17 Publications
2019
Global soil nitrous oxide emissions since the preindustrial era estimated by an ensemble of terrestrial biosphere models: Magnitude, attribution, and uncertainty.
Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Xu, Rongting⋅Xu, Rongting⋅Xu, Rongting⋅Xu, Rongting⋅Xu, Rongting⋅Xu, Rongting⋅Xu, Rongting⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Canadell, Josep G.⋅Canadell, Josep G⋅Canadell, Josep G.⋅Canadell, Josep G⋅Canadell, Josep G⋅Canadell, Josep G.⋅Canadell, Josep G⋅Davidson, Eric A⋅Davidson, Eric A.⋅Davidson, Eric A.⋅Davidson, Eric A⋅Davidson, Eric A.⋅Davidson, Eric A⋅Davidson, Eric A⋅Jackson, Robert B⋅Jackson, Robert B⋅Jackson, Robert B.⋅Jackson, Robert B.⋅Jackson, Robert B⋅Jackson, Robert B.⋅Jackson, Robert B⋅Arneth, Almut⋅Arneth, Almut⋅Arneth, Almut⋅Arneth, Almut⋅Arneth, Almut⋅Arneth, Almut⋅Arneth, Almut⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Gerber, Stefan⋅Gerber, Stefan⋅Gerber, Stefan⋅al.⋅Gerber, Stefan⋅Gerber, Stefan⋅Ito, Akihiko⋅Ito, Akihiko⋅Ito, Akihiko⋅Ito, Akihiko⋅Ito, Akihiko⋅Joos, Fortunat⋅Joos, Fortunat⋅Joos, Fortunat⋅Joos, Fortunat⋅Joos, Fortunat⋅Lienert, Sebastian⋅Lienert, Sebastian⋅Lienert, Sebastian⋅Lienert, Sebastian⋅Lienert, Sebastian⋅Messina, Palmira⋅Messina, Palmira⋅Messina, Palmira⋅Messina, Palmira⋅Messina, Palmira⋅Olin, Stefan⋅Olin, Stefan⋅Olin, Stefan⋅Olin, Stefan⋅Olin, Stefan⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Peng, Changhui⋅Peng, Changhui⋅Peng, Changhui⋅Peng, Changhui⋅Peng, Changhui⋅Saikawa, Eri⋅Saikawa, Eri⋅Saikawa, Eri⋅Saikawa, Eri⋅Saikawa, Eri⋅Thompson, Rona L⋅Thompson, Rona L⋅Thompson, Rona L⋅Thompson, Rona L.⋅Thompson, Rona L⋅Vuichard, Nicolas⋅Vuichard, Nicolas⋅Vuichard, Nicolas⋅Vuichard, Nicolas⋅Vuichard, Nicolas⋅Winiwarter, Wilfried⋅Winiwarter, Wilfried⋅Winiwarter, Wilfried⋅Winiwarter, Wilfried⋅Winiwarter, Wilfried⋅Zaehle, Sönke⋅Zaehle, Sönke⋅Zaehle, Sönke⋅Zaehle, Sönke⋅Zaehle, Sönke⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen and Zhang, Bowen
Global change biology, vol. 25, (no. 2), pp. 640-659, February 2019. | Journal Article
2018
Amazon drought and forest response: Largely reduced forest photosynthesis but slightly increased canopy greenness during the extreme drought of 2015/2016
Yang, Jia⋅Yang, Jia⋅Tian, Hanqin⋅Tian, Hanqin⋅Pan, Shufen⋅Pan, Shufen⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Zhang, Bowen⋅Zhang, Bowen⋅Dangal, Shree and Dangal, Shree
Global Change Biology, vol. 24, (no. 5), pp. 1934, May 2018. | Journal Article
 
