南京大学地球科学与工程学院教授
生物演化与环境科教融合中心副主任
e-mail地址: ykshi@nju.edu.cn
教育背景
1998-2002年南京大学地球科学系地质学专业理学学士
2002-2008年南京大学地球科学与工程学院
古生物学与地层学博士 指导教师:
2007.10-2008.4 美国南佛罗里达大学海洋学院访问
合作导师:pamela hallock muller教授
2014.4 -2015.4 伦敦自然历史博物馆访问
合作导师:norman macleod教授
目前在研项目
1. 国家重点研发计划(科技部),2018yfe0204201,深时地层古生物数据自动获取和数字化技术,2019/08-2023/07,306万元,骨干。
2. 国家自然科学基金重点项目,91955201,晚古生代基默里区的生物演化与环境演变过程,2020/01-2023/12,299万元,参与。
3. 南京大学本科教育教学改革项目,2020年,线上线下混合式教学中的知识图谱应用,0.5万,主持。
4. 教育部2021年度基础学科拔尖学生培养计划2.0研究课题一般项目,20212040,主持。
开设课程
本科生课程:
生命演化i(生物演化与环境国际班)
the entrepreneur’s journey(与norman macleod教授合上,全校通识)
《物种起源》导读(与王向东教授合上,diy课程)
研究生课程:
英文文献阅读
现代古生物学(与沈树忠院士合上)
在线课程:
古生物学(中国大学mooc、学堂在线平台)
演化——地球生命简史(中国大学mooc 平台,与周忠和、沈树忠院士合上)
近五年发表论文等
,许姝艺,董少春,基于知识图谱的增强型混合式教学法的教学实践与思考,高校地质学报,录用.
2. 宋思存,张书涵,张子航,史宇坤*. 2021. 定量古生物学常用r型多变量线性回归方法例析. 微体古生物学报,38(3):292-300.
3. 文蝶, 黄浩, 史宇坤*, 杨孙容, 杨娇, 王媛,侯旭东,樊隽轩. 地球科学大数据的管理与共享:以英国地质调查局为例. 高校地质学报, 27(1):045-057.
4. deng, y. y., fan, j. x., zhang, s.h., fang, x., chen, z.y., shi, y.k., macleod, n., yang, j., hou, x.d., wang, y., zhang, y.d., chen, q., fan, r., dong, s.c., xu, h.q., shen, s.z., 2021. timing and patterns of the great ordovician biodiversification event and late ordovician mass extinction. earth-science reviews, 220, p. 103743.
5. shi, y. k., wang, x. d., fan, j. x., huang, h., xu, h. q., zhao, y. y., shen, s. z. 2021. carboniferous-earliest permian marine evolutionary biodiversification event (cpbe) during the late paleozoic ice age. earth-science reviews, 220,p. 103699.
6. wang, x.d. *, hu, k.y. *, shi, y.k. *, chen, j.t., yang, s.r., ye, x.y., li, x.m., song, y.f., chen, b., chang, x.l. and yao, l., 2021. the missing upper carboniferous in the cimmerian continent: a critical review. earth-science reviews, 217, p.103627.
7. yining chen, yukun shi*, silong huang, 2021. species-specific settling behaviors of benthic foraminifera: size, density and structure. journal of foraminiferal research 51 (2): 69–80. doi: https://doi.org/10.2113/gsjfr.51.2.69
8. yukun shi. 2021. heterochronic origin of spherical fusulinid foraminifera in the late paleozoic. paleobiology 47(1): 115-133.
9. wang, w.q., katchinoff, j.a., garbelli, c., immenhauser, a., zheng, q.f., zhang, y.c., yuan, d.x., shi, y.k., wang, j., planavsky, n. and shen, s.z., 2021. . earth-science reviews, 103679.
10. 邓怡颖, 樊隽轩, 王玥, 史宇坤, 杨娇,鲁铮博,2020. 古生物学数据库现状与数据驱动下的科学研究. 高校地质学报, 26(4):361-383.
11. 鲁铮博, 史宇坤*, 华洪, 拓守廷, 叶训焱,邓怡颖,樊隽轩,2020. 国际大洋科学钻探的数据资源与共享现状,高校地质学报,26(4):472-480.
