Published online by Cambridge University Press: 24 July 2014
Based upon current knowledge of the Yin Oracle-Bone Inscriptions, this article argues that potential inscriptional records of the total lunar eclipse on June 16, 2011, which was observable in Beijing, could only be the same as those of the lunar eclipse recorded in Yingcang 885/886 and that lunar eclipse inscriptions on those two rubbings of Yingcang were records of an eclipse like the one on June 16, 2011. Both eclipses began sometime after midnight and ended shortly after sunrise. Between 1400 b.c.e. and 1148 b.c.e., only the lunar eclipse on August 14, 1166 b.c.e. could match the time and ganzhi dates of the eclipse in Yingcang 885/886. In 1998, Chang Yuzhi and I independently put forward this view. In this article, I reach the same conclusion by means of an innovative method.
根據當前關於殷代甲骨文的知識,本文論述的是,對於2011年6月16日發生的、北京可見的月全食,其可能的甲骨文記錄的格式只能和《英藏》885及886上所刻月食記錄的格式一樣。另外,那兩片《英藏》拓片記錄的月食也是像2011年6月16日發生的那樣的月全食。兩次月食都始於夜間,終於日出後。公元前1400年到公元前1148年之間,只有公元前1166年8月14日的月食滿足《英藏》885和886所記月食的時間和干支日期。本文作者和常玉芝先生在1998年已經分別提出了這個觀點,本文采用不同的方法又得出了相同的結論。
1. Bin diviner group inscriptions are part of the Period I inscriptions. For a general introduction to the periodization of the Yin Oracle-Bone inscriptions, see Keightley, David N., Sources of Shang History: The Oracle-Bone Inscriptions of Bronze Age China (ca. 1200–1045 B.C.) (Berkeley: University of California Press, 1978), 92–94Google Scholar. In the original periodization, Period I ended with King Wuding 武丁. Now it is generally agreed on among specialists that some Bin diviner group inscriptions are from the reign of King Zugeng 祖庚. See Tianshu, Huang 黃天樹, Huang Tianshu guwenzi lunji 黃天樹古文字論集 (Beijing: Xueyuan, 2006), 16–30Google Scholar.
2. In 1999, Zhang Peiyu 張培瑜 listed absolute dates assigned to those lunar eclipses. See Peiyu, Zhang, “Riyueshi buci de zhengren yu Yin-Shang niandai 日月食卜辭的證認與殷商年代,” Zhongguo shehui kexue 中國社會科學, 5 (1999), 195Google Scholar.
3. Xueqin, Li 李學勤, Wenxin, Qi 齊文心, Lan, Ai 艾蘭 (Sarah Allan), Yingguo suocang jiagu ji 英國所藏甲骨集, Vol. 1: parts 1 and 2 (Beijing: Zhonghua, 1985)Google Scholar.
4. The ganzhi date of Eclipse IV was once controversial as well. However, its date has now been settled. See Bingquan, Zhang 張秉權, “Jiaguwen zhong de ‘jiawu yueshi’ wenti 甲骨文中的‘甲午月食’問題,” Zhongyang Yanjiuyuan Lishi Yuyan Yanjiusuo jikan 中央研究院歷史語言研究所集刊, 58.4 (1987), 743–54Google Scholar.
5. Heji is the abbreviation of the Jiaguwen heji 甲骨文合集. Moruo, Guo 郭沫若 ed.; Houxuan, Hu 胡厚宣, ed. in chief, Jiaguwen heji 甲骨文合集, 13 volumes (n.p.: Zhonghua, 1978–82)Google Scholar.
6. For the meaning of yiri 易日, see Yiping, Yan 嚴一萍, “Shi yi 釋易,” Zhongguo wenzi 中國文字 40 (1971), 4430–34Google Scholar.
7. Other scholars have been transcribing the word hun as wen 聞, interpreting its meaning as “to report.” In the Yin Oracle-Bone inscriptions, however, the word gao 告 means “to report.” When something “was reported” to the king, it was made clear with the word gao. One example is inscribed on Heji 137. Ken-ichi Takashima, in his “Paleographic Exploration into Pre-Classical Chinese: Certain Time Words and a Solar Eclipse in the 12th c. B.C. China” (manuscript, 2004), reads the word as hun, which makes sense in this context.
