唐卿email:
南京大学地球科学与工程学院，准聘副教授（特聘研究员），博士生导师，入选国家级青年人才计划。
学生招募
课题组长期招收对早期地球生命与环境演化感兴趣的本科生、研究生以及博士后/专职科研岗入组。
教育与科研背景
2006–2010 西北大学 地质学 (基地班) 学士
2010–2013 中科院南京地质古生物研究所 古生物与地层学 硕士
2014–2018 virginia tech 地球生物学博士
2018–2021 virginia tech 地球科学系博士后
2021–2022 香港大学 地球科学系博士后
研究方向
重点关注早期地球生物与环境的协同演化关系。致力于综合利用地质学、生物学、大数据统计和计算机编程等多学科交叉的方法系统研究元古宙和寒武纪早期重大生命演化事件和环境背景及其对宜居地球的早期形成过程和地外生命探索的启示意义。具体研究内容包括：
l 早期地球生命演化、系统古生物学和生物地层学
l 基于数据库和大数据方法的定量古生物地层学
l 早期地球关键地质时期生物与环境的协同演化关系
主持科研项目
l 国家自然科学基金面上项目，真核生物在boring billion期间的宏演化模式研究；
l 国家自然科学基金优秀青年基金项目（海外），真核生物起源与早期演化；
l 科技部重点研发项目子课题，中元古代真核生的演化模式。
学术荣誉
2021年香港大学校长博士后奖学金；
2021年香港政府博士后奖学金；
2021年美国地质学会cole研究奖（每年一位）
2020年美国古生物学会青年学者研究奖；
2019年virginia tech地质学系优秀博士论文奖（每年一位）；
2018年virginia tech 优秀博士生奖（理科每年一位）；
一作和通讯作者论文（*通讯作者，†共同一作）
zheng, w., tang, q.*, xiao, s., pang, k., kang, j., li, g., zhou, c., yuan, x., wan, b.*, 2023. the proterozoic qinggouzi microfossil assemblage and its biostratigraphic constraints on the great unconformity in northeastern north china craton. precambrian research, v.395, p.107130.
tang, q.*, cui, h., zhang, f., 2022. neoproterozoic earth-life system. precambrian research, v.368, p.106486.
, pang, k., chen, l., li, g., yuan, x., xiao, s.*, 2021. one-billion-year-old epibionts highlight symbiotic ecological interactions in early eukaryote evolution: gondwana research, v.97, p.22-23.
tang, q.*, pang, k., chen, l., li, g., yuan, x., sharma, m., xiao, s.*, 2021. the proterozoic macrofossil tawuiaas a siphonous macroalga: palaeogeography, palaeoclimatology, palaeoecology, v.576, p.110485.
pang, k.†*, tang, q.†, wan, b., yuan, x., xiao, s.*, 2020. raman spectroscopy of proterozoic organic-walled microfossils from the south margin of north china craton: precambrian research, v.346, p.105818.
tang, q.*, pang, k., xiao, s.*, yuan, x., 2020. a one-billion-year-old multicellular chlorophyte: natureecology & evolution, v.4, p.543-549.
pang, k.†*, tang, q †, wan, b., yuan, x.*, 2020. wall ultrastructure, raman spectroscopy and paleogeographic distribution of the potential late mesoproterozoic to tonian index fossil trachyhystrichosphaera aimika: palaeoworld, v.29, p.476-489.
tang, q., xiao, s.*, yuan, x., and wan, b., 2019. a problematic animal fossil from the early cambrian hetang formation, south china—a reply: journal of paleontology, v.93, p.1279-1282.
tang, q.,wan, b.,yuan, x., muscente, a.d., xiao, s.*, 2019. spiculogenesis and biomineralization in early sponge animals: nature communications, v.10, p.3348.
tang, q., xiao, s.*, yuan, x., and wan, b., 2019.a problematic animal fossil from the early cambrian hetang formation, south china: journal of paleontology, v.93, p.1047-1057.
tang, q., hughes, n. c., mckenzie, n. r., myrow, p. m., and xiao, s.*, 2017. late mesoproterozoic-early neoproterozoic organic-walled microfossils from the madhubani group of the ganga valley, northern india: palaeontology, v.60, p.869-891.
tang, q., pang, k., yuan, x., xiao, s.*, 2017. electron microscopy reveals evidence for multicellularity in the proterozoic fossil chuaria:geology, v.45, p.75-78.
tang, q., pang, k., xiao, s.*, yuan, x., wan, b., 2015. organic-walled microfossils from the tonian gouhou formation, huaibei region, north china craton, and their biostratigraphic implications:precambrian research, v.266, p.296-318.
tang, q., pang, k., xiao, s.*, yuan, x., ou, z., and wan, b., 2013. organic-walled microfossils from the early neoproterozoic liulaobei formation in the huainan region of north china and their biostratigraphic significance: precambrian research, v.236, p.157-181.
