech-
nische Hochschule Aachen) and Professor Maurizio Tosi (Istituto Italiano per il Medio cd Estremo
Oriente. Rome), directors of the Aachen-IsMEO expedition to Mohenjo-daro (1982-1988); Dr
Massimo Vidale (IsMEO) and Dr Ute Franke-Vogt (Institut fur Vorderasiatische Altcrtumskunde,
Freie University, Berlin), both of whom participated in the Aachen-IsMEO expeditions, have kindly
sent us photographs and slides of seals and inscriptions, including one discovered personally by Dr
Vidale; Professor Giorgio Stacul (University di Trieste), director of the excavations at Loebanr III
and Kalako-deray. Dr Raymond Allchin (Faculty of Oriental Studies, University of Cambridge) and
Dr Robert Knox (Department of Oriental Antiquities, British Museum), successive British directors
of the joint Pakistani-British Mission to the Bannu Valley, have kindly provided us with photo¬
graphs of seals and seal impressions from Lewan-dheri and Taraqai Qila.
XII
PREFACE
With the kind permission of Dr Jean-Fran^ois Jarrige, director of the French archaeological
mission to the Indus. Dr Catherine Jarrige has kindly sent us excellent photographs of objects found
at Nausharo (excavated since 1986) that have been published, or have been submitted for
publication, in Pakistan Archaeology. Dr Paul Yule (formerly of the Kommission flir Allgcmeine
und Vergleichende Archaologie des Dcutschen ArchSologischen Instituts, Bonn, and now in charge
of the Corpus of Prehistoric Asian Metal Finds) has kindly supplied us with photos and information
on copper and bronze objects (especially copper tablets) in the museums of Lahore, Mohenjo-daro
and Karachi.
Dr Michael Jansen and Dr Alexandra Ardcleanu-Jansen (Aachen) have further given us access
to the unpublished original archaeological field books of the excavators of Mohenjo-daro, discovered
by them in Pakistan. Dr Ute Franke-Vogt has sent us a copy of her unpublished doctoral thesis
including lists of data relating to the seals and inscriptions from Mohenjo-daro and informed us
about the results of her visits to various Pakistani museums.
Passing from Pakistan to Finland, we should first like to thank the persons "in between". Mr
Ahmed Jamil Ansan, Honorary Consul of Finland in Pakistan, Islamabad, has greatly obliged us by
providing the project free airfreight service through the company he represents. Interglobe Com¬
merce Pakistan (Pvt.) Ltd., Islamabad and Karachi. Kemira Oy has also generously sponsored us
with free airfreight; in Kemira, we would like to thank specifically Mr Seppo Viitanen and his
successor, Mr Seppo Turunen. Mr Ahmed Mahmud, Honorary Consul General of Finland, Karachi,
has also been of great service. Mr Heikki Timonen. Managing Director of Machinery Oy, Helsinki,
and Honorary Consul General of Pakistan in Finland, has over many years extended all possible
help to the project, not least in taking care of the freight of the presentation copies of this volume to
Pakistan. For their precious help, we are much indebted also to the Finnish Ministry of External
Affairs, and specifically to Mr Tapani Brotherus, Ambassador of Finland to Pakistan (stationed in
Teheran), as well as Mr Kimmo Pulkkinen. Charge d'Affaires at the Embassy of Finland in
Islamabad since 1989.
In Finland, the generous financial support of the Ministry of Education has been indispensable
to the project. Our very special thanks go to the Director of International Affairs, Mr Kalcrvo
Siikala. and to Counsellor Ritva Kaipio, both of whom have taken a great personal interest in the
publication of the Corpus.
Our grateful thanks for its generous support and encouragement go also to the University of
Helsinki. The former Chancellor, Professor Nils Oker-Blom; the former Rector and present
Chancellor, Academician Olli Lehto; the present Rector, Professor Paivib Tommila; the Vice Rector
Professor Risto Ihamuotila; the former Dean of the Faculty of Humanities. Professor Ytjo Blom-
stedt; and the present Dean. Professor Ano Mustajoki. have all done everything in their power to
further the project. The University was the main sponsor of the project during the preparation of the
first volume, and while the second volume was being prepared, it gave a research grant that covered
most of the expenses caused by Mr Ano Vuohclainen's expedition. We would also like to mention
Ms Marja Nikkannen of the University administration. Professor Heikki Palva, Professor Simo
Parpola and Mr Harry Hal*, Lic.Ph.. of die Depanmen, of Asian and Afncan S«udi« and Mr
Maun Laakso and other staff of the Depanment of Photography for all possible assistance Pro¬
fessor Rauno Ruuh.jarvi has again kindly allowed the Corpus project to use the photo laboratorv of
the Department of Botany for several years.
We cordially thank the Finnish Academy of Sciences and Letters and its office holders for
kindly accepting the Corpus for publication and for procuring the major pan of the very
co siderable printing expenses. In his capacity as the former editor of J Annates Academe
Scientiarum Fenmcae. Senes B. we would like to mention here first of all Professor Yrin
El; We 0 ha a vcrcce an d nd ' SPCnSable ^ "" ° bl,ging SUPP ° nCr ° f lhe «■* very
beginning. We have received very warm support also from the former president of the Academy
PREFACE
XIII
Professor Lauri Honko, and from the present editor of AASFB, Professor Pekka Suvanto, and
from Dr Hannu Heikkila.
The devoted and skilful assistance of the project assistants has been a most fundamental asset.
We are gTeatly obliged to the photographers, Mr Jyrki Lyytikkii, Mr Arto Vuohelainen and Ms Eija
LahdenperS, to the research assistants, Mr Pcttcri Koskikallio and Mrs Virpi Hameen-Anttila, as
well as to the photographic laboranLs. Miss Meija Heinonen and Mrs Maija YlS-Outinen.
We thank Dr Robert Whiting for kindly checking our English.
The very high technical level of the photo repro masters prepared by Offsct-Kopio Oy is
certainly difficult to surpass: if a photograph does not look perfect, the fault lies with the original.
We particularly thank the sales director, Mr Kristen Sande, and Mr Pekka Keskinen who supervised
the work, for pleasant collaboration. Our printers. Karisto Oy, have done an excellent job.
Last but not least, our profound thanks go to the Academy of Finland for taking over the
financial responsibility of the project at a crucial stage.
We trust that the time, labour and money invested in the publication will have been worth while
and that this book will promote research on the difficult but fascinating problems of the Indus
Civilization. Finally, we appeal to private persons as well as to institutions owning Indus seals and
inscriptions that may be unknown to us to make these objects available to research: kindly send
photographs (together with other available data, such as measurements, museum numbers, pro¬
venance) to Professor Asko Parpola, Department of Asian and African Studies, University of
Helsinki. Finland, for their inclusion in the third volume of this Corpus.
Helsinki. August 1989 and August 1991.
ASKO PARPOLA
SAYID GHULAM MUSTAFA SHAH
XIV
INTRODUCTION
Introduction
1. Indus seals and inscriptions and the archaeological sites in Pakistan
The first known example of the enigmatic Indus script was published in 1875, carved on a
distinctive stamp seal from Harappa, the largest ruin mound of the Punjab. 1 In 1886 and 1912, it
was followed by two more seals found at Harappa.2 But the full implication of these finds was
not realized before excavations were started in 1920 at Harappa, and, by chance almost simul¬
taneously, in 1922, at Mohenjo-daro in Sind, some 600 km south in the Indus valley. More seals of
the same type were immediately found at both of these sites, and it became evident that an entirely
unknown Bronze Age civilization had come to light. 3 This led to large-scale excavations at
Mohenjo-daro and Harappa 4 and more limited digs and explorations elsewhere. 5 The bulk of the
Harappan or Indus seals and inscriptions available to research comes from these excavations in the
1920's and 1930’s. 6
In the partition of British India in 1947, all the major sites of the Indus civilization known at
that time became pan of Pakistan, but the Harappan antiquities were divided between India and
Pakistan. 7 Since then, mo re than 862 Early, Mature and Late Harappan sites have been discovered
l(tf-IMTp7xXXn H )Sn in: A ' Ch<U0lO * iCal Survty * ,ndia - ***** for thg > ear l872 - 73 ‘ V °L V. Calcutta 1875,
l M L° n « worth Dames. Old seals found at Harappa. The Indian Antiquary XV: 179. January 1886. 1; J.P. Reel, Seals
from Harappa. Journal of the Royal Astatic Society 1912, 699-701.
For . tompetoui,, hislory of Hsrsppin Indies. see Michiel I™, DU IndtuZivUUatiem: Entdechung etner frihen
Hochhattur KOIn 198b. For the Indio ci.ili.Kion in gencril. for iu Cornell md fot the IMCSI de.elnpnicnls. ice ihenoiks
««1 lhc following: Gregory L Possehl (ed). Ancient Cilier of the Indus. New Delhi 1979 id.
TL ZTr* r 7.TiT l98J: A H led ) - Wew Perspectvet. IihunebKl mi-. B.
, Lei and S p P. Gnpu (edi.L Franlter, of the Indus Cmhtation. New Delhi 1984: Vergessene Slddte am Indus Fruhe
rn Th c“". lahrtausend. M.ine 1987; Let cud, oublide, de Undus Archeologic dtt Pakistan P„i,
1988. and ihe series South Asian Archaeology, from 1971 onwards.
John Merih.lt (ed ). Moh,n,o-daro tied the Indus Cmlitatian. Mn. London 1931; Emeu Micki. Further
Excavations at Mohen,oDaro. Ml. New Delhi 1938; M S Vm. fteewlinw at Harappa. MI. New Delhi 1M0 A mod
onporue,' enpplemenl lo .he exceviuon report. of Mohcnjo-D.ro end Hi.pp. m a* Phoio Album, of ,he Sind .ml Punjd,
series tn die archives of the Director General. Archaeological Survey of India- th™ .
■he, were uken of ihc is «, when dicy h-
indispensable help „o„dcd by *. orignul field regolcr. of the un.o» „f Moh.njod.rt, redi^c^tfc Muh^
J«,sen. who has also started their publication: Michael Jansen and GUmher Urban (eds V Mohemodnr ^ ^ r ?
University Mission 1979.1985. Section One Data Collection Vo, I cTallit T VI V
Registers ,024-1938 Part One The HR-Area Field Register ,9^927 Ledf ^ c , V C ' ° f "" ^
follow Both the Photo archives and the Held ^IZJZ ci^ JZ tTll T ? ^ ^ "
doctoral thesis. Die Glyptik aus Mohenjo-daro Mil. Berlin 1990 a useful and manv * dedI ^ Ute Fran * C ‘ Vo * 1 m hcr
inscription, from Mohenjo-D.ro. “ d "'“S' *'** ««n.n«K,n of Ihe sell, .nd
^ wpecially H. Hargreaves. Excavations in Baluchistan 1925 Mm ,
MAS., 35. C.kutu ,929; Sir Anrel Slem. An archl^Z Z'TZZsLl^l ^a <*
Ctlcuiu .929; Sir Aurel Sttin. An archaeological tear „ c.edrosta. MASI 43 CeZ^miTc u i’^F T'
W W ’ MASI Delhi 1934: Ernest Mackay. Chanhu daro Excavations '/9J5 36 ExpU>ratU>ns
Haven 1934. novations. 1035-36. American Onenul Series 20. New
6 Many Indus seals and inscriptions were excavated by the custodians of the l«--l ,
ofnei.1 excivinons hwi ^e„ Cosed 77,,. msieri.l wis not JS3". " , *“ "*
Finds are made in the Annual Report of the Archarnly,,, -./ c 7 ? ™ Y ^ bn<cf d & encr *l references to the
Cileum ,936. 7072; 7934.35. ' 93 ° 3 '- 1932 31 3 3933 3 <
S9AI. Forgotten in the museums, most of these objects are published in phot " ^ 1936 37 ' C,lcuiu 194 °.
Corpus 1 P“Wuhed m photographs for the First time In the present
7 Most of the Indus seals and tablets in Indian collections arc well preserved -nd .h.
while those in Pakistan are often broken and stereotype The latter howiL ^ TC * ticnl m3n V ^fetcni types.
jv*- me laiier, nowever, are more numerous.
INTRODUCTION
XV
in the Indian Union. 8 At the same time, archaeological exploration and excavation has continued
to be carried out in Pakistan. 9
The following is a brief alphabetical catalogue of prehistoric sites in Pakistan that are known to
have produced seals, inscriptions or graffiti kept in Pakistani collections. For their location, see the
map at the end of the book (p. 448); for the chronological terms Pre-, Early Mature, Late and Post-
Harappan. see chapter 8.
Allahdino (alias Nel Bazaar): This Mature Harappan village site near Karachi in Sind was ex¬
cavated by Professor Walter A. Fairscrvis in 1973-1977. 10
Amri in southern Sind was discovered by N.G. Majumdar in 1929 and excavated by Dr Jean-
Marie Casa! in 1959-1962. Periods: Pre- to Late Harappan. 11
Bala-kot, situated near the coast in the Las Bela district of South Baluchistan, was excavated
by Professor George F. Dales in 1973-76. There are two periods. A and B, Pre /Early Harappan
(with numerous • potter’s marks”) and Mature Harappan (with Indus seals). 12
Dumb Sadaat: The Pre- and Early Harappan layers of this site in the Quetta Valley in Central
Baluchistan have yielded sherds with incised "potter’s marks". 13
Gharo Bhiro (Nuhato) in Sind: One Mature Harappan seal coming from the surface of this site
was discovered by Dr N.A. Baloch; it is reproduced in this volume from his report. 14
Gumla: This Early and Mature Harappan site in the Gomal Valley, North-West Frontier
Province, was discovered by Professor Ahmad Hasan Dani in 1967 and excavated by him in 1971.
We reproduce one button seal and one potsherd with a painted design from the excavation report 13
and several unpublished graffiti.
Harappa: In 1946, Sir Mortimer Wheeler excavated at Harappa; 16 his finds including material
relevant to CISI are kept at the office of the Northern Circle of the DAMGP in the Old Fort of
Lahore. 17 No seals or inscriptions were found by Dr M. Rafiquc Mughal in his excavations at
cemetery R 37 in 1966. 18 A number of new seals, tablets and graffiti come from the new exca¬
vations carried out since 1986 by the University of California, Berkeley, and the University of
Wisconsin at Madison i n collaboration with the Department of Archaeology, Government of
See references in CISI l. p. xi f. In recent yean, the site of Dholavira in Kutch has yielded both new Indus seals and
other exciting finds, including a unique inscription of monumental size, with signs inlaid with crystalline rock. Cf. R.S.
Biaht. Dholavira: New horizons of the Indus Civilization. Puratattva 20 (1990). 71-82; M.C. Joshi, Recent archaeological
discoveries in India, in: Adalbert 1. Gail (ed.). South Asian Archaeology 1991. Berlin (forthcoming).
9 Sec M. Rafiquc Mughal. Archaeological field research in Pakistan since independence: An overview. Bulletin of the
Deccan College Post Graduate and Research Institute 49 (1990), 261-278; A H Dani. Recent archaeological discoveries in
Pakistan. Paris and Tokyo 1988.
10 See Walter A. Fairservis. Jr.. Excavations at the Harappan site of Allahdino. I: The seals and other inscribed material.
Papers of the Allahdino expedition. New York 1976; III: The graffiti; A model in the decipherment of the Harappan script!
Ibid. 3. New York 1977; id., Allahdino: An excavation of a small Harappan site, in: Gregory L. Possehl (ed.). Harappan
Civilization A contemporary perspective. New Delhi 1982. 107-112. Only part of the seals and the numerous graffiti
found here could be located for photography for this volume.
11 See Jean-Mane Casal. Fouilles d'Amri Ml. Pans 1964. Orly part of the numerous graffiti and few seals found at Amri
could be located for photography for this volume.
12 Sec George F. Dales. Excavations at Baiakot. Pakistan. 1973. Journal of Field Archaeology 1 (1974), 3-22; id_ The
Balakot project: Summary of four years excavations in Pakistan, in: Maurizio Taddei (ed.). South Asian Archaeology 1977.
Naples 1979. I. 241-274. The graffiti of period A (28 are published in drawings by Dales 1974. 16 fig. 11) could not be
located for photography, but we are happy to be able to illustrate in CISI the Mature Harappan seals from Bala-kot and the
unique painted bangle, which has not been published so far.
13 Cf. Walter A. Fairservis. Jr.. Excavations in the Quetta Valley. West Pakistan . Anthropological Papers of the Amer¬
ican Museum of Natural History 45.2. New York 1956. 328-335.
14 N.A. Baloch. In search of the Indus culture sites in Sind. Bulletin of the Institute of Sindhology. University of Sind 3*
2-3 (1973): 11-19. map. 6 pi.
15 Ahmad Hasan Dani. Excavations in the Gomal Valley. Ancient Pakistan 5 (1970-71), pt. 40: 20 and pi. 83: 1. For
critical assessment of the periodization of the Gumla sequence (Gumla II-III together = Early Harappan). see M. Rafiquc
Mughal. The Early Harappan cultural phase: A reply. Puratattva 9, 1977-78 (1980). 84-88.
Scc R E M. Wheeler. Harappa 1946: The defences and cemetery R 37. Ancient India 3 (1947). 58-130 and pL xv-lx.
17 All of the relevant objects could not be located for photography for the present volume.
18 Cf. Pakistan Archaeology 5 (1968), 63-68.
XVI
INTRODUCTION
Pakistan, under the direction of Professors George F. Dales and J, Mark KenoyerJ?
Hissam-dheri situated very close to Rahman-dhcri is a small site representing the Mature
Harappan period. 20
Jalilpur; This Early Harappan site in Central Punjab was excavated by Dr M. Rafique Mughal
in 1971 and 1974. 21
Jhukar is a Mature and Late Harappan site 25 km northwest of Mohenjo-daro in Sind. It has
been excavated by ELD, Banerji in 1918, by KG, Majumdar in 1928 and by Dr Ahmad Nabi Khan
and Dr M. Rafique Mughal in 1973-74J 22
Kalaka-deray is a Post-Harappan site between Buner and Indus Kohistan, excavated by Pro¬
fessor Giorgio Stacul. The Fust protohistorical stamp seal so far discovered in the Swat Valley (our
Kl-1> was found in 1989; its period (K1 Ell) corresponds to Ghalegay IV, c. 1700-1400 BXL 23
Kile Gut Mohammad Period IV (c, 3600-2600 B.C.) of this site in the Quetta Valley of
Central Baluchistan has yielded sherds with "potter’s marks". 24
^ Kot-Diji is an Early and Mature Harappan site in Sind excavated by Dt F.A. Khan in 1957-
58.^ All relevant material coming from Kot-Diji that has been published so far is illustrated in this
volume, 26 and seven previously unpublished graffiti in addition.
Lewan-dheri (alias Dar Dari*) in the Bannu District of the NWFP was excavated in 1977-78
by the Cambridge-Peshawar Universities Joint Expedition under the direction of Dr F.R, Allchin 27
The Early Harappan layers produced our Lwn-l, "a clay fragment (45 x 30 x 15 mm) with two
impressions of one and the same seal on the obverse side and impressions of the string and malting
or fabric cover on the rev erse ’ 28
13 Soe Gaw S c F Preliminary report on fitit season ai jfarappa. 1986, Berkeley 19S6; George F. Dil» and J. Mirk
Keciuyer. Preliminary report on the University of California as Berkeley s second season as liarappa. Pakistan, January
April. 1987. Berkeley 19S7; id., Preliminary report on the third season (January March 1988} of research Harappa,
Pakistan, Berkeley snd Madison Preliminary report on the fourth season (Juratory 15 March 31 1989) of research
at Harappa, Pakistan, Berkeley ind Middon 19*9; kL Prelimnary report on the fifth season at Horans
published one (ibid. fi e . 4.9.2 on page my For the
kindi ^ * * & f.r. Ancbin th. , C z
iainc reason We cannot publish photograph! of Circe painted bowls
INTRODUCTION
XVII
Loehanr III ; This PoskHarappan sire representing the Ghalcghai IV period (c. 17004400
B.CT is situated east of the town of Mingora in the Swat Valley and has been excavated by Pro¬
fessor Giorgio Sfacul in 1975-76 and 1979.2*
Mehrgarh: This most important Pre- and Early Harappan site, situated at the foot of the Bolan
pass to the highlands of Baluchistan in the Kachi Plain, was excavated by the French Archaeological
Mission to the Indus under the direction of Dr Jean-Franfois Janige in 1974- L9S6. 30 Me hrgarh has
for the first time provided an unbroken stratigraphic sequence from the 7th to the 3rd millennium
B.C.. and the nearby sites of Nausharo, Sibri and Pirak extend this to the first millennium, with
just a small gap in the early second millennium B r C, 31
Mohenjo-daro: Limited excavations were carried out at the principal Mature Harappan site by
Sir Mortimer Wheeler in I950 3 *. and by George F. Dales in 1964-65. 33 Between 1979 and 1986,
the Mohenjo-daro Research Project of the Technical University of Aachen, directed by Dr Michael
Jansen, has done much documentation work at Mohenjo-daro and collaborated on an extensive
surface survey with a team of ihe Istituto Italiano per j] Medio ed Estremo Oriente led by Professor
Mauri do Tosi, 34
Naru Warp-dharo; This Mature Harappan site in Sind was reported to have produced "pot-
wiih important konographic motlft; jk ibid,, p. HQ mil fig, m, pp. 215-216 (fish motif); p. 22&t with sheet g : 24 (a
horned doty); and p . I 10-1 12 and Tig. 42.1 (headi of > hull and a buffalo plus * complete gam); according io Dr PJL
Allchin, ihe fragments of the last mentioned bowl have not been pieced together
29 Cf. Giorgio Stacul, Excavation at Locbam Ul (Swat, Pakistan), East and West N.S. 26.1-2 (1976). 13-30; id,
Dwelling- and storage pils at Loebanr TIJ (Sw4t, Pakistan): 1976 excavation report, Eojs and (Vest N.5, 27,1-4 (1977),
227-253; id., Loehanr in (Swat, Pakistan): 1979 excavation report. East and Wtsi N.5. 30,1-4 (19S0). 67-76; id
Prehistoric and Pratohisioric Wr. Fataftw fc. 3000 1*00 S.C). lititnio Italiano pci tl Medio ed Esiremu Orkmc]
Reports and Memoirs 20. Rome 1987.
30 Cf, Us cate* opbtiMs de Tlndus, Paris 1988. 17-128, with fiirthci references, and chapters 2-3 below. Save few one
(which could not be located for photography at the Excavaiioni Branch), all the published seals from Mchrgarh are included
hi our volume. The definitive rrptm Di1 Lhe escavationi ai Mehrgarh, which is forthcoming, will contain many male A
collection of almost 850 incited "patter's marks" (mm die first four season of excavations at Mehigarh hive been analysed
and published in an exemplary manner by Gonztguc Quivron, Us mxtqura incssSes sur lea potent? de Mehrgarh au Baluchi-
sian, do milieu du IV* milldnaire I la premtke moilk du lll e nrilKaiire. Palter,cm 6 (1980). 269-280 (ten sherds me
illustrated photographically, otherwise the marks only are shown in drawings); none of this material is included in CM 2.
1 See, fm example. J. F. Janige, Chronology of the earlier periods of the Greater Indus as seen from Mehrgarh, Pakistan,
in: B. Allchin (ed.), South Arim Archaeology 1981, Cambridge 1984. 21-21; id.. Continuity and change in the North
Kachi plain {Baluchistan. Pakistan) at the beginning of ihe second millennium B.C., in: J. Schotsmans and M. Taddei
(edi,). South Asian Archaeology 1983, Naples 1985, Vol. 1, 35 68.
32 Ci REM Wheeler. Newly found at Mohenjti Daror A huge 4000-year-old granary. The Hbatrated London Ncv/t (ILN)
20 May 1950, 702-3; id.. New light on the Indus Civilization: The Mohenju-Dam granary, ILN 27 May 1950. 813-6; id.
Man f Animah in 4000 year-old Mohenjo-Dan], ILN 3 June 1950, 854-5; id., The Indus Civilization, 3 ed.. Cambridge
1968; Leslie Akock. Exploring Pakistan's past: The first year's wort Pakistan Quarterly 2.1 (1952). 12-16; id„ Pottery
sequence from Molienjo Dam: R.E.M, Wheeler's 1950 "Citadel Mound" excavations, in: George F Dales and J M. Kennycr.
Excavation* Oi Mohtnjo Data, Pakistan The pottery. University Museum Monograph 53, Philadelphia 1986. 493 551. The
potsherds with graffiti or seal impress tons from these excavations are reproduced here after Wheeler's original plates
published in Dale* and Kenoyer 1968; almost all of the seal* discovered by Wheeler (ILN 3.6.1950, 855) have disapDeared
fcf. p. tx),
33 Cf. George f. Dales, Re-opening Mohenjo Daro excavations. ILN 29 May 1965, 25-27; id. New investigations at
Mohenjo-daro. Archaeology 18.2 (1965) 145-150; Id., South Asia's earliest writing - still tmdeciphered. Expedition 9;2
(1967). 34-39 (including illustrations of most of the new Inscription* from Mohenjn-djrok id.. New inscriptions from
Moenjo Dana. Pakistan, in: Barry L Eichler (ed ), Kramer Anniversary Volume, Kevelacr Hi Nrukirchen 1976, 111-123;
George F. Dales and Jonathan MhtIe Kcnoycr. ExcavdWr ai Mohenjo Daro, P a k: si an The pottery. Universal Museum
Monograph 53. Philadelphia 1986.
34 See especially M. Jansen and G, Urban (edi ). Interim Reports Vtrf 1: Reports an field work carried out at Mohen/a-
Dara Pakistan 1932 S3 by the t$MEO-Aachen -University Mission, Aachen & Roma 1984; id, (eds). Interim Reports Vet
2; Reports an field work corned out at Mohenjo-Daro Pakistan 1983 84 by the hMEO-Aachen University Mist ion, Aachen
* Roma 1987. Mosi of the new Indus reals and inscriptions discovered by the German Italian team have been published in
these reports, but some unpublished ones arc included in CIS! 2, - A detailed and manysided archaeological assessment of
Ihe seats and inscriptions from Mohenjo-daro is given by Ute Fmnkc Vogt tn her Still unpublished doctoral t||«i s , Qi e
Glyptik aus Mohenjo. dare |-ITt, Berlin 1990.
XVIII
INTRODUCTION
sherds inscribed with the Indus script" 35 , but nothing more has been made known of these. Three
such potsherds are published here for the first time.
Nausharo: This Early to Late Harappan site in the Kachi plain has been excavated by the
French Mission led by Dr Jean-Fran^is Jarrige since 1986. 36
Nindowari-damb: This highly interesting site is situated in the Omach Valley of South Balu¬
chistan and, representing the local Kulli culture, dates to the Early and Mature Harappan periods. It
was excavated for three seasons in 1962-65 by Dr Jean-Marie Casal. 37
Periano-ghundai: This site in Nonhem Baluchistan is (at least partly) Early Harappan. Only
small excavations have been carried out by Professor Walter A. Fairservis 38 and Dr M Rafiquc
Mughal. 39
Pirak: This Post-Harappan site, situated in the Kachi plain that connects the Indus Valley with
Baluchistan, was excavated under the direction of Dr Jean-Marie Casal and Dr Jean-Fran^ois Jarrige
in 1967-1974. 40 In addition to seals representing the Post-Harappan period, three Mature Harappan
period seals were found on the surface. 41
Rahman-dheri: This Pre- and Early Harappan site was excavated by Professor Farzand Ali
Durrani of the University of Peshawar in 1976-1982; 42 he has resumed the work in collaboration
with Dr George Erdosy in 1991 43 Six small seals with script-like signs are said to come from this
site. 44 In addition to the well known bone seal representing the ealiest period (Rhd-1), we publish,
for the first time in photographs, a large number of Early Harappan graffiti here. 45
Sarai Khola: Altogether 68 graffiti on potsherds, constituting "potter’s marks", were discovcr-
ed 4 * from the Early Harappan occupation of Period II. This site near Taxila in the North-West
Frontier Province was ex cavated by Dr F.A. Khan and Dr M.Abdul Halim in 1968-71. 47
35 Pakistan Archaeology 1 (1964). 44
- Cf. Jean-Francois Jarrige. Excavations at Mehrgarh-Nausharo. Pakistan Archaeology 10-22 (1986) 63-131- id
Excavations at Nausharo: 1986-87. Pakistan Archaeology 23 (1988). 149-203; id.. (Excavations at Naushm». Pakistan
Archaeology 24 (in press).
7 ^ JC " , ' M " iC C “* 1, Nindow,,ri: A Neolithic *iu: in South Baluchistan. Pakistan Archaeology 3 (1966). 10-21 A
pi. v-xvii; kL, Nindo damb. Pakistan Archaeology 5 (1968). 51-55; Gregory L. Po.sehl. Kulli An exploration of an
ancient civilization in South Asia, Centers of Civilization 1. Durham. North Carolina, 1986. 51-55 Dr Jean Francois
Jarrige « preparing a full report on Nindowar, for publication. CISI 2 includes all the three seals discovered in the granar.es
38 T* w y lWO c haVe h**" pub, “ hed previously), but the important painted graffiti have to be left for CISI 3
Arck ™*>*™' «" — Loralai Districts. West Pakistan. Anthropological
Papers of the Amencan Museum of Natural History 47.2. New York 1959. 404 Fairservis (ibid. 359 and fi* 59^ records
sherds with potter s marks" as surface finds ' m ”** ord *
40 f f R ‘ r “’“ MUS> '’ 1 - E, P 1< " ,1 “"' S to N,,,,hcm Balucliijun. Pakistan Anhatoksn 8 (1972) 137-150
^ -^i «V. „ ,,
0 “r ^ °~ ^ -»— -
Cf. F.A. Durrani, Rahman Dheri and the birth of civilization in Pakistan RulU,im ,1 . .. ~ -
University of London. 18 (1981): 191-207; id Indus Civilization Evi^nl . T\ f ‘ * ArcHagt > l °^
Indus Civilisation - ,Vrw perspectives. Islamabad .981 133-138 A ^ * Ahmad D “'
H.nnu Valley,. ,n: B B. Lai and S.P. Gupta (eds.) Frontiers i L ti e- T * ^
melioration Volume. New Delhi 1984 505-510- id Rekman Dh a ^ l<Ui0n Sir MorUmgr W heeler Com
• T-»pW Uni.wity: ZZSTwX. "Zll'TZ ZV" ' " ‘"t
Go™, Valley Rah™ Dhcn no 1. PaluM 6 (Zm L 1 E,C,, *"° n ‘ "
Cf. the forthcoming paper by George Erdosy in: Adalbert J. Gail (ed.). South Asian Arrh^t^ too, d ,
Cf. M. Rafiquc Mughal, Genesis of the Indus Valley Civilization Lah u a °‘^> • Berlin
«.U could « be l«.,ed when Mr. Jy*. i "T ^ " ’’
45 The provenance of most or potsherd, with graffiti said to Z flTi *Z T m VOlUmC -
painted on the sherds. It should be noted, however, that some of them Ld no LnlTfic^ by ** " ,arkin8S
list). 00 '«nOfication mark whatsoever (see the data
46 See M. Abdul Halim. The pottery of period, IA and II with incised ootter, nr «--rr. . „ ..
(1972), 95-99 A pi. xxii A A B. Only a small pm of these 68 taci^sET m * kl ’ Ar ^logy 8
ttzss zjst:T srrd? couw *
.12 <«* I— pun .ucludb,, D. M Rafiquc Mu***. luuod^ „ dw SsZ'^uV'
INTRODUCTION
XIX
Sibri-damb: This is a Laic Harappan silc, clearly affiliated with Central Asia, situated 8 km
south of Mehrgarh and 2 km west of Nausharo in the Kachi plain, excavated by the French
Archaeological Mission to the Indus under the direction of Jean-Fran^is Jarrige in 1981-82. 4 *
Tarakai Qila, an Early Harappan site in the Bannu District, NWFP, was excavated in 1978-79
by the Cambridge-Pcshawar Universities Joint Expedition under the direction of Dr F.R. Allchin. 49
In addition to excavations of individual sites, extensive archaeological surveys have been
carried out in different parts of Pakistan. Thus Baluchistan has been explored by Dr Beatrice dc
Cardi in 1948 and 1957 (in Kalat), 50 by Professor Walter A. Fairservis in the early 1950’s (Zhob,
Loralai and Quetta Valleys) 5 * and in 1959-60 (in Us Bela) 5 *, by Professor George F. Dales in
1960 (Makran coast), 53 Robert L. Raikes (in the Omach and Jhalawan Valleys) 54 and by Dr M.
Rafique Mughal in 1962 (Las Bela and the coast) and in 1972 (Central and Northern Baluchi¬
stan). 55 With the exception of the two sherds from Periano-ghundai, however, no material from
these surveys is included in this volume. The same applies to the surveys in Sind by Dr
Muhammad Sharif 56 and by Dr Louis Flam in the 1970 s 57
The Cholistan Desert, or the area of the former Bahawalpur State, was surveyed in 1974-77
by Dr M. Rafique Mughal, who identified 264 sites belonging to Early, Mature and Ute Harappan
periods. 58 Nine sherds with graffiti coming from the 166 Mature Harappan sites covered by this
survey have been published in a preliminary way 59 , and graffiti with Indus script are reported to
come also from the 72 Cemctery-H culture sites. 60 So far this and other relevant material from the
Cholistan surveys could not be published in the Corpus.
Cf. Marielle Santcmi. Sibri and the South Cemetery of Mehrgarh: 3rd millennium connections between the northern
Kachi Plain (Pakistan) and Central Asia, in: Bridget Allchin (ed.). South Asian Archaeology 1981, Cambridge 19*4, 52-60;
lean Francois Jarrige. Les relations entre 1’Asie ccntrale mfcidionale. le Baluchistan et la valMe de llndus k la fin du 3 e et au
dtfbut du 2* millionaire, m: L'archiologie de la Bactriane ancienne. Paris 1985, 105-118; Les cities oublides de I'lndus,
Paris 1988. 111-128.
49 See F.R. Allchin and J.R. Knox. Preliminary report on excavation at Tarakai Qila (1978-79), in: Herbert Hirtel (ed.).
South Asian Archaeology 1979. Berlin 1981. 245-250. We are glad to be able to publish all the four seals discovered at
this site (described but not illustrated lx„ 249f.) plus some unpublished graffiti.
50 Beatrice De Cardi. Excavation and reconnaissance in Kalat, West Pakistan: The prehistoric sequence in the Surab region.
Pakistan Archaeology 2 (1964). 86-182.
51 Cf. Walter A. Fairservis. Jr.. Excavations in the Quetta Valley. West Pakistan. Anthropological Papers of the Amer¬
ican Museum of Natural History 45.2, New York 1956; icL, Archaeological surveys in the Zhob and Loralai Districts. West
Pakistan. Ibid. 47.2, New York 1959. Fairservis has recorded altogether 362 Pre- and Early Harappan graffiti on potsherds
(with about 50 different marks. 18 of them made with the finger nail) as coming from Damb Sadaat l-IH, Kile Gul
Mohammad IV and other sites in the Quells Valley (1956, 328-335 and pi. 14) and others from Kalat and Chagai regions
(1956. p|. 31 and pL 30: 2). These could not be included in CISI 2.
52
Cf. Walter A. Fairservis. Jr.. The roots of ancient India, 2 ed.. Chicago 1975. 189-205.
3 Cf. George F. Dales. Harappan outposts on the Makran coast. Antiquity 36 (1962). 86-92L; id.. A search for ancient
seaports. Expedition 4.2 (1962). 2-10.
54 Cf. Robert L. Raikes. Archaeological explorations in Southern Jhalawan and Las Bela, Origini 2 (1968), 103-171.
55 Sec M Rafique Mughal Exploration in Northern Baluchistan. Pakistan Archaeology 8 (1972). 117-124; id..
Explorations in Northern Baluchistan. 1972: New evidence and fresh interpretation. Proceedings of the llnd annual
symposium on archaeological research in Iran . Tehran 1974, 276-286.
56 Cf. Pakistan Archaeology 8 (1972), 133-137.
57 Cf. Louis Flam. The palaeogeography and prehistoric settlement patterns in Sind. Pakistan (4000-2000 B.C.). Ph.D.
dissertation. Dept, of South Asia Regional Studies. University of Pennsylvania. 1981. Ann Arbor UMI 82-07,956; id..
Recent explorations in Sind: Palaeogeography. regional ecology and prehistoric settlement patterns, in: J. Jacobson (ed.).
Studies in the archaeology of India and Pakistan. New Delhi 1986, 63-89.
58 See M. Rafique Mughal. New archaeological evidence from Bahawalpur. in: Ahmad Hasan Dam (ed.). Indus Civilisation
- New perspectives (Islamabad 1981): 33-41 A. map + pL 1-22 (without the illustrations also in: Man and Environment 4.
1980. 93-98); idem. Recent archaeological research in the Cholistan Desert, in: Gregory L. Posschl (ed.), Harappan
Civilization. New Delhi 1982. 85-95 ♦ pi. 7.1-12; Mughal’s full report entitled Archaeological surveys in Bahawalpur has
been in press since 1980. but has not yet come oul
59 See Mughal 1981 (cited in the preceding note), pi. 13. The quality of this photograph does not allow reproduction.
60 See ibid., p. 37.
XX
INTRODUCTION
2 . Indus seals and (he external contacts of the Indus Civilization
Immediately after the first news about the discovery of the Indus Civilization wa$ published in
1924, h became apparent that the Hamppans had been in contact with the ancient Western Asiatic
cultures. Evidence for this was Indus seals coming from Susa. Ur. and other Mesopotamian sites;
among these were both square stamp seals of a purely native Harappan type and seals combining
Harappan and local elements such as the cylinder form.
