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　　潘愉德(Yude PAN)博士，美國農業部林務局資深研究員，哈佛大學森林學院資深研究員，美國生態學會會士。她曾獲得美國農業部林務局局長杰出科學獎、美國農業部林務局北方研究站主任杰出科學家獎、哈佛大學哈佛森林大學查理.布拉德研究員稱號等榮譽。她以第一作者在Nature和 Science雜志上發表了5篇科學論文，作為共同作者在 ScienceNature 和 PNAS 上發表的 10 余篇論文，單篇第一作者論文被引用8000多次；自2019年以來，持續5年被列入斯坦福大學世界科學家排序T0P 2%的科學家名單。她是第一位被選為美國生態學會理事會領導層的亞洲女科學家，曾擔任美國政府碳循環科學計劃領導小組成員，2023年美國駐北京大使館的科學研究員。目前擔任 Journal of Geophysical Research: Biogeosciences副主編，Ecological Applications、Ecosphere and Ecological Monographs等多個國際期刊編委。

報告簡介:

　　For achieving net-zero greenhouse gas emissions by 2050, one of the most challenging elements is the need of “nature solutions” for large-scale “negative emissions” to compensate for the inability to eliminate all emissions from fossil fuels. As forests are the dominant component of the land carbon sink, we need to know how much atmospheric carbon the world’s forests have been sequestering, where it is stored, and whether recent trends are consistent with the desired strengthening of Earth’s land sink. In the recent published study (Pan et al., 2024, Nature 631, 563–569), an international forest carbon study group constructed a global record of forest inventory measurements from 1990 through 2019 based on milliohms of forest inventory plots across the world, and estimated global forest carbon stocks and sinks, and their changes over the last three decades for countries, regions and globe. The estimates of the forest land carbon sinks are largely independent of other modeling-based approaches and provide ground data-based benchmarks for complementing other top-down studies. Based on the observed changes in global forest carbon sinks, the study also made some suggestions for sustaining and strengthening valuable forest carbon sinks and other ecosystem services in the future via forest management approaches and relevant environmental policies.

主持人：岳天祥 研究員

時 間：2024年9月25日（星期三） 下午 14:30

地 點：中國科學院地理資源所A0430會議室