Science and Civilisation in China: Volume 3, Mathematics and the Sciences of the Heavens and the EarthAfter 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. |
Contents
page | xvii |
List of Tables | xxxv |
Authors Note | xli |
MATHEMATICS | 1 |
1 | 64 |
Aft h Geometry p | 91 |
fro 4 Evaluation of π p | 99 |
8 Trigonometry p | 108 |
h 2 Novae supernovae and variable stars p | 423 |
SO 3 Comets meteors and meteorites p | 430 |
n j The time of the Jesuits p | 437 |
to 3 Western science or New science? p | 447 |
modern science p | 451 |
to k Summary p | 458 |
METEOROLOGY | 462 |
e Rainbows parhelia and spectres p | 473 |
an 1 Simultaneous linear equations p | 115 |
ge 5 Quadratic equations and the method of finite | 123 |
me 8 The Thien Yuan notation p | 129 |
ins 10 Series and progressions p | 137 |
m | 154 |
m | 171 |
ac b Definitions p | 178 |
te ii Chinese and Japanese literature p | 185 |
d Ancient and medieval cosmological ideas p | 210 |
e The polar and equatorial character of Chinese astronomy | 229 |
f The naming cataloguing and mapping of stars p | 263 |
g The development of astronomical instruments p | 284 |
A 5 The sightingtube and the circumpolar constella | 332 |
Sy 6 The armillary sphere and other major instruments | 339 |
th P | 343 |
fr i The general development of armillary | 343 |
spheres p 342 | 354 |
in iv The invention of the equatorial mounting | 367 |
S 7 Celestial globes p | 382 |
b h Calendrical and planetary astronomy p | 390 |
ac 2 Sexagenary cycles p | 396 |
e1 5 Resonance periods p | 406 |
g Thunder and lightning p | 480 |
GEOGRAPHY AND CARTOGRAPHY | 497 |
3 Descriptions of southern regions and foreign | 510 |
5 Local topographies p | 517 |
c A note on Chinese explorers p | 522 |
ง e Chinese survey methods p | 569 |
f Relief and other special maps p | 579 |
h g The coming of Renaissance cartography to China p | 583 |
en sedimentary deposition p | 598 |
in 3 Caves underground waters and shifting sands | 605 |
ve c Palaeontology p | 611 |
id | 624 |
MINERALOGY page | 636 |
cha d Mineralogical literature and its scope p | 643 |
her f Notes on some special minerals p | 652 |
ma 5 Borax p | 662 |
ter 7 Precious stones including the diamond p | 669 |
ADDENDA | 675 |
page | 685 |
| 803 | |
Table of Chinese Dynasties | 871 |
Common terms and phrases
3rd century 4th century abacus algebra ancient Arabic armillary sphere astronomical auct Babylonian Biot calendar celestial Chang Hêng Chatley Chhêng Chhi Chhien Chhou chih Chin Shu China Chinese astronomy Chinese mathematics Ching Chou Pei Chu Kho-Chen circle circumpolar clepsydra constellations counting-rods decimal diagram dynasty earth ecliptic equator equatorial Europe European fang Gaubil geometrical gnomon Greek heavens Hipparchus Hsiang Hsien Hsin hsiu Hsü Hsüan I-Hsing Indian instruments interesting Jesuits later Liang Liu Hui Maspero mathematicians medieval mentioned method Mikami Ming modern moon Nien observations observatory period place-value pole position problems records reference Sarton Saussure says Sect Shang Shen Kua Shih Shou-Ching sighting-tube solstice stars Suan Ching Sun Tzu Sung Taoist theory Thien Thung tien translated TSCC Ursae Wang Wên Yang Hui Yuan Yüeh



