India印度

John E. Brush

This review section contains two notices. The first evaluates the National Atlas of India (Preliminary Hindi Edition, 1957), edited by S. P. Chatterjee and prepared with the Survey of India. Consisting of 26 sheets, it provides an up-to-date cartographic representation of India's physical environment and socioeconomic structure at multiple scales, notably a detailed administrative map of minor civil divisions after the 1956 reorganization, with Hindi-English naming. The second notice summarizes Proceedings of Conferences on Land Surveying, edited by Ken S. Curtis, a Purdue University engineering bulletin collecting papers from the 1953–1957 annual land-surveying conferences. Both publications are useful references for cartography, geography, and land surveying.

Rizvi, A. I. H.

This paper presents the newly published National Atlas of India in Hindi, marking the completion of the first phase of the National Atlas Project. Compiled by the National Atlas Organization under the Union Ministry of Education and Scientific Research, the atlas prioritizes the depiction of socio-economic and physical distributional patterns over mere toponymy. It consists of 26 loose-leaf multi-colored map plates, facilitating flexible individual study. The primary scale is 1:5 million for 21 maps covering the whole country, supplemented by 16 maps at 1:10 million, 18 at 1:15 million, and 20 at 1:30 million, along with 28 additional maps and insets. Each plate is folded to a page size of 26 by 15 inches, yielding an overall atlas size of approximately 26 by 17 inches. A landmark feature is the first adoption of the metric system in an Indian atlas, with heights in metres, distances in kilometres, areas in hectares, and climatic data in metric units. To ensure international accessibility, English legends, explanatory notes, and a Roman-script place-name list are included. Thematic coverage spans physical relief, drainage, climate, soils, land use, agriculture, livestock, industry, transport, population demographics, education, health, archaeology, and tourist sites, drawing upon the most up-to-date central and state government data. The atlas thus serves as an authoritative, comprehensive geographical reference, available in deluxe and popular editions.

S. P. Chatterjee

This article, authored by Dr. S. P. Chatterjee, Director of the National Atlas Organization of India, provides a comprehensive account of the background, objectives, organizational structure, cartographic methods, and specific map compilation processes of the National Atlas Project. The article first traces the project's history from its proposal in 1953 to the formal establishment of the National Atlas Organization in 1956, outlining five key objectives: publishing the National Atlas in Hindi, English, and regional languages to depict India's physical and socio-economic characteristics; using atlas maps to delineate planning regions for effective resource development; helping citizens visualize regional characters in the context of development plans; disseminating fundamental geographic facts about India to the world; and providing employment opportunities for graduates in geography and related fields. The article then discusses the limitations of existing mapping organizations (such as the Survey of India) and underscores the need for a strong central cartographic department. In the organization and methods section, it details the division of labor between the Research Office and Drawing Office, including data collection, analysis, experimental cartography, and final drafting. The article focuses on the compilation techniques for the Population Map, including the dot method for rural population (with dots of varying radii representing different population counts) and the circle method for urban population, achieving for the first time a unified scale for both rural and urban symbols. Additionally, it mentions the Landuse Map (piloted in the Damodar Valley region) and the Communication Map (showing roads, railways, waterways, airways, and other infrastructure). The author concludes that while the National Atlas Organization has made initial contributions, it still faces challenges in data acquisition, technical equipment, and personnel training, requiring further refinement in the future.

L. Dudley Stamp

This review discusses the preliminary Hindi edition of the National Atlas of India, produced under the Second Five-Year Plan and edited by S. P. Chatterjee. Completed within a year with support from the Survey of India, the atlas comprises 26 large-format sheets entirely in Hindi, with English translations of keys and text. It adopts the metric system and covers physical, climatic, geological, economic, transport, educational, and archaeological themes, incorporating many original cartographic techniques. The reviewer commends it as a comprehensive national inventory essential for planning, and notes that it also demonstrates advanced methods of data representation. A larger edition is already underway, extending into the Third Five-Year Plan.

Brush, John E.; Chatterjee, S. P.; Organisation, The National Atlas

This review evaluates the first "National Atlas of India," a cartographic milestone produced by the National Atlas Organisation under India's Second Five-Year Plan. The atlas comprises 26 color plates depicting the country's physical, economic, and social landscapes. The assessment examines its cartographic design, thematic scope, and innovations. The atlas adopts Hindi script for titles and legends—with English translations provided—and the metric system, breaking from colonial cartographic traditions. Maps are primarily rendered on Lambert’s conformal conic projection at scales ranging from 1:5,000,000 to 1:60,000,000, supplemented by numerous insets. Major contributions include the first comprehensive administrative map of nearly 2,800 minor civil divisions since 1881, a novel physiographic interpretation, and new thematic maps covering climate, soils (incorporating zonal concepts), forests, cash crops, industries, and transportation. However, certain plates suffer from poor color harmony, notably the rural population map whose density categories are nearly illegible. The atlas omits key demographic themes such as age-sex structure, internal migration, and growth rates, and data mainly span 1950–1956, with some reliance on earlier statistics. Overall, the atlas signifies a pioneering synthesis of Indian geographic data, balancing extensive new compilations with lingering design and content limitations. It inaugurates a larger national atlas project, with the promising English edition underway.

