Science and Civilisation in China – serie

Dr Joseph Needham's account of the Chinese achievement in science and technology will stand as one of the great works of our time. It has been acclaimed by specialists in both East and West and also by readers with wider and more general interests. The text, based on research of a high critical quality, is supported by many hundreds of illustrations and is imbued with a warm appreciation of China. Volume I is an introductory volume, in which Dr Needham prepares his readers for the study of a whole human culture. He begins by examining the structure of the Chinese language; he reviews the geography of China and the long history of its people, and discusses the scientific contacts which have occurred throughout the centuries, between Europe and East Asia.

The second volume of Dr Joseph Needham's great work Science and Civilisation in China is devoted to the history of scientific thought. Beginning with ancient times, it describes the Confucian milieu in which arose the organic naturalism of the great Taoist school, the scientific philosophy of the Mohists and Logicians, and the quantitative materialism of the Legalists. Thus we are brought on to the fundamental ideas which dominated scientific thinking in the Chinese middle ages. The author opens his discussion by considering the remote and pictographic origins of words fundamental in scientific discourse, and then sets forth the influential doctrines of the Two Forces and the Five Elements. Subsequently he writes of the important sceptical tradition, the effects of Buddhist thought, and the Neo-Confucian climax of Chinese naturalism. Last comes a discussion of the conception of Laws of Nature in China and the West.

After two volumes mainly introductory, Dr Needham now embarks upon his systematic study of the development of the natural sciences in China. The Sciences of the Earth follow: geography and cartography, geology, seismology and mineralogy. Dr Needham distinguishes parallel traditions of scientific cartography and religious cosmography in East and West, discussing orbocentric wheel-maps, the origins of the rectangular grid system, sailing charts and relief maps, Chinese survey methods, and the impact of Renaissance cartography on the East. Finally-and here Dr Needham's work has no Western predecessors-there are full accounts of the Chinese contribution to geology and mineralogy.

Dr Needham's fourth volume traces the development of physics and physical technology in ancient and medieval China. It is conveniently divided into three separate parts, the present volume, IV:1, dealing with physics as such, IV:2 with mechanical engineering and IV:3 with civil engineering and nautics.

As Dr Needham's immense undertaking gathers momentum it has been found necessary to subdivide volumes into parts, each to be bound and published separately. The first part of Volume 4, already published, deals with the physical sciences; the second with the diverse applications of physics in the many branches of mechanical engineering; and the third will deal with civil and hydraulic engineering and nautical technology. With this part of Volume 4, then, we come to the application by the Chinese of physical principles in the control of forces and in the use of power; we cross the frontier separating tools from the machine. We have already noticed that the ancient Chinese concept of chhi (somewhat similar to the pneuma of the Greeks) asserted itself prominently in acoustics; but we discover here that the Chinese tendency to think pneumatically was also responsible for a whole range of brilliant technological achievements, for example, the double-acting piston-bellows, the rotary winnowing-fan, and the water-powered metallurgical blowing-machine (ancestor of the steam-engine); as well as for some extraordinary insights and predictions in aeronautics.

As Dr Needham's immense undertaking gathers momentum it has been found necessary to subdivide volumes into parts, each bound and published separately. The first two parts of Volume IV deal respectively with the physical sciences and with the diverse applications of physics in the many branches of mechanical engineering. The third deals with civil and hydraulic engineering and with nautical technology.

The fifth volume of Dr Needham's immense undertaking, like the fourth, is subdivided into parts for ease of assimilation and presentation, each part bound and published separately. The volume as a whole covers the subjects of alchemy, early chemistry, and chemical technology (which includes military invention, especially gunpowder and rockets; paper and printing; textiles; mining and metallurgy; the salt industry; and ceramics).

The fifth volume of Dr Needham's immense undertaking, like the fourth, is subdivided into parts for ease of assimilation and presentation, each part bound and published separately. The volume as a whole covers the subjects of alchemy, early chemistry, and chemical technology (which includes military invention, especially gunpowder and rockets; paper and printing; textiles; mining and metallurgy; the salt industry; and ceramics).

The fifth volume of Dr Needham's immense undertaking, like the fourth, is subdivided into parts for ease of assimilation and presentation, each part bound and published separately. The volume as a whole covers the subjects of alchemy, early chemistry, and chemical technology (which includes military invention, especially gunpowder and rockets; paper and printing; textiles; mining and metallurgy; the salt industry; and ceramics).

It would be difficult to overstate the importance of Joseph Needham's Science and Civilisation in China series. For nearly fifty years, Needham and his collaborators have revealed the ideals, concepts and achievements of China's scientific and technological traditions from the earliest times to about 1800 through this great enterprise. During his long working lifetime, Needham kept in draft various essays, some written with collaborators, in which he set out his broad views on the Chinese social and historical context. These essays, edited by one of his closest collaborators, Kenneth Robinson, are contained in the present volume. A reading of this material makes it possible to reconstruct the assumptions and problematics that underpinned and drove the Needham project throughout the nearly one half century during which he was at the helm. The documents gathered here reveal the intellectual foundations of one of the greatest scholarly enterprises of the twentieth century.