8. Transcriptions of this inscription usually do not include the character ri 日. Chang Yuzhi 常玉芝 proposes that two characters qiri 七日 are missing before jiwei. (See Yin-Shang lifa yanjiu 殷商曆法研究, Jilin wenshi, 1998, 31Google Scholar.) However, on the rubbing of Yingcang 885, the damaged graph ri above the graph ji 己 can clearly be seen. The character ri is thus supplied in this transcription. In addition, a transcription of graph will be provided later in this article.
9. See Mengjia, Chen 陳夢家, Yinxu buci zongshu 殷虛卜辭綜述 (Beijing: Kexue, 1956), 239Google Scholar; Chang Yuzhi, Yin-Shang lifa yanjiu, 39; and Shi, Feng 馮時, Archaeoastronomy in China (Beijing: China Social Science Documentation Publishing House, 2001), 224Google Scholar.
10. Chen Mengjia, Yinxu buci zongshu, 239.
11. Feng, Archaeoastronomy in China, 224.
12. Chang Yuzhi, Yin-Shang lifa yanjiu, 39–41.
13. Zuobin, Dong 董作賓, Yin lipu 殷曆譜 (reprinted. Taibei: Yiwen, 1977), 447Google Scholar.
14. Shaughnessy, Edward L., “On the Authenticity of Bamboo Annals,” Harvard Journal of Asiatic Studies 46.1 (1986), 150CrossRefGoogle Scholar.
15. Chen Mengjia, Yinxu buci zongshu, 246.
16. Chang, Kwang-Chih, Shang Civilization (New Haven and London: Yale University Press, 1980), 324–25Google Scholar.
17. Ye Yusen 葉玉森, Yinqi gouchen 殷契鉤沉 (1923). For his discussion of the graph, see Xingwu, Yu 于省吾, Jiagu wenzi gulin 甲骨文字詁林 (Beijing: Zhonghua, 1996), 2798Google Scholar.
18. Xiaoding, Li 李孝定, Jiagu wenzi jishi 甲骨文字集釋 (Taibei: Institute of History and Philology, Academia Sinica, 1965), 4070Google Scholar.
19. Yuchun, Long 龍宇純, “Shi Jiaguwen zi jian shi xi zun 釋甲骨文字兼釋犧尊,” in Papers Presented to Mr. Shen Kang-po on His Eightieth Birthday (Taibei: Lianjing, 1976), 1–15Google Scholar. It was reprinted in Sizhuxuan xiaoxue lunji 絲竹軒小學論集 (Beijing: Zhonghua, 2009), 73–86Google Scholar.
20. Yuzhou, Fan 范毓周, “Jiaguwen yueshi jishi kaobian 甲骨文月食紀事考辨,” in Jiaguwen yu Yin-Shang shi 甲骨文與殷商史 2, ed. Houxuan, Hu 胡厚宣 (Shanghai: Shanghai guji, 1986), 318Google Scholar.
21. Bingquan, Zhang 張秉權, Xiaotun dierben: Yinxu wenzi: Bingbian 小屯第二本:殷虛文字: 丙編 (Taibei: Institute of History and Philology, Academia Sinica, 1959) Vol. 1, part 2, 135–37Google Scholar.
22. Peiyu, Zhang 張培瑜, “Yin-Shang Wuding shi de yueshi he lifa 殷商武丁時的月食和曆法,” in Zhongguo gudai tianwen wenwu lunji 中國古代天文文物論集, ed. Zhongguo shehui kexueyuan kaogu yanjiusuo (Beijing: Wenwu, 1989), 24–25Google Scholar.
23. Xigui, Qiu 裘錫圭, “Shi Yinxu buci zhong de deng zi 釋殷虛卜辭中的等字,” in Dierjie guoji Zhongguo guwenzi xueshu yantaohui lunwenji 第二屆國際中國古文字學術研討會論文集 (Hong Kong: Department of Chinese, Chinese University of Hong Kong, 1993), 73–94Google Scholar.
24. Peiyu, Zhang, “Riyueshi buci de zhengren yu Yin-Shang niandai 日月食卜辭的證認與殷商年代,” Zhongguo shehui kexue 中國社會科學 5 (1999), 39Google Scholar.