Evaluating changes of biomass in global vegetation models: the role of turnover fluctuations and ENSO events
Cantú, Anselmo García⋅⋅Frieler, Katja⋅Frieler, Katja⋅Reyer, Christopher P⋅Reyer, Christopher P O⋅Ciais, Philippe⋅Ciais, Philippe⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Ito, Akihiko⋅Ito, Akihiko⋅Nishina, Kazuya⋅Nishina, Kazuya⋅François, Louis⋅Louis, François⋅Henrot, Alexandra-Jane⋅Hickler, Thomas⋅Hickler, Thomas⋅Steinkamp, Jörg⋅Steinkamp, Jörg⋅Rafique, Rashid⋅Rafique, Rashid⋅Zhao, Fang⋅Zhao, Fang⋅Ostberg, Sebastian⋅Ostberg, Sebastian⋅Schaphoff, Sibyll⋅Schaphoff, Sibyll⋅Tian, Hanqin⋅Tian, Hanqin⋅Pan, Shufen⋅Pan, Shufen⋅Yang, Jia⋅Yang, Jia⋅Morfopoulos, Catherine⋅Morfopoulos, Catherine⋅Betts, Richard and Betts, Richard
Environmental Research Letters, vol. 13, (no. 7), Jul 2018. | Journal Article
2017
Continental-scale quantification of post-fire vegetation greenness recovery in temperate and boreal North America
Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Dangal, Shree⋅Dangal, Shree⋅Dangal, Shree⋅Dangal, Shree⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Wang, Siyuan⋅Wang, Siyuan⋅Wang, Siyuan⋅Wang, Siyuan⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin and Tian, Hanqin
Remote Sensing of Environment, vol. 199, Sep 15, 2017. | Journal Article
 
Enhancing soil drought induced by climate change and agricultural practices: Observational and experimental evidence from the semiarid area of northern China
Zhang, Jingting⋅Zhang, Jingting⋅Yang, Jia⋅Yang, Jia⋅An, Pingli⋅An, Pingli⋅Ren, Wei⋅Ren, Wei⋅Pan, Yuying⋅Pan, Shufen⋅Pan, Zhihua⋅Pan, Yuying⋅Pan, Shufen⋅Pan, Zhihua⋅Dong, Zhiqiang⋅Dong, Zhiqiang⋅Han, Guolin⋅Han, Guolin⋅Tian, Hanqin and Tian, Hanqin
Agricultural and Forest Meteorology, vol. 243, pp. 83, 2017-09-15. | Journal Article
 
Global manure nitrogen production and application in cropland during 1860–2014: a 5 arcmin gridded global dataset for Earth system modeling
Bowen, Zhang⋅Zhang, Bowen⋅Bowen, Zhang⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Dangal, Shree⋅Dangal, Shree R⋅Dangal, Shree R⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Pan, Shufen⋅Pan, Shufen and Pan, Shufen
Earth System Science Data, vol. 9, (no. 2), pp. 667-678, 2017. | Journal Article
 
Methane emission from global livestock sector during 1890–2014: Magnitude, trends and spatiotemporal patterns
Dangal, Shree R. S⋅Dangal, Shree R. S⋅Tian, Hanqin⋅Tian, Hanqin⋅Zhang, Bowen⋅Zhang, Bowen⋅Pan, Shufen⋅Pan, Shufen⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Yang, Jia and Yang, Jia
Global Change Biology, vol. 23, (no. 10), pp. 4161, October 2017. | Journal Article
 
Regional contribution to variability and trends of global gross primary productivity
Chen, Min⋅Chen, Min⋅Chen, Min⋅Rafique, Rashid⋅Rafique, Rashid⋅Rafique, Rashid⋅Asrar, Ghassem R⋅Asrar, Ghassem R⋅Asrar, Ghassem R⋅Bond-Lamberty, Ben⋅Bond-Lamberty, Ben⋅Bond-Lamberty, Ben⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Zhao, Fang⋅Zhao, Fang⋅Zhao, Fang⋅Reyer, Christopher P⋅Reyer, Christopher P⋅Reyer, Christopher P O⋅Ostberg, Sebastian⋅Ostberg, Sebastian⋅Ostberg, Sebastian⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Chang, Jinfeng⋅Ito, Akihiko⋅Ito, Akihiko⋅Ito, Akihiko⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Zeng, Ning⋅Zeng, Ning⋅Zeng, Ning⋅Kalnay, Eugenia⋅Kalnay, Eugenia⋅Kalnay, Eugenia⋅West, Tristram⋅West, Tristram⋅West, Tristram⋅Leng, Guoyong⋅Leng, Guoyong⋅Leng, Guoyong⋅Francois, Louis⋅Francois, Louis⋅Francois, Louis⋅Munhoven, Guy⋅Munhoven, Guy⋅Munhoven, Guy⋅Henrot, Alexandra⋅Henrot, Alexandra⋅Henrot, Alexandra⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Nishina, Kazuya⋅Nishina, Kazuya⋅Nishina, Kazuya⋅Viovy, Nicolas⋅Viovy, Nicolas⋅Viovy, Nicolas⋅Morfopoulos, Catherine⋅Morfopoulos, Catherine⋅Morfopoulos, Catherine⋅Betts, Richard⋅Betts, Richard⋅Betts, Richard⋅Schaphoff, Sibyll⋅Schaphoff, Sibyll⋅Schaphoff, Sibyll⋅Steinkamp, Jörg⋅Steinkamp, Jörg⋅Steinkamp, Jörg⋅Hickler, Thomas⋅Hickler, Thomas and Hickler, Thomas
Environmental Research Letters, vol. 12, (no. 10), Oct 2017. | Journal Article
2016
Century-long increasing trend and variability of dissolved organic carbon export from the Mississippi River basin driven by natural and anthropogenic forcing
Ren, W.⋅Ren, Wei⋅Ren, Wei⋅Tian, Hanqin⋅Tian, H.⋅Tian, Hanqin⋅Cai, W.⋅Cai, Wei-Jun⋅Cai, Wei-Jun⋅Lohrenz, Steven E⋅Lohrenz, S.E.⋅Lohrenz, Steven E⋅Hopkinson, Charles S⋅Hopkinson, Charles S⋅Hopkinson, C.S.⋅Huang, Wei-Jen⋅Huang, W.⋅Huang, Wei-Jen⋅Yang, Jia⋅Yang, Jia⋅Yang, J.⋅Tao, Bo⋅Tao, Bo⋅Tao, B.⋅Pan, Shufen⋅Pan, Shufen⋅Pan, S.⋅He, Ruoying⋅He, Ruoying and He, R.
Global Biogeochemical Cycles, vol. 30, (no. 9), pp. 1299, 2016-09-00. | Journal Article
 
