RT @PierreGentine: Excited to share our latest paper led by ⁦@XuLian_PKU⁩ discussing the key role of windthrow and water deficit on the Am…

RT @ryuyr77: New paper by @sungchanm_ 🥳Found PERSISTENT greening 🍃over 40 years after comprehensive data processing steps in AVHRR and MODI…

RT @NatureEcoEvo: Diminishing carryover benefits of earlier spring vegetation growth

@BgcYluo @NatureEcoEvo Thanks a lot!

RT @xiangzLuo: Coastal or land forests for carbon sequestration? We studied the productivties of global mangroves and their nearby land for…

Thanks to @PierreGentine, @JosepPenuelas , @trevorkeenan, @KailiangYu, @ryuyr77, @zhangyaonju and @Dr_AnpingChen

@Rakeshg_iitm @PierreGentine @zhaowlpku 🫡

@DaleiHao @PierreGentine @zhaowlpku 🫡

@caro_in_space @PierreGentine @zhaowlpku Thank you, Caroline.

A short Behind of Paper can be found here:

RT @PierreGentine: New exciting paper by wonderful postdoc @XuLian_PKU We provide a global data-driven, physics-c…

RT @JiangpengCui: Plants water the planet. Many thanks for Arie's @ArieStaal introduction to our work on the hydrological impact of Earth g…

RT @NatureGeosci: @JiangpengCui @XuLian_PKU News & Views on this paper by @ArieStaal:

RT @NaturePortfolio: Increases in vegetation cover over the last two decades have enhanced global water availability, but the hydrological…

RT @JiangpengCui: Local/regional precipitation and water resources are not only fed by moisture from local/regional vegetation, but also ve…

We develop an approach to quantify the hydrological effects of global vegetation changes, with ability to account for non-local impacts via spatial redistribution of water vapor. We highlights that water footprints of land cover changes could be far beyond local areas.

@ciais_philippe Congratulations! Amazing news indeed. We benefit quite a lot from working with you in the past years.