The fifth volume of Dr Needham's immense undertaking, like the fourth, is subdivided into parts for ease of presentation and assimilation, each part bound and published separately. The volume as a whole covers the subjects of alchemy, early chemistry, and chemical technology (which includes military invention, especially gunpowder; paper and printing; textiles; mining and metallurgy; the salt industry; and ceramics).

This second part of the sixth volume of Joseph Needham's great enterprise is the first to be written by a collaborator. Francesca Bray, working closely with Dr Needham, has produced the most comprehensive study of Chinese agriculture to be published in the West. From a huge mass of source material, often confusing and obscure, and from first-hand study in China, she brings order and illumination to a crucial area of Chinese technological development. The main body of the book is an account of the technological history of agriculture, with major sections devoted to field systems, implements and techniques (sowing, harvesting, storing) and crop systems (what has grown and where and how crops rotated). The concluding section contrasts Europe's Agricultural Revolution with agrarian change in North China in the Han and with the 'Green Revolution' in South China in the Sung. In the theoretical analysis which concludes this section we find a vital contribution to the elucidation of the main question posed by Dr Needham's work: why did the Scientific Revolution which transformed the world take place in Europe and not in China?

The Gunpowder Epic is one of three planned publications on military technology within Dr Needham's immense undertaking. The discovery of gunpowder in China by the 9th century AD was followed by its rapid applications. It is now clear that the whole development from bombs and grenades to the invention of the metal-barrel hand gun took place in the Chinese culture area before Europeans had any knowledge of the mixture itself. Uses in civil engineering and mechanical engineering were equally important, before the knowledge of gunpowder spread to Europe in the thirteenth and fourteenth centuries. Dr Needham's new work continues to demonstrate the major importance of Chinese science and technology to world history and maintains the tradition of one of the great scholarly works of the twentieth century.

This study, the first of two parts, gives a comprehensive account of Chinese textiles and textile technology and deals with the evolution of bast fibre spinning and silk-reeling in the history of China. These operations are the basic techniques in the production of yarn and thread, pre-requisite to weaving, and any study of Chinese textile technology must start with the raw material obtained from fibre plants such as hemp, ramie, jute, cotton, etc, and silk reeled off from cocoons of the domestic silkworm. The time-span covered runs from the neolithic to the nineteenth century. Archaeological and pictoral evidence, the bulk of it hitherto unpublished in the West, is brought together with Chinese textual sources (which are extensively translated and interpreted) to illustrate Chinese achievements in this field. Professor Kuhn's study reveals the way in which Chinese textile-technological inventiveness has influenced textile production in other regions of the world and in medieval Europe. It explains how textile technology reached its high point between the tenth and thirteenth centuries and attempts to indicate the reasons for its subsequent relative decline. The development of the textile industry in Europe was a key factor in the rise of capitalism. In the case of China after Sung times, textile technology and the organisation of textile labour may help indicate why such a development did not take place in China.

Science and Civilisation in China Volume V Part 6 is the first of the three parts dealing with the arts of war in ancient and medieval China. The present volume opens with an introduction on Chinese attitudes to warfare in general. Four major sections follow: on the making and use of simple bows; on the crossbow, the standard weapon of the Han armies, and its introduction to the Western world; on the pre-gunpowder forms of artillery, including the invention of the trebuchet; and on the art of siege warfare in which the Mohists were particularly interested. There is a good deal of material on siege-warfare available, and this final section is a substantial one, covering all aspects in detail.

Volume 6. Part III of Science and Civilisation in China contains two separate works. The first, by Christian Daniels, is a comprehensive history of Chinese sugar cane technology from ancient times to the early twentieth century. Dr Daniels includes an account of the contribution of Chinese techniques and machinery to the development of world sugar technology in the pre-modern period, devoting special attention to the transfer of this technology to the countries of South-East and East Asia in the period after the sixteenth century. The second, by Nicholas K. Menzies, is a history of forestry in China. Dr Menzies identifies a tradition of forest management that can be traced to the earliest Chinese written records, and describes methods of silviculture and the major timber species used in Chinese forestry. A final section compares China's history of deforestation with the cases of Europe and Japan.

Science and Civilisation in China Volume 7 Part 1 is the first book in the final volume of this unique resource. The Chinese culture is the only culture in the world which has developed systematic logical definitions and reflections on its own and on the basis of a non-Indo-European language. Christoph Harbsmeier discusses the basic features of the classical Chinese language which made it a suitable medium for science in ancient China, and he discusses in detail a wide range of abstract concepts which are crucial for the development of scientific discourse. There is special emphasis on the conceptual history of logical terminology in ancient China, and on traditional Chinese views on their own language. Finally the book provides an overview of the development of logical reflection in ancient China, first in terms of the forms of arguments that were deployed in ancient Chinese texts, and then in terms of ancient Chinese theoretical concerns with logical matters.