Later, a few round Indus seals (a type rarely found in the Indus Valley) were discovered along
w ith a large number of local round stamp seals on the islands of FaiJaka and Bahrain in the Gulf,
where excavations since the 1950 f s have revealed a flourishing "Dilrnun Civilization" When
furthermore one purely TJilmurHype 1 ' seal (L-123 in CISI 1) was found at Lolhai, attention
concentrated on cuneiform sources dealing with the early maritime trade of Mesopotamia, Three
oreign countries arc referred to as participants of the sea trade: DUmun (closest to Mesopotamia),
Magan and (farthest away) Mduhfca. Magan is now widely identified with Oman and the opposite
coast of Makran, and Meluhha with the Harappan realm, 61
, ™ e rel « ion *WP of ihe Pre-, Early and Mature Harappan cultures of the Indo-Iranian
borderlands with those of the Iranian Plateau and Central Asia have begun to be properly under¬
stood only dunng the past decades. The French excavations in the Kachi Plain (Mehrgarh, Nau-
sharo, Stbn and Ptrak), the Italian excavations at Shahr-i Sokhta in Seistan « the American
excavations at Tepe Yahya in Southeastern Iran « and the Soviet excavations in Central Asia 64
are among the most crucial archaeological research projects of recent times which have created a
mle'nu 6 7 71^ These “ nd 0lher researches have also illuminated the important
, P p. y ! e Pr0 ‘°" E lml( e s and ,heir successors in the increasing cultural interaction in the
Iranian Plateau in the thud millennium B.C. 6 *
imereonnec^ 15 ' *"1* ^ thW ™ Ilennium BC - and ** beginning of the second millennium,
” " .^ r AgC Cult “ res n ° urished in M*** of Iranian Plateau and southern
V . H 1 Hissar 111 and rela “ d Sites), in Soulhcm Turkmenia
(Namaaga V and related sties), in Kerman (Shahdad). and in ancient Margiana (Gonur Togolok
2J5J ln a ^K D f ^ “ d S A P f' in NOnhen ' Af6haniS “ ) ' excavations of Mehrgarh VW
, . the ^ achl plaJn “‘l the ‘reasury of Quetta" found in 1985, and the Late Harannan
T m “* .. ,h ~ r "““ isss;
. ht-1) and Mehi (Mehi-1) in southern Baluchistan, 66 suggest that immigrants from Eastern Iran
M? iana) reached BaluehisI “ n and i°*cr Indus vallev around
J01I B.Q.and gradually adopted the waning traditions of the Indus Civilization. 67
62 L° T r f fCrenCfea 50 thcsc f,rSl Pwe CISI 1. n.
6 3 Muiriziu Tosi (ecLj, Prehistoric Seistm, VoL 1. Roma |%3.
C.C. Umberg.Karlnvifcy. Excttvalims al Ttpt Yahya. JraA m?-IQhQ i_ ■ „ E , , , _ .
H “ im *■ ^~-“in xeel'zTo
^ n ™ « ^
*"*■ “ ^ “ *■—
■he Indien Oce.n. (Wnu 1 “ d "* 0,u! 10
<~Z A>i * ; “V™ 1 - ,he A,vm ' - a™*-.
Cf. Wfa** Jame , Us ££ en« I'Aiie l , 3 l T --*■ H «- 2
3= <1 .□ ddbut du 2 C millcniire, , n: LArcMo^i, ' l, * il& 68 "»<*■
■“ Mthrs ‘ rh « viii) - « - ~ ;r ^ zzzts:
INTRODUCTION
XXI
Distant interaction between Central Asia and the Indus Civilization is evidenced earlier during
the Mature Harappan period. In the late third millennium B.C., there was a Harappan settlement at
Shortughai on the Oxus in Northern Afghanistan. 6 ® Two Harappan seals have been unearthed at
Altin Tcpc in southern Turkmenia, 69 and one clearly Bactria-Margiana type stepped seal comes
from Harappa (H-166). 70 The few cylinder seals found at the Indus sites have so far been thought
to indicate connections with Mesopotamia, where this seal type is most characteristic. However, we
now know that the late Bronze Age cultures of Central Asia, for example, also used cylinder
seals. 71 and the cylinder seals from Sibri (our Sb-2 & 3) are closely parallel to them, 72 as is one
cylinder seal from Mohenjo-daro (M-419 in CISI 1).
Thus the seals have played a leading role in the discovery of not only the Indus Civilization but
also of its external relations.
3. The function and iconography of the Indus seals and tablets
Preserved ancient seal impressions prove that the Indus seals have served as instruments of
control in administration and trade, as in ancient Western Asia. Some seal impressions have been
made on wet clay pots before firing. Other impressions have survived on clay tags, once attached to
bales of goods whose integrity they thus guaranteed. The study of the seals and seal impressions in
combination with their archaeological contexts and details of style and manufacture can significantly
contribute to the understanding of economic and administrative practices.
The quality of an Indus seal increases with its size, and the largest and most expensive seals
must have belonged to important persons or institutions. Since the seals were probably worn in a
visible fashion by their owners, as is suggested by the cord holes, they are likely to have second¬
arily functioned as indicators of the wearers' rank, seen at a distance by the size of the seal. 73
A few Indus seals are carved hollow and provided with a lid so that something - most prob¬
ably a magic charm - could be kept inside. This has generally been taken to support the old
hypothesis that the seals, besides their primary function as administrative instruments, also served as
protective amulets. In addition to the script, the majority of the Indus seals contain iconographic
motifs, whose clearly religious nature has suggested an amuletic function. The pictorial motifs not
only rank among the very best preserved examples of Harappan artistic expressions but also provide
some of the most important clues to the Harappan religion and to the accompanying inscriptions.
Iconographic motifs arc found on ''tablets" as well. An important general characteristic of this
category of objects is that they comprise many identical duplicates. The incised "miniature tablets"
from the lower levels of Harappa are considered to be the earliest known examples of the fully
vow 8.-2. Jahrtausend v Chr.. Mainz 1987, 102-111; Lambcrg-Karlovsky 1986 cited in the preceding note. There arc
many reasons to think that these immigrants from Central Asia represent the first waves of lndo-Aryan speakers; see Asko
Parpola. The coming of the Aryans to Iran and India and the cultural and ethnic identity of the Disas. Stadia Orient alia 64
(1988), 195-302. with further literature.
6 ® Cf. Henri Paul Francfort 8c M H Poltirr, Sondage prdimtnairc sur I'ltablisscment protohistorique harappecn el post¬
il arappden de Shortugal (Afghanistan du N.E.), Arts anatiquet 34 (1978), 29-79 & pi. I-VII; H.-P. Francfort, The early
periods of Shortughai (Harappan) and the western Bactrian culture of Dashly, in: B. Allchin (ed.). South Asian Archaeology
1981, Cambridge 1984, 170-175, id.. La Civilisation de l'lndus aua rives de 1‘Oxus. Archeologia 227 (1987). 44-55.
V See V.M. Masson. Seals of a Proto-Indian Type from Altyn-dcpc. in; Philip L Kohl (ed.). The Bronze Age
Civilization of Central Asia: Recent Soviet Discoveries . New York 1981, 149-162, with Kohl's note ibid., si*.
7() Cf. A. Parpola, in Stadia Orientals 64 (1988), fig. 7 on p. 283.
71 Cf. I.S. Masimov. Novye nakhodki pecaley epokhi bronzy c nizovie Murgaba. Sovetskaya Arkkeologtya 1981; 2,
132-150; the Central Asian seals have a connection with the Syrian and Cappadocian seals of the first half of the second
millennium B.C., cf. Dominique Col Ion. First impressions Cylinder seals in the ancient Near East, London 1987. 44 and
I42f.
72 Cf Marielle Santoni. Sibri and the South Cemetery of Mehrgarh: Third millennium connections between the northern
Kachi Plain (Pakistan) and Central Asia, in: Bridget Allchin (ed.). Sooth Asian Archaeology 1981. Cambridge 1984. 57.
7 ^ Cf. Asko Parpola. The size and quality of the Indus seals and other clues to the royal titles of the Harappans, Tamil
Civilization 4. 3-4 (1986), 144-156.
XXII
INTRODUCTION
developed Indus script. 74 Later, incised tablets give way to embossed ones, often massproduccd in
moulds. Sometimes great numbers of similar tablets (especially H-859 ff.) have been found to¬
gether, or their find places are very close to each other. This has suggested that most of the tablets,
both the embossed and the engraved ones, may have functioned as tokens of votive offerings or of
visits to temples. 75
The engraved copper tablets of Mohenjo-daro form an unusual class of inscribed objects, in
that their inscriptions and iconographic motifs are clearly interrelated; this is not so obvious in other
classes of Indus inscriptions, although some exceptional cases may occasionally be found. 76
The interpretation of the iconography of the Indus seals and tablets constitutes a major scholarly
challenge. Various comparisons have been made with the ancient West Asian glyptics as well as
with the later an of classical India. 77
4. The enigma of the Indus script
From (he very beginning, the enigmaiic Indus script has been the most tantalizing one among
the many problems presented by the Harappan culture. The short inscriptions hold an answer to the
most debated question concerning this early urban culture, that concerning its language. Many
attempts at deciphering this unknown writing system have been made ever since the first specimen
was pubhshed in 1875. and all sons of 'solutions’ have been proposed. But no unanimity has been
reached even on the basic issues. On one point, however, most scholars agree: the direction of
wntmg usually is from right to left (but in the seal stamps, engraved in mirror image, from left to
ngnt).
. „ U ) nf T Una ' ely ! paCe does no1 allow us 10 emer imo a ^tailed discussion of the Indus script and
US study here. For this, the reader is referred to literature published elsewhere . 78
5. Earlier documentation of the Indus seals and inscriptions
There is little to be added to this chapter and its notes as it is found in CISI 1 . Because the
chapter is not indispensable to CISI 2. it is omitted here and reference is made to volume I which
discusses, among other things, the computer-drawn editions of the Indus inscriptions and indexes or
concordances to them, compiled by Mr I. Mahadevan” and by a Finnish team of scholars.*"
See M S. Vats. Excavations at Harappa. Delhi 1940. Vol. I 324ff cf hnwrve, . M v _
r-a tzr * A “ — “ - -* -—— * zz
evidence supporting this conclusion. ^ Clsf^Ci ^ I93 *' ^ ** 349 351 For and iconographic
yr k ^“ “ d resu,u *
der Harappa - Knit nr. Prihtstonsche Bronzefunde I: 6. Munctai 1985 ^ ^ Tdfelchen
further reference,, see CISI Txvi,. £ most c l989 ' <*« F«s). For
i» the as yet unpublished doctoral thesis of Ute FraSe-Vogt Die Clyptik^M *7™' ° f
78 Asko Parpola's forthcoming hook Sealed Sew afTe £ ^henjo-Daro I HI. Berlin 1990.
wh Ihe problem* reining , 0 ihc Indus script, , .. . f"J*"**' °> • /«•*«<»• cMOmltm dot.
bibliography In ,he mesn.Me. TZ! , w
id . Religion recced *. tndu, £ l ^ZZ nill ” 3 »»-*
(1988). 114-135: and die .lightly longer discussion L^withTl^ r P,Cl ° +gf,ph,C *h t ion 6
literature mveying attempts at decipherment ,s: Ahmad Nab, Khan, lid CISI ''T' ' "***" *° **
decipherment. The Archaeology 2.2 (Karachi 1990), 28-35 ** SCr *^ t ^ survey of attempts for its
77. New Delhi 1977 T "“' COKOrdam W “**"• Manoi '* of the Arch.eologic.1 Survey of Indie
University of HeWaki. ReseJrt“rr^'*'. hTCiuW a Dc ’“ nme "' of A,i *" “d AMon Sludres.
*"*■ ,wd 2 - ,,8o: *• ^ — - *. » ,an - *■ ^
INTRODUCTION
xxin
Such standardized text editions and indexes remain a necessary complement to the photographic
Corpus. 81
6. The purpose and scope of the Corpus
The texts in standardized editions and concordances are based upon the subjective judgements
of individual scholars, and they do not display all the intricacies of the originals. Moreover, they
contain numerous admittedly doubtful readings. Objective photographic documentation of the origi¬
nal inscriptions thus is a necessary complement to such textual studies. Photographs of the original
objects are equally indispensable tools for the historians of art and religion studying the icono-
graphic motifs and for archaeologists engaged in a comparative study of the objects. In short, there
is no replacement for good photographs of all the Indus seals and inscriptions.
A major part of the material has been published in photographs in the excavation reports of
Mohenjo-daro and Harappa: they illustrate altogether roughly 2500 objects. These publications have
long been out of print and difficult to procure. It is true that they have been reprinted in recent
years, but the quality of the photographs in the reprints is so low that they are practically unusable.
The published photographs of the rest of the material, on the other hand, are scattered in a number
of publications, and their mere collection involves great difficulties for persons without access to
specialized libraries.
It would have been simple enough to collect and reproduce the old photographs of the earlier
publications. Such a procedure, however, would have resulted in a book that would not have fully
satisfied the serious student of the Indus script and iconography. The size and quality of the illus¬
trations, even in the original reports, is not always sufficient Moreover, the available material is
documented incompletely, for, as pointed out above, there are many hundreds of unpublished
objects: objects coming from excavations conducted at Mohenjo-daro and Harappa after the
conclusion of the official excavations; a large number of duplicate and broken or indistinct objects,
especially from Harappa; and objects from excavations and explorations carried out in India and
Pakistan during the past few decades but not yet published in full.
A pan from their inscriptions and iconography, the seals form an important category of artifacts
in their own right, which we have seen to have much relevance for the study of the external
relations of a culture as well as of its internal processes. Therefore, in addition to all the inscriptions
in the Indus script, this Corpus will contain all the Harappan seals, including those without any
inscription. In the case of other object types, ’inscription’ has occasionally been understood rather
liberally so as to include, for example, sherds whose incised or painted motifs may rather be
considered as art. Such motifs, however, may be important for understanding the form of the signs
of the Indus script.
Moreover, the concept of ’Indus seals’ is to be understood in its widest meaning. In addition to
the Indus Civilization proper, the Corpus will, with certain restrictions, cover the Early and Late
Harappan periods as well and also include all the imported seals of foreign types coming from
Harappan sites. 82 Furthermore, ’Harappan’ is understood to include closely related cultures such as
that of Kulli in Baluchistan. Thus, for example, the Central Asian type compartmented metal seal
coming from the Kulli site of Mehi was included in CIS1 1.
The relatively few seals and clearly Harappan-type inscriptions from the Late Harappan period
have been included in th e Corpus, but Late Harappan graffiti have been excluded, with a few
81 After the completion of CiSI 3. additions ahd revisions will be made in the Furnish computer corpus (the new
photographs published in CISI were not available at the time when the current version was compiled), and the reference
numbers of the inscriptions will be replaced by those of the Corpus, so as to case comparison with the photographs The
typological and iccmographical classifications will be revised as well.
82 Cf. chapter 2. In the past, some clearly imported seals have often been treated as Harappan; in order to prevent this
from happening in the future, the word "foreign" or “intrusive" has. space permitting, been put in the page caption for such
seals.
XXIV
INTRODUCTION
exceptions. These graffiti are short and appear to be just "pot-marks" rather than real writing. Still,
they are potentially interesting to the student of the Indus script, even though not to the same extent
as the Early Harappan pot-marks. The problem is their great number, coupled with the difficulties of
drawing a line between Late Harappan and Post-Harappan and of finding the original potsherds.
7. The documentation of the objects
Original objects and their present-day impressions
Because the texts carved in mirror image on the seals are to be read as they appear in the
impression, the repons of the excavations at Mohcnjo-daro and Harappa published just the im¬
pressions. However, the impression may not faithfully reproduce all the features of the original, and
the original always remains the ultimate authority. On the other hand, the impression is needed not
only because it shows the inscription in its proper form but also because it sometimes reveals details
not immediately visible by the inspection of the original. For example, it is harder to see an
inscription on a rough or transparent or multicoloured surface than in an impression taken on a
neutral and unweathered material. Thus the original and its impression complement each other and
make double checking possible.
_.. c ' VC ha " CndCaVOUred 10 P ublish an impression of an object in this Corpus whenever the object
r e x3l llT' '°^ UCe ° ne - “ i$ ' hC CaSC W1,h ,he stam P «*. An impression is publish-
^exceptionally ,f an object mean, to be read directly is obscure and the impression clearly helps in
understanding the text or iconography involved. 7 V
l' as ,f k ; n up0n , itself ,he msponsibity for making new impressions of the often
ohoto^nhi ™ Unfortunately, there was no provision for impressions in the later phases of
reT£*bT mCanS n ° impression is available a large number of objects, and for
the rest, there is no option between alternative pictures. The use of silicone rubber was also sue
gested at one point, but the Department came to the conclusion that the condition of the objects dofs
no, perm,, this material to be used. Has,,cine is no, ,ha, sensitive, so in the ca« of £« S
deWcTI' JerfeJfustalTvT 31 " 3 ^ *" Pam ° f ,he in “ ri P>'°" a " d *»'
aevice are perfect. Usually, however, the new impression is much beticr than the old one If no
new impression was available or if iis quality was not good, recourse was taken „ nIH
•Jazz's zzrr^ -
misunderstandings, for some seals have a reversed direcdon of writing. “ n ° US
Broken objects
Many seals and tablets have crumbled into two or more nieces tf,„ .h
such broken off pieces are also often lost *3 Old ohotonmnh k * WCTe excava,ed - and
if they clearly complement each o.her and ^ ^ " CW
that is better than its present state. A broken object may have becnrai^'V ^ f prCSCrvation
. t .m, We must therefore record here one ,ueh rjecle .hich tortTllT 0 *^"“' P '“" "* "“•M* P“' h>*«h«r
collection of the Mohenjo-d.ro The two pof M , m I J ’ ’’ S M ">** »« P»=,o g ,. p h,„ 8
numherr DK ,0*87 „d DK IBM. end Utev were „„ i Ji —«*, joined h.ve the ion
different level, (-3.22 end -8.88). ' ,,lh ° f '’30 «d on die ,1th Febmvy , 93 , "
INTRODUCTION
XXV
and if not, how much is missing. This can be checked by examining its back or sides. In the case
of the regular square seals, this is often superfluous, because the estimate can be made from the
front side itself, but for the rectangular seals without iconography it is indispensable to see the flank
side and the position of the cord hole that is usually pierced through its centre.® 4
The different sides of the objects and their specification
Many of the objects have two or more sides with inscriptions, pictures or engravings of one
kind or another. It is clear that all such sides had to be photographed and published. But the photo¬
graphy earned out for the Corpus was extended to comprise even the empty sides. This procedure
made it possible to verify afterwards whether a given side of a specific object really is empty.
Another reason for documenting all the sides of the objects was the need to check the excavation
number (and often the museum number as well), which has usually been painted on the object 85
Originally the publication of all the sides of all the objects was contemplated, but this would
have been too expensive, and for most of the users of the Corpus, the sides now left out are of
little interest So only a selection of the uninscribcd sides is published in the Corpus: they are
shown when needed to give an idea of the shape of the object, especially if a divergent type of seal
is concerned.
The different sides of the objects are indicated in the Corpus by means of capital letters, which
normally have the following significance: A = the obverse (which is taken as the point of reference
for the other sides) / B = the reverse / C = the upper side / D = the right side / E = the lower side /
F » the left side. The principal (rectangular) sides of the three-sided prisms are numbered A. B, and
C and their (triangular) ends D and F.
The corresponding lower case letter is used to refer to the impression taken of any of the
sides, for instance, a = impression of A. Correspondingly, aa = impression of (impression) a,
implying a modem copy of the original object (e.g., Ad-8).
Different inscriptions (for instance, impressions made with separate seals) on any one side of
an object have been numbered with Arabic numerals following the letter for the side, and usually the
corresponding numbers have been marked beside the respective inscriptions alongside the photo¬
graph. The order is, conventionally, from left to right and from top to bottom.
If two or three different photographs of the same side are published, the code number for the
second, third, fourth and fifth photograph is followed by the Latin words bis, ter, quater and
quinquies respectively. Such photographs arc usually arranged in the temporal order, from the
oldest (first) to the latest (last). If different parts of the same side arc shown in several photographs
(as in the case of the cylinder seals), these are given a separate Arabic numeral put within paren¬
theses after the letter indicating the side: M-418 A (1), M-418 A (2), etc. The same is done if one
picture gives a general view of a side and another an enlargement of its inscription (as in stamped
pots and earthenware bangles).
The aim of these conventions is to make each photograph and the reference to it unambiguous.
The scaling and printing of the photographs
In the excavation repons, the seals arc normally depicted in their natural size, but this scale has
proved to be too small for a clear recognition of all details of the inscriptions and iconographic
motifs. The policy adopted in this Corpus is to print all the sides of all objects bearing either in¬
scriptions or any kind of iconography in double size (2:1, or 200%) whenever possible, and their
84 This can sometimes be tricky. For example. the bole going through the middle of the rectangular seal H 639 is not
visible because it has been filled with chalk as part of the conservation measures.
85 In some cases the excavation number painted on the object differs from that assigned to it in the lists of the excavation
reports; sometimes the difference is likely to be due to a mistake in the report; sometimes the number painted on the object
has become obliterated and has been erroneously restored.
XXVI
INTRODUCTION
uninscribcd sides (if illustrated at all) either in the natural size (l;l, or 100%) or in the double size
(200%) . All exceptions to this rule will be specifically indicated in each case. Most of the seals
from Pirak are shown in their natural size (100%) - this percentage is given in the page caption -
and exceptions to it in casu.
As the great majority of the photographs are in the same scale, one will have an idea of the
relative size of the different objects. This is important, because in the case of the seals, for instance,
the relative size seems to convey information of its own,
rhe major part of the prints were made on plastic in order to avoid the distortions due lo the
stretching of we I paper. Moreover, the original objects were measured during the photography, and
most of the prints have been enlarged by using ihese measurements* 86 As the actual measures of
the objects will be listed separately in the third volume and are partly available even now in the pub¬
lished reports, the reader will be able to check the size of the photographs.
In this volume, deep etching has been used rather more extensively than in volume one, with
due awareness of its dangers 87
8. The criteria of arrangement and related conventions of the Corpus
General considerations
Theoretically, the Indus seals and inscriptions could be classified in several ways. For exam¬
ple, the inscriptions could be arranged according to the pictographic sequences they contain,
owever, this arrangement would only serve the needs of scholars interested in the script and is
uter left to the concordances of the script. Jf the concordances are keyed to the Corpus, cross-
reference and verification will be easy, whatever the principles of arrangement.
Ernest Mackay, in Further Excavations at Mohenjo-daro. arranged the objects coming from
Mohenjo-daro according to the different areas of the site and the absolute depth of the finding place
from the surface.** He wished to control the data from the point of view of archaeological dis¬
tribution looking for evolutionary and other trends. The result was chaotic, objects of different
types and sires are mixed with each other. Unless one knows the number of the object it is
impossible to locate it without scanning through the entire material. In the present Corpus the
archaeological context is taken into account in the arrangement of the objects when it is feasible and
* s ™ ““ »
fc i'le” Thl IT T" ki “> ”
moriT C 7 P T °T 0bjECt - itS P rovenance - ‘H*. form, material, iconographic
mottf, suae, style and state of preservation have been chosen as parameters in the Corpus m Hus
hWiHI ” 7.” 7 d '7 h,Ch makes a neat la J’ oul P° ssiblc ' was flowed by Sir John
the lttdus emuvahm ind ' less s “ u >** Ms - v « -
The Is. criterion: the owners of the objects; and the overall publication plan
i, ^ SSS
T GrCl1 ™ tjicn ,n sca *' m * * U ** T^oicgraphu in this valuing However if ,h c
Wik v,stb] c m the picture, there i* » dement of mot. for the scale is ^ ********* 11 baiwl *
object. This appMe* UJ the photographs taken at Harappa ^1 Lth.vro Ky Mr S M ^ ° f
the expedition of Mr Violin™ prcvifcd us with ^ ™ IW ^™ 1 for ** P««
Cl, e.fc.* E. Mack ay, Furlher Eicavmkw oJ ^ah^nto-darn Delhi l<m Vnl n ,
o„ cr. m. j t a, lndla KMn 3
INTRODUCTION
XXVII
into three volumes according to the first criterion of physical location and ownership of the original
objects. In this the Corpus of Indus Seals and Inscriptions follows the example of the Corpus of
Minoan and Mycenean Seals, for instance, which is divided into different volumes according to the
museums in which seals are preserved. Thus the first volume of the Corpus presents the collections
housed in the museums of India, the second volume the collections in the museums of Pakistan. 89
The third volume will contain the relatively few objects known to exist in collections outside
India and Pakistan and the large number of lost objects, which are not directly documentable but
must be published as old photographs only. Besides addenda to the previous volumes, this third
(and for the time being last) volume will also contain a detailed catalogue of all the objects of the
Corpus, documenting (in addition to the excavation and museum numbers, which are given pro¬
visionally in the first two volumes as well) such matters as the archaeological context, measures,
notes on the material, manufacture, text and iconography, and published references. Furthermore
this information will be fully indexed. 90
This second volume, then, contains 2138 Indus seals and inscriptions physically existing in
public and private collections in Pakistan. As far as possible, we have tried not to publish old
photographs, but to procure new, better ones. When originals almost certainly existing in Pakistani
collections could not be located, however, we have resorted to reproductions: this is the case with
the graffiti discovered by Sir Mortimer Wheeler at Mohenjo-daro. If better pictures of such objects
arc obtained later, they will be published in the third volume.
The 2nd criterion: the provenance of the objects; and their numbering system
It is clearly undesirable to lose control over the sitewise distribution of the objects; a purely
typological arrangement mixing objects from all sites would be inadvisable. The site from which the
object comes has to be a primary parameter of the classification.
Now that seals and inscriptions coming from one and the same site will be distributed in sev¬
eral volumes, a flexible new numbering system is required which will both allow additions at will
and make it easy to place the object in its proper context. 91 The Corpus of Indus Seals and
Inscriptions employs a separate consecutive numbering for each site, prefixed by a letter code
which is more easily remembered than a numerical code. The major sites have a short, one-letter
code. These sites are, moreover, arranged in each volume according to the total number of seals and
inscriptions found at them, in descending order. The sites which are "smaller” (in respect to the
number of seals and inscriptions found at them) have a two-, three- or four-lettered code as far as
possible corresponding to their standard archaeological abbreviations, and they are arranged at the
end in alphabetical order for easy reference. (See the table of contents.) The letter prefix for the site
is followed by a dash and the number of the object assigned to it by its place within the classi¬
fication sequence in each volume. 92
89 We went to emphasize that the order of the volumes is due simply to the fact that the Indian material first reached the
stage when publication could be begun and has no political implications. In fact, the possibility of leaving out the volume
numbers altogether in order to avoid the issue was considered, but then dropped as impractical.
90 This arrangement has practical reasons. The third volume will contain a smaller number of photographs than the first
two. Therefore, it has more space to accommodate both the lengthy catalogue and the indexes, which naturally should be
cumulative.
91 In the recent editions and concordances, the Indus inscriptions from Mohenjo-daro and Harappa were keyed to the
published excavation reports. For this system and its limitations, see C1S1 1. p. xxvii, n. 71.
92 The sections of Mohenjo-daro and Harappa in CISI 2 begin with M-595 and H-266 to H-275. These numbers, which are
out of the sequence here, are used in order to "fill" the "empty" numbers due to unavoidable omissions in CISI l. Similarly.
H-356* fills the void created by the fact that H 356 in fact is the same as H-354; the asterism keeps the new H-356* apart
from the deleted H-356.
XXVIII
INTRODUCTION
The 3rd criterion: The stratigraphy of the site
After the site, the next criterion of organization of the photographs in the Corpus is the strati-
graphical context of the object. If known with certainty, the objects coming from any given site are
arranged in separate sequences corresponding to the stratigraphically established periods of habita¬
tion. At Mohenjo-daro and Harappa, for example, the stratigraphic context of the vast majority of
the objects is suspect and there is no possibility at this stage of even attempting such a subdivision.
No subtides are given if only one period is distinguished and this is Mature Harappan; otherwise the
one period is specified within parentheses after the site name.
At Rahman-dheri. again, most of the graffiti (being surface finds) can be only generally
ascribed to the Early Harappan period, though this consists of Period II and Period III strati¬
graphically established at this site.
The label Early Harappan" is used in this volume in its now widely current conventional sense
first suggested in 1970 by Dr M. Rafiquc Mughal, i.e. as corresponding to M Kot Dijian" and dated
to c. 3000-2500 B.C. The term implies that there is an unbroken cultural continuity between this
Early Harappan” phase and the following "Mature Harappan" phase dated to c. 2500-2000 B.C 93
While Mature Harappan" is usually understood to be a synonym for the fully urbanized Indus
Civilization possessed of the Indus script, in the sites of the Northwestern Frontier Province like
Hissam-dhen or Gumla it is rather a temporal designation of the cultural phase, which in many
respects remains similar to the "Early Harappan" phase. Thus most of the graffiti coming from
Hissam-dhen and Gumla seem to represent "potter's marks" rather than the Indus script.
The phases preceding the "Early Harappan" are conventionally labeled "Pre-Harappan", though
there is a similar cultural continuity between "Pre-Harappan" and "Early Harappan". 94 "Late
Harappan refers to the last phase of Mature Harappan with some admixture of traits of non-
Harappan ongin or to the post-urban phase of the Harappan culture in the beginning of the second
millennium B.C., and "Post-Harappan" to cultures of the second millennium B.C with considerably
fewer traits of Harappan origin; however, this distinction between "Late Harappan" and "Post-
Harappan" is not to be taken too categorically 95
The 411., 5th and 6th criteria: the object type, form and material; and the symbols
in the page captions
sim C ^T" I' ' he T ° f ,hC ° bjeC ’ TaWe 2 (p - 433) llsts *» onto and explains the
simplified symbols for the typological subcategories of the Mature Harappan seals and tablets used
thepage captions of volume two. The captions over each page call for some further explanations
The caption lists in order (I) the full name of the site and the numbers of the objects coming
from that site which are illustrated on the page concerned; (2) the principal object type spelled out in
letters; (3) simplified symbol(s) specifying the form of the object(s); (4) ma^naf (if metal)
iconographtc mottffs) and size classics) expressed with Roman numerals. Occasionally exceptkJi
scaling or archaeological period is mentioned. Only one-line captions are used, and informal! tha!
7*7“**“ '«-* .rta,
Sf [Y'77 U,b “ H “*W" te AJ G U | (ed.). South AmJ ArlhZolog, *
In fact Dr Mughal himself now suggests that “Early Hararman" ch«. id , P**** 3,
2J0O B.C.. with .wo ,ubph»e. .be leue, „( . h ,eh wjuldcot^tde w!T! 1T * ,p "’ lr ° m c - 3400 “
Harappan" he .peak, of -*e ClulcoUlhic Period", dalcd to c 5000 3400 B C 7/M T r ‘’’u'“ d ' n, “' d
die Early Harappan culture hr the Grew Indiu Valley; 1971 90. South Irion S. A Fu, ' t>c ' e,l,ic "“ or
thoughi to follow this suggestion (and this is reflected in the f J 6 (1990), 175-199. We had at first
corrigenda on p. 447). bu“ later cabled thu chsTge oi‘"° ^ ^ ° f «
prevailing terminological confusion. 8 * ” ' U ° WedJy WouW have added to the already
On "Late Harappan". see especially M. Rafiquc Mughal, The af _ ... .
period in the Indus Valley, Lahore Museum Bulletin 3.20990,. 1-17. r*,. I8 C,V,hMUon the Ute Harappan
INTRODUCTION
XXIX
cannot be accommodated or that seems superfluous is dropped, starting from the last categories. The
order of the subcategories in the captions has been reversed on even-numbered pages, in order to
place the first and most needed subcategories closest to the page number on the right.
We have tried to keep the typological classification as simple and unambiguous as possible.
Four broad categories are distinguished: (1) seals & seal impressions, (2) tablets. (3) graffiti on pot¬
tery and (4) miscellaneous other objects. These main groups, which are functionally different from
each other, are subdivided further according to formal criteria. The material of the object is taken
into account next, but only in the form of a broad division into non-metal and metal (mainly copper
or bronze) objects, which are placed at the end of each class.
Seals are the most important category of Indus inscriptions in terms of frequency, so they are
placed at the beginning. The most common basic form of the Indus seals is square, which is placed
first, and the next frequent form, rectangular, is placed after it. Within both forms, subcategories are
distinguished.
The square seal normally has a perforated boss at the back, which apparently served both for
hanging the seal by a cord and as an aid in making the impression. This type is presented first, with
the rare example of a metal (silver) seal at the end (M-l 199), followed by the exceptional seals of
this category: those that have been inscribed on more than one side and those having a case
(probably for an amulet) inside them. Next follow the square seals where the boss is absent: first
perforated seals with one side inscribed, then perforated seals with two or more sides inscribed, and
then the unperforated seals similarly subdivided. These seals without a boss share similar inscrip¬
tions and iconographic motifs with the ordinary seals having a boss, so they have been placed after
them, before the seals with nothing but a swastika or some other geometric motif, although the
reverse of these last-mentioned seals does have a perforated boss (usually smaller than the normal
seals and undivided).
The normal type of rectangular seals has a profile that is straight on the front side and convex
on the back side with a hole for the suspension cord going through the middle. 96 Whenever the
side profile is rectangular, or the back has a boss similar to that of the square seals, this is shown
by publishing the relevant side(s).
Other forms of seals arc rare, and in most cases these forms have been inspired by foreign
models, if the seal itself is not a foreign import (see above, chapter 2). The round seals of the
Indus Civilization have a perforated boss of the same type as the square seals and differ in this
respect from the contemporary round seals of the "Dilmun" civilization that flourished in the Gulf
area. In the Late/Post-Harappan period, round seals become the prevalent type (cf. Pirak), but they
were not uncommon in the Pre- and Early Harappan periods either (cf. Mehrgarh). Cylinder seals
come nexL
The ancient seal impressions stand for the seals they were once made with, so they are placed
next to the actual seals. A distinction is made between impressions on pots, which come first, and
impressions on clay tags. Uninscribed sides of clay tags that have been attached to bales of goods
are illustrated, if they bear significant traces of the package material. The tags have been arranged
according to the number of seal impressions they contain, those with single impressions being
placed first, then according to the iconography and the inscriptions of the seal impressions.
There is a large group of objects which we have lumped together and called, neutrally, tablets.
A basic distinction is made between stamped or moulded tablets, whose texts and iconography are
in bas-relief , and incised or engraved tablets, whose texts are depressed. The incised copper tab¬
lets (placed at the end), so far found at Mohenjo-daro alone, can be divided into three groups
according to their shape: square, rectangular and oblong (or long rectangular).
Round tablets in bas-relief often bear a square seal impression on one side and arc fiat on the
other side. These round 'tablets' are placed at the beginning, because they might also be classed as
96 The arch of the back is usually smooth, sometimes edged, but as this distinction is often a question of degree, it is not
systematically noted in the Corpus.
XXX
INTRODUCTION
seal impressions; 97 they may have functioned as tokens of identification, or ‘passports* of repre¬
sentatives of the seal owners. Since some of the other tablets in bas-relief also may have been
produced with the help of seals, these round tablets have not been separated from the rest.
In both of the main categories, the embossed and the engraved, the tablets are subdivided
firstly according to their form (and material) and secondly according to their iconography, size, and
condition of preservation. We have tried to avoid form-based classifications that will lead to ambi¬
guous cases and practical difficulties: thus, the class of rectangular shape includes both thin and
thick tablets and evenly flat tablets as well as tablets that are slightly thicker at the centre than at the
edges. Finer classifications have been proposed, but they are difficult to cany through in practice
and would complicate locating a given object in the Corpus.
The term graffito is understood here to mean inscriptions incised on pottery before or after
fmng and inscriptions painted on pottery. 9 * An attempt has been made to place graffiti with similar
signs together, and the better preserved and clear inscriptions at the beginning. When the text is
very fragmentary, it is often quite uncertain in which direction the potsherd should be read. The
reader, therefore, must never take the solution offered in the Corpus for granted, but be prepared to
turn the photograph around.
Miscellaneous other objects is a heterogenous category accommodating the few odd objects
that fall outside the other typological classes. In this volume, the stoneware bangles 99 are the most
important object type here.
The 7th criterion: the iconographic motifs
, ,f e ' a ‘‘ ed , anal f' S °, f ' he ,cono S ra Phy of .he Indus seals and tablets is in preparation and will
be published elsewhere.*<» What we offer here is a broad classification of motifs sufficient for
organizing the material into coherent classes: unicorn' / urus / bison / zebu / buffalo / markhor /
goat / deer / rhinoceros / elephant / tiger / hare / snake / gharial / animal group / joined animals /
composite animal / anthropomorph / tree / cult object (variously interpreted as a manger, incense
burner or filter) / ship / swastika / other geometric design.
The unicorn' motif is placed first because it is the most common one of the Indus seals. The
n n h e i h , r P ^ Sen, r ,his a " imal in P rofile ' *> '*>« ** one single horn is shown, has in all
Tdonh Hi r IT ' a " ° f ,hC anCiem Near 6351 Alth ° u f* representation
undoubtedly has had a mythological explanation and importance in the Harappan religion the
two Zr , ' 'f * 3 real anima ' <Pr ° bably lhC or primigenius) which actually had
o horns. It is in fact sometimes depicted as having two horns, but for the sake of analysis and
classification these two-homed representations have been separated from the unicorns' under the
immediately following heading of urus'. These two headings are followed by other bovids. these
by capnds and other clov en-hoofed ruminants.
I’ h™; 4T"“ “ “ “ Moh '" ; “ w ‘ u •** ■—**■ -vc. in ^
pXZA'fX zz&xz; ——-—- •.
inscribed ob^ts recovered front MobeejoDsro. in: M J^c„ 1, o ^(.*'1 LT ” T? A -
work carried out at MohenjoDaro. Pakistan 1982-8* b* the /.urn A J. // ' "ports vol 1 Reports on field
M.A. HHin. sod Masstmo Vidalc. ,,M '
rsjrsr A - ~
Die Glyptik aus Zohenjo-LT*** “ Ule *-***'#.
graphie und rdumlichen Verteilung. till (unpublished PhD thes.s Free II Vnier ^ k ^gcn Tur T »ologle m Ikono-
^ in etc nee, fete, U coots, . de*^,^^^
INTRODUCTION
XXXI
An animal group consists of two or more natural animals appearing on one object, either
separately or forming one scene like the two confronting bisons. "Joined animals" usually have
more than one head (cf. M-l 169-1171) or, while composed of two or more animals, may not be
complete animals. The "composite animal", again, is a complete beast whose body parts belong to
different animals.
Usually only one type of composite animal is represented in the seals. It has the horns of the
zebu, the face of man, the tusks and the trunk of the elephant, the neck and front legs of the goat,
the middle body of the 'unicorn', the hind legs of the tiger, and the snake for a tail (cf. M-l 172 to
M-l 178). But in the incised copper tablets of Mohenjo-daro, one can distinguish several composite
animals. The composite nature of most of the animals depicted on these copper tablets has rarely
been recognized so far. 101 The "mastiff" of the excavation reports, for example, appears to be a
composite animal put together of the zebu (horns), tiger (head and front pan of the body) and
rhinoceros (back part of the body). In this fashion, we distinguish several different composite
animals on the copper tablets (given separate Roman numerals when occurring after one another). 102
The "anthropomorph" is another broad category, which lumps together almost all the scenes in
which any man-like figure is seen. 103
The 8th, 9th, and 10th criteria: the size, style, and state of preservation
The size criterion implies that, other things being equal, the larger object comes first Only in
two categories of objects has it seemed necessary to distinguish between several size groups accord¬
ing to their height, for both intrinsic and layout reasons.