其他共同作者论文
2024
kang, j., tang, q., gill, b., reid, r., zheng, w., xiao, s., 2024. carbonate δ13c chemostratigraphy of the hunjiang group in north china and a tentative stratigraphic framework for the meso-neoproterozoic transition. palaeogeography palaeoclimatology palaeoecology, v.655, p.112505.
niu, c., li, g., tang, q., wang, x., huang, r., qu, h., qiu, m., wan, b., chen, z., zhou, c., pang, k., yuan, x., 2024. chuaria and tawuia fossils from ∼1.0 ga rocks in north china: implications for a polyphyletic origin of chuaria and a potential biological link between these two widespread proterozoic taxa. palaeogeography palaeoclimatology palaeoecology,v.636, p.111966.
zheng, w., lou, z., yu, y., tang, q., wang, x., zhao, x., shi, h., wan, b., 2024. fossilmorph: a new tool for fossil automatic measurement and statistical analysis. palaeoworld,v.33, p.1435-1447.
li, g., chen, l., pang, k., tang, q., wu, c.-x., huang, r., qiu, m.-y., yuan, x.-l., zhou, c.-m., 2024. macroalgal fossil longfengshania from the tonian shiwangzhuang and jiuliqiao formations in western shandong and northern anhui, north china. palaeoworld,v.33, p.1153-1169.
2023
li, g., pang, k., tang, q., chen, l., wu, c., huang, r., wan, b., yuan, x., zhou, c., 2023. tonian discoidal fossils from north china: relating discs to worm-like annulated tubes and their paleoecological and evolutionary implications. palaeogeography palaeoclimatology palaeoecology,v.628, p.111780.
li, d., luo, g., tang, q., she, z., xiao, s., 2023. new record of the green algal fossil proterocladus and coexisting microfossils from the meso-neoproterozoic diaoyutai formation in southern liaoning, north china. precambrian research, v.393, p.107104.
li, g., chen, l., pang, k., tang, q., wu, c., yuan, x., zhou, c., xiao, s., 2023. tonian carbonaceous compressions shed light on horodyskia, one of the oldest multicellular and coenocytic macro-organisms. communication biology, v.6, p.399.
yuan, x., pang, k., tang, q., li, g., xiao, s., zhou, c., chen, z., chen, l., wan, b., wang, w., guan, c., ouyang, q., niu, c., wang, x., liu, y., 2023. the origin and early evolution of complex organisms. chinese science bulletin, v.68, p.169-187.
zheng, w., wang, x., wan, b., pang, k., tang, q., 2023. early cambrian evaporite deposits in the north china craton and their event stratigraphic, paleogeographic, and paleoenvironmental implications. journal of asian earth science. v.242, p.105489.
zhang, s., wang, x., wang, h., tang, q., zhang, f., lü, d., 2023. what are the limiting environmental factors for the evolution of early eukaryotic diversity? journal of earth science,v.34, p.1313-1314.
2022
zhao, g., han, y., li, j., yao, j., liu, q., zhang, d., wang, c., tang, q., zhang, j., yin, c., zhang, g., environmental effects of assembly and breakup of supercontinents. acta geologica sinica, v.96, p.1-8.
2021
xiao, s., tang, q., 2021. treatise online no. 160: part b, volume 2, chapter 7: microfossils of prokaryotes (bacteria and archaea): research history, taphonomy, and paleobiology. treatise online, v.160, p.1-37.
2020
wan, b., chen, z., yuan, x., pang, k., tang, q., guan, c., wang, x., pandey, s. k., and xiao, s., 2020, a tale of three taphonomic modes: the ediacaran fossil flabellophytonpreserved in limestone, black shale, and sandstone:gandwana research, v.84, p.296-314.
2019
wan, b., tang, q., pang, k., wang, x., bao, z., meng, f., zhou, c., yuan, x., hua, h., xiao, s.,2019. repositioning the in huaibei region at the southeastern margin of north china craton: precambrian research, v.324, p.1-17.