Methane emissions from global rice fields: Magnitude, spatiotemporal patterns, and environmental controls
Zhang, Bowen⋅Zhang, Bowen⋅Tian, Hanqin⋅Tian, Hanqin⋅Ren, Wei⋅Ren, Wei⋅Tao, Bo⋅Tao, Bo⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Yang, Jia⋅Yang, Jia⋅Banger, Kamaljit⋅Banger, Kamaljit⋅Pan, Shufen and Pan, Shufen
Global Biogeochemical Cycles, vol. 30, (no. 9), pp. 1263, 2016-09-00. | Journal Article
 
The terrestrial biosphere as a net source of greenhouse gases to the atmosphere
Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Michalak, Anna M.⋅Michalak, Anna M⋅Michalak, Anna⋅Michalak, Anna M⋅Michalak, Anna M⋅Michalak, Anna M⋅Michalak, Anna M⋅Canadell, Josep G⋅Canadell, Josep G.⋅Canadell, Josep⋅Canadell, Josep G⋅Canadell, Josep G⋅Canadell, Josep G⋅Canadell, Josep G⋅Saikawa, Eri⋅Saikawa, Eri⋅Saikawa, Eri⋅Saikawa, Eri⋅Saikawa, Eri⋅Saikawa, Eri⋅Saikawa, Eri⋅Huntzinger, Deborah N⋅Huntzinger, Deborah N⋅Huntzinger, Deborah N.⋅Huntzinger, Deborah N⋅Huntzinger, Deborah N⋅Huntzinger, Deborah⋅Huntzinger, Deborah N⋅Gurney, Kevin R⋅Gurney, Kevin R⋅Gurney, Kevin R⋅Gurney, Kevin R⋅Gurney, Kevin R⋅Gurney, Kevin R.⋅Gurney, Kevin⋅Sitch, Stephen⋅Sitch, Stephen⋅Sitch, Stephen⋅Sitch, Stephen⋅Sitch, Stephen⋅Sitch, Stephen⋅Sitch, Stephen⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Bousquet, Philippe⋅Bousquet, Philippe⋅Bousquet, Philippe⋅Bousquet, Philippe⋅Bousquet, Philippe⋅Bousquet, Philippe⋅Bousquet, Philippe⋅Bruhwiler, Lori⋅Bruhwiler, Lori⋅Bruhwiler, Lori⋅Bruhwiler, Lori⋅Bruhwiler, Lori⋅Bruhwiler, Lori⋅Bruhwiler, Lori⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Dlugokencky, Edward⋅Dlugokencky, Edward⋅Dlugokencky, Edward⋅Dlugokencky, Edward⋅Dlugokencky, Edward⋅Dlugokencky, Edward⋅Dlugokencky, Edward⋅Friedlingstein, Pierre⋅Friedlingstein, Pierre⋅Friedlingstein, Pierre⋅Friedlingstein, Pierre⋅Friedlingstein, Pierre⋅Friedlingstein, Pierre⋅Friedlingstein, Pierre⋅Melillo, Jerry⋅Melillo, Jerry⋅Melillo, Jerry⋅Melillo, Jerry⋅Melillo, Jerry⋅Melillo, Jerry⋅Melillo, Jerry⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Poulter, Benjamin⋅Poulter, Benjamin⋅Poulter, Benjamin⋅Poulter, Benjamin⋅Poulter, Benjamin⋅Poulter, Benjamin⋅Poulter, Benjamin⋅Prinn, Ronald⋅Prinn, Ronald⋅Prinn, Ronald⋅Prinn, Ronald⋅Prinn, Ronald⋅Prinn, Ronald⋅Prinn, Ronald⋅Saunois, Marielle⋅Saunois, Marielle⋅Saunois, Marielle⋅Saunois, Marielle⋅Saunois, Marielle⋅Saunois, Marielle⋅Saunois, Marielle⋅Schwalm, Christopher R⋅Schwalm, Christopher⋅Schwalm, Christopher R.⋅Schwalm, Christopher R⋅Schwalm, Christopher R⋅Schwalm, Christopher R⋅Schwalm, Christopher R⋅Wofsy, Steven C.⋅Wofsy, Steven C⋅Wofsy, Steven C⋅Wofsy, Steven C⋅Wofsy, Steven C⋅Wofsy, Steven and Wofsy, Steven C