The rectangular seals 104 without iconography have been divided into three classes: (I) Seals
more than 4.5 cm long 105 , the rest classified according to their height: (II) higher than 12.5 mm,
and (III) 12.5 mm and less. For the sake of the layout each of the last two classes is divided into
two parts, the intact seals (requiring no photos of the sides other than the obverse) being presented
first within each of these four subgroups, the arrangement is in the order of descending height
The square 'unicorn' seals have been divided into six groups: (I) 43 5 mm and more, (II) 35 -
43 mm. (HI) 29 - 34.5 mm. (IV) 23 - 28.5 mm, (V) 17.5 - 22.5 mm, (VI) 17 mm and less.
Within each size group, the 'unicorn' seals have been further arranged according to stylistic
criteria (see table 1, p. 433) 106 . As in volume one, we have followed the scheme of Paul Rissman
by placing first the unicorns with a "collar", then the unicorns with "hatched neck", and finally the
unicorns with "hatched face". Each of these groups is hierarchically subdivided according to the
details of the "cubic object" in front of the unicorn. 107
As a general principle, badly broken objects are placed after the better preserved specimens of
their category. The square seals showing broken unicorns' and broken 'bovids' (most of the latter
being also probably ’unicorns’) are placed immediately after the 'unicorn' seals, not at the end of all
the well preserved square seals; they comprise, moreover, some seals whose type ("square seal with
a boss on the reverse") is uncertain.
101 An exception it Paul Yule, Figuren, Schmuckformen i ind Tdftlchen der HarappaKvltur. Prfthistorische Bron/cfunde I: 6.
Milne hen 1985. 32-34. Yule's analytic it somewhat different in detail.
102 Cf. CISI I. xxxi.
103 For detail*, cf. CISI 1. xxxi.
104 No special type (indicated with a separate symbol) it given for the seal H 656, in which the bole going through the
seal it seen exceptionally in the D and F tides (instead of C and E). Two seals which may or may not have had a hole going
through the seal arc placed without a special symbol before the class “rectangular seals without a hole".
105 The explanation given in CISI 1. p. xxxi. by oversight omits this (first) class based on the length.
106 In table 1. each category usually hat several variant forms which have an equal value.
107 Cf. Paul C. Rissman. The organization of seal production in the Harappan Civilization, in: Jonathan Mark Kcnoyer
(ed.). Old problems and new perspectives in the archaeology of South Asia, Wisconsin Archaeological Reports 2. Madison
1989. 159-170. Rissman's criteria are by no means the only possible ones nor necessarily the best: for criticism and a very
detailed study with elaborate statistics, sec Ute Frankc Vogt. Die Glyptik aus Mohenjo Daro, Berlin 1990, I, 285ff.
xxxn
INTRODUCTION
In the case of uninscribed seals, e.g. ihosc of Pirak and Mehrgarh. we have tried to keep the
orientation of the obverse side the same as in the excavation report, unless there has been some
reason to deviate from it 108
9. A note on the material and production of the objects and on the colour
photographs
Space forbids discussing the material and production of the Indus seals and inscriptions in any
detail here; for this the reader is once again referred to the excavation reports. It can only be noted
that the great majority of the Indus seals are made of steatite, generally whitish in colour. The seals
were First sawed and cut into their forms and then polished; the subject was outlined with a sharp
point and then engraved with a drill. Finally the seal was coated with an alkali and heated. It seems
that the alkali coating was applied mainly to dark steatite in order to make it white. Heating hardens
the steatite, which is a very soft stone, and thus protects it against wear. The various stages of this
process can been seen from different examples, the unfinished ones being particularly instructive. 109
The moulded tablets arc normally made of terracotta or faience, while the incised tablets usually
are of steatite or copper.
Some selected objects are shown in colour at the end of the book, in enlargements as big as the
space allows. Pre-. Early and Late/Post-Harappan periods are included, and preference has been
given to objects not illustrated in colour elsewhere."® In pan, these 36 pictures are aimed at doing
justice to the artistic beauty of some superb pieces of Harappan an, and partially they are intended
to convey an idea about the colour and material of the objects. Naturally some Enlargements, such
as that of the Fig-deity" seal (M-l 186), are also meant to help scholars in distinguishing important
iconographtc details. No scale is given, because the relative and absolute sire of the objects may be
seen from the black-and-white photographs, to which they are keyed.
Fof PI amnia, th. ium — - - r __ # m. r . _
1987, and Lzs citfj oubhtes de find us. Paris 1988.
am Indus, Mainz
'unicorn'1 JSJ SEALS MOHENJO-DARO 595
1
Mohenjo-daro
M-595 D M-595 a
2
MOHENJO-DARO 62J SEALS Ml 'unicorn'l
M-621 a
rjr*
'unicorn! 1 [©J] SEALS MOHENJO-DARO 622 3
M 622 F
M-622 A
M-622 B
M-622 a
4 MOHENJO-DARO 623 SEALS @] *unicorn I
M-623 A
M 623 B
M-623 •
M-623 D
unicorn'! @ SEALS MOHENJO-DARO 624
5
M-m a
M-624 4
M-625 A
M-625 A bis
M-625 C
M 625 F
M-525 B
MOHENJO-DARO 625 SEALS
’unicorn I
M-625 a
unicorn 1 [®jj SEALS MOHENJO-DARO 626
7
8 MOHENJO-DARO 627 SEALS @ unicorn I
I'S*
unicom’I @ SEALS MOHENJO-DARO 627
9
M-627 r bis
10
M0HENJ0-DAR06Z8 SEALS K®l| 'unicorn I
M-62H A bis
' unicorn'I jSJ SEALS MOHENJO-DARO 628
11
12
MOHENJO-DARO 629 SEALS {GBII ’unicorn'l
M'629 >
unicorn' l @ SEALS MOHENJO-DARO 630
13
M-630 A
M-BO C
M 630 B
M-630 0
M-630 *
14
MOHENJO-DARO 631 SEALS @| 'unicorn' /
M-631 A
M 63] a
M-631 B
M-631 D
unicorn ’ 1 @] SEALS MOHENJO-DARO 632
15
M 632 B
M-632 C
M-632 E
Mm D
M-632 a
16
MOHENJO-DARO 633 SEALS to
imicorn I
M-633 A
m 1
v S I
■V ^> v v
r :Cl
■ Si ^pBL
%
■l
M 633 a
’ unicorn’ I @1 SEALS MOHENJO-DARO 634
17
M-634 D
M-634 a
18
MOHENJO-DARQ635 SEALS @
'unicorn l
M-635 B
unicorn I |fl3
SEALS MOHE/WO-DA/JOdiS
19
20
MOHENJO-DARO 636 SEALS ®] unicorn'I
M-636 a
M-S3G F
'unicorn’ I @| SEALS MOHENJO-DARO 637-638 21
M-638 •
22
MOHENJO-DARO 639-643 SEALS 'unicorn I
M-640 A
M-640 •
M-639 A
23
'unicorn II
SEALS
MOHENJO-DARO 644-645
M-644 A
M 644 a
M-644 A bis
M-644 C
M 644 B
M-644 D
M-645 A
M-645 a
24
MQHENJO-DARO 646-647 SEALS KQ3
‘unicorn II
unicorn' H @] SEALS MOHENJO-DARO 648-650
25
M 648 A
M 649 A
M 643 a
M 649 i
M-650 A
M-6501
M-651 A
M-fiM *
A bis
M-652 A
M-652 A bis
M'652
26 MOHENJO-DARO 651-652 SEALS @1 'unicorn' //
'unicorn fl
SEALS MOHENJODARO 653-655 27
M-m .
M 654 A
M'654 ■
M-655 A
M-655 a
28 MOHENJO-DARO 656-6SS SEALS [3§J ‘unicorn It
M-656 A
M-65S A
M-657 A
M 657 «
M-&5S a
30 MOHENJODARO 662-664 SEALS |§J) 'unicorn 11
M-664 A
M 664 a
■unicorn'll @1 SEALS MOHENJO-DARO 665-667
31
M -665 A
M -666 A
M-665 a
M-666 a bis
M-667 A
M-667 a
32
MOHENJO-DARO 668-670 SEALS @1 ' unicorn'll
M-663 «
JVM69 a
M-668 A
M-669 A
M 670 A
M-670 a
33
SEALS MOHENJO-DARO 671-673
M -672 t
'unicorn 1 U
M-m a
M-673 A
M-&73 a.
34
MOHENJO-DARO 674-676 SEALS [®jj unicorn'll
M 674 i
M-675 A
M-675 i
M-674 A
M-676 A
M-676 a
•unicorn'll SEALS MOHENJODARO 677-678 35
M-678 A
M-678 a
36 MOHENJO-DARO 679-682 SEALS @1 'unicorn' IJ
M 679 i
M-680 (Urn
Ml
M*6SG (2) A
(fid
M-AfiO (2) a
M-679 A
SEALS MOHENJO-DARO 683-686
37
'unicorn II
M-683 (1) •
M-683 (2) A
M-683 (2) a
M-683 a
M-685 A
38
MOHENJO-DARO 687-690 SEALS @ ’unicorn’ll
M-687 a
M 687 A
M-688 A
M-689 A
M-690 A
M-690 a
39
'unicorn II [SJ] SEALS MOHENJO-DARO 691-693
M-691 A M-691 a
M-692 a
M-692 A
M-693 a bis
M-693 A
40
MOHENJO-DARO 694-698 SEALS @1 unicorn'll
41
unicorn'III [®D SEALS MOHENJO-DARO 699-702
M 699 A
M-699 a
42 MOHENJO-DARO 703-705 SEALS @1 ‘unicorn III
H 7« .
M-703 A
M -704 A
M-703 j
M-705 a
unicorn * III @ SEALS MOHENJO-DARO 706-708 43
M*706 A
M-706 ■
M-70S A
M-70S a
44
MOHENJO-DARO 709-711 SEALS @1 ' unicorn' Ul
M-m .
M 710 A bis
M-7D9 A
M-710 A
M-711 A
M-711 fl
■unicorn'HI @] SEALS MOHENJO-DARO 712-714
45
M-712 A
M-713 A
M-712 b
M-713 •
M-7I3 A hi*
M-713 * bis
M-714 A
M-714 a
46
MOHENJO-DARO 715-717 SEALS
'unicorn' Ill
M-7J7 \
M.7I7 t
'unicorn 7 HI [Sf| SEALS
MOHENJO-DARO 718-721
47
M-719 A
M-71S Abb
M-719 t
M-719 A bis
M-721 A
M-721 a
48
MONENJO-DARO 722-725 SEALS gj 'unicorn III
M 722 A
M-722 a
M'723 A
M-724 A
M-725 R
M'723 n
M-725 A
M -725 E
49
'unicorn' 111 j®J] SEALS MOHENJO-DARO 726-727
M 726 A
M 726 a
M-727 (2) A
M-727 (2) a
50 MOHENJO-DARO T2R-73I SEALS @] 'unicorn* III
M-728 A
M-72S 1
M-729 A
M-729 m
M-730 A
M-731 A
’ unicorn'III [5J| SEALS MOHENJO-DARO 732-733 51
M-732 A
M-732 >
52
MOHENJO-DARO 734-736 SEALS 'unicorn' ///
M-7J6 A
M-734 A
M-m A
M-734 a
M-735 a
M-736 a
53
unicorn' III @1 SEALS MOHENJO-DARO 737-739
M-7T7 A
M-m *
M-739 A
M-739 B
M-73? D
54 MOHENJO-DARO 740-742 SEALS HD 'unicorn III
M-142 a
M-742 i
unicorn'lll ® SEALS MOHENJO-DARO 743-745
M-744 A
M-744 ■
56 MOHENJO-DARO 746-748 SEALS @1 'unicorn Iff
M-746 m
M 747 A
M-747 t
M 748 A
M-748 a
unicorn III @1 SEALS MOHENJO-DARO 749-751
57
M-749 ft
M-75D A
M’750 ii
M-749 A
M 751 A
M-751 ■
tim
58
MOHENJO-DARO 751-754 SEALS @
'unicorn' HI
M-752 A
M-753 (l) A
M-753 (2> A
M-752 ■
M-753 ■
M 754 A
M-7'54 a
•unicorn III @ SEALS MOHENJO-DARO 7SS-757
59
M 755 A
M-756 ■
M-756 A
M'755 *
M-757 A
M-757 »
60
MOHENJO-DARO 758-762 SEALS @0 ' unicorn' III
M-760 A
M-T61 A
M-7G2 a
M-75S i
M-760 a
M-761 i bit
M-75S (1) A
M-759 A
M -m m
M 759 B
M-762 m A
61
’unicorn Hi
M-76J ■
M‘764 A
M 766 t
M-7$7 A
SEALS MOHENJO-DARO 763-767
62
MOHENJODARO 76S-770 SEALS @ 'unicorn 111
M-770 a bis
M-768 A
M-769 A
M-769 i
M-770 A
M-770 a
unicorn’III @] SEALS MOHENJO-DARO 771-775
M-775 A
M-775 a
64 MOHENJO-DARO 776-781 SEALS @ ‘unicorn IV
M 778 A
M-776 A
M-77&*
M-77? A
M TV *
M-781 A
M-781 a
M-779 i
M A
M-780 t
M 779 A
‘unicorn' IV @ SEALS MOHENJO-DARO 782-785 65
M-7B2 A
M-7S2 a
M-782 A bis
M-7S2 a bis
m m A
M-783 a
M 7ft4 A
M-785 A
M-784 »
M-784 a bis
M-785 a
66 MOHENJO-DARO 786-791 SEALS @1 'unicorn' IV
M-786 A
M-787 A
M-787 A bis
M-786 a
M-788 A
M-789 A
M-789 i
M-790 a
M-790 a bis
M-790 A
M-791 A
I
■unicorn’IV j©D SEALS MOHENJO-DARO 792-797
67
M-792 A
M-793 A
M-794 A
M-792 ■
M -794 t
| 68 MOHENJODARO 798-803 SEALS @) 'unicorn' IV
a M-799 ft
M-m ft
M-802 «
M-m ■
unicorn fV @] SEALS MOHENJO-DARO 804-808
M-B04 A
M-805 A
M-S05 A bis
M-BW * bis
M-807 A
M-SOS A
M-SOB 9
M-S06 A
M-807 a
M-806 A bis
70
MOHENJO-DARO 809-814 SEALS (®jj unicorn IV
M-809 A
M-810 A
M 811 A
M-809 t
M-813 A
M-814 A
M-813 a
M-814 a
M-811 a
M-812 A
M-810 a
M-812 a
'unicorn TV @ SEALS MOHENJO-DARO 81S-819
MB 17 A
M 818 A
M 819 A
u-m i
M-sn ■
m m i
72
MOHENJO DARO 820 825 SEALS 01 ' unicorn* JV
M 823 t
M-824 n
M-S25 >
* unicorn IV [®|] SEALS MOHENJO-DARO 826-830 73
M-827 a bis
M-826 a
M-827 a
M-830 A
M 828 A
M-829 A
4
C# 0 4
M-830 a
M 828 a
M -829 a
MOHENJO-DARO 831-836 SEALS [HI 'unicorn'IV
M 831 a
M-832 a
M-833 a
M-834 A
M-835 A
M-836 A
M** 34 • M-835 a
M-839 A
M 939 a
M:^37 ■ bis
M-B1& i
M-837 A
M-837 a
unicorn' IV @1 SEALS MOHENJO-DARO 837-841
M-BT7C
M-B31 B
M440 A
M-840 A bis
u-m a
M441 A
M-838 A
76
MOHENJO-DARO 842-847 SEALS @1 'unicorn'IV
M-842 A
M-H42 a
M-846 A
M 844 A
M-844 a
M-847 A
M-845 A
M 845 a
■ unicorn’IV (§J| SEALS MOHENJO-DARO H4S-852
77
M-850 A
M-848 A
M-849 A
M-849 a
M-850 a
M 848 a
M-851 A
M 851 a
M 852 A
M-852 a
M-852 a bis
M-851 a bis
78 MOHENJO-DARO 853-859 SEALS @1 ‘unicorn IV
'unicorn IV @ SEALS MOHENJO-DARO 860-865
79
M'Stf) *
M-861 t
M-S62 i
M-&60 A
M-aei A
M-S62 A
m -m A
M-865 A
■
MOHENJO-DARO 866-872 SEALS @] 'unicorn' IV
M-868 A
M-U9 A
M 872 A
M-872 a
M-870 «
M-867 A
M-867 i
M 871 A
M-87I a
M-S6G A
unicorn IV @] SEALS MOHENJO-DARO 873-878 81
M-876 a
M-877 a
M-878 a
82
MOHENJO-DARO 879-883 SEALS @1 unicorn IV
M-S79 A
um A
M-881 A
M-879 ■
M-8S0 i
M-881 *
M'882 A bis
M-SB3 i
M MJ A
M-m t bis
'unicorn TV @] SEALS MOHENJO-DARO 884-888
83
M-SSfe A bis
M-SS6 i
M-885 a
M-887 *
M-887 a bis
M 888 a
84
MOHENJO-DARO 889-892 SEALS @| 'unicorn' IV
M-889 a M 889 a bis
M-891 (1) a
M-891 (1) B
M-891 (1) D
M-892 a
unicorn /V (®J) SEALS
MOHENJO-DARO 893-898
85
M-S96 a
M-897 a
M-898 a
86
MOHENJO-DARO 899-906 SEALS @1 'unicorn' IV
M-S99 A
M 899 ■
M-900 i
M-902 A
M-902 a
M -900 A
M-901 A
M-901 a
M-902 B
M 905 a
M-903 A
M-904 A
M-903 a
M -904 a
M -906 A
M-90? A
M-907 i
M-911 A
M-911 i
M 912 A
'unicorn IV
M 908 A
M'90E ■
M 910 a
M-913 A
MOHENJO-DARO 907-913
M -913 m
M 909 t
M'909 t bis
88 MOHENJO-DARO 914-922 SEALS
WJ 'unicorn V
M-9M A bi*
M-914 i bis
M-916 A
M-9I6 s
M-914 A
M-914 i
M-915 A
M 915 t
M-9I7 A
M-918 a
M 918 i
M-920 ■
M-919 A
M92I A
M-922 m
M-919 *
M-921 t
M-920 A
M -922 A
unicorn V @1 SEALS MOHENJO-DARO 923-929
M923 A
M-923 i
M-924 A
M 924 «
M -925 A
M’925 A to
M -923 t bis
M -926 A
M-926 ft
M-925 ft
M-92B a
M-939 (1) A M-M9 (2) A
M’927 A
M-927 a
M-929 ( 2 ) a
M-929 (1) a
M-929 ID »1“
M*929 ft
M*929 <2) a bis
90
MOHENJO-DARO 930-937 SEALS
’unicorn V
'Unicom ' V [5f] SEALS
MOHENJO-DARO 938-946
91
M-939 (1) A M-939 (2) A M-939 a
-- -
M-943 • M-944 A M-944 a
92
MOHENJO-DARO 947-954 SEALS [®]J 'unicorn V
M M7 a
M-947 a
M 948 a
M-948 A
M-949 a
m 9 n a
M-950 A
M 950 a
M-952 A bis
M-952 a
M-951 A
M-951 a
M-953 A
M 953 a
M 949 C
M-952 A
(M-949 should
be on page 143J
& 4J 4
M-949 F M-949 B
M-954 A
M-954 a
M-954 (1) A
M-954 (l)a
'unicorn V [^Q SEALS MOHENJO-DARO 955-963
93
M-955 A
M-955 ■
M -957 A
M-957 i
M-958 A
M-960 A
M-962 A
M-958 «
M-960 a
M-959 A
M-961 A
M-960 a bis
M-961 a
M 959 a
M-956 A
M-956 a
M-963 A
M-963 a
M-962 A bis
M-962 a
94
MOHENJO-DARO 964-972 SEALS @1, 'unicorn V
M-965 A
M 965 ■
M 964 A
M-964 a
M-966 A
M-966 a
M-967 A
M 969 A
M-971 A
M-970 A
M-972 A
M-969 a
M-971 ■
M-970 a
IHH a
M-966 a bis
M 969 B
■unicorn-V @ SEALS MOHENJO-DARO 973-982
95
M-973 A
M-975 A
M-975 a
M-977 A
M-973 •
M-977 a
96 MOHENJO -DARO 983-990 SEALS
«
M-9&4 A
M 9»4 •
M-983 A M-983 B
*
M-983 D
m m A
M-985 a
M 936 A
u -m «
M-988 A
M 938 i
M 989 A
M-9&7 t
M-989 i
M 987 0) A
M 937(1) a
M-990 A
M-990 A bis
M-990 a
■unicorn' VI [®j] SEALS MOHENJO-DARO 991-999 97 I
M'991 A
M-992 A
M 993 ■
M-992
M-991 *
M-996 A
M 996 A bU
M -993 A
M 995 A
M-997 A
M-997 *
M-996 i
M-996 A
ms
M 996 (!) ■
M 996 <2) ft
M-999 A
M-994 t
M-996 (]J A
M-996 (1) A bis
M-996 (2) A
M-999 A bis
M-999 i
M-999 a bis
M 997 « bis
M-998 ft
98 MOHENJO-DARO 1000-1005 SEALS |®D 'unicorn VI; broken, bovid I
M -1002 a
M l004 A ter
M 1003 a
M-1004 a
M-1000 a
M-1001 a
*
M 1002 A
M 1001 A
M-1000 A
M-1003 A
M-1005 A
M-1005 a
M-1008 A
M-1009 A
broken, bovid I. II @] SEALS MOHENJO-DARO1006-1011 99
M-1012 A
M 1012*
]00 MOHENJO-DARO 1012-1017 SEALS @) broken, bovidlUIl
M-1017 A
M-V017 1
broken, bovid III, IV @) SEALS MOHENJO-DARO1018-1026 101
M1020 B
M-1022 B
M 1022 A
M-1023 A
M -1022 a
M4022 A bis
M -1025 A
M4024 o
M-1024 A
M -1025 a
M 1026 n
M4026 A
M4026 E
102 MOHENJO-DARO1027-1033 SEALS @] broken, bovid IV
M-102S a
M-1027 A bis
M 1031 a
M-1A33 a
M-1027 A
M-i033 A
M-103I A
M-1G32 A
M 1032 i
M-1027 i
M-1029 A
M-1029 a
M-1030 A
|
M 1028 A
broken, bovid IV jfflj] SEALS MOHENJO DARO1034-1042
103
M-I034 •
M-1G3B A
M-1D35 A
fLW
M 1039 B
M-104I A
M-1036 A
M-1036 &
M-1WI a
M-1034 A
M 1037 A
M-1037 a
M-1040 A
J
M'I042 A
M 1038 i
104 MOHENJO-DARO1043-1050 SEALS @ broken, bovid IV, V
M-1043 a
M-1043 A
M -1046 A
M 1046 A bis
M-1049 A
M -1050 A
M-10S0 A bis
M-IQ50 «
M l 049 i bis
M l050 a bis
MQHENJO-DARO 1051-1055
105
broken t no motif extant SEALS
M-1052 A
M-1053C
M-1052 B
M-1053 ■
M-I055 A
M-1H55 a
M • 1055 A bis
106
MOHENJO-DARQ J056-1062 SEALS @ broken, no motif extant
M-1056 A
M1Q56 B
M-1057 B
M-1060 A
M-I060 C
M-106 L A
M-lOfifl a
M-1061 a
M-I06I a bis
M-1057 *
M-1Q59 A
M-1062 A
M-1062 a
broken, no motif extant jSj] SEALS MOHENJO-DARO1063-1067
107
M-1066 A
M-1065 A
M-I066 B
M 1067 C
pr
M4067B
M -1064 t
M -1065 *
M 1066 t
M-1067 i
jjf
M-1064 B
m
M -1065 C
M-1064 A
M-1065 F
M-1065 E
M-1065 D
108
MOHENJO-DARO1068 1076 SEALS
broken, no motif extant
M-10T2 A
W W «v
M-1073A M.1073a M-1073 F M’l073 B
urus, bison (fUJ SEALS MOHENJO-DARO1077-1079 109
M-1079 a
M 1079 * bis
110
MOHENJO-DARO 1080-1081 SEALS @J bison
M-ioso A
M-mi a
M 1080 a
M-iOSl a
M-ioai c
bison ®) SEALS MOHENJO-DARO1082-1084
111
M-10S4 A
112 MOHENJO-DARO1085-1089 SEALS @ bison
M-1085 A
M^lOSfi A
MO085 i
M 4m .
M*10B6 . bij
Vi
M-1087 A
Ml 088 A
M-10S9 A
M L087 x
M-1088 i
M-\M9 m
bison 0] SEALS teOHENJO-DARO 1090-1094
113
M4090 A
M -1090 A bis
M-1091 a
M-I093 A
M-1052 A
M'1094 A
M-1092 a
M-I093 a
M I094i
114
MOHENJO-DARO1095-1100 SEALS @ bison
M-10W .T M - ,W4 * M-109* m bii
I.
M-1100 A
M-1098 A
M -1097 A
M-1TO9 A
zebu |SJ1 SEALS MOHENJO-DARO1101-1102
115
116
MOHENJO-DARO1103 SEALS @ zebu
M-H03 A
I
M-1103 D
M-1103 A bis
M -1103 ■
[
M -1103 F
M-1107 A
M l 107 »
118
MOHENJO-DARO1108-1110 SEALS @] zebu
M-1109 i
M 1108 A
M -1109 A
M 1108 a
M-1110 A
M-1110 a
zebu @) SEALS MOHENJO-DARO 1111-1113 119
M-llll A
M-1U2 A
M-llll a
M-ll 12 a
M-1113 A
M-1113 a
120
M-im A bis
zebu
MOHENJQ-DARO it 14-1116 SEALS
M-Jl 14 A
M4115 A
M-| 115 «
M-11J 6 a
M-lllfi a
M - H16 i bis
zebu @ SEALS MOHENJO-DARO1117-1120 121
M411? f2U
M4 117 C 2 ) A
M-H19 a
M-1120 A bis
M4120 * bis
122
MOHENJO-DARO1121-1125 SEALS @1 zebu, buffalo
*
M-1121 A
M l 122 A
M l 123 A
M-l 123 a
M-1122 a
M-l 121 a
M-l 124 a
M-I125 A
M-l 125 a
M -1124 A
buffalo, markhor
SEALS MOHENJO-DARO1126-1130 123
M-1127 A
M-l 126 A bis
M-l 126 A
M-l 126 * bis
M-l 129 (1) A
M-l 129 A
M-1129 a
M-l 130 A
M -1128 a
124
MOHENJO-DARO1131-1133 SEALS rhinoceros
M-1131 a
rhinoceros [gj3j] SEALS MOHENJO-DARO1134-1135 125
M-1135 A
M-t 135 *
126
MOHENJO-DARO1136-1140 SEALS @ rhinoceros
M-1140 (1) A bis
mm
J89B
m- 1140 Cl> ■
M l 136 t
JSlifcr
M-IB9C
M l 139 B
M 1139 D
M 1139 A
M-1139 b
elephant g SEALS MOHENJO-DARO1141-1142 127
M-U41 i
M-1141 A
M-l 141 A Mi
Ml 141 .Ms
M-U42 s
M 1142 A
L28
MOHENJO-DARO1143-1147 SEALS
@1 elephanx
M -1143 t
M-1145 A
M-i 146 (I) A
M4146 (2) A
M-U47 A
elephant @1 SEALS MOHENJO-DARO1148-1149 129
M -114S A bi*
M-114* A
M-1148 A ter
M-1149 A
M-1149 »
130
MOHENJO-DARO 1150-1151 SEALS
|Sj] elephant
M -1150 A
M-1150(1) B
M415I A
M4I51 4
elephant @] SEALS MOHENJO-DARO1152-1154 131
M4151 A
M-H52 A tw
M-1153 A
M-H54 AhU
M-1154 i
M 1152 »
132
MOHENJO-DARO1155-1156 SEALS @ elephant
M-1155 A
M-1155 A bis
M l 155 a bis
M-1155 a
M-1156 A
M-1156 a
elephant (©fl SEALS MOHENJO-DARO1157-1160 133
M l 159 A bi*
M-1159 a bis
M -1160 a bis
134
M-l 167 a
M l 162 A bis
M-l 162 a
MOHENJO-DARO 1161-1167 SEALS (SJ) elephant, tiger
M-l 161 A
M-l 165 A
M-l 165 a
M-l 166 A
M-l 166 a
M-l 161 a
M-1162 A
M-l 163 A
M-l 164 A
M -1164 a
tiger with zebu's horns, joined animals (3J) SEALS MOHENJO-DARO 1168-1170 135
M-1170 A
M-l 170 ■
M-1168 A
M-1168 a
M-l 169 A
M-1170 B
M-l 170 D
M-l 169 A bis
M-l 169 a
136
MOHENJO-DARO 1171-1174 SEALS [Mi Joined animals, composite animal
M ini a
M4172 A
MUT2 a
►
M4171 D
M4173 A bis
M-1171 B
M -1173 A
M-U74 A
M 1173 k
M-in* *
M-1173 *
M-U79 A
SEALS MOHENJO-DARO 1175-1179 137
M417S (2) A
M 1175 (2) *
M4176 (1) A
M-ll76(l)»
M-117S Cl) i
M-U77 A
M-1177 ft
M-1173 (l> A
M4175 A
Ml179 ft
M im a tis
*. t
1\
s
138 MOHENIO-DARO1180-1185 SEALS human-facedmarkhor, antropomorph
M-USD A
M-1I80 a
M Am B
I
M-ilSI D
M l 183 A
M 1183 A bis
M-1184 A
M-11&3 a
M 13S4 t
M-im A
M-l 182 A bis
I
M-1182 D
M-1182 C
M-1182 B
M l 183 B M-l m D
M-l 184 B
M-U85 a
aniropomorph g] SEALS MOHENJO-DARO1186 139
M-US6 * bis
M-1186 ¥
M-1186 A ict
M-UU *
M-1186 B
M4186 E
140
MOHENJO-DARO1187-1189 SEALS §a]J building, no iconography
mi m a
M-H89B
M 1139 ■
no iconography g SEALS MOHENJO DARO 1I90H94
141
M 1192 B
142 MOHENJO-DARO11951199 SEALS
no iconography, silver
M-l 195 C
M-l 195 A
M-l 195 B
l>
M-l 195 D
M-1I95 «
M-l 196 A bis
M 1197 A
M-l 196 A
M-1196 B
M-l 196 i
M-l 193 A
M-119S C
a ►
M 1198 B M-l 191 D
M-1193
M-I199 A
M-N99 B M-1199.
O' 1 SEALS MOMENJO-DARO1200-1202 143
IOI
M-1200 F M-1200 B M-I2Q0D
M 1200 £
[M-Q49 ihauld be here]
M-1200 C
M-1201 A
M-1201 A bis
M-1200 a
M -1200 c
M-1201 a
M-1202 A
k
M4202 c
M4202 a
M-1201 D
M 1201 F
M-1201 E
M-1202 B
I
M -1202 D
144
MOHENJO-DARO1203 SEALS
M-1203 A
M-1203 F
M-1203 B (100%)
M-1203 D
M4203 E
146 MOHENJO-DARO1204-1205 SEALS (c|J |Sj
M-1204 C
M -1204 A M-1204 F M-1204 B M-1204 D M-1204 a
tv
M -1204 E
M-1205 E
M-1205 E bis
ft
M -1205 D
^ SEALS MOHENJO DARO1206
147
M 1206 F
148
MOHENJO-DARO1207-1210 SEALS unfinished
M-1207 i
m
M-1208 B
M-1209 A
M-1210 A
M-1208 a
M-1209 a
M-1210 i
M -1207 F
M -1207 C
M-1207 B
unfinished
SEALS MOHENJO-DARO1211-1215
149
M-1211 A
M-1211 C
M-1211 B
M-1211 D
M-1215 C M-1215 B M-1215 D
150
A 10HENJ0-DAR0 1216^1222 SEALS
unfinished
□
M'1216 A
M 1216 E
M-1217 A
M4218 A
>1
M-12I8 F
M-12IS C
M-1218 B
M-1217 B
M-1217 D
M'1222 F
IM-858 should be hire;
see p, 78 & iddndm|
M -1222 B
M-1222 *
QjJ Q2 5£AI5 1223-1225 151
M-1223 A
M-1223 A bi s
M 1223 *
M-1224 ft
M4224 b
M-1225 A
M-1225 B
M-1223 C
M ■ I
M -1223 F M -1223 B M -1223 D
M-1224 c
■
M-1224 C
* C 5
3£3
is S
M-1224 F
*
ft
« *
M-1224 D
M-1224 e
M-1225 F
M -1225 C
M -1225 I
1
M 1225 D
M -1225 ■
M-1225 b
152 MOHENJO-DARO J226 1229 SEALS Qj | ;j unfinished!crude
M-l 226 E
M 1226 D
M-1226 A
M-l 226 B
M-| 229 E
unfinished!crude SEALS MOHENJO-DARO12301232
153
M4230 F
M-1232 P
M 1230 A
M-1230 E
M-1232 C
M-1231 A
*
M-1232 A
I
M4232 a
M-1232 E
154
MOHENJO-DARO1233 SEALS Q] unfinished!crude
unfinished!crude fj: AMORPHOUS SEALS MOHENJO-DARO1234-1235 155
M-1I34 A
M l 234 a bis
M'l234 F
M -1234 B
M 1235 F
M-1234 E M42 M e
M-1234 b
M4235 C
156 MOHENJODARO1236-1240 SEALS AMORPHOUS unfinished/ crude
M-1237 A+E
i
M im a
M-I23S A bu
M-I238 A ter
M4238 a
SEALS
MOHENJO-DARO1241-1250 157
M-I243 A
M-1243 i
M-I244 A
M 1244 ■
M-1245 A
M-J242 A
M -1245 a
158
MOHENJO-DARO1251-1261 SEALS
M-J256 A
M-125S A
Ml258 ■
M-1259 A M4259 i
no iconography l SEALS MOHENJO-DARO1262-1263
159
M-1262 A
M 3262 «
M-1263 A
M-12A3 E
M-1263 A bis
M -1263 *
160
MOHENJO-DARO 1264-1268 SEALS no iconography I. II
M-1264 a
-r
M-1265 A
M l 266 A
M -1266 a
M-1267 A
M -1268 A
no iconography II SEALS MOHENJO-DARO1269-1274 161
M-12M A
M 1269 »
M 1271 A
M 1270 i
M-1272 A
M -1270 A
M-1271 t
M-1272 k
M-1273 i
M-1274 ii
162
MOHENJO-DARO 1275-1278 SEALS no iconography II
M-1276 A bis
M-1277 A
M-1276 s bis
M-1278 A
M -1277 E
M-1278 E
no iconography It £53 SEALS MOHENJO-DARO1279-1284 163
M42S3 E
M 12S3 A
M-1283 a
M im B
M*12£2 a
M-12S4 (2) A
M l 284 (2) i
M0284 a
164
MOMENJO DARO 1285-1289 SEALS no iconography //
M-128S (1) a
M-12B5 (2) *
M-1286 A
M-1286 a
M-1288 A
M-I2S8 a
M-1285 (2) A
M-12S5 (l}m
M 1286 £
M-3238 C
M-12S9 C
M-1289 E
M-I285 a
M-I2S5 (1) C
M 1285 (2) C
M-12S5 C1J E M-1285 a) E
M-1287 C M-1287 A
1287 a
M-I289 A
M-l 289 a
no iconography II SEALS MOHENJO-DARO12901294 165
w
M-1290 A
M-1290 A bU
M -1290 C
M -1290 a
M-1293 E
M-1292 A
M-1292 a
M-1294 A
M 1293 a
166
MOHENJO-DARO1295-1299 SEALS no iconography 11
M-I295 E
M4295 a
M-1299 A
M-1299 A bis
M1299 a
M1199 E
no iconography //, HI SEALS MOHENJO-DARO1300-1305 167
M-1300 A
M 1300 i
4-1302 A
M-1302C
M-1302 *
MI304 A
M-1304 %
M-13W C
M-13Q1 E M-1301 i
M-1300 E
M -1303 i
M-1303 a bis
M-1305 A
M 1305 a
168
MOHENJO-DARO1306-1316 SEALS ^3 no iconography Ilf
M 1310 i
M-1311 .