О. Осколкова

This article reviews the first edition of the National Atlas of India, published in Hindi in 1957 by the National Atlas Organization under India's Ministry of Education and Scientific Research, edited by the prominent geographer S. P. Chatterjee. The atlas consists of 26 sheets and 95 maps, with principal maps at 1:5,000,000 and 1:10,000,000, supplemented by small-scale maps and large-scale insets of regions and cities. It covers physical and economic geography, including climate, drainage, mineral resources, agriculture, livestock, electric power, industry, transport, population, science, culture and tourism. The reviewer emphasizes several strengths: river basins are clearly delimited; mineral maps show both reserves and output, revealing insufficiently developed deposits in Central India; agricultural and processing-industry locations are combined effectively; the electric-power map is highly informative, including even small diesel plants; industrial maps are the first to use a uniform indicator—number of workers—for all branches; and the rural population map, based on village-level data, is more accurate than earlier district-based maps. The atlas also offers distinctive maps of education, health, archaeology and tourist attractions. At the same time, the reviewer notes shortcomings: important maps of physiographic and economic regionalization are absent; the livestock maps are not fully successful; and the map combining commercial crops with processing industries omits such major branches as cotton textiles, jute, sugar and food processing. In conclusion, the National Atlas of India represents a major achievement of Indian cartography and a valuable contribution to the study of the country. It is highly relevant for India's efforts to use its natural resources and for foreign scholars; it may also help correct distorted transcriptions of Indian place names on English maps. A revised English edition was being prepared.

V. L. S. Prakasa Rao; L. S. Bhat

This book review evaluates the Preliminary Hindi Edition of the National Atlas of India, edited by S. P. Chatterjee. It places the atlas in the tradition of national atlases and summarizes its scope: 21 maps at 1:5,000,000, 16 at 1:10,000,000, plus insets and special maps covering physical, economic, and cultural resources. The reviewers commend the clear treatment of relief, drainage, rainfall, forests, land use, crops, power, industries, transport, and social data, but note technical weaknesses such as color combinations and dot maps. They also outline the future plan for 500 maps. Overall, the atlas is a major achievement for India's resource planning.

This article reviews the National Atlas of India (preliminary edition, 1957), compiled under the direction of S. P. Chatterjee, aiming to present a comprehensive picture of India's natural, economic, and social characteristics to the public. The atlas uses large-format sheets at a uniform scale and comprises 26 plates covering administration, relief, climate, geology, minerals, soils, vegetation, irrigation, agriculture, industry, transport, population, tribes, education, health, and archaeology. It highlights the atlas's innovative use of the metric system for the first time in an Indian atlas and notes its methodological value, despite some data requiring refinement.

Bartz, Fritz

This review examines the new National Atlas of India (63 × 44 cm), published ten years after independence. Despite an unusual format, legends provided only in Hindi (necessitating a separate reference sheet), and occasional shortcomings in printing quality and color choice, the atlas is exceptionally rich in content. The thematic scope covers physical geography (geology, vegetation) and human geography (agriculture, irrigation, language groups, scheduled tribes). Geological and vegetation maps are noted for their clear color schemes, whereas some agricultural dot maps are criticized for visual confusion. The irrigation map effectively highlights regional differences, showing that over 60% of irrigated land is concentrated in eastern deltas and Punjab; the expansion of well irrigation reflects government programs. Maps of fiber crops and plantations use symbols and hachures to differentiate products, providing valuable economic information. The tribal population map, although small, reveals the distribution of non-Hindu groups. Certain data, such as fisheries, are of questionable reliability due to insufficient source material. Overall, this atlas presents India’s immense regional complexity comprehensively for the first time, serving as a treasure trove for researchers and marking a milestone in Indian cartography, despite minor inaccuracies.