Nature, vol. 531, (no. 7593), pp. 228, 2016-Mar-10. | Journal Article
2015
Global patterns and controls of soil organic carbon dynamics as simulated by multiple terrestrial biosphere models: Current status and future directions
Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, H.⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, C.⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Yang, J.⋅Yang, Jia⋅Banger, Kamaljit⋅Banger, Kamaljit⋅Banger, Kamaljit⋅Banger, K.⋅Banger, Kamaljit⋅Huntzinger, Deborah N⋅Huntzinger, D.N.⋅Huntzinger, Deborah N⋅Huntzinger, Deborah N⋅Huntzinger, Deborah N⋅Schwalm, Christopher R⋅Schwalm, Christopher R⋅Schwalm, Christopher R⋅Schwalm, C.R.⋅Schwalm, Christopher R⋅Michalak, A.M.⋅Michalak, Anna M⋅Michalak, Anna M⋅Michalak, Anna M⋅Michalak, Anna M⋅Cook, Robert⋅Cook, Robert⋅Cook, Robert⋅Cook, R.⋅Cook, Robert⋅Ciais, Philippe⋅Ciais, P.⋅Ciais, Philippe⋅Ciais, Philippe⋅Ciais, Philippe⋅Hayes, Daniel⋅Hayes, Daniel⋅Hayes, Daniel⋅Hayes, D.⋅Hayes, Daniel⋅Huang, M.⋅Huang, Maoyi⋅Huang, Maoyi⋅Huang, Maoyi⋅Huang, Maoyi⋅Ito, A.⋅Ito, Akihiko⋅Ito, Akihiko⋅Ito, Akihiko⋅Ito, Akihiko⋅Jain, Atul K⋅Jain, Atul K⋅Jain, A.K.⋅Jain, Atul K⋅Jain, Atul K⋅Lei, Huimin⋅Lei, H.⋅Lei, Huimin⋅Lei, Huimin⋅Lei, Huimin⋅Mao, Jiafu⋅Mao, Jiafu⋅Mao, Jiafu⋅Mao, J.⋅Mao, Jiafu⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Pan, S.⋅Post, Wilfred M⋅Post, W.M.⋅Post, Wilfred M⋅Post, Wilfred M⋅Post, Wilfred M⋅Peng, Shushi⋅Peng, S.⋅Peng, Shushi⋅Peng, Shushi⋅Peng, Shushi⋅Poulter, Benjamin⋅Poulter, Benjamin⋅Poulter, B.⋅Poulter, Benjamin⋅Poulter, Benjamin⋅Ren, Wei⋅Ren, Wei⋅Ren, Wei⋅Ren, W.⋅Ren, Wei⋅Ricciuto, Daniel⋅Ricciuto, Daniel⋅Ricciuto, D.⋅Ricciuto, Daniel⋅Ricciuto, Daniel⋅Schaefer, Kevin⋅Schaefer, Kevin⋅Schaefer, K.⋅Schaefer, Kevin⋅Schaefer, Kevin⋅Shi, Xiaoying⋅Shi, Xiaoying⋅Shi, X.⋅Shi, Xiaoying⋅Shi, Xiaoying⋅Tao, Bo⋅Tao, Bo⋅Tao, B.⋅Tao, Bo⋅Tao, Bo⋅Wang, Weile⋅Wang, Weile⋅Wang, Weile⋅Wang, W.⋅Wang, Weile⋅Wei, Y.⋅Wei, Yaxing⋅Wei, Yaxing⋅Wei, Yaxing⋅Wei, Yaxing⋅Yang, Qichun⋅Yang, Qichun⋅Yang, Qichun⋅Yang, Q.⋅Yang, Qichun⋅Zhang, Bowen⋅Zhang, B.⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Zeng, Ning⋅Zeng, Ning⋅Zeng, N.⋅Zeng, Ning and Zeng, Ning
Global Biogeochemical Cycles, vol. 29, (no. 6), pp. 792, June 2015. | Journal Article
 