M 1309 a
M-mi A
M-1313 A
M-1313 4
Ml
m
m
M-1314 A
U it
M43I4 a
M-1316 A bit
M 1315 a
M-1310 a
M-1316 a bis
no iconography III SEALS MOHENJO-DARO 1317-1323 169
M-1317 a
M-1318 ■
M-1318 a bis
M-1319 A
M-1319 a
M-1321 a
M-1319 C
M-1319 E
M-1322 a
M-1322 a bis
M-1323 C
M-1323 A
M-1323 B
M-1320 A
M-1323 a
M-1323 E
170
MOHENJO-DARO 1324-1333 SEALS ^3 <w iconography 111
M-1325 A
M-1325 *
M4325 C
M 1326 E
M-1326 *
M-mi n
MA32A E M-I327 C M4328 C
I PI »
M-L327 F M Am B M-J327 D
M-1327 E
M4328 «
M-L332 a
M 1332 E
M-1333 i
no iconography III ^3 ^3 SEALS MOHENJO-DARO 1334-1341 171
M-I334 (1) A
M-1334 (2) A
M-1335 A
M-1334 M-1334 (1) t M4334 (1) E
M-133fi(2)A M-1336 (1) *
M-\m A M-1338 E
M-1334 (2) E M-1335 E
M-134GA M-1340C
M-1341 A
M-1341 a
M-1341 C
M-1341 B
M-1341 E
172
MOHENJO-DAR01342-1345 SEALS (^3 no iconography
M -1342 C
M-1342 B
M-1343 C
M-1343 B
M -1343 D
M-1342 E
M-1345 A
M -1345 C
no iconography ship Q| SEALS MOHENJO-DARO 1346-1349 173
M-1346 A
v
' f '
M-1346 A bis
M 1346 •
M-1349 A
M 1349 A bis
M -1349 B
M -1349 b
s
174 MOHENJO-DARO1350-1352 SEALS no iconography
M-1350 ■
M-1351 A
M-1351 C
M-1352 A
M-1350 C
M-1350 F M-1350 B
►
M-1350 D
M-1351 a
M-1351 E
M-1352 a
M-1352 A bis
M -1352 E
QJ £3 (l3 O SEALS MOHENJO-DARO1353-1357 175
M-1354 A M 1354 «
M-1355 E
M-1356 F
M-1355 F
M-1356 A
M-1356 ■
M-1357 A
M-1357 E
176
MOHENJODARO1358-136! SEALS l^fJ [f3J no iconography
M-I35S B M-1358 D
M l35V C
f Pt
M-13SV P M-J359 B M-I359 D
MO 35V E
SEALS MQHENJO-DARO1362-1364
111
no iconography ^“ ““£1
M-1362 c
M1362 E
M-1363 A
M-1363 A bis
M 1363 B
M l 363 i
M-1364 A
M-136J a
m
MOHENJODARO1365-1368 SEALS Q3 ggj fWll
M-1365 A
M-1365 b
M-I367 Cl) A
M 1367 (2) A
M-1365 C
M-1365 F M-1365 D
M-1365 i
M-13S7 (2) F M-1367 (2) B M-1367 (2) D
M-1367 «
@) 0 SEALS SEAL IMPRESSIONS on pots MOHENJO-DARO 1369-1371 179
M-1369 A
M-1369 B
M-1369 ■
M-1370 «
M-1371 A (1) (50 %)
M-1371 A (2) bis
180
MOHENJO-DARO 1372-1376 SEAL IMPRESSIONS on pots
M-1372 A (1) (50 %)
M-1373 A (I) (50 %)
M 1373 A (2}
M 1376 A (2)
M-1372 A ( 7 )
M-1375 A (I) (50 %)
M4375 A (2)
M 1374 A (1) (50 %)
M-1374 A (2)
M-1376 A (1)
SEAL IMPRESSIONS on pots MOHENJO-DARO 1377-1381
181
M-1380 A (2) M-1381 A (2)
182
MOHENJO-DARO 1382-1383 SEAL IMPRESSIONS on pots, on tags
SEAL IMPRESSIONS on tags MOHENJO-DARO 1384-1386
183
M-13S5 A 3
M-13S6F M-1386 B
M-1385 A 14
M-1385 A 2
M-1385 B
M-1385 D
M l 386 E
M-1385 E
184 MOHENJO-DARO 1387-1390 TABLETS in bas-relief Q
M-1388 A
M-1388 B
M-1389 A
M-1389 B
□ TABLETS in bas-relief MOHENJO-DARO 1391-1392 185
M-im A
M-1391 B
M-1392 A
M'1392 B
M-1391 A bis
186
MOHENJO-DARO 1393-1395 TABLETS in bas-relief
M-1394 A
M-1395 A
M-I395 A bis
M-I395 B
M-1393 A
M-l 394 A bis
i
M 1393 D
M4393 A ter
M4393 i
M4393 A bis
M-1393 B
M-I394 i
M-3395 A ler
M-I395 B bis
animals | 1 TABLETS in bas-relief MOHENJO-DARO1396-1400
187
M-1397 A
M-13% A
M-1396 B
M-1396 E M-1398 B
M-1397 B
M -1398 A
M-1399 A
M-1399 B
M-1400 A
M-1400 A bis
M -1400 E
M-1400 E bis
M-1400 B 1-2
i&8
MOHENJO-DARQ 14QIT404
TABLETS in bas-relief
□
animals, anthropomarph
M-1401 A bii
M-1402 E
i
M-1401 F
M-1401 B
M-1401 C
M4401 A
M-I404 a
M 1404 B
anthropomorpK cull obj. □ TABLETS in bas-relief MOHENJO-DARO 1405-1408 189
M44G6 A
M-140S B bis
M-1405 A
M-I4Q3 B
M 1406 B
M L406 B ter
M 1406 C
M-I40S B
M-I40S C
190 MOHENJO-DARO 1409-1417 TABLETS in bas-relief □ geometrical designs
M-1409 A
M-1409 C
M 1410 A
M-1412 B
M-1411 B
M-1410 B
M 1412 A
M-1417 B M-1417D
geom. designs, no icon. □ TABLETS in bas-relief MOHENJO-DARO 1418-1421 191
M-1418 B
M-1418 (1) B
M 1420 A
M 1420 B
M -1418 (2) B
M-1420 A bis
M-1420 B bis
M-1419 A
M-1419 B
M-1421 B
192 MOHENJODARO 1422-1424 TABLETS in bas-relief □ no icon., copper Cj
M-1424 A
M-1424 A bis
M-1424 B
M-1424 B bis
M-1422 A
M-1422 B
M-1422 C
M -1422 D
M-1423 A
M-1423 B
£3 CD CXI n > TABLETS in bas-relief MOHENJO-DARO1425-1428 193
M-1427 B
M-1427 C
P
M-1427 D
M-1428 C
M-1428 C bis
194
MORENJO-DARO1429-1430 TABLETS in bas-relief £3 C3>
M-14# a
M 1430 A
M -14 29 B
M-I429 C
M-1430 c
M 1430 A lei
M443Q B his
M-143D C bis
M-1430 cc
M-1430 aa
M-1430 bh
B
M 4430 D
[=8 H TABLETS in bas-relief MOHENJO-DARO1431-1432 195
M-1431 A
M-1411 B
M 1431 A bit M-1431 B bis
M-1432 A
M 1432 i
M-143! C bit
«
M-1431 F
M-1432 B
M-1432 b
M-1432 C
M- 1432 c
M 1432 D
M-1432 F
M -1432 (1
M-H32 e
M-1432 f
M-1433 E
M-1433 e
M-1433 B
M-1433 b
M-1434 C
M-1434 A
M-1434 E
M-1433 C
M -1433 c
M-1433 F
M-1433 f
M-1434 F M-1434 B M-1434 D
I I TABLETS incised MOHENJO-DARO 1435-1438 197
o □
M-1435 A (100 *)
M-1436 A (100 *)
M-1435 B (50*)
M-1438 A bis
M-1438 E
M-1438 •
198 MOHENJO-DARO 1439-1447 TABLETS incised □ no iconography; broken
M-I439 A
M-I44I A
M-144! a
M-1439 C
mm »
M-1439 B M 1439 D
M-1442 A
M-1442 a
M1440 A
M-1443 A
M 1443 a
M-1444 i M-1444 b M-1445 a
deer, composite animal _| TABLETS incised, copper MOHENJO-DARO 1448-1453 199
M-1448 A
M 1*148 R
M-1449 A
M-1450 A
M-1453 A
M-1449 B
M 1452 A
M-1450 B
M-1451 A
p-mi
r‘f w ;
'>•
• 'M**
%
'- . -
M-1451 B
M-1452 B
M-1453 B
□
comp, an.; geom. design
M-1456 A
M-1459 A
M-1459 B
MOHENJO-DARO 1454-1459
M-1454 A
M-1454 B
M-1457 A
M-1457 B
TABLETS incised , copper
M-1455 A
M-1455 B
M-I458 A
M 1458 B
200
no iconography F^| TABLETS incised, copper MOHENJQ-DARO 1460-1464 201
M-1460 B
M-1462 A
M 1460 A bis
M-1460 B bis
M-I4M A
M-1461 A
mm
’. -r
dl
' \ . r":
•
js?>.
J j
M-1461 B
M -14M A
M-1462 B
M 1463 B
M-1464B
202 MOHENJO-DARQ 1465-1470 TABLETS incised, copper \ _j no icon.; indistinct [~ I
M-3465 A
M -1465 B
M-1467 A
M-1466 A
M-147Q B
•unicorn'; buffalo □ TABLETS incised, copper MOHENJO-DARO 1471-1474 203
M-1472 A
M-1473 A
MI474 A
M1472 B
M-1473 B
M ■ 1474 B
204 MOHENJO-DARO1475-1476 TABLETS incised, copper □ buffalo
M-1475 B
M-1475 A
M-1475 A his
M-1476 A
M-1475 B his
M-1476 n
M-1476 A bis
M-1476 B bis
buffalo □ TABLETS incised, copper MOHENJO-DARO1477-1479 205
M4477 A bis
M-1477 B bis
M 1478. B
M-H77 A
M-H77 B
M-1478 A
M4470 A
M-1479 B
206 MOHENJO-DARQ 1480 - 1481 TABLETS incised ,, copper □ buffalo; rhinoceros
M-NSO B
M-1480 B bis
M 14H] B
M-1480 A
M-1480 A bis
M-14S1 A
M'1481 A bis
M-1481 B bis
elephant □ TABLETS incised, copper MOHENJODARO14S2-1485 207
M-14S3 A
M-1484 A
M -14S2 A
M-1483 B
M-1484 B
M-1485 A
M-1485 B
208 MOHENJO-DARO 1486-1487 TABLETS incised, copper □ elephant
M-1486 A
M-1486 B
M-1486 A bis
M-1486 B bis
M 1487 A
M-1487 B
M 1487 A bis
M-1487 B bis
elephant | 1 TABLETS incised.
M-1488 A
M-1489 A
M-1490 A
209
copper MOHENJO-DARO1488-1490
M-1488 B
M-1489 B
M-1489 B bi*
210 MOHENJO-DARO1491-1493 TABLETS incised, copper □ hare
M-1491 A
M-1491 B
M-1492 A
M-1492 B
M-1492 A bis
M 1492 B bis
M-1493 A
M-1493 B
hare; comp, animat! □ TABLETS incised, copper MOHENJO-DARO 1494-1497 211
M-H94 A
M-1494 B
M 1495 A
M-1496 A
M-14W B
M-1497 A
M-1497 B
212 MOHENJO-DARO 1498-1500 TABLETS incised, copper [~| composite animat 1
M -1498 B
M-1498 B bis
M-1499 B
M-1498 A
M-1498 A bis
M 1499 A
M-1500 A
M-1500 B
composite animal 1, II □ TABLETS incised, copper MOHENJO-DARO 1501-1503 213
M-1501 B bis
M-1502 B
M-1503 B
214 MOHENJODARO 1504-1507 TABLETS incised, copper □ composite animal 11
M-1504 A
M-1504 B
M-1505 A
M-1505 B
M-1506 B
M-1506 A
composite animal II □ TABLETS incised, copper MOHENJO-DARO1508-1510 215
M-1508 A
M-1508 A bis
M -1508 B
M-1508 B bis
M 1509B
M-1510 A
M 1510 B
216 MOHENJO-DARO 1511-1514 TABLETS incised, copper | | composite animal II
composite animal III □ TABLETS incised, copper MOHENJO-DARO 1515-1518 217
7 ' //*'• .
M-1317B
M-1515 A
M-1516 A
M-1515 B
M-1516 B
M-1518 A
M-1518 B
218 MOHENJO-DARO1519-1520 TABLETS incised f copper □ composite animal IV, V
M-1519 A
M-1519 H
M-1519 A bu
M 1519 B bis
M-I520 A
M-l 520 B
M-1520 A bis
M-1520 B bis
M-1523 A
M-I521 B
M-I522 (1) A M1522 (2) A
composite animal V □ TABLETS incised, copper MOHENJO-DARO1521-1524 219
M-1521 A
M-1521 B
M-I522 (2) B
M-1522 (l> B
M 1524 A
M-1524 B
220 MOHENJQ DARO 1525-1528 TABLETS incised, copper □ composite animal V f VI
M 1525 A
M 1525 B
M 1526 A
M 1526 B
M-1527 A
M -1528 A
M-152B B
M 1521 fl bU
composite animal VI | I TABLETS incised, copper MOHENJO-DARO 1529-1530 221
M4529 Ato
M4530 A
M l529 B his
M 1530 B
M-I530 A bis
M 1530 B bis
222 MOHENJO-DARO 1531-1534 TABLETS incised, copper □ composite animal VI
M-1531 A
M-1532 A
M-1533 A
M-1531 B
M-1532 B
M-1533 B
M 1534 A
M 1534 B
archer □ TABLETS incised, copper MOHENJO-DARO1535 1536 223
M-1535 A
M-I535 B
M-1536 B bis
224 MOHENJO-DARO1537-1539 TABLETS incised, copper □ archer
M-1537 A
M-1538 A
M-1539 A
M1538 B
M-1539 B
archer; indistinct | | TABLETS incised, copper MOHENJO-DARO 1540-1542 225
M-1540 B
M-1542 B
M 1541 B
M-1541 A
M-1542 A
M -1540 A
] geom.; no icon.
226 MOHENJO-DARO1543-1547 TABLETS inc., c. □ indistinct [
M-1547 A
M-1547 B
no iconography [
] TABLETS incised, copper
M-I548 A
M -1549 A
MOHENJODARO1548-1554 111
M-LS50 A
M-1548 B
M-154? B
M-IS50 B
M-1551 A
M'i55l H
M 1553 A
M-1553 B
M-1554 B
228 MOHENJO-DARO 1555-1560 TABLETS incised, copper | " 1 no iconography
M-I555 B
M4557 A
M-1557 B
M 1559 A
M-IS59 B
M-1556 A
M 1556 B
M455& A
M 1560 A
M l 560 B
no iconography [ | TABLETS incised, copper MOHENJO-DARO 156El568 229
M-15S1 A
M 1561 B
M 1562 B M-i5fi3 B
M1564 A
M-1565 A
M-I566 A
M0567 B
M 1568 B
230 MOHENJO-DARO 1569-1575 TABLETS incised, Conner \ I GRAFFITI on pottery, rim
M-1571 A
M-l 570 aI
m
M-1570 B
M-1573 A
M-1571 B
M-1574 A
M-1569 A
M-1569 B
M-1572 A
M-1575 A
GRAFFITI on pottery, rim MOHENJO-DARO 1576-1578 231
M-1576 A
M-1577 A
M-1578 A (100 %)
232 MOHENJO-DARO 1579-1587 GRAFFITI on pottery, rim
M-1S80 A (50 %)
M 1581 A (100%)
M-1579 A (100%)
M-1582 A (100 %)
M 1583 E (100%)
M 1586 A (50 %)
M-1586 E (50 %)
M-1582 A+E (100 %)
GRAFFITI on pottery, rim: base MOHENJO-DARO 1588-1593 233
M-1S91 A (50 ft)
M45S9 A (SO %}
M-l 5U A <50 %)
^ 1 *
M4590 A (50 %>
M-mi A (100^)
234 MOHENJO-DARO 1594-1596 GRAFFITI on pottery, base; body
GRAFFITI on pottery, body MOHENJO-DARO 1597-1599 235
M-1597 A (1) (50 %)
M-1597 A (2) (100 %)
M-1598 A 1 (50 %)
M-1598 A 3 (50 %)
M 1598 A 3 bis (50 %)
236 MOHENJO-DARO1600-1601
GRAFFITI on pottery, body
M-1600 A (1) (15 %>
M 1600 A m (100
M-1601 A {100 %)
GRAFFITI on pottery, body MOHENJO-DARO1602-1611 237
M 1610 A (100 %)
238 MOHENJO-DARO 1612-1618 GRAFFITI on paver?, body
M-ieis a (so %y
GRAFFITI on pottery, body MOHENJO-DARO 1619-1625 239
M-1619 A (100 %)
M-1620 A (50 %)
M-1621 A (SO %)
M-1625 A bis (100 %)
240 MOHENJO-DARO 1626-1627 GRAFFITI on pottery , moulded
M-1626 A (1) (25 %)
M-1626 B (1) (25 %)
M-1627 A (50 %)
M-1626 A (2) (100 %)
M-1626 B (2) (100 %)
STONEWARE BANGLES MOHENJO-DARO1628-1629 241
M -1629 A (2) bis (400 %)
242 MOHENJO-DARO1630-1632 STONEWARE BANGLES
M-1630 A (2) (400 %)
M-1631 A (2) (400 %)
M-1631 A (1) (200 %)
M-1632 A (1) (200 %)
M-1632 A (2) (400 %)
STONEWARE BANGLES
MOHENJO-DARO1633-1654 243
M-1634 A ( 2 ) bis {400 %>
244 MOHENJO-DARO 1635-1638 STONEWARE BANGLES
STONEWARE BANGLES
MOHENJO-DARO1639-1640 245
M-I639
( 400 %)
M-lMti A { 2 } <400 %)
246
MOHENJO-DARO 1641-1644 STONEWARE BANGLES
M LM4 A (I) (200 %)
STONEWARE BANGLES: MISCELLANEA shell objects MOHENJO-DARO 1645-1648 247
M-1646 A (2) (400 %)
ktii
248 MOHENJO-DARO 1649-1650 MISCELLANEA terracotta cone; ivory sticks
M-1649 F
M-1649 A 2
M-1649 A 3
M-1650 A
M-1650 A bis (100 %)
MISCELLANEA ivory sticks MOHENJO-DARO 1651-1652 249
M-1651 A 1
M-1651 A 2
M 1651 A 3
M-1651 F
M-1651 a
•I
M-1652 A
M-1652 C
M-1652 B
M-1652 D
M-1652 F
M-1652 E
250 MOHENJO-DARO 1653-1654
MISCELLANEA ivory plaque; ivory cube
M-1653 A
M-1654 F
ML654 A
M-1653 C
M-1654 C
M-1654 B
M-1654 E
M-1654 D
MlSCELLANEA faience ornament; steatite ornament MO MEN JO-DARO 1655-1656 25 1
M-1656 B
252 MOHENJO-DARO 1657-1658 MISCELLANEA steatite ornament; etched bead
M 1658 A
M 1658 A bis
M-1657 B
M 1658 B
M l 658 B bis
.» i
M-1658 F M-1658 D
M-1657 C
M -1657 E
M-1657 F
■unicorn-1 (S]J SEALS HARAPPA 266-267
253
Harappa
H-266 A
H-266 a
H-267 a
254
HARAPPA 268-269 SEALS [fflj]
unicorn 1 i
A
H-269 «
H-26X »
'unicorn'I fffjf ] SEALS HARAPPA 270
255
H-270 a
256
'unicorn '/
HARAPPA 271-273 SEALS @
H-272 A
H 272 *
H-275 (2) B
H-275 t1> B
H-275 A
H-275 (2) A
‘unicorn l |3fl SEALS HARAPPA 274-275 257
H-275 (DA
258
HARAPPA 356*. 383 SEALS (©]]
unicorn ' I, II
H-356* A
H-383 A
H-383 (1) A
H-383 (2) A
H-356* a
H-383 (2) a
H 383 (1) >
H-383 a
* unicorn II (tfsjj SEALS HARAPPA 384-386
259
H-3S4 A
H'3S4 a
H-385 A
H-385 a
H 386 A
H-386 a
260
HARAPPA 387-389 SEALS
'un/cora' H
H-187 >
H 38S A
nm A
H 3 89 a
II 'WO A
SEALS HARAPPA 390-391 261
H-390U) »
" unicorn 1 II
H-390 (1) A
H-39I A
H'39l a
262 HARAPPA 392-394 SEALS (©]]
r unicorn' H
H-393 *
H 392 (1) A
H-392 (2) A
I
*
H-394 A
H-394 »
\\ m A his
H-394 B
unicorn U |gj] SEALS HARAPPA 395-397
263
H-395 »
H-395 A
H -m i
um A
H^97 (1) A
B497 (2) A
K-397 (3) A
H-397 C3+4) A
H-397 (4) A
p
i -
A
H-397 <5) A
264
HARAPPA 398-400 SEALS [®j] ■unicorn'II
H-398 A
H-398 .
H-399 A
H-399 •
H-400 i
H-400 A
’ unicorn' II
|5aj] SEALS HARAPPA 401-404
265
H-403 A
H-403 »
H-404 A
H-404 •
266
HARAPPA 405-407 SEALS [®J] ’unicorn'III
H-405 A
H405 i
unicorn* ///
[S[] SEALS HARAPPA 408^t10
267
H-40& ibis
H409 A
H410 A
H410 a
268
HARAPPA 4! 1-412 SEALS @j
unicorn 111
H411 A
H-4I1 J
H412 i
H412 A
H4L2 A bis
H-412 i bis
•unicorn-III @ SEALS HARAPPA 413-416
im
JM15 ■
H415 A
H415 A bii
H-416 A
H4I6 «
270
HARAPPA 417-419 SEALS @J 'unicorn'til
H-417 A
H417 i
H4|?A
H-419 A bis
H-4J9 a bu
unicorn HI jSJJ SEALS HARAPPA 420-422
271
H42G A
H-42D *
H421 A
H421 *
H422 A
H422 A bis
H422 &
272
HARAPPA 423-425 SEALS @
'unicorn HI
H-423 A
H-424 a
H424 A
H423 A bis
H-424 A bis
H425 A
H425 j
micorn'tll @] SEALS HARAPPA 426-433
213
H431 m
H433 a
274
HARAPPA 434-441 SEALS @] “ unicorn III, IV
H436 A
H439 A
H44I A
H440 A
H440 E
H-441 i
H44(5 i
RARAPPA 442-446 275
H-W3 A
H-443 A bU
H^43 B
H -44* A
H44* a
' unicorn' IV |$gj] SEALS
H-444 A
H444 a
H-445 a
H -445 A
H-445 A bis
276
HARAPPA 447^51 SEALS ||(] 'unicorn IV
H^47 A
i
H^449 A
H-447 « bii
H-448 4
H447 A bis
MA51 A
H450 A
H44 9 a
H^SO a
H-451 a
'unicorn W @ SEALS HARAPPA 452^55
211
FM52 A
H-452 A tcx
H-454 A
H 455 A Ms
H452 a
H452 A bis
H453 A
H453 *
H-454 a
H455m
*M55 ft Ms
278
HARAPPA 456-461 SEALS @] 'unicorn' IV
H456 A
H 457 A
H^58 A
hM57 a
H-458 a
H—4-60 A
H-461 A
H456 a
H459 A
H 459 a
11-460 a
H-46I a
'unicorn' IV @] SEALS HARAPPA 462-466
279
H-462 A
H463 A
H464 A
H464 a
tM62 t bis
H4G6 A
H-«ft A bis
H-465 A
H46* a
H466 a bis
280
HARAPPA 467-471 SEALS @ 'unicorn' [V
H-468 A
H4$8 a
H470 A
H 470 A bis
H-471 a
U470 i
H-47J a
‘unicorn IV |Sj] SEALS HARAPPA 472-477 281
H-473 a H-474 a
H-475 A
H-475 a
H-476 A
H-477 A
H-476 a
282
HARAPPA 478-485 SEALS [®j] ’unicorn’ IV
H-481 A
H-478 A
H-478 a
H-480 a
H-484 A
H-484 (l) A
H-484 a
H485 A
H-481 a
H-483 a
H-485 a
' unicorn ’ IV (ggjj SEALS HMAP PA 486-490 283
H-436 a
H-459 B
fMSS a
H-4S9 t
JM90 A bis
H-490 a
H 495 i
H497 i
'unicorn* V @ SEALS HAHAPPA 499-507
285
H-504 A
H 504 i
H-505 A
HS01 A
H 502 a
H-503 A
H 503 ti
H^99 A
H499i
H 500 >
H-501 A
N 501 a
H-50& A
H-506 a
H-507 A
H-5Q7 i
236
HARAPPA 508-515 SEALS jSJj ’unicorn’ V
H 5m A
H-510 A
H-508 a
H-510 i
H-509 A
HS1] A
H 514 a
H-509 i
H-Sll a
H-512 a
H-510 A bl*
H-512 A
H -515 A
H-513 ,
H-514 A
H-515 A
H 515 a
H -514 A h te
'unicorn' V ®] SEALS HARAPPA 516-523
287
H-522 A H-522 b
K-523 A
H-523 A bis
H-523 b
288
HARAPPA 524-532 SEALS 'unicorn' V, VI; broken, bovid!
smMQ WES& IMP
H-527 A K-52A A H . 5l8 4
K-529 A
H-532 t
broken, bovid l t ft ys
SEALS HARAPPA 533-536
289
H 533 A bis
H-533 A
H-533 >
H-S34 A
nm m A
H-533 * bis
H-534 (2> i
H'534 (2) A bis
H-535 A
290
HARAPPA 537-543 SEALS
|5j] broken, hovid II, lit, IV
H-5M A
K-539 A
H-539 a
H-S40 A
H-54G ■
H*54! A
H-S.4I a
If
H542 A
H-543 A
H-543 .
broken, bovid fV. V t Vf jSj] SEALS HARAPPA 544-557 291
H-545 A
H-544 a
H-547 A
H 54* A
H-546 A
H 546*
H 549 A
K-550 A
H 551 A his
H-551 A
H-550 i
H 554 A
H'555 A
H-553 A
H-556 B H-556 D
H 552 A H-552 i H-556 A
H-557 A
292
HARAPPA 558-565 SEALS @ broken, no motif extant l, ill, IV
H-562 a
H-563 A «Ml fl
H-563 a
H 564 A
H-565 A
broken, no motif extant 1, III, V, VI QJ] SEALS HARAPPA 566-575 293
P
H-575 A
H-573 B-hC+D
H 573 A
H-568 A
• 9
K-570 A H-570 a
H-57J B+C+D
w ^
A H-572 «
'
H-572 B
H-572 a bii
H-574 A
H 574 B+C+F
H-574 h
r
294
HARAPPA 576-584 SEALS [SjJ
bison
m r
H-579 A
H-57& A bis
H-580a
H-579 a
H-5BQ A
*mr.
zebu, bitffafo, elephant [©_
SEALS HARAPFA 585-590 295
296
HARAPPA 591-595 SEALS [Sj] elephant, tiger ■„ composite animal
H-591 A bis
H-592A
H 591 A ter
H-592*
H-594 A
H-593 A
H 594 A bis
H-595 A
H-595 A his
H-594 A ler
H 595 a bis
H-595 i
n-mA
no iconography
H-5% *
‘unicorn
H-596 i feii
H-507 ■
SEALS HARAPPA 596-598
297 I
H'397 A
H -m B
H-59Se
H-59S A
w ►
H-596 B H-596 D
H591 C
H-597 c
298
HARAPPA 599 601 SEALS
H-599 C
H 599 B
H-599 A
H-599 *
H-599 E
H-600 A
H-600 a
4
H-600 F
H-599 d
H-600 D
'unicorn* ; jjf g] SEALS HARAPPA 602-605 299
H-602 A
H 602 A bis
H-602 B
H-602 a
H 604 B
H 604 A
H-604 D
H-605 A
300
HARAPPA 606-609
SEALS O T "1
ti.*0G A
H-607 A
3
H407 B+D
H-60S A
H 606 B
H 6QB A bis
I
H 608 D
H-60S e
H-6Q8 C
H-60« F H-6DA B
H 609 F
'unicorn' " J- QJ SEALS HARAPPA 610-612 301
H 611 E
302
HARAPPA 613-619 SEALS
H 613 B H-613 D
SEALS HARAPPA 620-629 303
H422 A
H-t24 i
H-625 a
H 626 A
H-626 B
H-626 a.
H-623 B
H-623 A
H ‘627 A
H-627 a
304
HARAPPA 630-638 SEALS
no iconography l, II SEALS HARAPPA 639-642 305
Wsm
H-Ml E
H-642 C
n-m A
H-639 a
t/m
JJ-640 C
S-tBBSE
H 640 £
H 642 A
H-641 A
H-641 a
H-640 A
H 642 a
306
HARAPPA 643-645 SEALS no iconography III
H-643 C
¥
Ji-644 A
H 644 E
H-644 a
H'645 C
no iconography III C3 SEALS HARAPPA 646-651 307
H-64d A H-647 A ^647 C
H-646 *
H-647 a
H-M7E
H-650 a
H 651 a
308
HARAPPA 652-657 SEALS ^5 ** iconography III
H-652A H-652E
H-653 A
H 652 ■
H-653 E
H-653 i
H-654 A
H-655 A H-455 C
H-6S5 *
H-654 &
H-654 a bis
H-656 A
ifll
H-656 F H-M6 B 1>
H 65? A
H 656 «
H-657 C
H 657 a
no iconography III, IV SEALS HARAPPA 658-665 309
H-658 a H-659 a
H-663 A
H-663 A bis
H-664 A
H-664 A bis
H-665 A
H -665 a
H 669 A
H-669 i
SEALS
H-671 C
H-671 F
H-671 B
H-671 E
H-673 A
H 671 D
H 673 E
H-670 A
H 670 a
no iconography fV
H 667 C
H-667 E
H-668 C
H 668 B
unfinished
H 668 A
H-671 A
H 671 A bia
310 HARAPPA 666-673
H-666 A
H 666 a
H-667 A
H-667 a
unfinished SEALS HARAPPA 674-682 311
H 674 A
H 674 C
H-675 A H-676 A
H-675 C H-676 E
H-681 a
H 682 F
H-682 C
312
HARAPPA 683-688 SEALS unfinished
m
H-6S6 B
u-m A
H-*S4 C
H 6S7 A
0
H-6S5 B+C+D
H-6BS D
(ZZ3 SEALS HARAPPA 688
313
H-6SS a
H 688 F
H-6SS C
H-fiSS B
H-6SS E
314
HARAPPA 689 SEALS f=$
HM9 A
H 689 A bis
H 6*9*
H 689 b
H-6S9 B bis
H 6S9 F
H 689 E
H-689 C
H 689 D
SEAL IMPRESSIONS; G TABLETS in bas-relief HARAPPA 690-695 315
H-690 A <50%)
H-693 A
H'693 B
A bb
H-692 A (2)
H-m B H 694 D A
H-692 A {]) <100%)
H-694 A
316
HARAPPA 696-704
TABLETS in bas-relief L_t animal
H A H-£96 B
H-697 A
H 697 B
H-698 A
H-701 A bU
H-6W A
H-70G B
H-70DA
H-701 B
H-701 B bis
H-702 A
H-702 A Hi
H-702 B
H 702 B bis
H-701 A ui
H-701 B I a
H-703 A H-703 B
H-703 B bis
H-704 C H-704 A H-704 B
ghariat I T TABLETS in bas-relief
HARAPFA 705-710 317
H-705 A
H-7G5 B
H-706 A
H-705 B bit
H 705 B ter
H-710 A
H-710 B
318
HARAPPA 711-717 TABLETS in bas-relief I I
gharial; anthropomorph
free □ TABLETS in bas-relief HARAPPA 718-723 319
H-721 3
H m A
H-718 A (1)
H-721 A
H-7L9 B
H-719 B bis
H-718 A (2)
H-718 C
H-72G B
H -718 B
H -718 E
H-722 B
H-722 A
H-723 A
H-723 B
H 729 B
H 730 A
320 HARAPPA 724-730
H 724 A
H-724 A bis
TABLETS in bas-relief L—I
H -724 B
H-724 B Ms
H-72G A
H-726 B
H-727 A
H-727 S
tree
h-724 B ICT
H-725 A
H-723 A
H-725 B
H-72S B
H-729 A
H 73i) B
tree; cult object TABLETS in has relief HARAPPA73I-74I 321
H-73] A
H-733 E
H-733 C
H m A
H-733 B
H-732 A
H-732 R bi*
H-735 B bis
H 731 B
H-732 A bis
H-732 B
H-735 B
H-735 A
H-735 A bis
H-739 A K-739 B
H-740 A
H-74Q B
H IM H
H-741 B bis
H-744 A
H-744 B
H -745 A
H-745 B
322 HARAPPA 742-754 TABLETS in bas-relief □ cult object; geom.; no iconogr.
0
H-743 D
K-743 A
H-743 B
H-742 R
H-742 m B
K 742 (2J A
H-750 B H-753 B
H-751 A
H-753 A
H-746 A
H 746 B
H-748 A
H 747 B
H'749 A
H-750 A
H-752 A
H-754 A
H-74g B
no iconography QH TABLETS in bas-relief HARAPPA 755-767 323
H-755 A
H-7S6 A
H-757 A
H-75S A
mm
H-759 A
h B
H'760 A
H B
H-761 A
H-762 A
n-m A
K-763 B
H-7H1 B
H-762 B
H-764 A
H-76S A
H 76fi A
H-764 B
H-765 B
H 766 B H-767 A H-767 B
324 HARAPPA 768-777 TABLETS in bas-relief | | no iconography
H-768 A
H-768 A bis
H-768 B
H-769 A
H-769 B
H-771 A
H-771 A ter
H-771 A quater
H-772 A
H-773 A
H-773 B
H-772 A ter
H-774 A
H-774 B
H-774 B bis
H-771 B
H 776 A
H-777 A
H-777 B
H-776 A bis
H 776 B
H-772 B bis H-775 B
v rV
no iconography □ TABLETS in has-relief HARAPPA 778-793 325
H-778 A
H-778 B
H-T79 A
H-779 B
H-7B2 B
H-783 A
H-783 B
H'785 A bis
9BB
H-786 A
H 736 B
H 780 A
H-780 A bit
H-787 A
H-787 A bis
H-7B7 B
H 735 B
H-789 A H-789 R
K781 B
H-784 B
K-788 B
H m A
H-m B
H-m A
H-793 B
H-790 B
H-791 B
326 HARAPPA 794-806 TABLETS in bas-relief □ no icon.; copper
H-794 B
mw
H-794 E
H-799 B
H-795 A
m a
H 796 A H 797 A
H-795 B H 796 B H-797 B
H-800 B H-H01 B bis
BUBS
H 802 A
H-798 A
H-798 A bis
H-798 B
H-802 B
H-803 A
H-803 B
H-806 A
H-806 F
H 806 B
TABLETS in bas-relief HARAPPA 807-812 327
1
H-S09 A
H-E09 B
H AW A bis
►» i®a
H-812 A HSI2C H-S12B
H-S11 B bis
328 HARAPPA 813-824 TABLETS in has relief D O CD T^a
H-817 A
H-8IB A
H-K1S B
H-8I9 B
M te
A ^ „^ 1B --
H*824 A
H-824 B
H ^ 16 A
H 816 B
J-T820 A bii
H-820 fi
H-820 H bis
H 820 B ict
H-820 E
329
H-825 A
H 825 B
C TABLETS in bas-relief HARAPPA 825-834
H-826 A
H-827 A (l)
mv '*s®
H-827 B H-828 A
H-826 B
H-827 A (2)
H-828 B
H-829 B
H-831 B bis
H-831 A
H 831 A bis
H-831 B
H-833 A
H-833 A bis
H-833 B
H-834 B
330 HARAPPA 835-842 TABLETS in bas-relief Q
H-838 A
H-838 A bU
H 838 B
H-840 A
H 840 E
( D !~h TABLETS in bas-relief HARAPPA 843-848
331
H 843 A
H 844 A H-844 B
H-846 A
H 846 B
H-846 C
H-847 D
W6
H-847 A
H-847 C
H-847 C bis
H-848 A
H 848 B
H 848 B bis
332 HARAPFA 849-856 TABLETS in bas-relief j~~b
H *52 A hi*
H-855 A
H-855 B
H-855 C
H-JS52 A
H 849 A
H-S50 C bij
H-850 F H 851 D
H 856 A
H 856 B
H-856 C
/ & ( O TABLETS in bas-relief HARAPPA 857-862
333
H S57 A
H 857 B
H-839 A
H-858 A bis
K-859 B
HUfil A
H-M B
H-862 A
H'862 B
334 HARAPPA 863-868 TABLETS in bas-relief C~D
H 863 A
H 863 B
H 868 A
H 868 B
CD TABLETS in bas-relief HARAPPA 869-874
335
336 HARAPPA 875-885 TABLETS in bas-relief (~~Q TABLETS incised □ icon.
H 875 A H-875 E
H 876 A bis
**r*wf»
H-876 E
H-877 B
H 875 B
H 878 A ter
H 878 B bis
H-878 A
H-878 A bis
H-881 (2) A
H-879 B
H 880 B
H-881 (2) B
H 885 A
H-885 (1) A
H-885 B
H-885 (1) B
TABLETS incised HARAPPA 886-898 337
H 890 ■
H-890 b
H-893 A
Hfc
H-893 (1) A
H 894 A
H 895 A
H 893 B
H-893 (1)B
H 894 B
H 895 B
H -892 A
H 897 A
H-897 B
H 898 A
H-898 A bis
338 HARAPPA 899-911 TABLETS incised □
no iconography
H 899 A
H 899 A bis
H-899 t
H-899 B bis
H-899 b
H-905 A H-905 B
H-906 A H-906 B
# A)
H 906(1) A H-906 (2) A H-906 a) B H-906 (1) B
H-907 A H-907 B
H 900(1) A
H-900 B
H-900 (1) B
H 901 A
H-902 A
H 901 B
H 902 B
H -908 A
H 908 B
H -909 A
H -910 A
H-910 B
H-911 A
no iconography I J TABLETS incised HARAPPA 912-926 339
U-921 A
H-922 A
H 923 A
K-924 A H-924 H
H-925 A Hm5 3
H 923 (1) A H-925 (2} A H-925 (2) B H-925 (I) B
U926A
H-925 A bis
H-925 B bis
H-925 A ter
340 HARAPPA 927-942 TABLETS incised 1 1 no iconography
H-927 A
H 932 A bis
H938 A bis
H 938 B
H 928 B H-929 B H-930 B
H-933 A H-934 A H-935 A
H-933 B H 934 B H . 9 35 B
H-937 (1+2) A H 93? g) A H 937 (2) B
H 939 A
H 940 A
H-931 A bis
Si
H-931 B
H-936 (1) A
H 941 A
H 941 A bis
H-939 A bis
H-940 B
H 941 B
H-939 B
H 941 B bis
H 939 B bis
H-942 A
H 942 B
no iconography I |
TABLETS incised HARAPPA 943-958 341
H-943 A
H-94J A bis
H 943 B
H 943 B bis
H-944 A
H 949 A
H-944 B
H 952 A
mw M\
H-945 B
H-946 B
H'947 B
H-950 A
H-950 A bis
H-953 A
H-950 B bis
H-954 A
H-952 B
H-953 B
H-954 B
H-955 B
H-957 B
342 HARAPPA 959-973 TABLETS incised CD CJ O CD
H-959 B H-MO (1) B H-96J A bis
K-962 A H-%3 A H-964 A
• % it
H 962 B H-963 B H-964 B
H-968 A
H-967 B
H-968 B
H-965 A
fp
H-965 A bU
H 966 A
H-969 (1+2) A
m
H-969 as A
H-969 USB
H-970 A
H 970 B
H-972 A
H-972 B
H-973 A
<3 O
H 96! B bis
H-965 B
lib
H-965 B bU
H-973 B
g hartal; fish; geom.