2018
xiao, s., and tang, q., 2018. after the boring billion and before the freezing millions: evolutionary patterns and innovations in the tonian period: emerging topics in life sciences, v.2, p.161-171.
pang, k., tang, q., chen, l., wan, b., niu, c., yuan, x., and xiao, s., 2018. nitrogen-fixing heterocystous cyanobacteria in the tonian period: current biology, v.28, p.616-622.
delarue, f., bobert, f., tartese, r., sugitani, k., tang, q., duhamel, r., pont, s., and xiao, s., 2018. can nanosims probe quantatively the geochemical composition of ancient organic-walled microfossils? a case study from the early neoproterozoic liulaobei formation: precambrian research, v.311, p.65-73.
2017
hoshino, y., poshibaeva, a., meredith, w., snape, c., poshibaev, v., versteegh, g. j. m., kuznetsov, n., leider, a., maldegem, l. v., neumann, m., naeher, s., moczydlowska, m., brocks, j. j., jarrett, a., tang, q., xiao, s., mckirdy, d., das, s., alvaro, j. j., sansjofre, p., and hallmann, c., 2017. cryogenian evolution of stigmasteroid biosynthesis: science advances, v.3, e1700887.
2016
xiao, s., tang, q., hughes, n.c., mckenzie, n.r., myrow, p.m., 2016. biostratigraphic and detrital zircon age constraints on the basement of the himalayan foreland basin: implications for a proterozoic link to the lesser himalaya and cratonic india:terra nova, v.28, p.419-426.
wan, b., yuan, x., chen, z., guan, c., pang, k., tang, q., xiao, s., 2016. systematic description of putative animal fossils from the early ediacaran lantian formation of south china:palaeontology, v.59, p.515-532.
yuan, x., wan, b., guan, c., chen, z., zhou, c., xiao, s., wang, w., pang, k., tang, q., hua, h., 2016. lantian biota. shanghai science and technology press, shanghai. 140 p.
2015
abbott, s.s., king, d.j., leckey, e.h., muscente, a.d., ortega-ariza, d., poole, c.r., riedman, l.a., tang, q., wernette, s.w., 2015. reflections on major themes in current stratigraphy by early career scientists and students:the sedimentary record, v.13, p.2-14.
hughes, n.c., myrow, p.m., mckenzie, n.r., xiao, s., banerjee, d.m., stockii, d.f., tang, q., 2015. age and implications of the neoproterozoic birmania formation, rajasthan, india:precambrian research, v.267, p.64-173.
pang, k., tang, q., yuan, x., bin, w., xiao, s., 2015. a biomechanical analysis of the early eukaryotic fossil valeria and new occurrence of organic-walled microfossils from the paleo-mesoproterozoic ruyang group:palaeoworld, v.24, p.251-262.
2014
wan, b., xiao, s., yuan, x., chen, z., pang, k., tang, q., guan, c., maisano, j.a., 2014. orbisiana linearis from the early ediacaran lantian formation of south china and its taphonomic and ecological implications:precambrian research, v.255, p.266-275.
wang, w., guan, c., zhou, c., wan, b., tang, q., chen, x., chen, z., yuan, x., 2014. exceptional preservation of macrofossils from the ediacaran lantian and miaohe biotas, south china:palaios, v.29, p.129-136.
xiao, s., shen, b., tang, q., kaufman, a.j., yuan, x., li, j., qian, m., 2014.biostratigraphic and chemostratigraphic constraints on the age of early neoproterozoic carbonate successions in north china:precambrian research, v., p.208-225.
2013
wan, b., guan, c., zhou, c., meng, f., pang, k., tang, q., rao, x., 2013. petrologic and geochemical characteristics of k-bentonites from the basal ediacaran in yangtze platform, south china and their geological significance:acta petrologica sinica, v.29, p.4373-4386.
pang, k., tang, q., schiffbauer, j. d., yao, j., yuan, x., wan, b., chen, l., ou, z., and xiao, s., 2013. the nature and origin of nucleus-like intracellular inclusions in paleoproterozoic eukaryote microfossils: geobiology. v.11, p.499-510.
wan, b., yuan, x., chen, z., guan, c., pang, k., tang, q., rao, x., 2013. quantitative analysis of flabellophyton from the ediacaran lantian biota, south china: application of geometric morphometrics in precambrian fossil research: acta geologica sinica, v.87, p.905-915.
wang, d., chen, l., tang, q., pang, k., 2012. spheroidal fossils with helically distributed pores from the ediacaran doushantuo phosphorites in weng’an, guizhou: acta palaeontologica sinica, v.51, p.88-95.