25. Shi, Feng, “Yinli suishou yanjiu 殷曆歲首研究,” Kaogu xuebao 考古學報 1 (1990), 20–21Google Scholar.
26. Feng, Archaeoastronomy in China, 219 and 224, respectively.
27. Zongyi, Rao 饒宗頤, Yindai zhenbu renwu tongkao 殷代貞卜人物通考 (Hong Kong: Hong Kong University Press, 1959), 86Google Scholar.
28. Quemin, Zhao 趙卻民, “Jiaguwen zhong de riyueshi 甲骨文中的日月食,” Nanjing daxue xuebao 南京大學學報 (Natural Science) 1 (1963), 36Google Scholar; Peiyu, Zhang, “Jiaguwen riyueshi jishi de zhengli yanjiu 甲骨文日月食紀事的整理研究,” Tianwen xuebao 天文學報 2 (1975), 215Google Scholar; Chang, Kwang-Chih, “Shang shi xin liao san ze 商史新料三則,” Bulletin of the Institute of History and Philology, Academia Sinica 54 (1979): 742Google Scholar; Yiping, Yan 嚴一萍, “Yin-Shang tianwen zhi 殷商天文志,” Zhongguo wenzi 中國文字 New 新 2 (1980), 1–60Google Scholar; Shaofeng, Wen 溫少峰 and Tingdong, Yuan 袁庭棟, Yinxu buci yanjiu: kexue jishu pian 殷虛卜辭研究:科學技術篇 (n.p.: Sichuan shehui kexueyuan, 1983), 41Google Scholar; Zungui, Chen 陳遵媯, Zhongguo tianwenxue shi 中國天文學史 (Shanghai: Shanghai renmin, 1984), 1004Google Scholar; Shi, Feng, “Yinli suishou yanjiu,” 20–21; Lao Gan 勞幹, “Cong Jiawu yueshi taolun YinZhou niandai de guanjian wenti 從甲午月食討論殷周年代的關鍵問題,” Bulletin of the Institute of History and Philology 64.3 (1993), 636Google Scholar; Zhentao, Xu 徐振韜, “Jiaguwen riyueshi he xiandai tianwen jisuan 甲骨文日月食和現代天文計算,” in Xia-Shang wenming yanjiu 夏商文明研究, ed. Luoyang wenwu erdui (Zhengzhou: Zhongzhou guji, 1995), 494Google Scholar; Guang, Zheng 鄭光, “Ye tan Wuding yueshi 也談武丁月食,” in Jinian Yinxu jiagu faxian yibai zhounian guoji xueshu yantaohui lunwenji 纪念殷墟甲骨發現一百周年國際學術研討會論文集, ed. Yuxin, Wang and Zhenhao, Song (Beijing: Shehui kexue wenxian, 2003), 575Google Scholar; Peng Diejun 彭瓞鈞, Qiu Jincheng 邱錦程, and Zhou Hongxiang 周鴻翔, “Gudai riyueshi de tianwen duandai yu tongji yanjiu 古代日月食的天文斷代與統計研究,” in Jinian yinxu jiagu faxian yibai zhounian guoji xueshu yantaohui lunwenji, 586.
29. Dubs, Homer H., “The Date of the Shang Period,” T'oung Pao 40 (1951), 331CrossRefGoogle Scholar.
30. The start of a Yin day is a hotly debated issue. For more details, see Liu Xueshun 劉學順, “The First Known Chinese Calendar: A Reconstruction by the Synchronic Evidential Approach,” Ph.D. dissertation (Vancouver: University of British Columbia, 2005), 90–98.
31. Fa-kao, Chou, “On the Dating of a Lunar Eclipse in the Shang Period,” Harvard Journal of Asiatic Studies 25 (1964–1965), 245CrossRefGoogle Scholar.
32. David N. Keightley, Sources of Shang History, 43, n. 79; “Shang China Is Coming of Age—a Review Article,” The Journal of Asian Studies 41.3 (1982), 550Google Scholar; and The Ancestral Landscape: Time, Space, and Community in Late Shang China (ca. 1200–1045 B.C.) (Berkeley: Institute of East Asian Studies, University of California, 2000), 20Google Scholar.