Magnitude, Spatiotemporal Patterns, and Controls for Soil Organic Carbon Stocks in India during 1901–2010
Banger, Kamaljit⋅Banger, Kamaljit⋅Tian, Hanqin⋅Tian, Hanqin⋅Tao, Bo⋅Tao, Bo⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Ren, Wei⋅Ren, Wei⋅Yang, Jia and Yang, Jia
Soil Science Society of America Journal, vol. 79, (no. 3), pp. 864, 2015-00-00. | Journal Article
2014
Climate and Land Use Controls on Soil Organic Carbon in the Loess Plateau Region of China
Dang, Yaai⋅Dang, Yaai⋅Dang, Yaai⋅Ren, Wei⋅Ren, Wei⋅Ren, Wei⋅Tao, Bo⋅Tao, Bo⋅Tao, Bo⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Chen, Guangsheng⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Wang, Guodong⋅Wang, Guodong⋅Wang, Guodong⋅Li, Shiqing⋅Li, Shiqing⋅Li, Shiqing⋅Tian, Hanqin⋅Tian, Hanqin and Tian, Hanqin
PloS one, vol. 9, (no. 5), pp. e95548, 2014-00-00. | Journal Article
 
Complex Spatiotemporal Responses of Global Terrestrial Primary Production to Climate Change and Increasing Atmospheric CO2 in the 21st Century
Pan, Shufen⋅Pan, Shufen⋅Pan, Shufen⋅Tian, Hanqin⋅Tian, Hanqin⋅Tian, Hanqin⋅Dangal, Shree R S⋅Dangal, Shree R S⋅Dangal, Shree R S⋅Zhang, Chi⋅Zhang, Chi⋅Zhang, Chi⋅Yang, Jia⋅Yang, Jia⋅Yang, Jia⋅Tao, Bo⋅Tao, Bo⋅Tao, Bo⋅Ouyang, Zhiyun⋅Ouyang, Zhiyun⋅Ouyang, Zhiyun⋅Wang, Xiaoke⋅Wang, Xiaoke⋅Wang, Xiaoke⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Lu, Chaoqun⋅Ren, Wei⋅Ren, Wei⋅Ren, Wei⋅Banger, Kamaljit⋅Banger, Kamaljit⋅Banger, Kamaljit⋅Yang, Qichun⋅Yang, Qichun⋅Yang, Qichun⋅Zhang, Bowen⋅Zhang, Bowen⋅Zhang, Bowen⋅Li, Xia⋅Li, Xia and Li, Xia
PloS one, vol. 9, (no. 11), pp. e112810, 2014-00-00. | Journal Article
 
Increasing Mississippi river discharge throughout the 21st century influenced by changes in climate, land use, and atmospheric CO2
Tao, Bo⋅Tao, Bo⋅Tian, Hanqin⋅Tian, Hanqin⋅Ren, Wei⋅Ren, Wei⋅Yang, Jia⋅Yang, Jia⋅Yang, Qichun⋅Yang, Qichun⋅He, Ruoying⋅He, Ruoying⋅Cai, Weijun⋅Cai, Weijun⋅Lohrenz, Steven and Lohrenz, Steven
Geophysical Research Letters, vol. 41, (no. 14), pp. 4986, 2014-07-28. | Journal Article
2013
Long‐term trends in evapotranspiration and runoff over the drainage basins of the Gulf of Mexico during 1901–2008
Liu, Mingliang⋅Liu, Mingliang⋅Tian, Hanqin⋅Tian, Hanqin⋅Yang, Qichun⋅Yang, Qichun⋅Yang, Jia⋅Yang, Jia⋅Song, Xia⋅Song, Xia⋅Lohrenz, Steven E⋅Lohrenz, Steven E⋅Cai, Wei‐Jun and Cai, Wei‐Jun
Water Resources Research, vol. 49, (no. 4), pp. 2012, April 2013. | Journal Article