This paper examines the unique cartographic and editorial challenges encountered in producing the first Hebrew edition of the Atlas of Israel (1964), a comprehensive work comprising 102 sheets and 720 large-scale maps. Although modeled on other national atlases, the Israeli atlas diverged significantly due to three primary factors: the country's rapid demographic and cultural transformations, its distinctive geographical position and elongated shape, and the uneven reliability of its documentary base. The most influential factor was the dramatic 600% population increase over two generations, which drove extreme changes in agriculture, economy, communication, and services. To capture this dynamism, the atlas employs time-sequence map series for most topics rather than single static representations, and includes supplementary maps to update content. Geographically, Israel's location on the arid zone boundary creates sharp north-south contrasts, with highly diverse physical, human, and economic elements in the north versus a monotonous south, compounded by varied topography over small altitude ranges. These spatial characteristics demanded specialized cartographic solutions. Finally, the area's political history under Ottoman, British, and Israeli administrations within 50 years resulted in data that differ greatly in coverage and reliability. The paper details how these interrelated problems shaped the atlas's content, design, and production.

C. Marková

This article presents the background, organizational framework, content structure, and technical specifications of the National Atlas of the Republic of India. The atlas project, initiated in 1951, was designed to systematically present the physical and economic-geographical characteristics of India. It was managed by the National Atlas Organization under the Ministry of Scientific Research and Cultural Affairs, with major facilities in Calcutta and Dehradun. The atlas employs multiple scales (from 1:100,000 to 1:20,000,000) and is divided into three main sections—physical, economic-demographic, and socio-historical—comprising approximately 300 map sheets covering topics such as geology, climate, hydrology, soils, agriculture, industry, transportation, population, and culture. The article also highlights challenges encountered during compilation, including data insufficiency and inadequate inter-institutional coordination, and emphasizes the atlas's significance in enriching geographical knowledge of India.

G. K. Dutt

This study examines cartographic techniques for socio-economic maps at 1:6,000,000 scale in the National Atlas of India. Traditional dot symbols remain effective for agricultural distributions, while proportional squares replace circles for urban population mapping. For concentrated industrial areas, combinations of proportional sectors, squares, and circles represent multi-unit data clearly. Pictorial symbols arranged linearly improve readability over conventional geometric marks. The findings offer practical guidance for thematic map design.

This paper presents the report of the International Geographical Union (IGU) Working Group on National Atlases, comprising members from the USSR, Australia, and Spain. Its primary objective is to formulate recommendations for the standardization and compilation of water resource maps in national and regional complex atlases. Following a preliminary programme presented in Paris in 1966, the research was conducted at the Geography Department of the Academy of Sciences of the Armenian SSR. Through a comprehensive analysis of over 100 atlases published worldwide, the Working Group recommends that an independent “Hydrology” section be incorporated, consisting of five essential maps: (1) surface water resources, (2) groundwater resources, (3) water use and water consumption, (4) present economic water balance, and (5) future economic water balance. These maps capture the most critical aspects of water resources and their utilization. Depending on a country’s specific conditions, supplementary maps may be added, while related thematic information such as precipitation, evaporation, runoff, and hydrogeological conditions can be placed in other atlas sections. Standard legends for the recommended maps have been developed based on materials from the mountainous areas of Armenia. The work underscores the value of international collaboration in establishing cartographic standards for integrated resource atlases.

Prasad, Narvedeshwar

This paper proposes a set of thematic maps and illustrations to enhance the 1957 preliminary edition of the National Atlas of India, which contained 79 maps and 21 inset sketches. Recognizing that a national atlas should present a comprehensive perspective of a country’s physical and cultural geography, the author identifies gaps in the existing atlas and suggests supplementary cartographic content. Key suggestions include a retro‑azimuthal projection map centered on India to clarify its global locational context, given that azimuths and retro‑azimuths lack a simple mutual relationship except along shared meridians or the equator. For agriculture, a series of four sunshine maps—mean January and July sunshine hours, total annual sunshine hours, and generalized isolines of solar radiation—is recommended to highlight the importance of sunlight for plant growth, alongside a map of irrigation potential in unirrigated or under‑irrigated areas based on water‑balance studies. Economic mapping proposals cover the distribution of commercial timber and other forest products, commercially cultivated fruits and spices, and poultry farms with comparative flock sizes. To reflect social dimensions, the paper calls for maps showing the percentage of students with access to educational facilities, locations of radio broadcasting stations and their frequencies, district‑wise standard of living measured by per capita annual expenditure, and surplus/deficit food grain regions. Additional illustrations include line graphs of solar altitude at five Indian cities, a graph of the annual variation of the Equation of Time, a comparative elevation sketch of principal mountain peaks with a reference line indicating that no peak outside India rises above it, and a diagram comparing the lengths of major rivers. The proposed additions aim to enrich the atlas’s portrayal of India’s locational, environmental, economic, and social characteristics, thereby better serving geographers, cartographers, and the general citizenry.