33. Xingwu, Yu, Shuangjianyi Yinqi pianzhi xubian 雙劍誃殷契駢枝續編 (Beijing, 1941)Google Scholar. His decipherment of the graph is reprinted in Yu, Jiagu wenzi gulin, 2799–2800.
34. Takashima, Ken-ichi, “Some Philological Notes to Sources of Shang History,” Early China 5 (1979), 54Google Scholar.
35. Takashima, Ken-ichi, Studies of Fascicle Three of Inscriptions from the Yin Ruins. Vol. 2: New Palaeographical and Philological Commentaries (Taibei: Institute of History and Philology, Academia Sinica, 2010), 31–33Google Scholar.
36. Qiu, “Shi Yinxu buci zhong de deng zi.”
37. Chang Yuzhi, Yin-Shang Lifa Yanjiu, 33; Zhang Peiyu, “Riyueshi buci de zhengren yu Yin-Shang niandai,” 33; Xia-Shang-Zhou duandai gongcheng zhuanjiazu, Xia-Shang-Zhou duandai gongcheng 1996–2000 nian jieduan chengguo baogao 夏商周斷代工程 1996–2000 年階段成果報告 (Beijing: Shijie tushu chuban gongsi, 2000), 56Google Scholar; and Yong, Li 李勇, “Wuding yueshi ji qi niandai yanjiu 武丁月食及其年代研究,” Zhongyuan wenwu 中原文物 1 (2001), 51Google Scholar.
38. Qiu, “Shi Yinxu buci zhong de deng zi,” 86–88.
39. Chang Yuzhi, Yin-Shang lifa yanjiu, 34.
40. As cited in note 21, Zhang Bingquan collected thirty-one inscriptions in which the formula ganzhi (xi) + dou + ganzhi appears. The interpretation summarized here makes sense in all those examples.
41. See note 33 above.
43. Software SkyMap Pro 9, released by Chris Marriot in 2006.
44. See Liu Xueshun, “The First Known Chinese Calendar,” 84–87.
45. Chang Yuzhi, Yin-Shang lifa yanjiu, 116–24.
46. Some scholars think that Eclipse V occurred around midnight. For example, in his article “Riyueshi buci de zhengren yu Yin-Shang niandai,” Zhang Peiyu proposes that Eclipse V happened on December 27–28, 1192 b.c.e., starting at 20:54 and ending at 00:47 (see Peiyu, Zhang, Sanqian wubai nian liri tianxiang 三千五百年曆日天象 [Zhengzhou: Daxiang publisher, 1997], 1096Google Scholar). This is difficult to accept for three reasons: first, the time of a lunar eclipse that passed midnight is recorded as the night of a ganzhi date in the language of the Oracle-Bone inscriptions. For instance, in the same article, Zhang Peiyu accepts that Eclipse II took place on July 11–12, 1201 b.c.e., starting at 22:49 and ending at 01:19 (see Zhang Peiyu, Sanqian wubai nian liri tianxiang, 1095). In the inscriptions, its time is recorded as zhixi, “this night,” (i.e. the night of guiwei); its time is not guiwei xi dou jiashen, “the time when guiwei night cleaved to jiashen.” This is because in the Yin Oracle-Bone inscriptions the word xi refers to the entire night. Therefore, when a lunar eclipse occurred before midnight and ended shortly after midnight, its time clearly could be recorded as the night of a ganzhi date; second, rejecting the opinion that Eclipse V occurred around midnight avoids the above-mentioned discrepancy among inscriptional records of lunar eclipses that ended shortly after midnight. In other words, there is no need to use the word dou to record eclipses around midnight; third, midnight is not one attested time division in the inscriptions. There is still no inscriptional evidence to show that this unattested time division ever affected the method of recording a lunar eclipse in the language of the Yin Oracle-Bone inscriptions.
47. See Beijing Shifan Daxue Guoxue Yanjiusuo 北京師范大學國學研究所, Wuwang ke Shang zhinian yanjiu 武王克商之年研究 (Beijing: Beijing shifan daxue, 1997), 686Google Scholar.
48. Keightley, Sources of Shang History, 203.
49. All time specifications were calculated with SkyMap Pro 9.