陳思翀(中國科學院武漢植物園研究員)

陳思翀，女，中國科學院武漢植物園研究員。

基本介紹

• 中文名：陳思翀
• 國籍：中國
• 性別：女

人物經歷

時間	任職單位	職務
2021~	中國科學院武漢植物園	研究員;
2018~	英國皇家植物園邱園	研究員;
2019~2019	德國雷根斯堡大學	訪問學者;
2016~2018	以色列本古里安大學	博士後;
2012~2016	澳大利亞新南威爾斯大學	博士;
2009~2012	中國科學院西雙版納熱帶植物園	碩士;
2008~2009	日本大阪大學	訪問學生;
2005~2009	武漢大學	學士;

研究領域

巨觀生態學，生物地理，巨觀進化，種子生態學，物種互作

社會任職

《Oikos》編委

《Integrative Zoology》青年編委

《Frontiers in Plant Science》“種子功能生態學”特輯客座編輯

《植物科學學報》編委

獲獎及榮譽

國家優秀自費留學生獎學金

代表論著

1. Chen S-C, Wang B & Moles AT (2021). Exposure time is an important variable in quantifying post-dispersal seed removal.Ecology Letters 24(7): 1522–1525.
2. Chen S-C, Poschlod P, Antonelli A, Liu U & Dickie JB (2020). Trade-off between seed dispersal in space and time. Ecology Letters 23(11): 1635–1642.
3. Chen S-C, Wu L-M, Wang B & Dickie JB (2020). Macroevolutionary patterns in seed component mass and different evolutionary trajectories across seed desiccation responses. New Phytologist 228(2): 770–777.
4. Chen S-C, Dener E, Altman A, Chen F &Giladi I (2020). Effect of habitat fragmentation on seed dispersal ability of a wind-dispersed annual in an agroecosystem. Agriculture, Ecosystems & Environment 304: 107138.
5. Moles AT, Laffan SW, Keighery M, Dalrymple RL, Tindall ML &Chen S-C(2020). A hairy situation: Plant species in warm, sunny places are more likely to have pubescent leaves. Journal of Biogeography 47(9): 1934–1944.
6. Chen S-C& Giladi I (2020). Variation in morphological traits affects dispersal and seedling emergence in dispersive diaspores of Geropogon hybridus. American Journal of Botany 107(3): 436–444.
7. Chen S-C, Tamme R, Thomson FJ & Moles AT* (2019). Seeds tend to disperse further in the tropics. Ecology Letters 22(6): 954–961.
8. Chen S-C, Pahlevani AH, Malíková L, Riina R, Thomson FJ & Giladi I (2019). Trade-off or coordination? Correlations between ballochorous and myrmecochorous phases of diplochory. Functional Ecology 33(8): 1469–1479.
9. Wu L-M#, Chen S-C& Wang B (2019). An allometry between seed kernel and seed coat shows greater investment in physical defense in small seeds. American Journal of Botany 106(3): 371–376.
10. Chen S-C& Giladi I (2018). Allometric relationships between masses of seed functional components. Perspectives in Plant Ecology, Evolution and Systematics 35: 1–7.
11. Chen S-C& Moles AT (2018). Factors shaping large-scale gradients in seed physical defence: Seeds are not better defended towards the tropics. Global Ecology and Biogeography 27(4): 417–428.
12. Chen S-C, Hemmings FA, Chen F & Moles AT (2017). Plants do not suffer greater losses to seed predation towards the tropics. Global Ecology and Biogeography 26(11): 1283–1291.
13. Chen S-C, Cornwell WK, Zhang H-X & Moles AT (2017). Plants show more flesh in the tropics: Variation in fruit type along latitudinal and climatic gradients. Ecography 40(4): 531–538.
14. Chen S-C& Moles AT (2015). A mammoth mouthful? A test of the idea that larger animals ingest larger seeds. Global Ecology and Biogeography 24(11): 1269–1280.
15. Chen S-C, Cannon CH, Kua C-S, Liu J-J & Galbraith DW (2014). Genome size variation in the Fagaceae and its implications for trees. Tree Genetics & Genomes 10(4): 977–988.