TABLETS incised HARAPPA 974-984 343
H-974 A
H 974 A his
H-974 B qu mci
H-974 B qmnquies
H-974 C
H-975 B
«8
H-975 B bis
K-975 C ter
H-977 A
H-977 B
K-977 B bis
H-977 C
H 977 C bis
K-978 C
A ►“
C
H-978 D
* ► “
c
H-979 D
H-981 A
fH
H-979 B
H 981 A bis
-*5
K-981 (1) A
H 981 (1> B
H-984 A
H-982 A bis H-9&* B
H-982 C H-983 B to H-9S3 C bis
H-984 A bis
H-9S4 B
H-984 C
344 HARAPPA 985-991 TABLETS incised
GRAFFITI on pottery, rim
H-986 A
H 986 U) A
H-9S6 B
H-9S6 (l> B
H 986 C
(I) A+C
H 987 C
H'9S5 A
H-9B5 A bis
H-9H5 ft
H-985 B bis
H-m C
H-985 € bis
H-9SH B
H^aa Q) b
GRAFFITI on pottery t rim; base HA RAPP A 992-995 3 45
H-992 A (1) (50 %)
H-992 A (2)
H 993 E £50
n -m A (100 % )
H-994 A (100 %)
W
ii-995 A £1J 0
H-995 A (2) (7 %)
346 HARAPPA 996-1000 GRAFFITI on pottery, body (interior; exterior)
H-997 A (100%) (interior)
H-998 A (100%)
H 996 A (100%) (interior)
H 999 A (100%)
H-1000 A (100 %)
GRAFFITI on pottery, body (exterior) HARAPPA 1001-1004 347
H-1001 (1) A (100 %)
H-1001 (2) A (100 %)
H-1002 A (100 %)
H-1001 (1) A bis (100 %)
H-10W A (100 %)
348 HARAPPA 1005-1007 GRAFFITI on pottery, body (ext.); moulded (base); painted
H 1005 A (1) (SO %)
H-1006 A (100 %)
H 1005 A (2) (100 %)
H 1007 A (100%)
i.c. BANGLE!?): STONEWARE BANGLES: t.c. UD HARAPPA 1008-1011
349
H-1010 A
H 1011 A
H 1011 A bis
350 HARAPPA 1012-1017 t.c. CONES; BONE POINTS; IVORY STICK
H-1017 A (I)
f/ * * ’
H-1017 A (3)
H-1017 A £5)
9
H 1017 D
&
JM012 A
H-I013 F+A
H-1013 A
h-ioi:b
H 1012 E
H-1014 A (1) (100
H-1015 A(l)
H-IDI6 A
H-1014 A (2) (160
H-1014 A (3) 000 %}
H-1015 A (2) (1000 %)
H-1017 A £2)
H 1017 A (4)
H-1017 A (6)
H-1017 m
H-1017 F
COPPER OBJECT incised; BEAD incised HARAPPA IQ18-1QI9
351
N 1019 E
H-1019 D
352 RAHMAN-DHER1 1-5 (EARLY HARAPPAN) bone SEAL; GRAFFITI on pottery , incised
Rahman-dheri
RJid 1 A Rhd'l B
Rhd-3 A (LOO%)
RM-S A 1100%)
Rhd-2 A (100%)
Rhd-4 A (100%)
GRAFFITI on pottery, incised (EARLY HARAPPAN) RAHMAN-DHERI6-/3
353
354
RAH MAN-DHERl 14-22 (EARLY HARARE AN) GRAFFITI on pottery t incised
RM-IS A (100%)
EM 16 A (100 %)
Rhd-17 A (1110%)
Rhd-18 A (100%)
Rhd-19 A (100%)
Rhd-2] A (100%)
Rhd-20 A (50%)
Rhd 22 A (50%)
Rhd-24 A (100%)
Rhd-23 A (100%)
Rhd-25 A (MQ%)
Rhd-26 A (100%)
Rhd-27 A (50%)
Rhd-28 A (100%)
Rhd 29 A (100%)
Rhd^l A (50%)
Rhd^3 A (50%)
GRAFFITI on pottery, incised (EARLY HARAPFAN) RAHMAN-DHERI23-34 355
Rhd-30 A (50%)
Rfid-32 A (50%)
RM-34 A <50%)
356
RAHMAN-DHERl35-42 (EARLY HARAPPAN) GRAFFITI on pottery, incised
Rhd-36 A (100%)
Rhd-37 A (100%)
Rhd-38 A (50%)
Rhd-40 A (100%)
RIkI-41 A (100%)
Rhd-42 A (100%)
GRAFFITI on pottery, incised
I EARLY HARAPPAN)
357
Rhd4S A (100%)
Rhd-50 A (100%)
358 RAHMAN-DHERl 53-64
KhcJ-53 A (50%)
Rhd-56 A (50%)
{EARLY HARAPPAN) GRAFFITI on pottery . indsed
Rbd'57 A (50%)
Rhd-54 A (50%)
Rhd 55 A (50%)
Rhd-6i A (100%)
Rhd‘63 A (100%)
Rhd-64 A (50%)
GRAFFITI on pottery, incised (EARLY HARAPPAN) RAHMAN-DHERI65-77 359
360
RAHMAN-DHERI 78-85 (EARLY HARAPPAN) GRAFFITI on pottery, incised
Rhd 84 A (100%)
GRAFFITI on pottery, incised (EARLY HARAFPAN) RAHMAN-DHERI86-96
361
Rhd-87 A (100%)
Rhd-86 A (100%)
Rhd-89 A (100%)
Rhd 90 A (100%)
Rhd-93 A (100%)
Rhd-92 A (100%)
Rhd-94 A (50%)
Rhd-95 A (100%)
Rhd-96 A (100%)
//
362
RAHMAN-DHER! 97-107 (EARLY HARAP PAN) GRAFFITI on pottery, incised
GRAFFITI on pottery, incised (EARLY HARAPPAN) RAHMAN-DHER1108-118 363
364
RAH MAN-DHERI119-129 (EARLY HARAPPAN) GRAFFITI on pottery, incised
Rhd-119 A (100%)
Rhd-120 A (100%)
Rhd-123 A (50%)
Rhd-122 A (100%)
Rhd-125 A (100%)
Rhd-124 A (100%)
Rhd-129 A (100%)
Rhd-127 A (100%)
GRAFFITI on pottery, incised (EARLY HARAPPAN) RAHMAN-DHERI130-141 365
Rhd-134 A (100%)
Rhd-139 A (100%)
Rhd-136 A (100%)
Rhd-140 A (100%)
Rhd-141 A (100%)
366
RAHMAN -DHER1142-153 (EARLY HARAPPAN) GRAFFITI on pottery, incised
RM-144 A (100%)
Rhd-145 A (50%)
Rhd-149 A (100%)
Rhd-150 A (100%)
Rhd-152 A (100%)
RM-m A (100%)
GRAFFITI on pottery, incised (EARLY HARAPPAN)
RAHMAN-DHER11S4-165 367
368
RAHMAN-DHER1 166-178 (EARLY HARAPPAN)
GRAFFITI on pottery, incised
h
i
Rhd-167 A (100%)
Rhd 171 A (100%)
Rhd-169 A (100%)
Rhd-172 A (100%)
Rhd 175 A (100%)
Rhd-174 A (50%)
Rhd-176 A (50%)
GRAFFITI on pottery, incised (EARLY HARAPPAN) RAHMAN-DHERl 179-189 369
Rhd-189 A (50 *)
370 RAHMAN-DHERJ 190-199 (EARLY HARAPPAN) GRAFFITI on pottery, inched
Rhd-196 A {m %)
Rhd 199 A aW %)
GRAFFITI on pottery, incised (EARLY HARAPPAN) RAHMAN-DHERl 200-210 371
RM-203 A (SO %)
s' #■ !
affi-Mtttf
Rhd-2P7 A (100 %)
Rhrf-209 A (50 %>
Rhd-210 A am %)
372 RAHMANDHER1 211-221 (EARLY HARAPPAN) GRAFFITI on pottery, incised
Rhd-212 A {100 %)
Rhd-211 A [50 %>
Rhd'2L3 A {100 %)
Rhd-215 A(SO%)
Rhd-214 A (50 %)
Khd 216 A Cl (HI %]
Rhd-218 A (100 %)
Rhd-217 A (100 %)
Rhd-221 A(IOG^)
Rhd-219 A (100 %}
Rhd-220 A UOO %)
GRAFFITI, incised + painted (EARLY HARAPPAN) RAHMAN-DHER! 222-231
373
374 RAHMAN-DHER/ 232-242
(EARLY HARARE AN) GRAF FITI on pottery* painted
Rhd-234 a (ion
Rlid-232 A (50 %)
MuJ-233 A (50 %}
Rh&m A (100 %)
Rtid-238 A (50 %)
Rhd-237 A (100 *>)
Rhd-m A (100 %)
RM-240 A (100 *)
Rhd-241 A (100%)
GRAFFITI on pottery, painted (EARLY HARAFPAN) RAHMAN-DHER! 243-249 375
376 RAHMAN-DNERl 250-254 iEARLY HARAPPAN) GRAFFITI on pottery , painted
Khid 251 A (100 %)
Rhd-252 A (100 %)
RAHMAN-DHERI 255-260 377
GRAFFITI on pottery, painted (EARLY HARAPFANj
378 RAHMAN-DHER! 261-269 (EARLY HARAFFAN) GRAFFITI . painted; SCRAPERS (?)
Rhd-267 A (50 %)
RM-26S A 150 %)
^1164 AUOO %)
RW 266 A (100 %)
Rhd-263 A (50 %)
RM-262 A (K30 %)
▼
Rhd-265 A (50%)
Rhd-267 B (50 %)
KM-269 B (100 %)
SEALS MATURE HARAPPAN + POST-HARAPPAN: Period l A PIRAK 1-3
379
Mature Harappan (Surface finds)
Pit-1 A
Pirak
Pk-2 (2) A
Post-Harappan (100%):
Period I A
FV3 A Pk-3 B
380 PIRAK 4-12
Pk-4 A
Pk-4 B
Pk-4 E
Pk-9 A
Pk-9 B
Pk-4 D
Pk-8 A
Pk-12 A
►
Pk -12 D
Pk 10 B
Pk-lOE
Pk-11 E
Pk-8 B
Pk-8 E
Pk-11 A
POST-HARAPPAN: Period IA SEALS (100 %)
Pk-7 B
Pk-7 D
Pk-7 C
Pk 5 A
Pk-6 A
Pk 6 B
Pk-6 D
Pk-9 E
Period I B
Pk-i4 E
Pk-20 A
Pk-20 B
Pk-21 E
382
PIRAK 22-26
POST-HARAPPAN: Period IB - II SEALS (100 %)
Pk-22E
Pis 24 A
Pk 25 B
n-25 C
Period II
Pk-26 C
Jr &
p k-2& F Pk-26 B p k _26 D
Pfc-26 A (200%)
SEAI£ (100%) POST-IIARAPFAN: Period //
PIRAK 27*33
383
Pk-27 A
Pk -29 A
Pfc -29 E
Pk-30 E
Pk-33 F
Pk 3] A
Fk 32 A
Pk-32 C
Pk AO A
Pk-27 B
Pk 2a c
Pk-31 F
Pk-3J A
384 P1RAK 34-40 POST-HARAPPAN: Period II SEALS (100%)
Pk-34 A
Pk-34 D
Pk-35 A
Pk-35 B
Pk 37 F
Pk 37 A
Pk-36 A
Pk 38 A
Pk-39 A
Pk 36 C
Pk 38 D
Pk 39 D
Pk40C
Pk-40 A
Pk-40 F
PIRAK4M6
385
SEALS (100%) POSTHARAPPAN: PeriodU - /// A
Pk-15 A
Pit-45 C
Pk-46 B
Pk46 A
386 PIRAK 47-49 POSJ-HARAPPAN: Period III B SEALS (100%)
Pk-47 F
Pk 48 A
Pk-48 B
Period ID B
Pk-47 E
Pk-47 A
Pk-49 A
Pk-49 B
Pk-49 D
' unicorn*
SEALS ALLAHDINO 1-5
387
Allahdino (Nel Bazaar)
Ad-2 A
Ad-2.
Ad-3 A
Ad-4 A
Ad-5 A
388 ALLAHDINO 6 11 SEALS
GRAFFITI on pottery; /.c. FIGURINE
Ad ll E
Ad II B
0
Ad-11 F
Ad-10 A (100%)
Ad-6 A
Ad-9 A (100%)
Ad 11 D
Ad-7 A
Ad-7 B Ad-7 D
Ad II A
GRAFFITI on pottery
PRE-HARAPPAN AMR/ 3-5
389
Amri
Pre-Harappan: Period I B
Ai-3 A (50 %)
Ai4 A (100*)
Ai-5 A (100 %)
390 AMRI6-8 MATURE HAftAPPAN + LATE HARAPPAN
Mature Harappan: Period III C
Ai-6 B
Ai-6 A
Ai-6 e
Ai 7 B [25
Ai-7 A [50 %)
Late Harappan:
Period III D
Ai 8 A
39 L
'unicorn *, urus
SEALS BALA-KOT1-5
Bala-kot
BLk-3 a
31k 1 A
Blk-2 A
Blit 4 A
Blk'5 A
B31c-5 B
!»
Blk-5 D
Blk'5 E
392 BALA-KOT 6 GHARO BHIRO 1 GUMLA I EARLY HARAPPAN
Blk-fi E
Gharo Bhiro (Nuhato)
Grh'l
Gum la
Early Harappan:
Period II
G-l A (1D0%)
EARLY HARAPPAN + MATURE HARAPPAN GUMLA2S
393
Period IH
Mature Harappan:
Period IV A
Period IV B
G'6 A m
G-2 A (100 %>
G-J A 150 %)
G-4 A (50
G*5 A (50 %)
G-7 A (50 %)
G-8 A (50 %)
MATURE HARAPPAN
394 GUMLA 9-16
Period IV C
Period IV D
GU A
G9 A (50
G-IO A (50 56}
G 12 A (50 %)
G-I3 A (50
Period IV pottery from Period V contexts
G 14 A (50
C 15 A (50 %)
G 16 A (50
GRAFFITI on pottery t incised
(MATURE HARAPPAN)
HISSAM-DHERI 1-7 395
Hissam-dheri (Mature Harappan)
Hd? A (100 %)
Hd-fi A {100 %}
396 JHUKAR3
KALAKO-DERAY I
K0T-DIJ1 1-2
Jhukar (LateHarappan)
Ik-3 B (50 %)
IkJ A (100%) Jk'3 E (50 %)
Kalako-deray (Post-Harappan)
KM A
Kot-Diji
Early Harappan
EARLY HARAPPAN -f MATURE HARAPPAN KOT-DUl 3-7 397
Kd-t A (50 %}
Kd-6 C
Kd-6 F ft
Mature Harappan
Kd-3 A (100 %)
Kd 6 A
Kd-5 B
Kd-5 a
398 KOT DIJ18-11 MATURE HARAPPAN GRAFFITI on pottery
Kd-ll A (100%)
Kd-10 A (100 %)
Kd-8 A+E (70 %)
Kd 9 A (50 %)
Kd-9 A(2) (100%)
MATURE HARAPPAN + Period? KOI 011112-15 399
Kd-12 A+E (100 %)
Kd-12 A
Kd44A(l00%)
Kd-H A+E (SO %)
Kd-13 A (J00 %)
Kd H A+E (SO
Period ?
Kd-15 A (50 %}
Kd 15 B (50 %)
400 KOT-DUt 16-17 LEWAN l
Kd-17 A (100 %>
Levvan-dheri (Dar Dariz)
(Early Harappan)
Lwn l A 1-2
2
LOEBANR Iff1 MEHRGARH 1 -4
LIU-1 A(5Q%)
401
Loebanr III
(Post-Harappan)
Mehrgarh
Pre-Harappan:
Period II A Period II B
MM A
Mi4 B
Mr-5 B
Mr-7 A
Mr-9 A
Period V
Mr-5 A
Period VI
Mr 9 B
402 MEHRGARH 5-9 PREHARAPPAN: Periods 1V-VI SEALS
Period IV
Mr 7 B
Mr-8 A
Mr-8 B
SEALS EARLY HARAPPAN: Period VII
MEHRGARH10-14 403
Early Harappan:
Period VII
Mr 10 A
Mr-10 B
Mi 13 A
Mr-14 B
Mr-14 A
404
MEHRGARH 15
EARLY HARAPPAN: Period VU
SEALS
Mr-15 A
Mr-15 ft
SEALS; GRAFFITO EARLY HARAPFAN: Period Vti
MEHRGARH 16-18
405
Mr-16 B
Mr-! 6 A
Mr 17 A
Mr-17 t>
Mr-18 A (25 %)
Nwd 1 A (50%)
406 NARU-WARO-DHARO1-3
Naru-Waro-dharo
GRAFFITI on pottery
Nwd-2 A (100 %)
Nwd-3 A (100 %)
EARLY & MATURE HARAPPAN: Periods I B U NAUSHARP 1-3
407
Nausharo
Early Harappan: Period 1 B
Ns-1 A
Ns-1 B
Ns-1 C
Mature Harappan:
Period II
Ns 2 A
Ns 3 A
408
NAUSHARO 4-8
MATURE HARAPPAN: Periods 11-111B
Ns-4 A (1) (50%)
Ns^t A (2) (100 %)
Period III
Ns 5 A
Period III B
Ns-6A
Ns 7 A
Ns-B A
Ni-S a
MATURE & LATE HARAPPAN: Periods III B-C NAUSHARO 9-10 NINDOWARI I 409
Late Harappan:
Period III C
Ns-10 A
Ns 9 A
Ns-10 C
Ns-10 B Ns-10 D
Nindowari-damb
Nd-l B Nd-I A bis
Nd-I A
410 NINDOWARl 2-3 PERIANOGHUNDA11-2
SARA! KHOLA 13 (E.H.)
Nd-3 B N " i 3 D
Nd-3 A
Penan o-ghundai (Early Harappan ?)
Pg-1 A (100 %)
Sarai Khola (Early Harappan)
Pi-2 A (50 %)
5kh-2A(50%) Skh 3 A (50 %)
Skh-I A (100 %)
(EARLY HARAPPAN) SARA / KHOLA 4-10
(LATE HARAPPAN) SfRRI /
411
Sldi-fi A ClOO %}
Skh 9 A (50 %)
Skh-IO A (50 %)
Sibri-damb
(Late Harappan)
5b-1 a StM D
Sb 4 A
Sb-1 S
412
SIBRI 2
(LATE HARAFFAN) SEAM (INTRUSIVE)
(INTRUSIVE) SEALS
iLATE HARAFPAN) SIBRI 3
413
A I Sb-J A 1 Sb 3 A 3 A 4 SM A 5
Sb 3 a
414 TARAKAI QUA 1-9 (EARLY HARAPPAN) SEALS; GRAFFITI on pots
Tarakai Qila (Early Harappan)
Trq-1 U
Trq 3 A
Trq-t A
Trq-6 A (100 %)
Trt| 7 A (100 %)
Ttcj 9 A (50 %)
Trq-5 A (50 %)
Trq-8 A 000 %)
PROVENANCE UNKNOWN 1-6
415
Provenance unknown
E
416 ADDENDA: MOHENJODARO 858,1659
RAHMAN-DHERl 270
Addenda
M-I659 A (2) (400 %)
Rhd-270 A {50 %)
COLOUR PHOTOGRAPHS 12
417
2i M4271 A
418
COLOUR PHOTOGRAPHS SA
4: M-J65I A
COLOUR PHOTOGRAPHS 5-6
419
6: M 1370 A
420
COLOUR PHOTOGRAPHS 7-8
COLOUR PHOTOGRAPHS 9 10
421
I Or M-1277 A
422
COLOUR PHOTOGRAPHS 11-12
It: M-J40Q B 1-2
12; Tiq4 A
COLOUR PHOTOGRAPHS 13-14
423
Ifi: M-J406 B
COLOUR PHOTOGRAPHS 17-18
425
18: M-1M9 A
426
COLOUR PHOTOGRAPHS 19-22
19: M-1430 A
20: M 1430 B
COLOUR PHOTOGRAPHS 23-26
427
26: M-1431 E
428
COLOUR PHOTOGRAPHS 27-28
27. M-1540 B
COLOUR PHOTOGRAPHS 29-30
429
430
COLOUR PHOTOGRAPHS 31-32
COLOUR PHOTOGRAPHS 33-34
431
432
COLOUR PHOTOGRAPHS 35-36
3* Ns-i a
TABLES 1-2
433
Table 1: The iconographic criteria applied in arranging the 'unicorn' seals
X
a b
31
• 9111111
fflffllfflli
11
SBDU
* as
m * m
_L
d A Ml
c no cult object
IE
a b
pyy c yy
d T
32
• 9
b p o
9 * y
Table 2: Symbols of the form classes of Indus seals and tablets used in this volume
434
DATA
Basic data Tor the objects illustrated
Cutwiim I in the MWing ubulamm give* thr CISI awmher* atugned to fbe object*
be present solumr Number* (I). (2j. and to on. wientd Demerit
l oUumn 1 |i.n (he number uf me object « the currou .bum of the FC iFumnh
conemdanrc. *ce be km |. stab it the haul (or the arrangement of me maienal ut be
nSI iKkvfl at the Lmrerwry of Hchtakl TN» tnfnttiulioq It weful. even on m
mreran bum. m that be FC fallen help m tctdmi the tme np at um . at fcel Uaudnu
1977 May of the PC number, ate nhrmx* with theme of Mnhadrva*. but many *et
different, die number* of be tnti tcamailiwe* are ccmetatnd tn be tnremd »deme ad
rrmnrt, the FC number* replace
o end Harappa (which roomtaat the hub id the material' art namely keyed to the
•n number* tn the plate* of the evavanoa wpun* nee twroduuwmj Proper
Very few of the object* with FC number* between 0(10] 0»80 and J7V7- 47)1
numben Man with HU through HUi The other
eaccpnag Gharo Bhiro Lew an Lnebanr, Mefcrgarh and Sibn. aim in
Cidinat* 3 give* the etcivarxm numben or comipombn* date The aMverlataon*
appearing m thu column me not included m the following lua of abtarvtatton* (tie lllft
etc. tee above, no column 21, but they will be captained in CISI 1 It may he
utually refer to layer* Some object* mt marttd with wrong ucavanon numben. but a
detailed dtacunlou of there cut* t« postponed a> Ctll 3, m *uth cam. the column
•unply p>o 777. whach It ala* our rode for caaca where the data arc altogether
irfiinilM number.* > M«*eum ataaber* given la la
a umber for a year (eg 30 • 1*301 *e>cr to the u
d a kept, and the m
>| wuh a rw
* o» the National
( dam 5 p>n me source* of the ptwangrupb* (and the caw dnwtngi puMnhed in
lhi« vokitne The fint referrara cower* all umipeeifleil phmngrapht Whenever the
photograph* .applied by individual vholar* had a negative number or othrr
d by the Rowan h Projoci MubrnyOstoD of «
F R Alkhin - phonograph .applied by Dr Ft AiUdun
ASI - Anhueo*ogkal Wvrv of India
AV - phomgraph when by Mr Am Vuofcdaxan fa
of Amo* and Afncwi Suatw*. Hetamei Untvtnity
Balorii 1973 - N A Halrch la wwch of the ladua Culture tue* m Sind. Rufirna ./
nuL 3i-3 (inly I9T31 II I*. ft pi
ttrumwig - phoragrapb uappbad hy Mr Robert M. ■ run .wig h
Catai l«M - Jean Mane Catal. F.uwiirt fAmt i Ml. Parti 14M
CHI . Coepaa of Jmdm Seaft and fmcnpeicuu
DAK - George F Dates A J M Kemryer. lua*atu*a m DtaAtn/n-tM^ rakwam
fhr poarn. PhUadelpfaa I9f6
Dale* 1967 - George F Dale*. Soath Aata. cartwn wtrung - mil midecipbcred
£tprdttim* V2 <1967k »-3T
Darn 1971 » Ahmad Hasan Dana. Eteaveonm ■ the Carnal Valtry Aaornr Faittaan J
(1970-71) 1-177
DAini a phonograph taken by the Department of Pkuaetgnpby. UatMTUy of HeUmkl
i from a can tupplicd by Ihed Waller A. Punter*m
Elf • MS Vita, Caruvafioni ai Honppa 10, Dtifa 1940
FJ - photograph taken hy Mt Erja Labdeiiper* tor the CHI pmpet rf the Department
uf Asian and Afneaa Scudw*. HriaaAi Lmteruly
Faincr.1. - photograph tuppbed by Ibid Waller A Fatnemi
FC - me Fianub soncordme Kterne K.wkeum n m rad Aako Parpoia. Corpan y
trail (a fhr fadktf unyv iDepannwat of Auaa aad Afneaa Vudwi, llaiventty of
HrlatokL Rocarrh Reptaii 11. Helaiak. 1979. lad. t>
si the Iran a. thr fada. tr*t|e idud ZL 191
tkr fadbt tenpr (ibid. 3i I9B2
Fdf -F amHn dr FindL VM. I Te*Je. pw Jeaa-Fn^os lamge a Mart*lie Sanmm.
Voi n Ctw
v I II Delhi I9U
Frank# l9tU - L*r Frank#. A wircoow of mwnbod object, rt
Dare, in M. Jamew A G Lrban led* i. faaeran opivo Vof t Repcen o. field
work earned out m Mohen|^Den> Faktataa. |9U Al by the UMFO - Aachen
m: 117-131. A
d by Dr C. lamge
a • phoeogtaph taken by Mr Jyrti L.taUJ far the CISI project of the Depunmeni af
Aiwa awl Afrwaa Mud**. Hzluakl l nntrwiy
Kbau x F A Khwt- F'riomwaey rapan on Cat Dip eirawwlum /93 7-33. Karwla ad.
1*19991
K10* a Khairpur L niverairy
LF * Office of the Northern Circle. Department
Government of Fakutaa. Old Fan Ufmre
Mihadcvan 1977 . Invatham Mehadraa* Fhr /aAi* term Tt ul raw«obvr wwi
aoMet ihlcnattr* of the ArthaMlogical Sarvey of Indu 77|. New DcOh 1*77
MIC - team MenJtall (adk tfohncw dan. ami iha ladat CMkaiLm I IQ. 1
NMP . NuuataJ Muteum of FakJitam Aar ah,
F * Depanowni of Aftbatoiogy and Mowtum. Gcoemnaem of Ptaku
taken by Mr S M tiyaa for dw Oil prugact
FA - Faiuaaa Anrawrulog*, Kara.hi
FC « prtraae coUccoon
FSW - OcparurcM id A n lwe u to gy . 1 mvmiry tt FVshawar
Fu - Faniah Sene*. Photo Aichtve of dw Dilector Grarrai ASI. Janpalh. New 13
Si • Sind Sena*. Hxno Archive of dke OHasaor Gonetul ASL lanpalh. New Del*
SMAS - Swat Museum iSaada ShanO
b*. The fadWt tmluiuluw. M «t. Cambridge I 1
DATA M-595 to M-787
435
¥ W tom iirjmiu L: i*-i mi
M-Hl'MJftl tlk>3SJ MEJW*
(It WKt
M622 314* DK IDZflt MU 4®
M623 0251 m MD«I
MiH lllli vs IIS L P L* 11
M K> EM7 VS IfTi StD RH
Mftlft ln|; DKCM! *«J T&fcW.'l
-4-C7 |KH KJC »2 MD4KT
M-62B 1011
M62) 020)
m.«o osait
M-631 I IJCDv
M-4JS I ill 7
M-fl33 |0|0
MJlii 3o«i
"4-635 liNft
MtM 201?
M-637 |034
W*» IW
M-639 Oljfr
M-W 0503
M-641 UU
*4«2 (1554
MHHl 0111
M*U 1551
M-645 1)11*
M-fcWUi 1653
«>
M-*n 1004
M *41H too
*hh» um
M *» 1012
M-»l 2*T|
M-aJi ijidj
M453 3m
M-ft*4 23 rtl
M-45S itrrr
«-*» 2X1|
MW 2026
M-M* 1034
MM0 2*16
M-M0 0740
M M i I 1207
M«0 I Ot I
M4A5 3?iJ7
Mftw 162 i
M 663 1114
*4 Wft 2243
M-«7 1111
■W tf* 2013
W-6M 2fc$ft
M-670 I Din
*4-67 J 1021
M-673 IIH1J
M *71 lay
M-fiU HHlg
M *73 2197
M-676 34*7
M«7 Dm
M4P* I DM
M 679 30(4
M-fWOiij a:te
04
W-Ml 2112
M.fi« 2690
M«[|| 2174
a i
1012025 MD«m,
MM 41*
CTK-iMW KWXID
VS 1150 MOTTO
hh 7jj rap vr ivi
ILK. 4irm MD.MM41I
V3 J0J7 IvMk 30X11
cut 11*1 Mj»4p,3«£
PX-CIJBS WUtMH
DSC 133* MOW*
DK-C ESI M|J432
VS IMA MD 576
DX444J MPSOT
UK 1211 MD Cii
NJt 5700 MD4»
SP319? MD7&|
DK.L112 *i[DT|3
SOn X.P.I7J0
DK 1X58 MD475
DKTO1S UD7I1
.MD 7|fl_Ji1 Hi
V5 2326 JtMF S0,ai
DK-e II3J MD LW..WJJ
HK 5605 t,P-t*4>
HtSttO MD KM
DK 720.1 MUM
t>K-lEI4j> MD *4}
DX I MU MD755
PK72S0 MD lT(.t I■ ri*
DM \M VP4B2
PK BOX* MD7|4
DKJJ73 MD629
VI 3# HM Mil
DX7JJ7 MD444
MN S56IU EXh
d>: il:h 4 MD.iem.
MM 435
MD I hi, Jilin)
upr.i.4
MDill
M0 474
MU 451
MD«7
MIX 551
MD<*?
SMJ r Vi I|T
MD 706, .Vj3D
KMP 3174*
M0 330
L. P-17*6
mo m
MDDJ7,
MM 43ft
LP-JI17
Mil 4*7
HDH7
MtJ7l2
MDJ56
MDJTB
MDfTt
*0)11(1
HR EftH
DK 994b
0 X 71777
IIP. 55)1
Cat 4747
SO Esso
UK 3561
DK9T13
HR 1*7
VS 14*4
DX-D 1 JT
dk rsa
DK-DH
DX ,M 7 V
□K ,5771
□K-i 563
VS 105V
DX4-tm
OX 7101
OK 11001
DK-M W
OK 12J34
M r.H4 2B9J mvimi EX1
M-6B5 127* 178 42+4 MD Vs
M ftSft 2324 OK 9232 MD 591
M*5T am HR2J66 S1D51*
M *U 1063 MR 1695 MD *3fl
M4W? 3413 DK5B31 MO M3
«7VXJ 0M3 Dfc-i E60 MD442
M-lWt 1230- V3X3U MD75J
M1051 lift 5414 MD 424
M«S.l 0391 5)K ?IM AID 459
MH194 1341 l!H 5M* i,m«l
M»W EZ23 HH 5146 MD551
22*7 DK1I0S MD Mil
M-em Lyn hmjxsi md4V3
M«* W7i7 DK(W?3 MD471
W<4W H55fl HR 50B5 t, P-1 HI
M7U.1 (lit.} DK-I 11» L, 7 1741
W-TOl HhM DK-E2401
M TQJ 233* OK i UflO VtD 4BA
W-703 1439 DK WliJ MDMM.JI7)
M-7IM 2351 OK 6377 MD W.rti,
MM 439
av 3iii.pyss
1L7IX fill: filX
IL 6E4; (2i P JJX t fL 2i lMl
P 4fM, A, |L. 622
P 60ft; A: IL, “fi*
AV Jll ,* p 12.11
JLSia AiJU V3*«. ■ li. I2M7
ID >73, A 5v 5:6*27. * J ( . |l:|ri
IL*M; X Si. I 4*«i, i SL L2_549.
P-KH
iL *47. A SI I,*49-,* .11 12:349.
*l»i; Plus
3L2S;* POJ
31,921, XP4477
JL M; * P3<
JL j«, LSt E3:l
P-Dft; A: S. >
IL 393. i. Si I4 2S4
JL9I9* 51 12:4*4
IL SM*, * 5L 21:300
JL 5T9; i .Si iXJifi
JL TZliaiSf. t2:5E3
IL 931), i p HH
IL RIM: * P >£h
IIL 612, * Si 12-5 LX ■ bsi P UP
IL S43 r i. P 67.1
IL935
AV 48!, A *P 129*
JL *42. 4 P 376
1! iMLfll «. PftVl.
JLW^* S 19:591
ILZI; HI* t?
IL %th i. P 2S7
AV 410; y: P 12afi
H. Htl; 1, Si I 2 J22
P 333; A ]L 3M
P 47*; A toi: JL *Jfi
IL 923,4 P6]2
PM;* Si ttttLJ
IL 5 96, * p 3W
JL 924; * P6I7
IL 77J t i Si I* J7I
AV 559. i C VH
11, 640, ,|. p 571
Adm
Ik, 4*4. 4 P tOt
Jtsia* Pis?
JL »W; J. P63B
11.492, * Si 19 5 J 1
JL 6IB: «; JSi I2J3L
IL #02. r Si * IA 5*4. j J»i: P 4l*
JL 657; ■. P 415
P47J
J l. IW. ■ P 553
Jl. 27. 9. P 23
IL 502, *: P 3*3
31.is. l, Pill
P L71I
IL 5 T 6t ■: P 330
P 1317
Jl. 9JO: ■: P 603
JL.J4J: K* P 1*9
AV 441. » P ItMf
JL 6L6: *. P 175
n. UNO, <1 (*: Si 19.595,
JL13fcf?lR Si 11-JUJ
JL W*l. ■ .SL 23:461
JL 748: i: Sl 1M:4«; * 94i. P ATP
(kjAl JL. Vt,9: 1111. P 5r.O;
[2] A IL«T, 131* P7VI,
I. PEM. pi. IUttJ.374
IL 19*
IL 65X, ■; 54 J2.5I9
IL7*4. n P 4411
IL 6M, n 94 12511
IL Mk ii P 342
3L7IA;*;P*5»
IL M7 .i P J94
IL BOX ±- Si 1XJ43
ILMH.tSi 1X517
JL <37. * Si 19.615. * Mi Y All I
IL Kh5; * Si 1LX51
IL 4419. ■] p >145
JXHM.il It 21.214
TL «yH; ■: SL 1X51T
3L ft2>, ■ Si 11.377
AV 51(9-, t 3L L3iia
AV J«*; I P IZ33
IL 647, i: Si IXJ49
IL 651), X 54. 2X4*2
It- MAI , v 60l
JL 404; ■: P IW
M-7TF7
MHOfi
VL7W
M7J0
HOI |
M-m
Mils
M-TI*
S4.7y
M-716
HT47
H-Tii
M-7ES
M-J2TJ
*4-72 [
M-T22
M-733
M-J34
M-725
VL7J6
M-7I7U! 316B
HKSflL LPliLA AVjUXaPI&J
1 IB 43 B 5 MOVVJX. JL 3751 ; *: P |46
MM 439
OK |»M| 54D 431 JL WO 4 P W
PK *923 MD ISR. Jit JI7 IL 124 x P IXt
MDE2XJD.JB# It Jjfc i. P 24*
l'I'M MD 52.1 PJEH 1376
HR 46.1* MLJ457
Wl DR 2147
MOV? ft*.
MMW
*03 454
MD 314
IL 116
JXMfr. * Si 1X31*
JL 4AChm P L47
0X6624
OK *JST
OK67TO
DK t |W7
□K E JJ4S MD3BJJ.
MM 44
P 357, A Mi IL m M SI II JT
JL S46 * p J24
MDIftt IL 676c x P 436
MD I98..W.JJS' P 254
IL 4413. u KL 12S2J
DK6&44
OK 4524
IffllTI
0K-L2D6
DK HJ
MD59T
MD9I5
VtD?®
MD4J3
PK libW MO 541
DKiilU NMP9B4U
OK 17131 ML3 \Ob
2tfj
EETT
07K
M-721
M-T29
M-730
M.7U
M-732
MT.M
M-734
M7W
M 736
MTID
11.719
Vt-IJA
M-7«
94-741
M-742
W-W
M-741
M-TJ?
MMA
M-74T
M-741
M Lw
M T30
*4-751
*1.753
M-753ilt 25SS
m
UL-Hh
VS 2S4I
NMP 50 |71
U P-L7-H1
EKB
MIWZDE LHP. LL-4H
P 499, A Mi IL 745
P 473. A bn: IL ffi I
PAI7;ii Si 12 556
PSfQvxffi. T7-4Q
IL6|7.* Si 1:2.354
IL 7BL x P 453
pa
AV3
JLZLxMG
JL STL fj) x P IT?:
VD 61 k, 511 W JL >17; 12) X P 539;
x FEW. pJ Ju.4*| 169
JL 22. x P 16
AV 4 W,xSI r? : i 7
HK if. ju
DK SUM
MD?y
S'MP 50.124
OX 12 J MD 111,1031
DK C WTO Mt) I9LOJ3
DK 4795 MO J«2
D«-F, 2543 MD470
DK Will 5
IL 1152
JL KM: x PA|7
3L (7. A.X P J3
PI5I
ft, J4J, X Si IL523
31. 549. j PJ21
IL 435: 4 Si. 13J4A
iMD 32B, 59 IJD JL 114A. 4 F 265
KHP
2421
2Sn
03W
to*i
1175
T»1
2471
ma
2065
UtQ
1)156
SMP I7J1R
w;a*
MD, MM 44)
MP till
A4D54S
*40 217)
MD436
MDW7
MO Tift
169.3:1 Jl
VS 47
DK5494
DK 7175
17f
OK 72J9
VJ 15*1
□K 2 [9*
DK 6429
FIR 2973
DK MVH4 NMP5Q1#*
DK 3339 MO 319
OH 4?W l_ p-iT46
OX ; LP I742
M-7JJ
M 73*
M-J56
*4 737
MT54
\i,m
M-74D
M-7A1
Mm
M-764
M T69
M766
M 7*7
M-7H
M7»
M-77D
M 771
*1772
M-T7J
M-774
M-773
M-.7T6
M-777
*4-771
M.7T9
1143
1140
■try
25417
11*4
23&
IIF-U.
NI7
21>9)
0267
OMI
11274
1136
JOM
k 119
2676
J4»
0115
0343
PK6J3J
DK 2971
DX J279
OK yB4
DK4MI
wo mi
MDAB3
M&4T7
MD 331
UD.Hr
MD J03.3J m
m 1D7U Ml) »t
DK3AI* VtD 526
DK-i 492
HR 3167
DK 7a?
MO 617
MO&14
MD666
MJJftT?
OK MIS MD 650
DK L09S0 *111435
ox I2x> MD6S4
PK 70713 MD6?1
DK 57El
Dfc-E Oft
HP 765
M|*44St|
DK lfM9t MP MS
IfR 49«6 MD434
2536
DKIM73
OK 6£4»i
DK IJJ2
FIR 42BX
UK, W27
DK -E *4?
0X6(02
MD694
H0742
StD 54(i
MO 799
MP 643
MD720
MDJH9J.
Jjty PK 5697 MDftlfl
2622 DK 9*1341 MDMJ JH.
MM 46?