G. K. Dutt

After completing the Hindi volume of the National Atlas of India in 1957, the English edition was planned as fascicules with about 300 plates. This paper examines the cartographic methods used for the 1:6 million socio-economic maps, covering agriculture, livestock, industry, commerce, finance, economy and social conditions. Because published statistics were often too generalized or unsuitable for mapping, the Atlas made special requisitions to state agencies, used co-ordinating officers, and processed data in a statistical section. For crops and livestock, dot maps were adopted, with dots placed on arable land and values averaged over five years. Proportional circles were found unsuitable at 1:6 million and were replaced by proportional squares for urban population and hospital beds, with insets for congested areas. A combination of circles and squares distinguished livestock markets from fairs. Sector diagrams proved effective for showing several activities at one location, while semi-circles represented production and capacity in cement, water supply and port maps. The chemical and pharmaceutical map had to combine sectors, squares and circles for data measured in tonnes, litres and units. For handicrafts and house types, realistic pictorial symbols and photographically reduced pictures were more effective. The study concludes that the choice of graphic method must depend on map scale, data characteristics and congestion; when carefully selected and combined, these methods can present a clear, accurate and integrated picture of the country's socio-economic conditions.

Anson, R. W.

This paper offers critical reviews of two significant cartographic and historical works. The first review assesses the 1977 fascicule of the *National Atlas of India*, prepared by the National Atlas Organisation. It traces the atlas’s evolution from a preliminary Hindi edition (1957) and a partial English version (1968) to the present expanded edition, which incorporates regional data from various Indian states. The review describes the physical format (loose-leaf, folded plates at scales of 1:1M, 1:2M, and 1:6M), the planned scope of at least 234 maps, and the thematic content covering physical geography, population, transport, and tourism. While acknowledging the ambitious nature of this national inventory, the reviewer identifies several weaknesses: inconsistent temporal baselines (reliance on 1951 census for large-scale maps versus 1961 data elsewhere), a production span of up to fifteen years for certain sections that undermines comparability, uneven print quality, and suboptimal organization of thematic plates. Despite these shortcomings, the work is praised as a fascinating and useful publication. The second review introduces a new assessment of William Roy, marking the 250th anniversary of his birth. It draws attention to a paper by Dr J. B. Harley published in the *Chartered Surveyor* (1978), which re-evaluates Roy’s role in the founding of the Ordnance Survey after two centuries. Together, the reviews highlight both the monumental challenges of compiling a comprehensive national atlas and the ongoing scholarly reappraisal of foundational figures in surveying.

Ashok K. Dutt

The National Atlas of India, published in 1982 in eight volumes, is one of the world's most comprehensive national atlases and a landmark in Indian postcolonial cartography. This review article examines the genesis, format, content, and significance of the atlas. Initiated by S. P. Chatterjee and prepared by the National Atlas Organization in Calcutta, the atlas reflects India's development-oriented planning, with particular attention to agriculture and regional differentiation. The review details the atlas's physical characteristics: oversized pages, seven map scales, four projections, and a total of 274 maps distributed over 220 sheets. Its contents are organized into eight volumes covering general and political information, physical geography, climate and water resources, population, economic activities (especially agriculture), cultural and historical patterns, and regional administration. The author also offers a critical assessment. Despite the atlas's impressive scope and precision, it contains outdated demographic and economic data (some based on the 1951 census), omits important topics such as industrialization, family planning, and the impacts of the green revolution, and fails to map levels of economic development. Nevertheless, the atlas remains an indispensable reference for understanding India's spatial diversity and a model for other developing countries. The review concludes that the atlas is both a cartographic achievement and a useful research tool, despite shortcomings that future revisions should address.

Arundhati Virmani

This article examines the making of the first National Atlas of independent India, initiated in 1953 under the direction of geographer S. P. Chatterjee and supported by Prime Minister Jawaharlal Nehru. Situating cartography within postcolonial nation-building, it shows how the atlas served to consolidate national identity, affirm territorial sovereignty, and support planned economic development. The project broke with colonial mapping traditions by adopting the metric system and using Hindi as the main language, marking a political and psychological rupture. At the same time, it drew on colonial-era institutions and scientific expertise, while benefiting from international academic exchanges and prevailing cartographic standards. By analyzing the stages of production, choices of data, format, language, and scale, the article reveals the interplay between state-directed national goals and transnational scientific collaborations. It argues that the first National Atlas was a paradoxical product: on the one hand, a state-controlled instrument of national pedagogy and centralized development; on the other, an outcome of accelerated scientific circulation and standardization. Its domestic impact was limited by the exclusive use of Hindi, unfamiliar technical vocabulary, and restricted readership. Internationally, however, it served as a modern “visiting card” for India, projecting the nation’s sovereignty and scientific capacity. The study contributes to the history of cartography, postcolonial nationalism, and scientific transfer, highlighting both continuities with colonial knowledge systems and innovations shaped by global geographic practice.