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Kevin D. Pang1

Published online by Cambridge University Press:  26 March 2015

Kevin D. Pang
Kevin D. Pang*
Affiliation:
Jet Propulsion Laboratory, California Inst. of Technology, Pasadena, CA 91109
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Abstract

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Type
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Early China , Volume 15 , 1990 , pp. 173 - 196
Copyright
Copyright © Society for the Study of Early China 1990

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Footnotes

1.

The research described in this paper was carried out by the Jet Propulsion Laboratory, California Institute of Technology, supported by the National Aeronautics and Space Administration. Financial assistance from the Dudley Observatory is also gratefully acknowledged.

References

2. Newton, Robert R., The Moon's Acceleration and its Physical Origins, vol 1, as Deduced from Solar Eclipse Records (Baltimore: Johns Hopkins U. Press, 1979), 139–180Google Scholar; and Cohen, Alvin P. and Newton, Robert R., “Solar Eclipses Recorded in China During the Tang Dynasty”, Monumenta Serica 35 (1981–1983), 347–430CrossRefGoogle Scholar.

3. Hung-hsiang, Chou 周鴻翔, Shang Yin di wang benji 商殷帝王本紀 (Hong Kong: privately printed, 1958)Google Scholar.

4. Fa-kao, Chou 周法高, “The Problem of the Date of Chou Wu Wang's Conquest of the Shang” (in both English and Chinese), Bulletin of the Institute of the History and Philology, Academia Sinica 56 (1985) 1–40Google Scholar.

5. Keightley, David N., “Shang China is Coming of Age — A Review Article”, Journal of Asian Studies 41 (1982), 549–557CrossRefGoogle Scholar.

6. Pang, Kevin D., “Extraordinary Floods in Early Chinese History and Their Absolute Dates”, Journal of Hydrology 96 (1987), 139–155CrossRefGoogle Scholar.

7. For these sites, see Shihua, Qiu 仇士華 et al., “You guan suowei Xia wenhua de tan shisi niandai ceding de chubu baogao” 有關所謂夏文化的碳十四年代測定的初歩報吿, Kaogu 考古 1983.10, 923–926Google Scholar; Xu, Guo, “The Search for China's Earliest City”, China Reconstructs (05 1986), 29–31Google Scholar; Xia Nai 夏, paper presented at the Jubilee Celebration Conference of the Prehistoric Society, Norwich, England, March 1985, as reported by Bunney, Sarah in “Chinese Archaeologist Discovers Shang Capital”, New Scientist 106 (1985), 21Google Scholar; kaogudui, Shaanxi Zhouyuan 陝西周原考隊, “Shaanxi Qishan Fengchu cun Xi-Zhou jianju jizhi fajue jianbao” 陕西周原鳳雕村西周建築基 址發掘簡報, Kaogu No. 10 (1979), 27–37Google Scholar.

8. Nivison, David S., “A Chronology of China to the End of Xia,’ paper presented at the International Symposium on Xia Culture (23–25 05 1990), Universitiy of California, Los AngelesGoogle Scholar.

9. Pang, Kevin D., “Computer Analysis of Some Ancient Chinese Eclipse Records to Determine the Earth's Past Rotation Rate”, Vistas in Astronony 31 (1987), 833–847CrossRefGoogle Scholar.

10. Bretagnon, Pierre and Simon, Jean-Louis, Planetary Programs and Tables from -4000 to 2800 (Richmond, Virginia: Willmann-Bell, 1986)Google Scholar.

11. Stephenson, Francis R. and Morrison, Leslie V., “Long-term Changes in the Rotation of the Earth: 700 B.C. to A.D. 1980,’ Philosophical Transactions of the Royal Society of London A313 (1984), 47–70CrossRefGoogle Scholar.

12. Yuan shi , 1.23aGoogle Scholar.

13. Hilton, James L.et al., “Analysis of Ancient Chinese Records of Occultations Between Planets and Stars,” Astronomical Journal 96 (1988), 1482–1493CrossRefGoogle Scholar.

14. Hilton, James L.et al., “Chinese Records of Lunar Occultations of the Planets”, Bulletin of American Astronomical Society 21 (1989), 1153Google Scholar.

15. Meeus, Jean, “Compact Planetary Groupings”, Sky and Telescope 22 (1961), 320–321Google Scholar.

16. Gibbons, John R. and Plagemann, Stephen H., The Jupiter Effect: The Planets as Triggers of Devastating Earthquakes (New York: Vintage, 1976)Google Scholar.

17. Ku, Pan, History of the Former Han Dynasty, translated by Dubs, Homer H., vol. 1, (Baltimore: Waverly, 1931), 151–153Google Scholar; Kiang, Tao, “Notes on Traditional Chinese Astronomy”, Observatory 104 (1984), 19–23Google Scholar; Pang, Kevin D.et al., “Climatic Anomalies of Late Third Century B.C.: Correlation with Volcanism, Solar Activity and Planetary Alignment”, Eos 68 (1987), 1234Google Scholar.

18. Ronan, Colin A., The Shorter Science and Civilization in China, vol. 2 (Cambridge: Cambridge University Press, 1981), 194Google Scholar.

19. See Fig. 1 in the Forum article by Nivison and Pang and a more detailed discussion in Pang, “Extraordinary Floods in Early Chinese History.”