I ITS [JK-E 1521 * 404*1
2251 DK i%m MD 164
nn PK-DIkt MO.W47
MM 46 ft
1117 3ER 4169
N29 VS T)R
M 7X3 FEil 3D 1731
MTSft Huf DK-E 2Sft
M-W 2S0J UK 5*59
MD 7 L 9
MD 7)4 ST377
MO LIL.UD
L, P-914
*40*216
AV7
JL®9flx.Sl. 11516
F 139
Pill
JLHtfcufASJ
JL 493,* F2U4
JL MS. x ii 13 J46
H, -1 JR 4 P 599
JLWT:x M, JL547
It, *1*; l: P 252
IL30.X F 17
JL \fi> i- P 312
AV 493. x 4) 12519
AV 404; x P 12B4
|L S7A, x s. 19 5*8,
1L967
IL6.W, n p J741
IL 554F; ■: P 12?
JL3*i: tiPJJB
JL 566 ; x P 12ft
JL 400, ,. Si 12:453
JL ML » P 4 It)
II 79ft, x P5I7
IL759; , Jl lliSlR ■ hii: P 5SV
F 5*7. x SL (1:6)4,
JL«3
JL9M; xP375
JL3#4;* ri*
IL9C0; x P JS*
IL 997. t P 570
IL *39*. x P *15
JL All; x P 3417
I k SpB; tf |44
Jl. 34J; u Si 12517; j St 9> Lit
JL 939 . x P H 9 .i
IL 994. i P 642
JL 150 i P 4*9
JL <23
JL £H: I; p 1J3
JL£H;»rP«S
XMlfrP 134
JL 741, i P53S
■L.lTt, x'SU,!:22i
IL 629:1: Si. 125.42
P34H
P 1% A, SL S«ft3X t 5i 13 J
JLittJ.xSL li5M
IL SOL A; JtL V5691;
t SL L2523; I bit P26I
IE. 4?ft n SI. L252TJ
AV4fiJ;xSt 13:3
P 33*, A Da JL 55«, * Si I9:»2
436 DATA M-788 to M-947
M-TW
MTO
M-TW
MT9I
M n:
M-79)
MT*4
MW
MW
M-79T
M-W
M-TW
m wn
M 801
MMU
M803
M HIM
MK»
M-*rr
M HOB
M N»
MHO
M III
Mill
M813
M-HI4
M 813
M lie
M 117
Milt
M HI*
M-120
M-K2I
MR!
M HU
M824
M-123
M 126
M-877
MH2*
M-821
M-830
Mill
MU2
MU)
M *U
M-135
MB36
M 111
MIU
MIW
MMO
M-MI
MS42
M Ml
MM4
MM3
M *47
MW
MW
M430
*4*51
M452
M-B53
M 454
MM3
M *56
M 157
m»
M h-w
MIWO
M MAI
MHU
MV,.
MUS4
MIA)
MHA6
M 167
M IAB
M*m
2M3
UBS
1141
0859
2011
0125
3057
1221
210)
0527
1054
0253
2**6
2101
1113
11)1
2570
0215
urr*9
366*
2146
254*
2354
2211
3639
0135
3425
25)5
2434
243)
10*9
3051
0106
12 V)
1349
,,h-.
1164
1239
0520
251)
2114
36A1
2274
2546
0137
2211
256*
2179
0149
0236
236*
2476
2617
2HM
270*
0142
12W
2202
100)
11)6
2241
1121
2531
2660
241)
2235
2501
2471
1211
2091
2119
2(151
mv
1123
3253
2621
1340
1109
2616
IIM
3175
0169
116040-407 EXB 1374
OK EM* MDT25
HH 1450 MW 726
19)040 529 EXB I3H6
OK 11212 MW 175
OK I 441 MW. MM 456,
9 in
OK 11126 MD 221. MIU
DK B 601 MO 719
OK 79)6 MD 187, M123
TTJ MDIH9
it) 14 M) KM 11652
DK 3287 MD 724
L'PliMO VM EXB 1)72
nK4|ltl MOW
DK C 2394 (MD 276)
•** in KHP
VI 3)91 MD «RB
DK >44* MD 492
DK 6311 Ml) 550
13611 EXB
DKIWM MD412
DK 12969 MD. MM 455
OK 5707 MD58J7
MM (M
DK VWO MD 1*5, X) HI
DK 12654 MD 59 167.
MM 4)8
0X8*83 MO 480
DKtfiOl MD JO 177,
MM 444
OK 3831 UP 17*4
DK 7)3) L P17)l
DK 7062 MD 231
DK 622* MD, MM 460
V5I332 MD 219.3321
OK lUMtl) MD 1*11. W til
DK i 82 8*0 230.3*171
VJlATl MD43)
OK-C 3X27 MO 14). M 44
IIK 786) MD. MM 4)7
Itt «M MO 113
►n 3792 MD 474
DK 13424 MD 3*1
DK 5392 MD7I7
DK 10)17 MW 5# IV.
MM 45)
DK 8411 MD 329, W III
OK 12*57 L. f 1734
OK 6125 MI) MM
mm m
DK <656 MD 50 179.
MM MCI
OK 3423 HM 13653
DK 1223 IIM 13654
OK 133118 MD 4*J
OK « mil UP 1734
DK 13890 MD. MM 449
DK 63)7 Ml) 144
OK 5709 MO MM 463
DKK963 MOM 134,
MM 463
DF8IMD342 EXB
SO 3395 MO W224,
MM 443
OK 1830 MD 332
OK E U» MW i)*
OK ■ 1216 MD31)
IW U16 MD47I
IW 2522 MW 53*
DK 80)5 MD S44
V5 2542 MD MM 441
OK HIM NMPS2JD9|->
DK 9049 MO in
DK #093 MDT33
DK 119.14 MO MB
OK 5852 MW 5*7
DK 6266 MD736
HH 4585 MO 537
DK 10961 MD 4J9
DK 1310* iff) 732
DK 10471 MD 584
DK-* 550 MD 176,30)71
HR 37321 MD 461
DK 8119 MDM12I.
MM 452
UK 711) MD47H
HR 4)46 MO 565
DK-E2.10 MDII2
DK9QK3 MD437
HR 487) MD 705
UPMM0624 EXB 1175 B
■WTH EXB
12002*50
JL 193
It 805 . » P 633
U. *08. a Si t2-S));a bn PhJI
IL 191
JL 5XS. 6 P 238
p m
P 283
IL 972. i- Si 12529
92)7.6 Si 2122)
P 23). A Ma IL Sit
AV 557. c P 797
P 624. A Mi n.ao«
IL 183
ft. 55). a P 298
P 28)
IL 638. a: & 1251)
P 383; A bu IL 63ft a: St 1*5*5
P467, AIM* R, 707
JL149A Aatta.
ft. 399 «. P 36)
P 1)3
IL376.4 P 138
0.111.4 P2)l
IL 199. a P 12?
IL 6*9 a P 393
IL 372; * P IT)
AV 499. 4 S 1*5*2
P 1263. A hi* AV 480
IL 300.4. P 2*5
11.403.4 Pill
ft. *99. a Si. 12515
IL 321. a P 329
IL 304; a P 2*4
ILttl.a P347
IL KM. a P 243
xm. Plil
P 119
IL 648. a: IL 12519
ft.699. a. PAD
P 62). A tat ft. 9JL a: I. 18 617
IL 974. a: P 114
IL 477. a: P277
P 1367.4. St 23459
ft. 364. a P IB
PI33
AV 3)9. a: P 796
AV 544) a P 795
A. 631. a. P 346
AV 485
P 145; A ft. J9B; a SL 32440
ft.541.r P2X4
ft. 40l.» Si tt)«*
R I6». A tat JL 36)
JL IW
ft- m. r P 132
ft. 351. 6 P 303
ft. 167; a: P 661
ILJ77.a P XOI
JL 439. a Si. 12517
IL 072. a P 44*
JL 708. a P45I
ft. W4La PI74
0.82.4 Si 21214
ft 489. k Sl 24588; a Mu P 396
IL III. a Si. 1*595, a hu PMA
IL 547. 6 St. 21458
ft. 740: a ^ 18401
IL 812, a S< 18 396
IL 662 a. P 421
ft. 580 . a P J33
ft. 173. a P 68*.
IB. C. f tee n I30L 416. 447|
ft. 749, a P Ml
IL 539: a: P 24*
IL 367. a. P 130
ft. 377. a Si. 21.314
IL 624. a: P 3*5
P 490. t St 12517
IL 571. m Si. 12547
IL 592 a P 36*
II954. a Sl. 12 537
ft 185
M 870 11*0 DKE 1809 MD 4*5
M 871 1384 DK-CJTO3 80)757
M 877 0132 OK <103* U P 1728
84 87) 1170 DK E 303) 80)273
8**74 000.1 OK-BH17 81031)7.
MM 4)1
M-87J 1189 DKC202J MOM 41.
M-876 0904 OK 8633 MD8T3
M 877 0261 DK 7562 MDS54
M 878 1093 HR 4411 8403)1*.
Mil 447
M-879 3121 DK 7*0* MD38 fftB.
MM 430
MIK 015* DK-tllll UP 1743
84 *11 1243 L 476 811) 594
M M2 2312 DK 6914 MD 733
Mill 02*6 DK 6*46 80)41*1
M M4 3873 UPHWOI77 EXB 1373
M 885 052) DK 1981 MD
M -886 0)05 DK 8695 80)663
M 887 1169 DK C 810 81073*
M 888 US) DK 188
84 889 1126 HR 32117
MDWB*.
MM 470
MD 210
MBW 2||1 UK IOI89 MD538
8U9WHKJ71 DKC.119I 84D311
(21
MR 047
M 89) 2639
81-894 J39)
MW 2263
84 896 21)4
84-897 134)
84-898 21*7
MHW 2242
M WO 2JS)
M*)l 237a
84 902 (04)
M 90) 1394
M-W4 0137
M W5 1216
M 90* 0*37
M-W7 2192
MW* o*5l
MW9 02H)
M*I0 <071
84-911 0388
84*12 <0(0
M 91) 115)
84-914 2143
84*1) 1211
84 916 1204
M9I7 1224
8* 918 0119
M*19 3)43
84*20 121*
8*931 0137
84 922 1283
84 921 1546
M934 2591
84*25 1293
M *26 2319
84927 ini
84*28 1302
84*29(1)1144
(2)
HR 15*5
DK 8544
DK 8480
OK 4*13
DK 11398
DK *111
DK U72*
DK 6300
DK 3421
UK 12516
DK 7603
DK ISI2
DK . 46»
HR 286*
UPSiMO- •
DK 12X16
DKE4W
DK 5*96
DK 5288
DK 6*74
DK 5150
DK A 274
DK 1302)
HR 5789
DK^4)5
HR 1951
DK-i 347
DK 3627
DK 1319
DK. 1087
DK-C 2766
DK-I- 47
OK 7601
OK E3tt
DKUIW
HR 5703
I1R 5607
HR 5076
80)887
MD 721
84D498
84D1B)
MD743
MD 197
■40 446
84044)
MD 110,54 164
6IDS69
MD57I
MD 709
84DS18
840641
8ID 344)
EXI 1381
MD333
MD7«*
80)440
MD678
80)363
80)821
MD 120
80) 727
N8CP
LPWt
MD 2*9
80)311
SMP
MD386 II.
MM 474
L P-1736
MD 3)3
8*0 557
MD327
8*0 740
UM7B
MD 682
MD393
8*D67T
80)668
M*» 0306
M*3I ODOI
8)933 (Qua
84 933 2140
81 *34 U38
8**3) 3144
M*36 (197
8**37
8**38 2158
84*39,1, J652
8**41 2236
81*42 129a
81**) 2282
84 *44 2419
8**45 1208
M*46 2)5*
M947 Mm
DK 4811
DK B802
DKSI80
DK 11746
DM36
DK 11036
DK C 3202
DK I tew
DK 11)93
DK 9)4.1
DK 1210
OK 12047
DK-E 976
DK 13849
DK 5787
l« 53*7
DK 3043
DK 7571
80)438
MOV) 34.
MM 46V
MD. MM 476
MO 6)8
8*0 3*4 n.
MM 464
80)7)7
8ID 733.11*
80)350
8*D243
MD 558
8*t> 649, 9J4J
MD in ion.
MM 472
MD26S
MD164
MDI7I
MOW*.
MM 473
8*0 510
80) 7)4
MD 1*1
ft 619, a: Si 12521
JL 86*. a: P 661
AV «L a: P 13*2
ftMErPftt
ft. m. a. PIS)
MSS
ft MM), a P m
P 446. A ft 6*4
JU37L ai P III
JI.40U.a Si 2021J
P 1264
IL 727. a P 496
P 622. A bu ILM16
JL 626. a Si UWftatat Pf»
ft 194
P«M. AMa 0.8)4
P 578. A tat ft. 89* a Sl 21 234
P6U.AS1 *438.
a EL MiXPwai
IL 999. • P 136
ft 487. A. a tat P 269.
a Si 113.11
IL 656. a P 4)3
ft 704.<l» A P 470;
<l) a. Si. 13 >20.
ft 979
ILKTT.a P 620
IL (SI. a P4|4
ft.311. Atat PMT.a 5< 2IJT7
JL 8(2. a P 641
ft >25. a P 245
ft. 3419. r P MB
II «OT. a P 365
It. >31. a P 219
ft. 729 a P *97
IL7S). a P 496
JL 994 a. P 629
IL679.a P*J7
IL 862. a P 357
IL *»). a Sl 12 537
IL III
IL Tiff a Si 22 *42
II. 176. a P *62
ft 5**. a Sl 1*917. a tat P 363
ft 98). a: P 342
0.703. a. P **3
ft 1011
P 424
II. *ia A tar PKNfc 6 Sl 2) 41*
P 133*
P DU
ILXtt.a V 12523
IL684. a P4I2
PIJJJ
P 138
AV 475: a. P 1274
ft TOO. a: P 461
P 45*. * Si 12.332
ft V*. a. P 316
IL tit. A Si 12522.* Si 566)2
AV 477. a: P UW
ft 86). a. * 123)9
P 310
ft 977.11) a ta* P36*.
IL 895.12, a tat P S98.
a St 174. (!) a. (2) a Si 12537
P 39*. A bu JL 6)3. a St 18564
P 170. a; Si 36;367
IL 362. 6 St I *1*4 a tac P 1*0
ft 7(3. a: P 516
ft 392; a: PIC?
ft 114. aP 653
IL8H. a P647
ft 301; a. P 2*7
ft 48). a P279
IL71I; 6 St 2L227.
fl-915
IL 385. a. Si 22*80. a btt; P »5*
IL 484. 6 P 280
ft 717; a P 4 59
ft 306, a P 292
IL 389. a: P 163
0.65). a-St 12511
IL I5L » P 64H
P436
DATA M-948 to M-II19
437
M-WI
M-Wtt
M-trtt
M-USt
M-ttJl
M- 953 -
M-* 3 *
MW)
a»
1771
mi
I2&T
iSM
1M
2.M7
mi
me ( 246 f, Mb ID
DU B J.U HDSOJ
m istj no«i
1FK2SL2 MU 61.5
bK md i»i
DK7464 L,P-I7*J
bxrucn MDJ«
djcm** NDHFF^w
I m sew musi.v;
IT, W. H, Mil*
JLTHcfccP544
JJ HJl I! Si fc LSJHi
Jl. T74 r x: Si, |tJJT
P 243 . A 6 u IL 517
P UTJ
A: 51 9 *«T, 111 A Jl. 735;
* JM JJ 7!,(U, hiM
r ZSJ; i: 5a 11 Jin
ILK**; 4: MAI
MUST
M- 95 H
M-t»
M9HT
M-MI
M962
Mi -%1
MSM
M%3
M.4QA
M W
Hdfl
M*%9
itCa
IMt
N’
IM1H
I Ibi
n>?ji.
salt?
im
33JU
SUSM* MD 5 »
DX H5S3 MD i4T. fA.JH
UK 221 'CD 340
vs m mi/ v,*
VS 93 S 9 MBJHltl?
□KCJCH2 'ila 1*1, X)l4i
t)K 1191 IIM [Jli 54
UK 11*17 MD 1 4 . 2 , ,ffl IP
TIH 5656 MO IDI.SJJTl
UK 3«2 MllltS.
MM 461
DKA 7 S 3 TIM 13656
ok my jmu ii.i
DK 55 I* 510 'll JQ ,
Jl, 73 *. t NUT. pi ra w
JL S»; iP&
ILTll.iMdti
P-H&«3t ifcsfc
IL 495; a. Sl IUU
P 14 lj A bai JL JH
AVM1,cJ7M
it. 53 ». i p im
JUJ 3 ;*:}l I 2 : 5 »
JL J9). a" Si IIJJT,
ll»rT I Mi
PH)
JL 3 *?,* P 9 E 7
P 16 k A; JL 144
M V7I1 Jtlft
M -971 1254
M*b 2 235 T
H 4 C 73 350
M-UTJ 2 A 5 U
Mfnj 22%
44-976 13)1
M9T7 U5W
M-VCR 3117
M-*» 356 *
MM 23 J.T
'l 4*1 U 2 LJ
M*S 2 HD I
M.WtJ I*&®
M-MM III J
MW 0|55
MM* IJtil
H-W IDOT
M%( tUt
44 WJ (HJf,
MWG 3473
M ? j\ 3301
M-W) 346*
M 993 1367
MW JIM
M -995 3 DI 5
M.W6CH &f*
ED
M-*l Q 55 |
M.WH 1176
m <m hi;
M MU 14417
M- ton iau
M-iDM om
m men tjrj
M-tQW fl »3
M-llW, IDO |
M L rob IJttM
M-im 1EBJ
M- 11)06 1 BJJ
M ■ IQSt 2627
M IT)IQ IfflS
M -1 Di i new
M -WU 02 W
54-1015 1 / 74 , f
M mi j IKS
> 4-1015 0147
HHItft 1341
54 lilt) 1,100
M- 10 TR 24 K 1
M-IMI'T 136 *
54-1020 M%
541001 1299
MJ 023 0110
M-H 03 0145
M'lHM 0541
M -1025 0 S 3 J
M-S(i 3 ft ijuo
M IEHJ OK®
M EQlR 36 TI
M. EftS !£»
M-EGEKT MJJ
M. EOJI H 74 H
M-tOJI JJ 17
DK ] H 15 VILi T-U
L 74J M»m»JEI
DK *179 MD 730
ItK SJ 4 I MPItftHCD
DK STS 6 MEi U*
DK 1106 MDJBJJ 7 .
MM ITS
ITU 5361 Mh J TO
T.T MD S59, MJ(7
UIHWI& 4 S* EXtt tV*
DKR 463 Mil 5 |*
m *M MD 315
DJi 7754 5413346
EMt HU* MEJ WWfl,
MM 47.3
I'lTOUli E:\B 1377
HRW 7 Ml 1673
DK-i 1066 MD 5 TO
DK 17631 MD 566
I IB * 110 MfllM-
DK-mrrg' mduo
rrt Mtibii
DK 4073 MD 310
DK UK* MD 736
DK 6153 HDVVJJ.
MM 47*
DHL 3l'5M MD 321,51 Jf
l>K IITf* MDM7
UPHW&SII F-VB 13141
DK 3 ff 76 'ED *13
MU MI
DK-H TO MD3TJ
DK 11756 MD, MM * 7 ®
UKSSW MDn*
IJKJ 7 U 4 MD T 64
HR 4054 MD. MM *46
UKL 372 MO 6*3
L VM MD 513
UKbUJ Mil 661
HR 4161 MD 701
DK 1 . 36 J Mb (DO
DK 644 * MD 493
DK 55 « Mb 317
DK 5215 MDSII
nsrai md m
J.'K 4 MTf Mb 461
DK ATT* MDWI
'!f* MD 411
VS 3227 HD 37 J
IWC-itM ME) * 4 *
VS L 4 SR MD 5 S 7
DH.-E 133 MD 363
DK MD 763
H 3 t 3 J 4 L MUboW
DK «*H MD ATS
lift 57 **, MD 64 #
DK 7613 MD 7 B 4
Wt-iW MD 6 T 4
777 MODUS
m 6Q31HH
L 331 MII 4 i 07
DK 115*3 MTiJO:
DK HM* MH 3 J 4
DK-EJ 4 S 4 MD 305
DK l«JT MD 333
5 DJ 17 T MD 7 S 3
DK7U» MD4M
JL fflfh i JTLM, pi. ku> 110
II <m: * Si 11534
IL 117 ; a: SL 212 II
r 3 T3 . * *i . aim*
fl- 4W: * Sl UiW
iL 39J; t PJJ7
IL 1LSJ7
JLliiT.j r+4H
jl m
IL AA* Ml SI- 212.17
JLT43C* F4®J
PI7I
JL. m, 4' P 143
IL IH7
P 3W.4 ft- UUt-t.tft* SL If 1ft
JL 731, i. P 491
JL T46 r II P 5CM
|J> Ai AV UJ.llHtMl
i Si. L2J»
JL 77H l P 512
U, 79£t i P53B
P 315; A Ini JL MS: I: Si. I4 UA
JL IU, i PAH
JL 1K3; t P m
IL 565. & P KH
JLTftli* P WP
IL 179
P7LRL II) A bH. JL 11*31.
JLfl|D,lDi P»3:tll. 11*44.
A; 5i lillOS: A Ml: Sl 32?T75;
IL 747; ■: SJ. 314T1 ■ Hi P 493
IL 4(77.1; P Eft*
PAJO. ft l~;IHlT t * Si tfcSHS
IL 145; it Sl. 13:23
P 205
jl in ■ rsu
n.«Ji a: ft 113>4
P 591; A.- SI. 5:6633; A vs-. JL 89*
JL *43; a P 5C»
JL7M;i P5I!
JL ft* I. a. 5111.5*7
JLi7fci:P4»
JL AAl;i: P lift
PfrTO
JL AH; a: P 1ft
iL 733; i: PJILl
JL 513; 390
JL7*n* JU.2.11St»!ttt J'4H4
H«T;«tP147
JL 731. a. MH7. pi J11-34ft
II. 361;* Pitt
IL *16; i, SL.IJ 223
JL R9Ch j-. 91.11-399
ILTM; * P" Sin
IL 912, ■: JL 1*317
JLR29. A. A P All
ILW;*p5«
IE. 902; i. P5R5
P 731
ILliftcEk [2334: Q P 546
P530; AK* IL 770; i S) 72-AKt
JLAAO.icPiW
ILJ'Ll, * P244
JL 7 L«;*:ft 31*50
IL. 172, j. P ft’?
FI. 4.3*. a p *12
M 11333 0095
M-IttM J4AJ
M Idas
M- 1113 ft 4 Mri
m Jin? asm
M- HUS IE57
U 10W fl0j
M 1040 ZIMTJ
M Itm ion
M-S0J. 0335
M-I&U 0547
M7M4 1351
M HH5 7447
M t044 0319
M-ED 47 UII
M 1044 QSW
M-LC49 BJ1
M-mso n%
M I nil 0265
M im DCKPT
M-LQ53 2163
M-lftM 1MR
M-HISf 2«a
M-I1H6 0531
M IftST 2S|»
M • I1HS 1392
M-HB7 01#
H-IOftf) 1*97
M Halt tm
M I0ft2 HUM
U I1*i.l 2157
M 1064 1*92
M 1063 2151
M HIM 15*7
M 1067 1496
M 106* Wtf)
M 9006 1WC
MlttW 21M0
M KfJI I4«N
M JCCT2 14*5
m im 1**9
M JOT* 0562
M-9E7T5 1*7*1
M StTPfl. IWftl
Minn 2359
M-107JI 0217
M IQ79 2fc5f
M l I XU 1541
M-I1XI 2129
M-HH2 1349
M UWJ 1)130
M lit* 1316
M-11JH5 1222
M-IDH <023
MI1M7 HU
M-1114 226R
M I Cm 7 lid
M-JOQD 2675
M lOJl 6174
M 1092 13)2
M-KPP3 2*67
M iffu J2|{T
M-IEJ93 3*?5
M. 1(196 J4I11
M-KPT fiU
M-ID7I 150 J
M-IWT IIE3
ME1G0 2201
M-II01 2*31
MIIQ2 2009
M- E 1(33 J3J7
DK 7*16 MD 6KJ
DK 3J4I2 MD 773
IMlUM FAB
3TP MDHW
m '224 MD 637 *
DK.C 392 MD54®
IHC 36IA MH 50?
77? 9ED WM
HR5I7A MD759
IIU 1 » MD S 56
DK6W2 'ED623
DKTS 42 MQ«
DX l 112 V MD 6 T 2
W M 1 T 4 W
DK 5 M 9 Q MD 53 R
UK 9 J 3 MD 534
IIR 45 H 6 ? MDlJll
UK-BlCin HD 74 *. 5 J 77
DK 3656 MDJ-M
DK *643 MIJ 7 T 5
DK 7312 MSTO
DK 4 AK 4 MDH 34
DK J 74 H Ms 171
VS 2049 MD 7 IT
DK-j 603 MD IS
VS ? 1 U UDriTfl
m TM6 'ID «s
DK 10973 MD 591
DK 3 *m MDT 45
Crti 39 fl MD *76
DK II 9 DL MD 501
HR 5 * 7 * MDA 36
D Am MD'/flO
DK 5173 MD R 90
DM 72 MJffl
DK 33*4 MD T 7 B
DK-Oftft* MD JUS
i lit * 4 , 1 * MDlVl
T 7 t MD RftS 0
?n MD MAI
ID 33 5 AID 715
f?T MD 135
DK 6345 MD 300.3117051
DK AS 4 M MD 547
C1K TOftfi NMP50JJ2
LTR 3 NVfPSDIAl
DK I 1 W 9 t„ P- 177 *
DK C I3°3 Mb&Ki
JJK- 1%1 MDJKl
LWM MU 129
m 431 * Mb 163 . M 237
DK 1337 JMD »)
HE SHP 50239
DK 12775 L. P- 17.1 J
VS 59 MD 330
DK *791 L. P -1726
DKillftO L, P 1721
VS 3909 MD * 30.13 J 3
DK 79 I 3 AID *®4
PK. 115 S 6 MD 637
DX. 4311 MblftS. 14 *44
PK BCBR MD 3 »)
PX 3522 MQ M}47.
54 M 4 RR
TlX *2 JftJ 4 MD?M
V5 2543 503646
QK12EMP SOPWA
DK R 37 i MD 703 . JJ J*
UK HUD) MD693
DK B %■>: NMP 30 . 33 *
M- 1 LD 4 1335
M l MU iJi.il
M-1 List. 233 E
M 1107 2»6
M IHM E339
SLIHW 1327
M l EEL) I3M
M llll E 333
M-l L 12 2366
MINT 24*1
>IK 2fiJ7 MDTD
DK 12230 MDM2
DK 1224 MD4V9
DK I26W U P-1747
DKJ1I7 NMPMJ37
DK.C3JT3 Mb 74*
TIK E ES*6 MH 44S
VS, RKJA NMP 50 J43
DK 12*77 MD 43ft
PKilSt MT‘30.’#.
PfHK A bi«: JLWJ
JLJWK * PW
IL PUT
JL Ml;*. PTD6
JL, 7T7: * P SJ*
IL 701; k. P 44*
JL IWI
JL IS*
ILUfLi M Ef lCfr
JL9TJ
JL Rftft. j. P 66*
JL 713 *; « Si 17 : J JT
JL 3!T|; ■: Si II 59T
P 390. A Hi fL
JL^nft.a. P.564
JL 11IA
JL TOP. a. SI. L>:5*n, ilu P 44.2
P*«. A bH: JLTUii 14 13:71)
JL JIH!
JLST9-. a. P M3
jtm a, p *43
JL.UU.t P 666
PA2LA lih: ILM1 1. SL i$Mi
JL 9 56
P Ml; A Mi B: IL 1023
JL S24, * Si 12J*0. □ P H4>
JL 9*1
4L«9:6-M U tl
IL MR: a Sl 12:51®, ■ Hi P5SA
JL fla.* P*rr
JL H&t- il P64J4
II. HAS, i MIC, fL tii*m
JL IWiAiiPW
IL 771; m: SL LUI*
JL 1DH; i- P730
JL«T, a, jlP JJ(T
IL VTH; mi P 550
JLMI .4 PA57
1L90J. t PT17
JL 971 . * PTD
JL IDIQf a; P 74*
IL 1113
JLAJL* fo D »
JL LOST: a: P 729
Pitt t Sl IRJS7, A bn: IL JR!
p *51; A tm. P JL ft**
Pita 51. It+'iJ, A hi. IL 13
JL IL. a: Si IH14
AV *71; A. i P ISO
JL 936 ■ P *59
JL *15. 6 P IH
JL STJ; ai P 121
IL STB. a. Si 12 556
PJ7J, ■; ft. H.1E7
IL 7; a SL IU3J
AV *7*. a: r 12ft3
IL 5M, r Si. JU*6
P ISM; A Inc AV 476
AV*7Ka PJ2A9
JLftJl, i SI. LUIS
31,673:* PDi
JL 91K, x PS®’
JL 497 , * St H:S»
JL SOT; x St Il:m;xln«r P3I7
JL 430, j F J IS
JL R7J: m MPT.pl txi.W]
n.Vfil * P3I3
JL66J. j 3’422
JLHfcir 9 t I 2 ID
IL9J7; a P «K
AV 592. A. ft. 3 ftftl*
a. MU’, p. a.i.,337; .Hi, Il V A\
Jl-936. a: Si. I2J44
P7&L \ ftii. D Jl 1003
P*Ul A bt, Jl. roll
AY4AL a So. ll Ul
JL 25; a: P 13
JLiSl, 6 ft JUB
JL 5*5 i: p D*
JL 2*; t P 21
Find
IL M3: a: P LEU
M ILL* Dll VS 3093
M-L 115 D» PK Ml
M-1116 ESI* ILK *1*R
IMD257L
«)• *6 KHP
Mb 642
L. P-1729
M-l 1 TTED 2613
CZJ
m
M l U# 23 fw
M-l 119 2*55
DK 74169 MOTOR
MU 77*
Mb 191
1 !*VMn- 33 ® EXB 1371
DK 7722 Mb *32.33 47
JL IMfcrFK?
P 54 *
P UTSt x Si. DJJT.
A M. AV #73
JL W, iij i p6?n
JL 155, |Zi m . P 664.
JLlWc ■: Sl llftlft
il m
ILW.lP 359
438
DATA M-l120 to M-1277
M-1120 2363
Mini 1*21
M-1122 2610
MI123 2333
M-II24 2330
Ml 125 0577
MII26 2332
M-1127 26%
MII2* CT2M
Ml 129 DOS
Ml 130 0655
MIDI 1354
Ml 132 134)
Ml 133 1343
M 1134 3651
M-tl3S 2140
M-II36 0114
M 1117 2531
MID* 1344
M l DO 1341
Ml 140 21U
MIDI 2169
Ml 142 224)
M-1143 1363
Ml 144 D64
Ml 143 1371
M 114*0)1)74
< 2 >
Ml 147 IJ73
M-1146 2540
M 114V DM
M-l 150(111534
(2)
Ml 151 1533
M-l152 1349
MII53 227*
M 1154 1362
MI155 2573
M 1156 1370
M-1157 2110
M 115* 2223
M-l 139 2m
M I 160 2057
M-l 161 2504
M-l 162 205*
M-l 163 26KI
M 1164 2665
M 1163 2064
M 1166 1351
M 1167 2464
Ml 16* 2M0
M IIM1 2024
M M70 13*2
M 1171 2«U
M 1172 1126*
M H73 ll«|
M 1174 0344
m iiismim
12)
M 117* 244J
M 1177 2450
M 1171 2539
M 1174 2 HW,
Mllttl I Kll
M I HI 2222
M 11*2 0512
M-IIS) 2454
M 11*4 1352
Ml 115 1353
M 11*6 2430
M 11*7 0151
M HU 222*
M IIHM l M6
M 1140 255*
M 1141 t 4*4
M 1142 1445
m i i4i ;«n
M 1144 0502
M 1145 21*1
M-l146 14*1
M 11«7 0201
DK 7024 MO 513 r 423. Abie fl. 672; a; SL 22:445
DK-E220 IIMSiaSJOM 9 1244
DK 1472 MO 537 7L 703;» P 447
OK12t3S <MO 156.51241) It 1150. » T 236
mm in KHP
hi mm tmu i
m 540*71
DK 12154 MD $36.574!
SO 2647 NMP 50.770
DK 12716 MD 747.36277
04( 3205 MD 149.5044
MO 6436 EXB
LMO MO 301
HR 2022 MD 516
HR 4433 MD50273.
MM 413
OK 7462 NMP 50273
DK 5462 NMP 50272
OK-l 223 MO 703.35 64
OK 7150 MD 6*7
DK-C 2*53 U IMH7B
L 3*6 MO 437.3)13
OK 11340 MD *46
DK 1127) MD5J.fr.
MM 4*2
DK *231 MO 433.061
OKU 10* MDM6
5712676 MD 661
DK-C 2053 MD 593
HR 4353 MD *75
MD 652
VS 1116 MDMIt
OK 5*4* MD 151.33264
DK-C 673 MD 777
DK 1543 MD 30261.
MM 4*3
MOWS
VS 665 NMP 50271
DK-C 3S3 L MOB
DK 54 .14 MD 430.55 M
DK-E 1651 MD 741
IL M6. r S3 21452
IL 1007
rittAto IL 607. ■: 5* 22:440
a* a POI
IL 171.1 P 645
All *451: (I3A.IL 527.
* SL 12124
Vickie
IL 670; i 5c 12:954
IL 737: ■: P 466
IL 442: ». p 104
XV <93. A P 04. a: St 11.595
ILIR.aPW
fl-446; • P6I3
IL 141: c P $56
AV 467, * P 1312
P 366 A IL 606 a SL 12 534
a FfM pt tiu*l. |M: (I) A.
(II a P745; (I) A to IL 4*2
P I Ift A ha IL *4* a Sl 224*0
n. 343. a P 349
IL 154. a p 5)2
a <64. a Si 12:540
IL 732: a S3 12 )46
a 1016
a. <43. t Si 12:517
a 764, a SL 12:550
K ft. 22 470. A Me P 251
A hr JL 315; a Si 11592
a 131: a P 659
A- Sl 9:434. (11 A: a 441,
(II a Si 12.516 lilt tu P 106
(2) A IL 974.(2) a 51 1321
P 14
PI11P.AM1 AV 466
i MIC. pi cm V*
a 60* » p 340
K Si S66J>. A bu a 122.
a MIC. pi. ctb 362
DK 7516 NMP 502*6
HR 5611 UP-1734
DK 1112* MD 246.3533
DK 113*4 MD 674
DK 11502 NMP 30 2*1
DK 10346 MD 3.33
DK 5925 MD 161,36253
OK 11434 MD 36367.
A: Si 22 435. A Me a 13
a Si 11:615. • bu P 4d
P 12*6 a Si I2J35
P 276 A he IL 441: a Sl. 22449
a *76 a P 567
P 36 a SL 22441 A hr AV *40
a 356 a Si. 22433: ihiPIU
P 227
P 117. A he a 439
UK 6642 MU 4M
OK MTV MD6I4
OK 4671 NMP 50 OUl
OK-C *27 UP 1730
OK 63*5 MO 731
OK 12*47 NMP 50293
OK 126** NMP 56292
L MU NMP «> 294
UK T7.34 NMP 5(0*4
OK 7340 MO T73
VS 255 MD 4*9
rr MD66!
ONE 1277 MO 641, II ()
MD114
OK *253 MO Alt
DK 6656 U P 1727
DK 744* MO 772
OK 4114 NMP VI241
OK C 240 MOWWfll
OK 12050 NMP 30 296
DK 11334 MU6I4
OK 7342 NMP 3031
HR 444*1 MU 53$ 3)«;
OK O 392 NMP 5032
OK 6647 NMP N< 31
DK t 1019 MD. MM 4W
DK IIM63 MD 5*0
11* 1676 MD 792
OK 7447 MD 442
OK D 171 Ml) IV*
l)K li*4 MOM*
OK *:«V MO. MM 520
DK *167 MO 1ST
OKI 1442 MD36J34
OK C Hi MO *74
DKJTI U P 1716
a 615; a SL 13)47
it 761. P $31
a Hj.aPa
AV 414. • Si 12 31*
P 665. A he a *74
IL 3. a P II
P lft A h. AV I
a 4. a Si 12)34
a 6 A. a P 05
JL *5). a P 667
P 402. A bia a 432. a Si 13:30
a 1020
ft **S: 4 0aP97*.
IL 464. (2> a PT13. A. SL 56633
IDA a 403. ill a P $77.
a SL 12216
AV 474; a f 1266
IL *51. ■ P 66*
a II. a V 21 251. • fan- *21
IL 4*6 a P 276
AV *17, A. a P 36
ft. 9**, A. a P 704
AV *** A. a P 32
a 71*. a P <0
P 30
ft. 26. A.. rn». a ft ia eon
P 121b r IL 441
IL 736 a P4T7
a 05c a 54 12)17
a 613. A. a P 345
a 7)». ipip
a 1106 a P 710
a*Ua Si 21 SIS.ah. f 220
a 1063. a Si. 21 214. a hi P 727
a 421. a: P 221
ft. (Hit A. a P 740
P 1271
MtlW 14*2 HR 1400 MOM.Wt.
M-l MW 2520 OK 1563 MO .M2K
MM 556
M-1200 02)1 DK 12146 MD733
DK 75« MD 605
M-l 201
M I2Q2 1325 DK 2797
M 1203 101* MR 1*04
M 120* 2095 DK 1300
M 1205 124) HR 4624
U P1T44
NMP 30211
MD32I
MD3I7
M 1206 2224 DK tl<6 NMP 50.253
MUD7 02*4
Ml 201 1256
M 1206 1314
M 1210 Xi*6
M 1211 R540
M 1212 0524
m mi am
M 1214 Q553
M 1215 11212
M-I2IA 1625
M 1217 0513
M till 0*32
M 1214 mu
M-l 220 0543
M 1221 0136
M 1222 I2M
MI22I t)J*
M 1224 1227
M-1225 1)11
34-1226 1326
M I22T 2135
M- 122* |3W
m- 1224 am
MI230 1356
M-1231 2321
M 1232 2697
M-1233 2152
OK071 MDHU
HR 4| 12 MD 4 W
DK E 1412 MU M2
UK 1212) 30
HR 103* MDR47
DK 5*54 MD <79
SO 1*64 30)912
DK 6124 MOM
VS 34*0 7 3IDVU
OK 11471 340915
OK 11*61
HR 6417
DK 1645
OK C 162
DK-C 310
L 323
HR 4»)
DK 209
OK 4013
DKC3IM
OK 11550
OK 797
OK 123M
DK *230
DK *137
MD VI?
MO 316
MO 579
N34P 50.215
N34P 111 214
MO 3*251.
31.M **?