12. 黄明立,田坤烜,史宇坤*,2020. 滇黔桂盆地早二叠世亚丁斯克期的沉积环境分异与䗴有孔虫响应,地学前缘,27(6):1-16.
13. wang, w. q., garbelli, c., zhang, f. f., zheng, q. f., zhang, y. c., yuan, d. x., shi, y. k., chen, b., shen, s. z., 2020. a high-resolution middle to late permian paleotemperature curve reconstructed using oxygen isotopes of well-preserved brachiopod shells. earth and planetary science letters, 540, 116245.
14. yan, zhen, jianbo liu, xiaochi jin, yukun shi, kunxuan tian, and haifeng wang. 2020. evolution pattern of early permian carbonate buildups: with reference to the carbonate mounds in eastern inner mongolia, north china. sedimentary geology: 105775.
15. hao huang, xiaochi jin, yukun shi, haifeng wang, jianbin zheng, and pu zong. 2020. fusulinid-bearing oolites from the tengchong block in western yunnan, china: early permian warming signal in eastern peri-gondwana. journal of asian earth sciences 193:104307。
16. hao huang, xiaochi jin, yukun shi. 2020. permian fusulinid rugososchwagerina (xiaoxinzhaiella) from the shan plateau, myanmar: systematics and paleogeography. journal of foraminiferal research, 50 (1): 11–24. doi: https://doi.org/10.2113/gsjfr.50.1.11
17. fan, j., shen, s., erwin, d. h., sadler, p. m., macleod, n., cheng, q., hou, x., yang, j., wang, x., wang, y., zhang, h., chen, x., li, g., zhang, y., shi, y., yuan, d., chen, q., zhang, l., li, c. and zhao, y. 2020. a high-resolution summary of cambrian to early triassic marine invertebrate biodiversity. science. https://science.sciencemag.org/content/367/6475/272
18. yan, z., liu, j., jin, x., yukun shi, and wang, h., 2019. construction model and paleogeographic distribution of late pennsylvanian phylloid algal–microbial reefs: a case study in eastern inner mongolia, north china. sedimentary geology, 383, pp.181-194.
19. yukun shi, hao huang, zonghang shen, 2019. new insights for ancient foraminifera through 3d visuals of fusulinids. palaeoworld, 28(4): 478-486.
20. 田坤烜,史宇坤*,闫振,2019. 内蒙古苏尼特右旗德言其庙剖面二叠纪䗴类动物群,微体古生物学报, 36(3): 232-250.
21. 陈龙,黄明立,史宇坤*,2019. 底栖有孔虫壳体微量元素地球化学指标及其“生命效应”,微体古生物学报,2019,36(2):103-114
22. 宫巨嵩, 史宇坤*, 2017. 现代大型底栖有孔虫壳体地球化学元素的原位微区分析. 微体古生物学报 34,291-301.
23. 史宇坤, 2017. 形态测量学(morphometrics)常用方法及其在微体古生物学中的应用. 微体古生物学报, 34(2): 179-191.
24. shi, y., huang, h. and jin, x., 2017, depauperate fusulinid faunas of the tengchong block in western yunnan, china, and their paleogeographic and paleoenvironmental indications: journal of paleontology 91:12-24.
25. huang, h., shi, y.-k. and jin, x.-c., 2017, permian (guadalupian) fusulinids of bawei section in baoshan block, western yunnan, china: biostratigraphy, facies distribution and paleogeographic discussion: palaeoworld 26:95-114.
担任专辑主编:
guest associate editor, abstracts of deep-time digital earth forum, acta geologica sinica (in english), 2019,93(s1):1-180. beijing, china. (issn 1000-9515)
特邀主编,深时数字地球专辑:地球科学大数据i、ii, 2020-2021, 高校地质学报, nanjing, china. (in chinese with english abstract)
科普作品:
1. yukun shi, 2020. supercomputer-assisted algorithm discovers previously unknown high-resolution species diversification. nature ecology & evolution community.
2020. 意大利金钉子科考记(下篇),科学世界4期,p. 94-99.
3. 史宇坤,2020. 意大利金钉子科考记(上篇),科学世界3期,p. 92-97.