The fifth volume of Dr Needham's immense undertaking covers the subjects of chemistry and chemical technology. This, the thirteenth part of the volume, is the first history of Chinese mining to appear in a western language. Covering from the Neolithic period to the present day it deals with the full range of Chinese mining from copper to mercury, arsenic to coal and a large number of other minerals and materials. The author draws extensively not only on written sources but also on archaeological remains, and observation of traditional techniques still in use. The interrelationship between Chinese mining and the social, economic and political conditions in which it took place is examined, and leads the author to conclude that these extraneous factors were probably more important in determining how mining was carried out than technological progress.

The latest volume in Joseph Needham's magisterial review of China's premodern scientific and technological traditions introduces the history of medicine. Following the deaths of Joseph Needham and Lu Gwei-Djen, a considerable amount of written material on the development of Chinese medicine awaited publication. This material has been gathered together by the editor, Nathan Sivin, in the five essays contained in this volume. They offer a broad and readable account of medicine in culture, including hygiene and preventive medicine, forensic medicine and immunology, and the examinations taken by some Chinese physicians for more than a thousand years. Professor Sivin has edited the essays, expanding them where appropriate and incorporating the results of recent research. His extensive introduction discusses the contributions of Needham and Lu, placing the essays in context, and surveys recent scholarship from China, Japan, Europe and the United States.

Today Chinese cuisine is enjoyed in many parts of the world, yet little is known in the West about the technologies involved in making its characteristic ingredients. H. T. Huang's book is the first history of Chinese food technology in a western language. It describes the conversion of agricultural commodities into food and drink, and explores the origins, development and scientific basis of traditional Chinese technology as applied to the processing of four food categories: the fermentation of alcoholic drinks from grains; the conversion of soybeans into soyfoods and condiments; the preservation of foods and the production of noodles, vegetable oils, malt sugar, starch, etc; and, lastly, the processing and utilisation of tea. Where possible the Chinese experience is compared with equivalent systems in the West and elsewhere. The book ends with reflections on how nature, technology and human intervention have shaped the discovery and innovation of processed foods in traditional China.

How were Chinese pots made, glazed and fired? Why did China discover porcelain more than one thousand years before the West? What are the effects of China's influence on world ceramics? These questions (and many more) are answered in this lavishly-illustrated history of Chinese ceramic technology. The scene is set through the use of historical texts, archaeological excavation, and the principles of ceramic science. Chapters follow on the formation of clays and their relation to the underlying geologies of China, on firing, on manufacturing methods and sequences, on glazes, pigments and gilding, and on the impact of Chinese ceramic technology around the world, from the seventh to the twenty-first centuries. This is a volume unique in its coverage, which brings together research materials in several languages for the first time. With additional contributions by Ts'ai Mei-fen (National Palace Museum, Taipei) and Zhang Fukang (Shanghai Institute of Ceramics).

Donald B. Wagner provides a comprehensive historical account of the production and use of iron and steel in China in their political and economic context. An initial chapter on the traditional Chinese iron industry introduces the important technical concepts and the ways in which technology, geography, and economics interact and influence political phenomena. Recent archaeological work indicates that the earliest production of iron in China was in the Northwest, and that the technology was introduced from the West via Central Asia. It was, however, the invention in South China of large-scale technologies which put China on a very different developmental path from that of the West. Further chapters deal with developments from the Han to the Tang, the technical evolution and economic revolution of the Song period, and economic expansion under the Ming. A final chapter investigates the debt of the modern steel industry to Chinese developments.

Part one of the fifth volume of Joseph Needham's great enterprise is written by one of the project's collaborators. Professor Tsien Tsuen-Hsuin, working in regular consultation with Dr Needham, has written the most comprehensive account of every aspect of paper and printing in China to be published in the West. From a close study of the vast mass of source material, Professor Tsien brings order and illumination to an area of technology which has been of profound importance in the spread of civilisation. The main body of the book is a detailed study of the invention, technology and aesthetic development of printing in China. From the growth and ultimate refinements of early woodcut printing to the spread of printing from movable type and the development of book-binding, Professor Tsien carries the story forward to the beginning of the nineteenth century when 'more printed pages existed in Chinese than in all other languages put together'.

The sixth volume of Dr Needham's immense undertaking, like the fourth and fifth, is subdivided into parts for ease of presentation and assimilation, each part bound and published separately. The volume as a whole covers the subjects of biology and biological technology (which includes botany and agriculture, zoology, all aspects of medicine, and pharmaceutics).