MO 132.5024*
MO 664,3154
MD *47
MD741
MU *41
340 650
MD?*V
M-1234 212* DK 11745 MD654
M 1215 im
M lit* 144)
M-1231 021$
M1231 2311
M 123* 2550
M-l244) J729
M 1241 0756
M-l 342 2614
34 1143 1304
M-1244 15)4
M 1343 0510
M-l 346 0*56
M-L247 0130
DKR71I
OK 6746
OK 3*10
DK 5*14
DK 7905
m
DK7T56
HR 5593
HR 1964
DK 11241
IPM.MU4W,
OK • $13
MD»au
34DHU2
MD VJ
MDJCJW.
MM 324
MD3634,
MV 523
NMP
MO. MM 327
MM 526
34DJ6JI7.
34M323
U P -413
NMP 50 371
EXB 1364
MOJRJC.
a 405: a P 206
a 434. A P 196
|«TR 4<71
a«7ft aCc:P64»
P 356. A bu a ?«*
AV 4*7. a P 1361; Aft 12511
Pft7. A. R AV 4. a St 12.534
a 5*5. a P 3412
a *•$, a ft 12537;c. t POP.
E 311C pi ait)
a I*. A.C.P Si 21^57-. a P1L
A VSLp 190:151. '(IE ft 21 230
a *21. a P 654
IL 544. a P 361
a Ml a MlC.pl nu lM
a 1036. a SI 22 442
IL 943
a*»
a no*
ft. 1033
a 454
a 1039
a 103*
a 457
a 665; A P 410
a 1037
a 55*. a P 34»
a ?e. a p <44
IL I. A Sl i*633. a ft 12550
P IJ32. Ale, a »i 13)34
IL 434. A. a k P 114
P 2)3. A: a 504. a SL 12.530
a*6i a.pm
a 1070: a ft 12.5*5
IL 177; a. P 647
a 422; 1*717
P 72fc B: a 106*
IL 112. a ft 21211
a 1064 tbc.i.l ft 21 214.
6 ft 22 4*4: ■ he b he E P74*
a 1065. e h. 4,r ft 22 446
a ht. O P 72*
a MV a P 732 b.c Si i*5»6
a *34 a: SI 12341
a 1022
P 125: a Si 14 29ft A hr a 797
a 45ft. A P 116
P 1340
a* 4 ».a fill
IL 444
a 455. a P 141
AV 461. A P 1110
a Me a P 3*
a 171
a 452: a P 143
M-1246 (RSI
M 1249 1501
M 1330 atm
M-I2SI isn
M 1252 1521
M 1«3 OSU
M 1254 1621
M 1255 07M
MI2S6 0791
M 1257 0*7*
M-1231 2D0I
M 1254 2649
M-l 260 2703
M 1261 U1M
M-1262 2301
M 1363 1341
M 126*
M 1265 2227
Ml 26* I47Q
M 1267 i«
M-I2M 22*,
M 1269 0121
M 1270 I4M
MIZ7I 2M13
M-1272 14$7
M
M-I274 2106
M 1273 2176
M-12T* 2*21
M 1277 0154
MR 272* MD50J66,
MM 521
DK-B 1065 MD779
OK E 1723 UP-91IA
VS 1276 MO *23.56JS
DK 1712 7 MDII3
VS 5459 UP 1717
fff MD 342
VS-A 13a EXB
17WWMI EXB
DK 10436 NMP 50373
DK 64IJ NMP 30 367
SO 3130 UP«»
IL 1*9
a 4Sll a. Sl 12:334. a ha P 124
aiSKa pan
XV 461, a ft 12 541
» a 1011. a P 712
a 955
P 1272. a SL 12:515
P 303 A a 362
frmr6a i«K4. pt 3
VSL p 272. C 73
at a P 31
at A.«P29
OK 113
NMP 50 3*1
P 33. » a 4
DK 460)
NMP 50304
AVIHaF 3)
DK C 31
MO 311
IL TMt. a P 476; a ft 1233)
HR 1050
NMP 30J41
AV I. a P52
DK 4741
NMP 50 )11
a 46. A P47
HR 4237
NMP 30.349
a 44. a p 50
OK 9)1
MD 393,3372
a 609. a P 3)2
OK 5476
NMP 501(4
a *5. a r si
DK i 370
U P-1733
XV 417. a P 12*4
HR 4109
NMP 50. Ml
IL 47, a St ItlW
OK 5567
NMP 50.315
a a. a p 44
VS 3551
M0 35KJ6J5*
a 543. aft 122113
OK 7W|
N MP 50324
a 43; a P 46
DK 11177
NMP 30 336
a 4t a p 4)
ITHMO-Zl* EXB 1)«
a ii7
OK 5*20
MO 351. XU It
P 306 A hi: a 549. a Si. \MH
DK . IQ57
MDJJ75.
P 193: A: a 424
DATA M-I278 to M-1436
439
M-12TB 2IKS DK363I Mdl (ft, II 423: ■; P ITS
m 5767
dr may
W-tITV Q5»
mimo tm
H12I1 12fift
M-l 2*3 fll *b Jl»i-ifr33
M 1283 0134 OK j V,H
M-lJlU 2*77 OR 5755
33
M-J'jHll |)22fH DR 3017
33
HW («l
M E2TT 1454
ml m dr ]35>»
M128V 1432 flKhjMl
M 1741 1*63
L-JVl
VS 953
HD41I
MD7»
MDiSfr
MDlBBLTC.'Dft
MD5I3
'ft? b 1 6
VI1 MM AN
L P-ITJT
DIIIT
UK M5'J
DR V,34
DR 1MJ
SD IM2
M-iasi
M.39? rw
M-l 295 BU
Ml 294 n»l
M-1293 145*
M 32W 02*1 SD2H05
M-I297 1445 L*S0
mi3sb twi
M-EPW 1436 DK C3£H
M IXD 23311 m em MU TP*
M -1 Vjl 0131*1 DK i %i Ml) W
M43M MM OR BUD *101=3
M ID? I«JH DK C |I14 MDTVJ
M-l 304 142.) DR-d 203*1 MOKfl
M ITO 22J9 OK 4371 KMT AM
MDiwi
MOJO?
Mil 313
MQnJjh
L Mill
MDhZft
140*33
MD609
L MU
M !»■ 14*1 HR 112)
MS 307 IKX1
MD ifllM.
MM *37
SIDIMU,
A. 1033.«! P752
JL PTJ, A: 1*77 V. j Si l2JJft
n. ten. *: pst#
JL6*6::t:P4IO
4 to M 3H>,
1IM A.«N,^i POJT
JLK4, 111 4 P5EU. >. Si.33-:43ft
ILTOt 12 1 4 P494
JLTJlf to 1253V
IL JSfh ■ Si ] 1:514
p OT. 4 JL MJS
JL -ill; 41 Sl [3:540
AV 4*& A Si, 4,445.
A Im: P UG, 4 to 1233ft
ft, BYT; a. F5BH
ILW:» SI IJ S3*
JL t«60. u FEW. pi sot JSA
JL 7*4. A P Ml
AV 505: A: Si. |.«M. c Si 12:53(1
JLIOCfti Mil
JL 7*4; a: to 12:534
PL 77?. 1 : P 54?
AV left A 5 i. 5:6627.
e u, n $?i)
IL Stll; 4 P 351
IL fa*; * P'5&?
1L 7«A,i P52«
A 847. » Si. 1255(1 1 411“. PSffl
iL7H.fr, 1 . S| 13.55ft
JL JH: r t 44
7*214
JL«Ii.5t JI5U
At 13CM Jiwr
54-1309
M i Mn mi
Ml 511 M*J
M 1313 23 IN
5DW54
[JRTiUjS
DIE C II?
DK 51•«
OR MCI
M-TlfJ 2D93 OK iielM
MD1H.J0.TU JL V*; I P J10
AID 3t>0. S*72$ JL 155. m. 3* JOT
NMF yj 299 JL J7; «, P >4
JL J.W.* MJS
P 3l»
JL 4ISV ■ P J(»
m K.ta
DV 5577
DK-B V37
UKLHMJ
M-1314 HJfr
U IJU J.141
M I -UA
Mini «NX*.
MUIt 1 1 It.
M I ‘IV PlhJ
M i *20 1447
M-1321 (44a
M I U3 11731
MILLOIUUBA
Q\
M4JM I6H3
M Mis 3I1H
M 133 ft (1557
M 1527 I -OIK
u-sjjj ;-h?i
*t 153V Uin
M U3d M OM
MtSU IMD1 DR 1 LI
DK 12175
OK IIHNlT
DK I23Mi
OK SR U
r»K 7V3I
SDI725
DM. 1535
UK 447|
dk riur:
MD JOJttP.
MM J] J
M&IPJJD,
MftfjlJ
MDJP.«J
MDMJP?.
MM IQ
am* min
AMP S1.3*M
MtiAJU
AID 5H1
VI. ’ JH
MDAl!
MD.IlUJ?.
V M 3*H!
MD 535
VD.ns
ME) ft) I
MD377
MD.fMft
MD77I
P4I; AL« JL 35; a S* 2J:4$J
JL 53; 1 P Jfr
p 514, * SL 13.533
JL 725; i f 507
A SI H4J5,. Si, 12.AW,
|i) A: JL 75S
JL W 4 . Si 12537
P2J3: ■: 5i 7Z:4*f4h
C, E. II. 4 *4
P 405
JLTMit P54I
IL ?54,* PAIS
Jl. 75ft. 1 P 34U
. P6TT
Ml? IV: AIM nMjL Jlr,. i P215
DlSJ.Wiir IL 574: ■ P M,
M-tIJS U34
m iiHimin
m
M-T33JL J07;
M n.i* 2515
M-I3D 303J
M-i.m auft
Ml 335 3015
M l MO LWi
M J 341 2093
M 1142 |J*1
M I M3 1411
MJ1*J 2515
M IMS 027(1
M i MS Q351
MtJ47 0274
*r 1 ms fiVhi
MLi« 3»J0
m-lsm im
M 1351 3142
M 1543 D*w
M-13U I4JW
M I1J4 E4VS
M 13SJ 3.1*11
L JK J7.M
Dk nail
OK 5*11
DK 332V
UK !W$
OK 10554
DK 1143
DK.KW7
ILK 3E3U
Hit 4135
DK L255I
D«4gr73
777
PK 5WMI
LIE. H RH3
DK 10355
JL Htt. ■: P 67V
IL 1015 .« PPM, p* lutMHtUlk
tlluflU
P 7ID
IL T79; i; Si It34li
JLSWJtrllA PATH
JL 7WL (.21 j. F 5J4. t Si J 1:290
JL I(I 7 A n: P 714
JL frl L:e St !B5«fc (2i h: P592
JL 797 , Ai P J 4 J
JL fri 1; a: P 5frl
JL *17. * P
AV 447. i. St. L4 2HV
IL 425, 4- P 177
JL 427. a P3M
JL $53; r. St 315.11. B. C: P «Vfr
IL AIL r. PTE
JL [017
V5 20R
0KE2KA
MD-WJW,
MM ?N
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MDTVft
MD«W
MD63J
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MD653
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MD, MM 4«M
MD MM 495
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HDH45
MD WD, MJJ7 JL. Vii. A. j P 734
340 HA* II. IlSJfi
MD W IL IOW
MD. MM 439 IL 436. A. i 6J*C P 111,
*. b Si. 3 £ 4 VI 1
MO J*a J 1 JJ 25 rL 567 ; i: P J 71
IL 41H, «:P 17J
0. m-35 A, 1 pur
MO. MM 51*
AH1«3
MU. MM 516
MD»m
MS). MM 517
P7,y
IL *13: At P 214
M 1356 27137
M 1177 E4ft
M JlSi 0150
M-USV 2515
VI j 3fdr 1443
MrSNsi 1474
54-1563 3230
U-l*3 3772
STsVw 3543
Mli&J 365*
M E»6 30V4
M-LWiUMAI
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M I If* XMif
M 136* 1471
M-J370 ilffl
M-J57I mb*
M-I57I (IMS
M i in orK
M-15T4 3H«3
M im 1560
M-I5R6 IT7V5
M-im I17SW
M, 1711 U796
M-lflV IJW7
M-L5M 0U1
M [3*1 1559
M.-L3S3 3171
MT3KJ TO
M-13H4 Dill
M-l 3*5 flfiJJ
M l IRA 1563
M-l 3*7 3761
M-iSft nti
M 1.1fifr 3634
M JMO «*tl
M-1391 37*
MJW3 314*
M im iw»
m 0*37
M-E795 1741
MFjW. 1566
M-tTW 2723
M I KA i fftl)
M-I*W 1563
M 1400 27AI
M. 1401 ni>
M-140Z 15R6
M-l 4113 0256
M IJfH- OMV
M 14U5 2751
M J 406 2740
M-1407 1577
M 14I MS 1710
M 1«N 0*52
U 141ft 3S10
M ill I 0517
M 1412 KJI
M-1415 USUI
At. 1414 0*71
M 1415 JJ3J
M-ulft Ell
Ml *17 J522
MI4i«mi)l6
m
M-14IV T173
M-L4JJ 2177
M t*Ii IJI7
M-r«I 2733
M-L421 OJBft
M-142* 130(12
M-i 43 .J ms*
M.-I426 151]
«-t*n 2771
M-I4J* I7H
M-L439 3S7S
M-I43Q 1714
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U-142.2 I53M
M-143-1 1576
M 1414 1151*
AJ-1435 »76
M-143* (BOA
SD37J2 NMP
DK 124-tii 54D624
M-l 1013 MOTM
DK 6**» MDIU
HU R34* MD16T
DK-DI6J MDTSir
DK J 246 a MR, Mftt 496
DK lilt MD.MM49I
DK TV# MD MAS JO >
DK W5ft KMP 303*6
0R4MUI MO .K 1 1 JO.
MM *91
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VS 5017 MD4II2
0% 3*49 AH? §61
OK 1 1 \r*t VtD S22fli;,
MM 32fi
L lit NMP 5344JT
DK-iBE NMP53J4JV
LiPMJMDIW EJCft - SHI
VS 2269 NMP 513901
VS HE il-atlft. E-Vft
V5 E H3-N35 EXE
DSAJ.MI7 exe
1 p>F. SHiCK exh
mwicmii fixs
L 515 MD5ft.V2.7WI
umw-i EKD I m
MN Sl> LXD
777 FXP
777 MOiifiL»Jla
IJR C llftj Ml)7U7
DK. 642fl U P-IKJJ
DK 7679 VMP 50400
DK If 16 MD WW
MM3E»
DK *4*9 VMP 50 4(12
DK 42tifi NMJ* $Cl Alt.
DK 12257 MD10AV
MM 4*1
DK 413* NMF 50.345
□K 5154 NMP
OR DWJ NMP Xi.363
DR- E 113 MlHil IW
MM 53 &
DR laws L P-1722
OR *53ft MDHJl.jriiy
3D I9E VP 1721
DK*t?$ MDJfridJ.
AIM 514
nxiuif Momstsfis
HR 22M i, P-1721
777 MOH43
DK-E43S VD*4ft
DJC766J UP-1150
UK IMP MDRISlIJJ^
HRJJIJ MDJUI
DK TOOT LP-E719
DK JO*it SMP
DK 7W*s MD JG7 r MJtt
DK 122*4 MDIJ*
DK5660 UD*»
DR 10215 MD *7cl
DK 12535 MDRE
DR 4JIDA Nftd' VI 56J
DK 7H92 NMP
VSfr2l! MDA3V
HR 5971 MD 171,
mM sJi.snit'
MD7U
DR 11439 VP17EI
DK7147 MD Hill
DK 1331 MD (13
DK619H MDHL7
W MD ION
DK. a A I* X UP Sft *9.1
DK 11677 AMP
UR-E LNIU
DK l#Tft MD 4i*L 57 AM
DK 0*74 MD 33 #5,
mm m
iihAiiti-ftffJ Exa
DARK! MD 77277,
MM5U
DR 11513 MD V,*T7
MM 511
Hft 33a SMP
DK-E491 UDfJS.MJW
DK jy*ft VtD N36
777 HiAVtTA]
MN-E Hi LX.Q
ft. 3ft. R P 26
ILT*5: A- P52li 1 : Si. 22:459
IL137. A 4 P 693
JU. 571. A. 4 . L P lit
IL (44: i: SL J2 539
ILS42; ■. PMift
Jl. 4JA I P 116
JL 421; A t P 119
Jl, *2ft ft. 1.1 P El
JL 44: i. 6: P 72
JL 4E. t: PUS
JL H57;
JL 1*6; 4 SL 1111$
P5B; K JL 74
P ML A; JL 507
JL 1DE1; A ilk P 716, e Si Ir, FA#
JLIOLArlj: P7WJ
rm
P IB); A (2): JL 'M
Jl M*
JL Ml A (2[, P lUu
JL 152. A (lit AbIscc
A jriicn; A JL (tf
Ji m. A e. hi W(m
lit 1*1
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JLA«
JLlW
AKrtea, A (IK VSI. p 777. C77
VSl. p. 201:171
JL 685
JL927
AY 301, A P 1295
AV 3
JL 451
AY 111; A B.Pw
P 75. A. SI (4JB3
ILSB7
Pill A:It IMftfc
Aha: 5i 1429ft
P 13M,AiSl 13.624
JL 41; A SL 21:429; A hit p 10
ft. 411
AV30I
JL 1068
AYttfl
Jl 793. A: 51 2*216: E P 111
JL IDMi: A: ii 21:210
AV 47ft. 4 B Ms MK". [J mi 76,
A Hit P ntXi. B;Si 9.452
IL IOE
JL 1004
AV 303
JL 9811. 8 11 24 JJfr. A p 701
IL-V>3kfc Si 12:557
AV‘ 504, A PI29I
P UK
JLfrfti
JL983
ILSW2
JL 99ft. A: P719
IL»I
JL 40
p 13,57, A to 2J.4M
ELS9I
JL 462:
A 5L Llift, ft- 5, 91-MI
JLRJS
AV SOT
JL**J. A, It Ss ittJK
JL Ift 19
Jl. Wrf
JL 1104
Jl. 31, A Hi, B (in: P 55
P U3*
AV4M
JL 301
IL 471; B, C ha. f 12);
C- Si IH -673
□■Ju Lft61. P . W
IL 471; A bit B_ C: P lit
A to- 22 -sW, U'tfaktt; SI. 24419
IL 7Y5; A. fl, C, f; p | L(
P U41.f-f.Si. 12,311
11.966. i-J Si 12:541
JLV37
AVft
IL VM
440
DATA M-I437 to M-1611
Ml«7|l)0592 WtCJUft MOOT* IL >07*. (Uk f 70S;
(2) MD78* JL«2I; <ljli P656
M UM 0107 OK. 89 MO 621 IL 77). A. • P 533
M MW OMO MR 1693 MD77k a Mb
M 1440 2.174 DK 31137 V©«1) «. 97*
MUII 0529 DK 3346 MD. MM M* II. «*,.!»»)
M 1442 DI4I OKtlflDl MD WJ4J. P 300
VMS)*
M 1441 0271 OK 3793 Wnil
XL 654, t P ML!
M 1444 21* UK VA1
MIMS 2303 DK 3671
M-1444 0330 "7
MIM7 07*4 DK 4211
M 1448 0423 TT
M I4W I *07 HR 3741
M 1450 1301 VS 3411
M >431 0134 DK 4MO
M 1433 2SI5 DK MI7
M 1431 0*¥l ft
M 1434 04)1 7?*
M 145? 04U *•*
M 145* 1611 VS )$2*
M 1457 2JIU7 DK VMM
M I4M
M 1436
M 14*0
M MM
M 1462
M 1461
M 1464
M 1465
M |4JM
M 1400
M 1470
M 1471
M 1473
V 1471
M 1474
M 1475
M 1476
M >477
(IN* ff*
0172 DK 4HM
<037 MR 43)7
M 1461 075* 777
M14V1 msi rr
M 1493 0)44 OK t«S4
MIM 1396 V5 2I06
M 1495 0)54 rr
M 1466 0)4) rr
M l467 OVKI DK i 5)6
M 1*98 2*31) DK 7906
M 1300 03*3 777
M >301 03*5 DK 5571
M 1302 05M DK 3452
m iso) am L4w
M >304 052* 777
M-1305 032* m
Ml30* 0824 777
M 1507 0320 DK UB>)
M ISO* 139* VS 198*
M-1308 0)27 777
M 1510 03)0 DK 4251
m i5» om rr
MI512 0325 777
M I513 1602 MR 2011 '
M 1514 1603 VS 792
M-131S OVA OK . 6*4
M 1516 0367 777
M 1)17 2»l) DK7S11
M 1311 1599 777
M1319 0501 7r
IL Vi: » 6 7 71
PUN
JL 1071
JL *52- • I* 674
P 195
<M 17 m
(Ml* VS 3524
IM22 DK 4114
(Miw rr
ow rr
2*22 DK tin*
i»4o3 r?
2*24 DK4J94
im*i m
N VO* 30 317
NMP
MD 44)
MD 716
MDM4J7.
MM5»
MD, MM 340 p 197
MD957 a 1129
MD 951.39 43* IL 1113
MD, MM 341 P 16*
MDVS2 JL 1114
MX) 934 P 76)
MD 9)6. J#416 a 1125
Ml) 933 JL 1144
MD JO 429. P 194
MM YU
MDtt55.M4« P360.BU. 1121
MD 9*0 JL 1119
U P 1755 P 1305, AM lln AV *16
MD961 P 791; Rail!)
MD96*.VK» JL 1056
MD967 P790. & Jt. IIB*
MD9tt3 JL 10*0
MDV5« aim
MO 939.1*44* a 1157
MD9J| a KM*
MD9D.W44* a 1045
LM7SI PI296
MD983 n 1077
MD997 a 10*3, B P 7*3
MOW a 1091
MD911 PT7S
NMP 50 472 P 63; A fan, R bia JL 39
NMP 30454A P M. A hi 8 Nn a 55
MD M 404. P 1*6. A hLl bu II 464
m 147* on> rr
M 1479 0376 777
M 14*0 0)77 V9
m 14*1 am rr
M 14*2 mil DK i 167
M 14*3 0)15 DK 11127
M 14*4 0)1) VS UN
M-J4W 0)12 OK ) *3*
M 148* 1401 VS 202*
M-i4*7 idio rr
M 148* 0V* DK 3*63
MM 352
MD923
MD 940
MD 986. 39 Oil
MU 6*4
NMP 50 461
U MIM
MDVT8
MD 9*2, M 44)
MO. MM 344
MD 341, J4 44/
MD 989
MO 667 •
MD MM 577
MD 921
SMP 30466
MO 91*
MO 979
MDI010
MU 92*. W 461
MD 50 445.
M.M542
MDIT*
MD977
M09t*
MD 922.194/4
NMP JO 477
mi m
MDW4M.
MM 351
MOJO 431.
MM 541
UP 17.34
L P I 130
MD 920
MD 9)9
MD93I
MOW 47V
MM 350
MD. MM Mtt
MM
L M7SJ
UP 175*
NMP 50423
MDV80
MD 6*4
P 77*
aim
P 7*3. A tav B tat JL 1090
P 7*7. A tat B ta. II 10*5
as?
P 1297
a io*i
A Si 12511. B *1 ttSUs
A bit . P 114. B tat a 44.1
P T7J; A V*. I Hu a 10*2
P 192
r 7*0. A hi B b» JL 1081
a 1092
a 469 B P 198
P 77*. A. Si 12.511. K Stt 1UU
as*. B 1**2
P 774; B: a 1127
a 1097
a mo
P 780
a 471, A V 20 186.
B S» 2D III
P 7*6
a 1053
JL 1054; A Si 1*6)7
B 5. 11 61*
P 777
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a iwi
a 474; b p 111
P 1*8. B a 473
P IK®
P 1299, A tat B hi* AV 313
P 7|)
a 1124
a 1027
P 179
a 1120
P 1301
P 1102; B AV 514
a 80
P 7*2
P711. Ata. Itn fl. |||4
MDSF
M 1520 2*10 DK 45)2
m i 52 1 0*13 rr
Ml323 0*47
M 1521 0412
M 1524 0*10 VS 34)3
M-1S2S (Mil rr
M 1526 CH09 7T
MM537 0108 rr
MIC* 0192 OK-1417
Ml329 2123 DK 4157
M-iMo o)»j rr
m 13)1 0190 rr
m 15)2 0)9) rr
M-ISM 04*4 rr
UIBI 159) VS 9*1
MI5)3 0162 rr
Mill* 0)61 SD3554
M-1537 (1360
M 153* 0363
M 1539 0792
M 134(1 03*4
M l Ml 0*72
M 1542 0477
M154) (M76
M 1344 0471
M 1343 0401
M 1546 0440
M 15*7 0444
M 134* 04)3
M 1519 0*16
MI5» 04M
M 13)1 0440
M1532 0442
M 111) 01)3
M-I3S4 0466
M 1333 0*53
M 1356 0*36
M 1537 IMS*
M 1551 0*57
M 1559 0451
M1V0 0*52
M 13*1 0431
M 1362 043*
Ml VO 089)
M 1364 0*61
M 1363 0462
MIS** 079)
M 1367 0941
M 1349 0*47
MI5M 0143
M1570 (1*43
MI57I 0640
MI J72 (M81
Ml 57) o**4
V 1574 0*1)
MISTS 0U9
M 157* 0948
MIST? 2B89
M 1571 2*71
M 1579 2916
MD. MM .34*
LMIRJ
KltP. Ur 02
MD. MM 54?
MO 9)4
MO 929
MD 9*1. JJ 97
MD994
UP ITS*
MD99J
MD975
Ml) 024
MDMM538
MD 914. >8)62
MD MV 346
MO 919
MD9)S
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rr mow*
VS-E 8* 610 EXB
DK 1(1076 MD. MM 55).
3*43)
DK-E 2111 MD9C T
DK 571* Ml) 065
rr MU 049
775 MD9b6
rr md ioi i
rr MD 1015
rr md 00t
rr MD937
JL 466. A P IIS. B St 201*7
P ISO)
a ii»
P 117
a 1029
a i uo
a HDD
a i«7
PIN*. A Ml. B tat AV 371
a IOM. A St 20 UK
B. St 3D 111
P 772: A tav B tas a 105?
a 1051
JL 463
a 1122
a Tin
P 7*4
A SI 12 311. A tat P 771.
B. Si 12412. B Wt: II. 1021
Jl. 1049
a 1066
a 172
P 190
a 102 *
a io3o
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rr md 939 ii
m MD946
rr un io>*
rr md <ui
SD 2031 MD97UMW
rr MD 945
rr. md 94j ii
rr md«4*
r» mdvki
rr md tot i
r' MD 1012
r> MD. MM 555
DK 1707 MD 974
7T MD 996
VSN 8)609 EXB
rr md 992
DK4412 NMP 30462
DK KM4 MD 941
rr md looi
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MO 990
MD 1002
rr
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M IV_
M-IMI 29KI
V 13*2 2912
MIS*) 2940
V 13*4 29||
**•15*3 2929
M 13*6 29)7
MISCT 2931
MIS** 2917
M ISM awl
M 1980 2920
MI 391 2802
M 1592 0*06
MIS8J 2814
Ml 59* 2MM
M 1395 (*62
M 15% oa*
Ml 587 ,twa
M I59| 0863
M 1589 0247
Mid® 1)86 A
M 1601 2*79
M 1402 0666
M 1603 2912
M-KK14 290b
MI6Q3 2**
M 1(06 2918
m ikt 292i rr
Ml** 28)0 rr
MI6W 2926 ™
MI6HI 79m ITK)
M-16U 291) rr
rr kup. Luo*
"r KUP. LU O)
UPVrtlX 16 EXR 7
IIPMAID l*r EXB
rr lp
LP 7
LP
LP
LP
LP7
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rr lp
rr IP 7
m lp?
rr lp?
rr lp?
ITMIXOI 101 EXB 7
o nn exb
lp
upv/vn-54) exb i
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DK 4931 SMP 322421
l IPM/VD 117« |-X{)
I'PMMD 1139 EXB
SDI976 NMP 52.2407
IPMMD lir EXB
IPVAO) 1124 exb
liPMMD I4JB EXB 11*0
rr lp?
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unvxv-s EXB 3
rr lp?
ailKfcB P7)*
a 1096
p 799 . b a mi
P 7 M. B n IIM
a mi
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P 75 ? B a 11)9
P 75 )
a 1142
a iih
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P 196
JL 1047
JL 10*3
a 171 . R Aacta*
IL 109 *
P 6 *.B JL 61
JL 112 *
IL lilt
a Km
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Jl no*
a ti55
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DAK. p 436 I 9 B
JL .147
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DAK. 6 A *7 SI
AV 8*4
AV M 3
AV **6
DAK p 567 NS
DAK. p 569 M
AVMO
DAK. p 5691*7
DAK. p 367 NII
DAK. f WT*'
DAK. p 341 O*
DAK. p 457 200
a 165
AV *79
DAK. p. 459 22 A
a )56
a 92 :AO»:PIO#
a )S 5
a 357 . A 1 DAK p 4 M 2 ID
n 90 A (21 P 101
a 333
a .mi
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DAK. p 569 P 6
AV Ml
DAK. p 457 2 QA
DAK. p 568 02
DAK- p 56 * 04
DAK. p 369 P 4
DAK. p 56 * 08
DAU p 457 200
DAK p 567 N 9
DATA M-J6I2 to H^96
441
MI612 2914
M tMi 2U3>
M 1614 JN.H
M mu j*i*
W1616 W15
M-lM? JW
M I nLa 292,1
M-1619 J»M!
Miti20 M1,S
M-3621 J*K7
1* IAX2 i«l
M 162) 2427
VMtW »W
M-im? iwj
M IM6 2**0
M16J7 I5LM
M IB.3 tifliA
NMM9 URN
MIMI fltit
Wifi)! 0894
M ItU IWTT
« ES33 (W12
W CAM WH7
M-L105 HI I
M fiSfi 0124
M-163-7 11*52 L
m iau mw
M isas flail
M 1A40 W]
M-HHt IXKHl
U 3M2 t»Kr
M >6*3 mts
17? LP
fff LFt
17? LPT
LF?
7ft L?
It? LFT
77! if 7
t 4 ? LF
m lf?
T.r lfi
L'fKfflV-23 E>J '
777 LF I
777 LF !
777 LF
OMMS-lliV EXD
m lp 4
3«-£ 93-6JI EJiB
MDHnU pm
HS3 *3-60 EKB
in-£ innn i -jch
Mff-E KF-612 EX.N
m tl-Mt BCD
IIP E HI Ml LAJI
IW4MUMH6E2H1
MN-5 H * 1i2'l FJHi
MU-\ BM26 SUi
101-3 tl 624 LAW
W-S BMCTB EWEP '
IMC 42 IMIllO.ll
(■J-.mi) EXB
cm MftMTfOn
3 9.3-WM O0 ■
W-lfiU OH 1.3 M0 4V*4t FJtB
«1M1 ut3w MM *1423 Oil
wren* QKH Dfc-A IM2T OH
M lt4T 11*26 Ml»«l LW Oil
M IM* liHHfl hi;-H(^3 *TP
M I MO ;kb; ITU-MLI l<2. F.KIl tjj;
*1 1650 2M1 1UWAUMI7 EXH
M IASI
M 1652
M-ifiiil
W F654
W-ttJS
Ml 6)6
M |fi«
M 1693
OK *164 fi Mr H !4J4
mu*' liHWFMH etmjiii
ISIS LJT5
3901 Hh v-h.
0*79 !IH 54aJ
23(112 UK W2VI
WI67 DK mi
ms m m *
«mf
Vmi j m j?j
71 Ml* WUWJ
'utr sn.jiS
NMf 5! I«5
MU 73*U JflJ-Sfl?
m-i«w imi imuasi! KXh
AV ITT; A UK. p Wf 07
tM K, p 36»FI
DAK. F SMtPi
UU.7 M*Ot
AV971
E4K.1 368 OH
DAK. jl 569: 06
AVB2
DAK. p Wl.fJSi
DAK. p. 5WJJ
U*fc. p 45T JKC
I J -*6S, p! [urerC
DAK. p »7 S*
AV »1: A- DAK. p. SCTi.V?
lUh
DAK. p. 57ft.QI
II, IM; A|7lMv KicBen
IL rw
IL 3S
IL 155
IL 151; A (It AKhm
It. lift; A OI Ash*
IL E74; A (3T AkBch
ri. J Vh A 1 .1 1 Ul A i ll hu Am
fl. 1ST
IL 173
n, iti
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jl m
k vsi f . jut aw rr?
A UN VSI. p 271, C TS
3LS4. IS LA J 1'74. t Sr. 51:2
IL 19*
IL t4t
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V3L r »Sr t h T|
IL1I
H 147
JL Hi. A: Si. (4 N.T,
ll St. 14 FI
Jl ISM «* JArtifcLp 4161
itj6A 3011 H0I
II TAT WT III7A
H Tap vise riY (i4
ii m *►* mw
Him W!1 1411
M 2+i yy+j ss»
M-J72 .56(9 | PA5J
M 27.1 53 76 2K2U
H-I7t Kill Mr? AIM
H-mrik 3W? 31)1
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11493 315* ttUI
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11-577 1243 1226
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TIM 365
TIM 535
JL3*«:P9j
P ttUtt C. E: AV 591
P 11553, C AV 599
AY 449; t Pit 31JD12
P HIM
A V 2*3, A Pu 16:3811
AV 121
AVD|
Avna
AVI 69
AVMj
AV ill
Avail
PM* | AV *ST
P M9; A: AV 421
AV 60&. At ■ P JOJT
3L IV: r PM
P 1 Jl I, A bts. C AV?fJ
P tIITiC. E-AV«T7
AY 7*7
hvm
Avm
AV HL i. I> P 42
AY M2; A Pa JA1MT; 4 P lUTT.
a, fc rv 11 u2
Whrcfcr |t*A, pi cuivC
AV 434
AVAtiO
P mil. A Hi AV 62*
P 84*
P529
AVIS
p*5n
AVB7V
P tut H; AV nil
AV 15J
PJfltf. A. P« *3 4794. B. Pu
AV+305; A i=. U ccr AV m
AV m A ft, 3* 3*74,
a hi Vi.urrs
AV 741; B IV 39-4163
AV7H
P 131: H: Pu S:1UA
0 Mi: Pb S& HI*
AV6S5
AV *23
AV *}|
AYJ7T
AV )?l
AV 434
AVfM
AV *40
AV423
*V*9|
AV71T; D: EELpi umJlJ
AV TIM, A Pa 15..W5;
IT Pu. 17*13
AV All
P 10 Ft H: P. 33 J56i
B lx. AV*12
P FtSttE. AV73S
A V 37ft
AVA5fcI:P 1010
AV*T9i
AV 453, A PJMA.S.pv n JAl*
Bln ft T? 6*4
AVW4
AVUJ.8.7IK
P IOTA 6 AV AU
AV«5
AV73J
AV J7J
AV 731
P 1233, Ahu-Hhii-AV WT
AV TOT
P (III, 9 AV 701
P ll*3 r A,D:Fu Jl +349
Avm
AV JJt
AV 4111
AV 7l I
Pfl4+
P 1064. 0 Fu 44 4WA
EH. pi Bomiak a\ a.- p he*;
B: AV BUT
AV [}
AV777.1 P H49
AV 74*
AV U?
AVTil
AV U4: 0 P LMJ
AVTO.S'P U61
AV HU, B: P 12216
H-731
11752
Ft-751
II 754
H-79*
1I1BQ
H-7BT
IMAl
H-163
H-7*4
11-7*5
H-76*
H-767
H7«
1129 1*77
411* 11343
5527 1151
13735
117*
5734
I4U3Z
1351
3351
MAT
H-7T1 W+l 2*11*
H2«
H-7W
TIJ«F
H-»]
HKC
H-IW*
H H1T7
4VJ*
*077
1364
H-flt
HUl
HI 14
II165
FI-51 &
IIJI7
HUB
H-AlP
HUT
HU]
H-IIJ
FI K3
H-124
U-l»
TE126
H-427
FI-ill
H-HZ9
H-l»
71 152
11-135
TI-134
H-BJ3
1565
2073
i 4M
1403
3602 60414*
33W 6215
117* 1 449
42W L295J1
HU 2701
11151
110*5
nm 1196
!J3*4
1113*
7 41
4MT
440J
4455
4HC
4L7t
4TJ*
42 in
301E
H77
Jxm
13*5
65457
12*52
1245
TKI
1251*
HM2J4 AV*30
TE54 124,12.™; AV+T1
P 94
PT7-IIA
A.O. 492
jl h«f
U36 12377
3*72 A*4T>
M4l HfT-I!4
13*1 17*9
3*70 At 19
*309 15147
3704 HDM
3364 103*3
3616 111*1
+J23 13671
4A4T KCi-FlHl
36i3 551
H771
H-7J4
H 775
FI-T76
H-777
El-771
1I-TT4
H-TH
H-TIt
U W2
H-Tfj
117*4
II 7*5
H-7»
II 7ET
El-714
H 7H? 3t5fti 12J49
H-79H 3605 12416
J1-291 W( 70MT
H-1*J 3692 3413
H-293 3Mf> t S3
U 7V4 «i* 12933
H-W 4420 J3COT
H79A 4H2* 141 IT
+491 61J35 T
WF 10(71
3601 6166J
3*49 (22*
*Wi HM1I9B
3ff79 4*11
471* ]*J54t
*347 (4E6
P ill?
16-63; A-Pft 15.35*1
AV (47: BP 1116
P 1(121
AVTB0
AV71*
P 157
A V*37
AVHE, B: P (TO*
P 11*3. O AY 712
AV *44 H p j m
Av*tr
P 153: & AV m
P 10.54, A. TV JI:WW: B: AY 245
AV *511; I. PinO
AVTJT.-A. ft. 33:1265
AY J+.aA J3
A lut PW B:3QS1; A Un P 11*4
AV J+n, A Pu ?3:5I6>.
A Hi. Pil 53:3053: H. Pu. 3J Jfl3|
FEU 244 P IMP, A AV KM
HU 2« P L050; B bii AV ftilti
HM AV 5*|. A D*lri 27-3
HM 4 Hi. TUBS} P UlU A' PU 43 **!*
HM AV 1*7
IIMJS6 AV 73*; B; P IMS
HM AY Ml
AV 593; A: Pu. 33:5163
AV 63*: 0 P III]
rmt
AV SIS; 0- P Fill
AV 506. A. Pu. 4 L: 413(1
AYtf*. A Pu 5.1 V(VF
AY 175
AV54)
AV 714, A Ps »
A WrP LE60
av tm
AV 61*, B P 1169
AV 69*. B: P 1060
AV 664
AV ||5
AV 113
AY?»