20. Zungui, Chen 陳遵據, Zhongguo tianwenxue shi 中國天文學史, vol. 1 (Rev. ed.; Taibei: Mingwen, 1988) 184–185Google Scholar.

21. This computation is a simple extrapolation of the positions given in Huang's Table 6 for 26 February 1953 B.C., and Fig, 1 in the Forum article by Nivison and me for 23 February 1953 B.C. to the time of syzygy on 5 March 1953 B.C. A more exact computation I did in collaboration with John A. Bangert of the Nautical Almanacs Office, U.S. Naval Observatory shows that the simple extrapolation is accurate to ± 1°.

22. Yunyou, Liu 劉雲友, “Zhongguo tianwenxue shi de yige zhongyao faxian——Mawangdui Hanmu boshu zhong de Wu xing zhan” 中國天文學史的一個重要發現—馬王堆漢墓帛書中的五星占, Wenwu 1974.11, 28–61Google Scholar.

23. Hongfan zhuan is a lost text. Liu Xiang's specifications for the lunar mansions however have been preserved in Kaiyuan zhanjing 開元占經, by Siddha, Goutama, 718–726Google Scholar. Pan Nai's reconstruction of Liu Xiang7s system is given, for example, in Juncan, Liu, Zhongguo tianwenxue shi xintan 中國天文學免新探 (Taibei: Mingwen, 1988), 241–257Google Scholar. See also Hashimoto, Keizo 橋本敬造, “Sen-Shin jidai no seiza to temmon kansoku 先秦時代の星座七天文観測 TōhōGakuhō 東洋學報 (Kyoto) 53 (1981), 189–232Google Scholar.

24. Xiaofen, Huang 黄嘵芬 and Xiaodong, Li 李曉東, “Yong cheng Qin gong yihao damu — Fengxiang Qin du yizhi zhi yi” 雍城秦公一號大墓一鳳翔秦都遺址之一, Zhongguo Wenwu Shijie 先國文物界 (09 1986), 19–26Google Scholar.

25. Xin Tang shu 27.17–18Google Scholar.

26. ShinjōShinzō, , Tōyōtenmon gakushi kenkyū 東洋天文學史硏究 (Tokyo: Kōbundōshobō, 1928)Google Scholar.

27. Wenxin, Zhu, Tianwen kaogu lu 天文考古錄 (Taibei: Commercial Press, 1970), 39Google Scholar.

28. Jiujin, Chen and Meidong, Chen, “Chung Yuan gu an li pu ge Mawangdui mu boshu Wu xing zhan de chutu zai tan Zhuanxu li wenti” 從元光曆譜及馬王堆墓帛書五星占的出土再談顓頊曆問題 Zhongguo tianwenxue shi wenji 中國天文學史文集 vol. 1 (Beijing: Kexue chubanshe, 1978), 95–117Google Scholar.

29. Guangqi, Bai, “Zhuanxu li shangque” 顧頊曆商榷, Zhongguo tianwenxue shi wenji, vol. 3 (1984), 24–32Google Scholar.

30. Needham, , Science and Civilisation, vol. 3, 103Google Scholar.

31. Newton, The Moon's Acceleration and its Physical Origins.

32. Observatory, Beijing, Zhongguo gudai tianxiang jilu zongji 中國古代天象記錄總集 (Jiangsu: Kexue jishu chubanshe, 1988), 121–127Google Scholar.

33. Zuobin, Dong 董作賓, Chronological Tables of Chinese History, vol. 1 (Hong Kong: Hong Kong U. Press, 1960), 189Google Scholar.

34. von Oppolzer, Theodore R., Canon of Eclipses, English ed. (New York: Dover, 1962), 66–67Google Scholar. The eclipse was apparently recorded on the day after it occurred. A one-day difference is considered acceptable for records so old. Han astronomers considered it quite normal for a solar eclipse to occur on hui 晦 or last day of the month. See, for example, Sivin, Nathan, “Chinese Astronomy: Between Two Worlds”, in World Archaeoastronomy, ed. Aveni, Anthony F. (Cambridge, England: Cambridge U. Press, 1989), 57Google Scholar.

35. Harvey, O. L., Calendar Conversions by Way of the Julian Day Number (Philadelphia: American Philosophical Society, 1983), 13Google Scholar.

36. Zezong, Xi, “Chinese Studies in the History of Astronomy, 1949–1979”, Isis 72 (1981), 456–470CrossRefGoogle Scholar.

37. Zezong, Xi, “Archaeoastronomical Discoveries in China”, Archaeoastronomy 7 (1984), 34–45Google Scholar.

38. Zhentao, Xuet al., “Astronomical Records on Shang Dynasty Oracle Bones”, Archaeoastronomy, Supplement No. 14 to Journal of History of Astronomy (1989), S61–S72Google Scholar. See also Zungui, Chen, Zhongguo tianwenxue shi, vol. 2 (1982), 321Google Scholar.

39. Needham, , Science and Civilisation, vol. 3, 104Google Scholar.

40. Puyang Commission for Cultural Relics and Puyang Museum, “Discovery at Xishuipo”, China Pictorial (03 1988), 36–37Google ScholarPubMed.

41. Zungui, Chen, Zhongguo tianwenxue shi, vol. 2, 323Google Scholar.

42. Barnard, Noel, “Astronomical Data from Ancient Chinese Records and the Requirements of Historical Research Methodology”, paper presented at the International Symposium on Xia Culture (23–25 05 1990), University of California, Los AngelesGoogle Scholar.

43. Robbins, R. Robert and Westmoreland, Russell B., “Astronomical Imagery and Numbers in Mogollon Pottery”, Bulletin of American Astronomical Society 22 (1990), 843Google Scholar.

44. 78.161. See also Brecher, Kennethet al., “Ancient Records and the Crab Nebula Supernova”, Observatory 103 (1983), 106–113Google Scholar.