中国科学院沈阳应用生态研究所-九游平台

1) jiao,k.,liu,z.,wang,w.,yu,k.,mcgrath,m.j. and xu,w.,2024. carbon cycle responses to climate change across china's terrestrial ecosystem: sensitivity and driving process. science of the total environment,915,p.170053.

2) wang,z.,wang,z.,zou,z.,chen,x.,wu,h.,wang,w.,su,h.,li,f.,xu,w.,liu,z. and zhu,j.,2023. severe global environmental issues caused by canada’s record-breaking wildfires in 2023. advances in atmospheric sciences

3) liu,z.*,wang,w.j.,ballantyne,a.,he,h.s.,wang,x.,liu,s.,ciais,p.,wimberly,m.c.,piao,s.,yu,k.,yao,q.,liang,y.,wu,z.,fang,y.,chen,a.,xu,w.*,and zhu,j*.,2023. forest disturbance decreased in china from 1986 to 2020 despite regional variations. communications earth & environment,4(1),p.15.

4) huang,c.,li,s.,he,h.s.,liang,y.,xu,w.,wu,m.m.,wu,z.,huang,c. and chen,f.,2023. effects of forest management practices on carbon dynamics of china's boreal forests under changing climates. journal of environmental management,335,p.117497.

5) xu,w.,he,h.s.*,huang,c.,duan,s.,hawbaker,t.j.,henne,p.d.,liang,y.,and zhu,z.,2022. large fires or small fires,will they differ in affecting shifts in species composition and distributions under climate change?forest ecology and management,510,p.120131.

6) huang,c.,feng,j.,tang,f.,he,h.s.,liang,y.,wu,m.m.,xu,w.,liu,b.,shi,f. and chen,f.,2022. predicting the responses of boreal forests to climate-fire-vegetation interactions in northeast china. environmental modelling & software, 153,p.105410.

7) wu,m.m.,zou,x.,liang,y.,stambaugh,m.,fraser,j.s.,xu,w. and he,h.s.,2022. the impact of typhoon on post-volcanic-eruption forest landscape recovery: a study in changbai mountain through 300 years of historic landscape reconstruction. landscape ecology, 37(5),pp.1401-1416.

8) huang,c.,he,h.s.,liang,y.,hawbaker,t.j.,henne,p.d.,xu,w.,gong,p. and zhu,z.,2021. the changes in species composition mediate direct effects of climate change on future fire regimes of boreal forests in northeastern china. journal of applied ecology. 58(6),p: 1336-1345.

9) duan,s.,he,h.s.,spetich,m.a.,wang,w.j.,fraser,j.s. and xu,w.,2021. long-term effects of succession,climate change and insect disturbance on oak-pine forest composition in the us central hardwood region. european journal of forest research,p.1-12.

10) xu,w.,he,h.s.*,fraser,j.s.,hawbaker,t.j.,henne,p.d.,duan,s. and zhu,z.,2020. spatially explicit reconstruction of post-megafire forest recovery through landscape modeling. environmental modelling & software,134,104884.

11) xu,w.,he,h.s.*,hawbaker,t.j.,zhu,z. and henne,p.d.,2020. estimating burn severity and carbon emissions from a historic megafire in boreal forests of china. science of the total environment,716,136534.

12) henne,p.d.,hawbaker,t.j.,scheller,r.m.,zhao,f.,he,h.s.,xu,w. and zhu,z.,2020. increased burning in a warming climate reduces carbon uptake in the greater yellowstone ecosystem despite productivity gains. journal of ecology.

13) liu,k.,he,h.,xu,w.,du,h.,zong,s.,huang,c.,wu,m.,tan,x. and cong,y.,2020. responses of korean pine to proactive managements under climate change. forests,11(3),263.

14) 徐文茹，贺红士*，罗旭，黄超，唐志强，刘凯，丛毓，谷晓楠，宗盛伟，杜海波．停止商业性采伐对大兴安岭森林结构与地上生物量的长期影响．生态学报，2018，38（４）。

15) 丛毓，贺红士，谷晓楠，徐文茹，宗盛伟，杜海波．高山林线形成机理研究进展．应用生态学报，2016，27（9）：3035-3041。

16) 徐文茹，韩阳*，秦艳，金伦．2015. 盐渍化土壤偏振高光谱信息与土壤线的关系初探. 光谱学与光谱分析， 35（10），2856-2861。