AV740
*v m
AV *7*. A. PIT, 41 *3t* B: P HJ75
AV fiTf. Bl P 1073
AV 393
AV 541. B DiHf
AV7J1
AV799
AV *00
AV K>]
AV 405
AV 614. A PL04«
HM >M
FIM 259
HM 300
FIM 36*
FIM I15S
JIM 2£A
ttU792
UM 3*2
Hum
HV6 11]
HM 25*
UM 2*3
HM 239
hm m
FEM 434
FIM 257
TIM 129
HU 36*
HM 340
HM JJT
H M !*3
HU 335
HM 44S
H5J3GT7
HM 521
IIM *65
HM
HM -401
FLU S2£l
FIM 521
FEM m
IfM 2311
HM W 11.
J2J072
III* J*T AV 5TU A Pu OJSJ1
HU 251 AV571
HU. 2*5 AV57J
HM 247 p HH9; A Ssi, C A V *■ 1.
B. Pu. 4*’49T&
FLU. 249 AY *13
HU Vi* AY 74* A PU !5:JW3
HM 343 AV *92. A PU 31: W», 0 I
mm av m
HM W4 AVT44
HM13V, H.WI AV2TQ
HM 114
HM 3H
EIU4II
AV *53
AV74I
AY 741; A TV »J|75.
A. Pu .1* 357J. B lax. Pit J7-**1
AY 67*
AVfl
HM 471
HM5U
HM 4*7
IIM 355
IIM 4)5
AV H9
AV 3B9
H-937 3351 J JIJ
P 107*
AV 336
AVTD+
AY 743
FIM TH#,12jWf AV735F
HM 230 AV5II
HU 1U AV 371, A Pu 333033.
9. IV 33:3052
HU 1)3*1 P *45. A Pu, 3l:30||
HMIJ6,EJMI AVT7*;A:P933
HM.1MT A V 74(i
HM L42 AV ITT; B Hi, pl. mtfrM)
HM l4aiJJ(U P VIA. A hti: AV JTJ
444
DATA H-838 to H98S
II MW
H-A39
II H40
H-«l
H I4J
H-ft)
II Ui
H44J
nm
H.R4T
H+«
11-ll»
H-m
li Mi
H-RS3
HUH
H4J*
H-555
J 1-556
H4JT
H-SSB
H-5N
II MCI
K WE
IE1W2
H»3
HSM
liiH
H-H6
H-<*7
li-*6l
H**i*
H-shi
H 871
jm i tm
3371 I 3M
1310 120M
3m J7UT
vlil nm
41« H3C7
467 li I Ulb
41*5 K3|M
1641; 17730
mn MM«
3597 LOTMJ
3645 1 239
3W 1 619
3*0" ioirr
3596 I till
4*95 13356'
*64f IWlO
4743 rw
fl!3 1414*
#123 IJM*
DID 31306
43Z3 DJI’
4115 (5 259
4534 0156
4543. 0256
4336 f j 256
45*4 O 25 6
453? 0156
4M9 0 256
434(1 OZS6
4641 O 256
4143 0 756
4633 a 256
311* M39
HM 534 AV HW. 4 Pit. 44 4M3
tIH 591 AVTMJ
HM IW 4V1M
NMF 312 100 IL 64
HM1H ffeMlflaAVllf
HM 269 AV «35; B*C P (3»
HM 430 AV ITU
HLMJI3 AV40J.R.CPNU
UM 402 AV 151
MM MS AVJftfcfiM*
HMJII AV73I: 0 Pu J1.JK0
MM 169 P FIS* A. Pu 4J-457*
HM 368 f 1 IS- A„ e PU 45 4176,
P:AV TiH
MM 44K1 AV 7531 A- 4. C; FV. 4F H392
UM 454 AV rrj; A: ft. 5J X155; A hu.
B,C:Pi 45 4fTb,Cbii P 1176
11M m flUJ
HH«f P 1331 A Hi AV 777
I EM 531 AVR04
MU m AVU6
tiM r M54
1 ru 4tI. H-»W AV 77(1 A Hi. 8. f P IIM
A I \ 44:4662
f+MP 51301,7 IL 115
SMP II IL 16
JEM1597 P157
OP-9MA PI1»,B:AV#5*
l_ P PM 9 im
104 255 p 1041
UM 358 AV 619
owns 7 AVivMia f*M»
IIM2M AVUI
UMlbi AVtJl
HM256? AV 617
I FM 159 7 P 646
6W. BM *17. IL 1156
A£L 495
H«TJ 3*19 1336
H-W3 3571 AI 365
H174 7361 6495
It-03 3651 A* 179
H-876 2*75 1466
11.177 1-W4 j*M
Pt-f7l 3647 1792
H-E79 3433 614
HW 276 AYSJ9
HM 377 PJftlfcB: A V m
jimp si.vm IL 14
HM 253 A V 615. A: P 1.044
HM404 P 1125; A bU, IL A V 751
I7M3JI AV TIM
HM 498 A V 77* ; A. Pu 55 .1461.
A kn; Pi, 37 641. 6: Pu. 53:MJK2
HM i33.2I.Htfl P L2l2
H-5ID 3433 WflOb
H-*fll MU IM3
H-Wl 3*36 I25»
11-453 4713 T TT
H t»4 3437 i a»
If-<55 35X1 1235
■I486 473) 1)335
I14JT7 4OT6 I4H7
14 HR 3466 10334,
ll-B» 44*| I iVrt
ll-IW 344* I A.HI
M-Wt 3566 9GJ7
ll-RW 3431 995
M-Pfi) 31*1 t»il
u-im inti ui"
H-IW3 44*5
UM *19 P IITO. A til AY 37R.
H Pu. 41:4395
HM 4(17 AVTSA IklKO
B ft.
HM493 AVJB fl P tP3
HM546 AV 52401
HM Jin P IH1
HM 351 AVBMO?
HMIT3 AV5Ml
HM3J1 AV 70ft
UM1H P mi
HM Jtt r trn
ITO77T E3L pL mr446 [1) A P I ELI 3,
(11 b AY 644 ; 4, |k I'M 47 IM 74
HM37T AV729
HM531.MJW1 AV1HI
HM 331 AV 129 |3j. A: Pu. 50J999,
D: 5V.5LXU3
HM W) P »m
HM 491 AV 3*2
H' 196 Mill? 1497
P I lax A.- is. 11:04;
H-WP 4aI5 1»»
II. IW* tv* 1,17
I I5W 3471 1224
HMIJ M55 rmw
II-Wl 14441 17737
II Ml! 3335 1230
H-1Q3 W45 2731
II Mm 3417 JJ13 U
If T03 3*49 I3PT7
If Ml6■ 11 44A2 IHT7
111
11907 J1)T IJ067
U.*Ul 14*4 KftVlt,
fi Hen *467 mm
H*IO MW KWH
11-611 I4R6 "ASH-
II612 156) iAVt
31913 4036 J 33*
H-6H *M3 6U4
H-<IJ Ml 3 11WM
H "16 W36 12316
IM17 Mil 11716
1IM *53 AV 345
KM VH AV AH* A: IA*. 17 674
FIM Ut P LfcTV. A Ini F hi., AV ?94:
♦, V; FN 4)45)4
KM 551 AV*29(3L A.B PU. 4KJ93
JIM *79 Pill)
11*4 419 AV 553
in-MIT P IDS)
HM 434, JJJ*M P IJH
HM 293 AV642
HM44U *V«l:A FV 3VUH
HM 441 AY 356, 9 F^i 55:3235
I1M4.H AV 162. B: P 1209
NW 32J033 Ik 63
HM452 AV 251
HM 311 P lOW
IIM 111 AV6Ml.B:P 1(772
t,p-«u r im. A Pu H3W;
a- FV II *393
HM 541 AV 52a
FIM *44 P OUA A- Pu 51:3037:
G:Pu5l:M»fc Arc AV557
HM *4H P 1316; A PH.pl WK& 515;
Alar AV755
HM 530 AV W6 A: PV 31 301* B P KT79
HM nt.UMt P I WO. A hi. AV 670
H-6.ll Mil LIS#
H-919 *679 IX5CW ■’
H m 1517 1363*
H-921 3314 11*53
H»I2 nil I2*a>
H-913 .W* 3171
H-m 4*»A W
ir-OlSill 2512 3256
01
K*» J51J 11441
11927 150J I17J
H92> 3537 1219
IL929 3570 mi
K 0)Q 3530 I 30
H9H S311 *690
H-V31 1403 6103
IL9W 1516 OHl
N- J m 4666 EI380
IIP a 5504 (HU
IW» *IH 1242
H«7 »JS )S53
h-915 mu tnu
HW MSI 1402T
11940 1453 .VX4
H-941 lw 27131
H'WJ 34«1 5152
H-943 2401 *96*
FI-944 54175 »»
H94S 33BDI 3694
HW6 l«l 2544
B MF MW 5650b
13+U MM A63»
11949 idV J55U
H-95P H6) JI3I
11-651 \m WJ52
iixsi 3J*j oar
ItSSl 4673 13295
11-954 ,(467 |TO2
H-985 W 3611
11-954 404H 11536
H-WT Wn (3494
H 951 4729 *77
HX59 24OT II3J
HVm 3M3 iff
H96I 3*46 irfl
H-90 354*
H-963 3555 2iI4
FIW4 43 FI )»»•'
H-963 3562 )J?T
*452 linn
H-P67 1363 F2irn
K-W AMB HU.im
H-PW 5335 LF54*
H-970 5S33 M 34*
H-P7I 31557 4IU>
H-TO 6*1* U7W
H-972 3*n mi
H# 2595 3341
H-VJS M<n 223*
11X1* 35B lllOJ
11.977 ,iyti um
IE-VM 3BW IIJ7
H 979 4W> M)4
H-™ 4709 pi*
IF«I mt 13*7
H-W2 3574 T&>
»«*) )3t 359 7
H-9H4 ill? r*
H«l »77 Ma
22*5
1216
157)
IT39
i mi
1115*
HM +60
HH 422
HMiil
HM 799
HMJ1*
HM HR
HM 3%
T73
HM 504
HM4«
HM3I4
I1M 431
HM 212
HM Vi]
HM300
IIM4S
HH 310
FIM 419
HM XU
HM Af*
HM 424
HM 222
1FM TJ>
II.M KM
I4M4V
ILM 494
IW 341
HM 212
HM 477
HM 442
hhm
HM 461
HM m
HM 4J7
HM513
FIM VH
FIM 546
IIM 4»
MM 295
HM m
HM 490
HM 1 At#
HM 127
HM 445
HM7W
FIM 465
KM XJ9
KM 210
KM
WM 44*
HM 351
HM 442
HM 143.UJWO
HM Lil
llM.417
if-H 441
HM 3TJ
HM 421
NMP 52J34T
HM 475
HM 4)3
HM 545
KM 374
HM 37fl
IIM 531
HM 463
HM H5
PIJ96,* AV 644
P im.BUl AV721
av cam
P 1101. B AV 64H
r ICRKH AV 663
r iw
P 11134
A: Pu 3*5173; {1) A: h. 5) 2090
B TV. jfr:5fn,mi Pull-3049
AV 7S4
AV 374. A. hL 11:5014,
AircPll7}.B N.55 W52
AV 663. B: P 10H
P 1161
P IDS3
rtw
P I UJIF. A: Pu 3*3*71
AV m. A, B: Pu 41-<W
p i«n
Pi 123
P 1«I
P 1 FMJi fJi B: ft. M-K7D
£2>A:PJWi m B: AV 774;
U-21 A; Pu. 29-259J
P [07). A |ic AV 0j
P E(I*PL A hi. B hi AV AAF6
P 1096
P UIPI, A PA. J7-6T3.
ei IV »3im
AV 701; B: P UU4
AV 65* A- Pu 9 *«Ml
0 Pu S:fi73. B fan.: P 109.1
P kt71l a. Pb. fl#*i
P 106*
AV «1;B:P IMA
P H*>
AY34A
AV 644; B P 1105
AV KJ; A: Pn 3*3573,
a ph, w sm
P IBM. A Me AVfcU
AV 5*5
A V 662, B p leal
P HOT
av mat
AV 3*4
AV 74)
AV 56)
Ptl»
AV 7ft A PV 35 3(10.
B Pu. 33 lHTI
AV 3(0; A PV Jl.StJ)
B: Pu. 37-674
P MBi H AV KM
AV 156
? 110*
AV J54, A Pu 37650:
ihwjm
AV 655: B: P 11*91
f ICQO ft IV JI 30J5
AVJU2
AV S5I: A: Pu. 5*3177;
H: Pu KH9fl(
AVlWrt)
AV )9fl
P 9*1
F9M
AV 3*2; A: Pu 3i2lJffT| B P9
33:2165, & bu: Pu 37i73: B Iff
Pil 33J0L55I B ifuurr P 1210
P 1207, A h, 2J )*67;
B Pu I3JB69; C. 35.3565.
Bh k Crc AV 32S
P IIS
AVm; H, f.': Pu. 4 1 *m
JL 62
run.* p* *rmx & av m
AV 359
AV t3M5F.A Puller,
A hi Pu )7;414; B Pu 15 31ft
C Pv 31:673
PI 151. A few: AV 724
P I [53L A Pu 35- .1567,
B: Hu S3 *56*. 0 Vt AV 77ft
C: Pu. 3*»W
A V 1(3 , A F 1221
AV 39S; A: fV BeMT;
B: Pu 37673: 0 trc P ] L9H
Cl hi. UnJUift C b"- Pu 31*13
AV 129 (4fc A- rt 35:3567
B: hi THTOC h* *S;*5iW
P 1133. A, B: EIL pL jirvinJll*
CiAViW
AV 654. A Pu 5M«ja
0: Pn. 5) VHV. £31 A P 1093
11-9*8
DATA H-989 to Rhd-156
445
H-999
4740
773
HM 410
AV TOO
Khd«2
7901
Rhd FF IV/21 (3!
rsw
a 1309
14990
4639
109-1110
HM
AVISO
Rhd-63
7102
m
rsw
a mo
W-OOI
4659
HR9 10(0
HM 1
Lute 62 16
Rhd-64
7*03
Rhd R 1V/J0 (Ml
rsw
a 1292
H«1
46*0
innmi
HM
AV 951
Rhd -65
7IUI
Rhd.
rsw
a 1269
IF99J
46 VI
109 1102
HM
AV 949
Rhd-**
7105
Rhd MW I2l
rsw
a nil
11994
4635
1196 990
IIM
AV 156
Rhd 67
7W6
RMF(V21<1)
rsw
a mis
H-993
4634
HMtM
hm ?
A 0): tain 21176,
Rhd-69
7907
Rhd.
rsw
a not
A CH Mb 2104
Rhd *9
1*04
Rhd*
rsw
a 1207
H-B*
465*
H**-*
HM’
MB 57-25
RM-70
79W
Rhd.
rsw
aim
H 997
4651
HM 7
IIM’
MB 59-29
Rhd 71
7910
7T7
rsw
a mi
M-961
47777
HB9 1492
IIM
AV 659
RhdTI
7611
Rhd.
rsw
a 1252
II W
4*37
HR*-’
HM’
Mo 561)
Rhd 7)
7112
Rhd.
rsw
a 1229
ii mm
4TU9
HR* 1491
HM
AV 959
Rhd 74
790
Rhd.
rsw
a mi
ii inti
4637
HW 1101
IIM
AV 647. (I)A Mn 3WM0
Rhd 75
7914
Rhd B IV/14 fT)
rsw
a 1*92
mac
M
H96-*
HM’
Mb 56 It
Rhd-76
7913
Rhd.
rsw
a 1572
H IC9I3
•642
H16-11I3
HM
AV *53
Rhd 77
7916
777
rsw
a ms
II mu
•627
1196-91
HM
AV 174
Rhd 79
7917
Rhd B IV/3D III
rsw
a 139*
H IC05
•636
119*97*
HM
AV 973. A Or Mo AH 6V
Rhd 79
7919
Rhd.
rsw
a 1309
H40M
•641
1196-11(2
HM
AV 952
Rhd-HI
7919
Rhd.
rsw
a 124?
II 1007
4706
H99-1490
HM
AV 957
Rhd 61
7930
mm c ui /21 <?)
rsw
a no*
II 100*
47(0
1196 ‘Oh
MM
AV M*
Rim-92
7921
Rhd.
rsw
a iim
MlttlV
4624
1196-05
HM
MB A-17
Rhd 9)
7123
Rhd FF tvm (1*
rsw
11.1374
H 1010
4623
119*16
HM
AV 671
Rhd 04
7923
Rhd.
rsw
a 1399
11-1011
4*29
M97 236
MM
AV 665 A MB 109
Rhd 95
7924
Rhd>
rsw
a 1305
II 1012
4111
737
HM.U6.341M
f 1226. A AV 914
R*M6
7923
Rhd.
rsw
a 1439
W-ian
♦413
13516
HM VI.SUM
AV «27.F*A r 1021
Rhd 97
7926
Rhd C 111/21
rsw
atm
M IOU
4613
1191 «09
HM
AV 666. A <11 Mb
Rhd-99
7627
Rhd MOT (2)
rsw
a 1295
11-101J
4*49
1194 1 111
IIM
AV 945. A at MB r 1
Rhd 99
712*
Rhd.
rsw
a 1214
II ini*
4611
Mil 111
IIM
AV 964
Rim-on
7*29
Rhd F 09 111
rsw
a 1440
H-I0I7
M6I
II794
HM 156
AV 706 A B 1165.4 Ph *5*975
Rhd «l
7910
77?
rsw
a 1257
II IOIS
419.7
A 764
NMl‘
JL 127. A ru 33157
Rhd*:
793!
Rhd*
rsw
a i29i
H-101*
4734
11293
HM *42
AV Ml
Rhd 97
7*13
Rhd.
rsw
a tm
Rhd-94
7133
Rhd B IV/3 15)
rsw
a U19
Rhd 95
7114
Rhd E 11/17 C2I
rsw
a 1434
fthd 1
7740
Rhd B IV/25 <6>
31*
JL 1471 |m* p 4*11
BMW
7155
77*
rsw
aii9«
*W1
7742
Rhd R IV (4 i|l>
FSW
a 1401
Rhd 97
7636
m
rsw
a ii(7
RWJ
7743
Rhd FF M3 (l|
rsw
JL 1.112
Rhd 99
7137
Rhd.
rsw
a 1336
RM4
7744
Rhd ■ IV/15 (2)
rsw
a I43J
Rhd 99
7*16
777
rsw
a mi
RM-)
7745
Rhd ■ IV/19 (9)
31*
a 1425
Rhd 100
7639
Rhdc nuii iii
rsw
U. 1403
RM6
7746
Rhd B IV/4 fit)
MW
a ijo*
Rhd 101
7640
Rhd*
rsw
a 1377
•M 7
7747
RM IP IV/I7 0I
«*
a 1296
Rhd 102
7641
Rhd.
rsw
aim
Rial 4
7744
rm n rv/ 2116 )
P5*
a ui7
Rhd Id
7643
777
rsw
a 1265
mm x
7741
Rhd ft IV/22 (41
15*
It 1264
RB IIM
7643
Rhd.
rsw
a 1514
Rhd IU
rum
Rhd
MW
HUII
Rhd 105
7644
Rhd FF IV/17 (I)
rsw
a ill*
RM II
7730
Rhd E M/17 at
MW
a 1446
Rhd tOh
7643
Rhd.
rsw
a 1437
Rhd i:
TTJI
Rhd R IV ,74 (6j
rsw
a tin!
Rhd 107
7146
Rhd FF IV/21 16)
rsw
a la)
Rim it
7732
TfT
MW
JL 1259
Rhd 106
7147
RhdFtvnai
rsw
a 145*
Rial U
7733
W
nw
a U56
Rhd IP)
7646
Rhd FF IV/17 (4)
rsw
a i2«9
Rim-ii
7734
Rhd.
rsw
a ti 22
Rhd 110
7949
turn.
rsw
a i»3
Rhd 16
7753
RM.
H*
aim
Rhd-111
7130
Rhd.
rsw
a 1330
Rhd 17
7736
HM.
rsw
a 1397
Rhd 112
7131
Rhd.
rsw
a 1229
Rhd II
7757
RM CM/21 (1)
rsw
a 1390
Rhd 111
7932
Rhd B IV/J012)
rsw
a 1309
Rhd 19
7759
RM fT IV/25 |4|
rsw
a tm
Rhd-114
7953
Rhd FF IV/32 <91
rsw
a 1430
Rhd 20
7759
Rhd*
rsw
a 1329
Rhd-111
7954
Rhd.
rsw
a 1537
Rhd :i
7T6CI
Rim*
rsw
a mo
Rhd 116
7655
Rhd.
rsw
a 1251
Rhd 22
7761
RM FF IV/17 (5|
MW
a 1404
Rhd 117
7156
Rhd.
MW
a 1369
Rhd2J
7762
Rhd.
MW
a ill*
Rhd lit
7157
Rhd.
rsw
a 1296
Rhd-24
7761
Rhd.
rsw
a tor
Rhd-119
715#
RhdBIV/20'l)
rsw
a 1409
Rhd 23
77M
Rhd«
rsw
JL 1190
Rhd 120
7159
Rhd R IV/14 14)
MW
a mo
Rhd 2h
7761
Rhd.
MW
a 1376
Rhd 121
7990
Rhd.
rsw
a 1201
Rhd-77
7786
Rhd n iv /ami
MW
a 1)96
Rhd 122
7961
Rhd F 0T13 (II
rsw
IL 1430
RM 21
7767
RM.
MW
a 1206
Rhd 123
7662
Rhd.
MW
a 1360
RM-2V
7TW
777
MW
1L 1211II
Rhd-12*
7161
Rhd.
MW
a 1203
RM R>
nim
Rhd F 0«l I2i
MW
a U7I
Rhd- 125
7664
Rhd.
rsw
a 1339
RM 31
7770
RM.
MW
a mo
Rhd 126
766)
Rhd R IV/14 151
rsw
a U3i
RM 72
7771
RM ft IV/37 141
MW
a 1275
Rhd-127
7666
m
MW
a iim
RM 31
7772
RM*
MW
a iim
Rhd til
7167
RM.
rsw
a 1359
RM-34
7773
RM B IV/13 (2)
MW
II. 1412
Rhd 129
7169
RM ■ rV/25 (3)
rsw
a lit)
RM 35
7774
Rhd.
MW
a Dio
Rhd 130
7169
RM*
rsw
a 1225
RM W
7775
KM 1‘IV,71 141
MW
a i27i
RRdllt
7170
RMBIVmOt
rsw
a mo
Rhd 37
7776
RM.
MW
a 1531
Rhd 132
7671
RM.
rsw
a 1320
RM l«
7777
RM B IV/IV (2)
MW
JL 1407
Rhd in
7972
RM.
rsw
a i)«i
RM 39
7779
RM.
MW
a M99
Rhd 134
7*71
RM.
rsw
a ii47
RM4II
7779
Rhd.
MW
JL 1192
Rhd-135
7674
RM.
rsw
a i4ii
Rhd 41
7790
Rhd.
MW
a ail
Rhd 136
7*76
RM*
rsw
a 1200
Rhd-i:
7791
RM>
MW
a iim
RhdllT
7675
Rhd.
rsw
n 1290
RM 41
7792
RM*
MW
a 1215
Rhd 111
7*77
RM.
rsw
a tm
Rhd *4
7791
RM.
MW
II. 1363
Rhd139
7940
RM.
rsw
a i im
Rhd 45
7764
RM.
MW
a issi
Rhd 140
7679
RM.
rsw
aim
Rhd 46
77*3
RM.
MW
a D56
Rhdl4i
7979
Rhd.
rsw
a in*
RM47
7766
HMB IV/15 (51
MW
a 1266
Rhd 142
7691
RM.
rsw
a mi
Rhd 4*
7717
RM B IV724 |6>
MW
JL 1424
Rhd 141
7112
Rhd.
rsw
a ill)
Rhd 45*
7749
RM B IV/14 (V)
MW
a Mi*
Rhd 144
7193
Rhd C 0V21 111
rsw
a 1299
Rhd *
7769
RMFF IV/22(IV15J 3SW
a i44i
Rhd 145
7964
RM C IV/21121
rsw
a 1295
Rhd 51
7790
RM.
MW
JL 1523
Rhd 146
7915
777
rsw
a 1270
Rhd 52
7791
RM.
MW
a 1230
Rhd 147
79*6
RM.
rsw
a no*
Rhd 51
7792
RM E 0/21 (2l
MW
a 1294
Rhd 141
7117
RM.
rsw
a 1239
RM 94
7793
RM.
MW
a us)
Rhd 149
7999
RM.
rsw
a 1220
Rhd 55
7794
RM.
MW
a ij4)
Rhd 130
7999
Rhd.
rsw
a 1429
Rhd5h
7795
Rhd.
MW
a 1235
Rhd 151
7990
Rhd.
rsw
a dm
RMS7
7796
RM.
MW
a 1303
Rhd 152
7191
RM B 1V/2J III
rsw
a hoi
RM-3R
7797
RM.
MW
a 123)
Rhd 13)
7992
Rhd.
rsw
a 1379
Rhd 59
7796
RM.
MW
a 1224
Rhd 154
769)
KM.
rsw
a n*»
RM4S0
7799
RM.
MW
a 1219
Rhd 153
7194
Rhd.
rsw
a i5*2
Rhd hi
T6Q0
RM.
rsw
a nos
Rhd 136
7195
RM.
rsw
a ms
446
DATA Rhd-157 to Ai-8
RM-I5T 7196 Rhd' PSW
Rhdl5f 7*97 Khd EV/215) PSW
RMI* 7*99 Rhd. PSW
Bhd-IW T»W Mid' PSW
RMI6I T900 RM. PSW
RM I6J 7V04 Rhd* PSW
RM-I6J 7901 KM* PSW
«M1W 7*0 KM. psw
RMI63 7903 Rhd. PSW
Rhd 166 7909 Rhd PSW
RM 1*7 794)6 RM B IV/24 ill PSW
RM-1** 7907 Rhd. PSW
RMHW 7906 RM* PSW
RM 170 7W RM- PSW
RM-171 7910 m PSW
RM-I72 7911 RM' PSW
RMI7J 791} Rhd' P5W
■M174 TRIJ RM B IV/19 (5) PSW
RM 179 T»U KM. PSW
RM IT* 7919 RM' PSW
KM-177 791* Rhd PSW
RMI7» 7917 RhdF(V2l4l) PSW
Rhd-179 7911 Rhd' PSW
Rhd IM) 7919 RM* PSW
RM 1*1 7930 RM' PSW
M ill 791! TT7 PSW
RM1IJ 7923 RM* PSW
RM 1M 7923 RMCIVfllO) PSW
Mill 7924 Rhd* PSW
Rhd-IM 7929 RM PSW
RM l«7 792* RM' PSW
RMIO 7927 RM' PSW
RM 189 792N RM' PSW
RM 190 7910 RM' PSW
RM-I9I 7991 Rhd' PSW
Rhd 19J 7992 Rhd* PSW
Rhd-193 7993 RM* PSW
UM 194 >934 RM* PSW
RM 199 7933 RM' PSW
**196 7936 RM CIV/21 (4) PSW
RM 197 7937 RM* PSW
KM 19* 7931 RM* PSW
RM 199 7939 Rhd* PSW
Rhd 200 79do RMirvmm PSW
RM-JOl 7*41 RM' fsw
RM 202 7*42 Rhd* PSW
RM203 7943 RMBIV/Mftl PSW
RM 204 7*44 RMCIlr*r«i PSW
RM20J 7943 RM* PSW
KM 20b 7946 RM B IV/201 V6i P5W
RM 207 7*47 RM* PSW
RM-XN 7*44 Rhd* PSW
RM 209 7949 BM' PSW
RM 210 79» RM FWI3(2l PSW
RM3I1 7991 RM* PSW
Rhd-212 7992 Rhd* P5W
RM2IJ 7953 Rhd* PSW
*M214 79S4 RM BIV/1S fl) PSW
RM-215 7939 RM' PSW
BM3I* 7996 RM* PSW
RM217 7917 RM* PSW
RM-21* 7*9* RM* PSW
Rhd 31V 7999 RM' psw
RM 2» 79*2 RM' PSW
RM23I 7941 RM* PSW
RM 222 7964 Rhd* PSW
RM 223 7*69 Rhd* PSW
Rhd-224 794* RM C IV/21 (2l PSW
RM 229 7967 RM FF IY/I7 (|3T) PSW
RM-22* 796* Rhd E 0/17 <61 PSW
RM 227 I*** Rhd* PSW
Rhd 22* 7970 RM* PSW
RMI2V 7*71 TTT psw
RM230 7972 RM' PSW
RM 2)1 7973 RM' PSW
RM233 7974 77? pjw
RM 233 7973 RM B 1V/XM4) PSW
RM 234 7976 RM FF IV/22.1 I4/!3iPSW'
Rhd 235 7977 BM IT IV/17 HA) PSW
RM 236 797* RMB1V/4III PSW
RM23T 7979 Rhd FF IV/IT 115, PSW
RM 210 7910 Rhd* PSW
RM239 79*1 Rhd psw
KM340 7992 Rhd. PSW
RM 241 79*3 RM' PSW
Rhd 242 79*4 RM' PSW
RM 243 T9M RM IT IV/22 (4) PSW
RM 244 79*6 RMRIV/JOcV*. PSW
RM 243 79*7 Rhd' psw
Rhd 24b 79M Rhd' PSW
RM247 79 m Rhd IT IV/17 <14< PSW
KM-24* 7V90 RM' psw
RM 249 79*1 KM I (VII (I) PSW
Rhd 230 7*92 Khd PSW
RM-231 7991 RMFHV/|7«u PSW
IL 13*6
JL 1221
IL 1349
IL 1321
JL 1169
JL 1199
JL 1234
JL 1171
IL 1350
IL 1475
IL 1430
IL 1439
0. 1174
JL 1370
IL 125*
IL 1233
IL 1334
a 1393
a 1157
a i >44
a 1367
a 1443
a ion
a 123}
a 1391
a 1269
a 1227
a 1437
a 1240
JL 1237
a ii97
a 1290
a mi
a i 2 o*
a 137*
a 1329
a 1919
am*
a 1294
a non
a uii
a 123*
a 1223
a in*
a t)«t
a i3*o
a im
a i43i
a 1349
a mo
ami
a uii
a im
a mo
a mi
a 1349
a mi
a 1211
a u ii
a 1306
a m*
a mi
a im
a 1339
a 1249
a 1379
a 1354
a ms
a i4i*
a I]**
a 1297
a in*
a ism
a 1399
a 1466
a i im
a mi
a 149)
a 1432
a 1444
a 1444
a mo
a mi
a i ns
a noi
JL 1301
a 1442
a 1 277
a mi
a 1276
a i4oo
a M52
a 1304
a 1272
a us*
Rhd2S2 7994 RM PSW
RM 25 ) 7993 RMCOWin) PSW
RM 254 7996 RM' P5W
Rhd 253 79*7 RM' PSW
RM236 799* RM' P5W
RM2S7 «232 RMBIV/t9(10j PSW
RM23* *233 KMB!V/]9J|J> PSW
RM-259 *231 RM B JV/19 (12) PSW
RM 260 7999 RM B 1V/23 (6) PSW
RM-261 *234 RMBJV/4III) PSW
RM262 *235 RMBIV/9II5) PSW
Rhd 263 *236 RMBJV/I9M1) PSW
RM 264 *237 RM PSW
RM269 *23* RMFWUlbl PSW
RM-266 *219 F 56 psw
RM 267 *240 RM' PSW
Khd-261 *241 5 PSW
RM 2*9 *242 RM 436(31 PSW
RM-270 7960 RM B IV/14 (6) PSW
F* I 7939 PKA 2D » EXB ?
Fk-2 7561 PKJ + EXB 296
Pk-1
A4
aj
Pk*
Pk-7
Pk-I
M
Pk 10
Pk-I I
Pk-12
au
Fk 14
Pk 15
Pk 16
Ik-17
Pk II
Pk 19
Pk 20
Ik-21
Pk 22
Pk-21
Pk 24
Pk 25
Ik-26
Pk2*
Pk-29
Pk-30
Pk l|
Pk-32
Pk 33
Ik-35
Pk 36
Pk-,17
r% 39
Pk40
Pk-»l
Pk*3
Pk 43
Pk -44
Pk-«5
Pk-46
Pk-47
Pk 44
Pk-49
7502 PKA 5QI«uv(«,l EXB 577
7903 PKA 3 H (41) EXB 239
HO* PKF 3 B (4«i EXB 6371
7309 PKE 5 R (*) EXB 4*7
7306 PKA 3 K (41) EXB 612
7509 PKA 3 G, EXB 742
I*md r22»i
7307 PKA 4 ft (I) EXB 1276
1510 PKE5RCJ* EXB 61*
1312 PKA 3 G, 1»ii (20w) EXB 601
15t) PKA 3 a EXB TV
)■»* 140* I
1314 PKA 1 G. EXB 140
luvUOlvJ
1315 PKA l O. Unv»40ii EXB 519
1316 PKA 3 P. d444v (14) EXB 1943
TSI7 PKA 3 K (41) EXB 131
151* PKA 11 <4te| EXB 141
7320 PKA 3 F. 14, EXB 1519
7921 PKA 3 J GO EXB636
7322 PKA 3 1 <**) EXB 57*
7323 PKJ! 9 K (7) EXB 707 •
1326 PKA 2 417) FXB 42?
7317 PKA I J 43*) EXB 629
792* PKA I H (36) EXB 1
7339 PKA j G EXB
735*
7S31
7312
7333
7339
7336
7937
753*
7539
7340
7941
750
7S4J
7944
7545
7946
7562
7547
754*
7549
7990
7391
7394
7996
PKC 1 D. cm (1) EXB 996
PKA 3 IL du«n (4) EXB 1009
PKA 3 G (14) EXB 294
PKA3G. »Uit (22«| EXB 293
PKC I C (9( EXB 1299
PKB 3 .all a EXB
PKC 3 P (3) EXB 444
PKC I E. d»» f I (Mi EXB 131*
PKA 3 I, tlu (2*ci EXB 290
PKA I H (JO) EXB 291
PKCJF.nMJ) EXB 160
PKC 2 K (Mi (4) EXB 7*6
PKC 2 G <4a) EXB *30
PKA J II c«)> EXB 292
PKC 2 F (3a) EXB 4*9 ’
PKA JH 431) EXB 2*9 7
PKC 2 E <2) • EXB 7*7
PKA I O. luivTu (6) EXB 1320
PKA 4 M. Uiuv (1* EXB 1116
PKA 1 0. !u(*ut (71 EXB 1016
PKA U EXB 443 T
PKA 4 l_ ii» EXB 13*
PKA4U«u(J1 EXB 139
PKA4J.M44 EXB 1373
Ml 8627
MJ 8626
M3 *629
•*!-» 1621
MS **2I
M* |6>8
Ad 7 *629
Ml MX)
M9 IM I
M-10 *633
Mil 8622
AD 74 147
AO 7412
AD 74-177
AD 73-103
AO 74-123
AD 74-164
AD 76126
AD 7667
AD 74 ES
AO H 4 fl A)
AD 73-94
EXB 1836
EXB *
EXB 2029
EXB *
EXB 1753
EXB XII*
EXB 1*15
EXB
EXB i
fcXB-*
EXB
Ail
AM
A.-3
Aj*
M>7
Ai •
*713
nil
*748
*702
•704
•111
AI A QZ2.( EXB
ALA II (2*c) EXB 831
AI A 022. c«U| (22fc) EXB 97*
Al-A 10 f») EXB ■*
Al-A 2) 1106) EXB 444)
AI A 10(7) EXB 7
a 1461
a 1456
IL 1499
IL 1469
a 1457
a 1472
a 1470
a 1461
a 1464
a uii
a ini
a 1474
a 1435
a 1469
a 1460
a tiu
IL 1112
a ii8«
a 1267;
P *»6|
HP n. pd IUY A
HP II. fit 116935;
<2> A a 32J
a JI9
a 306 E AV 123
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AV I2B.A a 313
AV 13* A a 326
am
a 32i
aJ27;E: AV 149
AV 142
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a 3i8
a 319.0 AVU*
a Jio
a 3i»
a 331
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IL 322
a 307
FdPD.pL Urr:6
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a 334. B: AV 131
a 345
a 323
a 30*. E AV 122
a 33*. F AV 152
AV 14*. C: a 324
A. 312
a 330
a im
JL 103
a 334; F: AV 153
a 943; D AV 143
a 339; D AV 15*
AV 127. A a 316
a 302. C AV 199
a m. f av im
a 94i
a U3
a 530
a 309. F AV 121
a 342. F AV l»
a in
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a 16*. A F«nmrt4
hm«a
IL 166
a 1*7
JL 17a D. AV 102
DPhLM
AV97
AV *4
AVU
AV *9
CmoI 1*61. pi 270
AV *J
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DATA Blk-I to ?-6 CORRIGENDA
447
Bli-1 B473
B&.2 B67I
Bft-3 *675
BW4 1671
BK-5 1673
Slid 8676
2 BLK-165
BLKLIM
3 IILK-1975
2 BLK m
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] BLK 11:9
EXE 33* AV H
EXB AV94
EKE AVM
EMB l« AV9V
EXB BOP EL l IF
EXB AV*.
Mr Eft
J*.[T
Mr LI
t»6 ms r m emu mi
RljfiO.E
7SHJ m i W3C, EXB
dJTfl i<Jj
757 L MS I MIC, EMB 410*
Ot B JA
ILlt*
1L1LS
VSL
Qrttl
RZ3J
777
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BikK-h 1971. jL 1a
0-1
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PSW
JL L4£d
GI
ILU
B0f4)O
PS*
ILtETS
03
SL70
BQfDO
PSVp
JLIE76
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psw
IL i rtf
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113*
ABdlO
P5W
IL 11AC
0 6
*161
DO WO
PS*
IL11T0
0-7
■1«
DO i<JO
PS*
IL 1166
n-*
<131
COfJMJ
PSW
awrlBTI.pt IA1
0-9
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BO (4)0
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*172
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PSW
JL 3462
an
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0-12
<157
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PSW
ILIJ64
0-13
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Jtl U67
0-14
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IL 1169
0-L5
*159
BO Clio
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iLim
G-16
1137
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ILIITI
Eld-1
tut
MO At
raw
JL IMT
mt
*151
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raw
IL Lltf
IH-3
*193
l(D *
raw
JL [411
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JL L4H
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JL L3I7
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JL 1423
1*-1
*L97
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IL 141 ft
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Jk-A Jill III, M2
xxa
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*761
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Kd-E
KM
Kit 4
R*S
Kd-6
Kd-7
K 4 -I
Kd-it
W-Ill
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ltd -13
Kd 14
Kd IS
Kd-lft
Kit 17
ilw kb 3941, a wjs m ekb t
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