Digital Twin of a Drained Fen Reveals Why Peatland Rewetting Is Harder Than It Looks
A nine-year field and modelling campaign in a drained German fen has produced a fully coupled digital replica of peatland ...
A nine-year field and modelling campaign in a drained German fen has produced a fully coupled digital replica of peatland ...
A thirty-year satellite analysis of Islamabad and Rawalpindi shows that urban expansion has widened land surface temperature extremes and intensified ...
A detailed field study in Philadelphia shows that conventional evapotranspiration models often misestimate water loss from bioretention basins, but simple ...
A comparison of ten evapotranspiration partitioning methods across four Canadian moss-covered wetlands finds no consistent winner and exposes deep uncertainty ...
Record heat, drought and fire across Europe in 2026 have exposed the vulnerability of forest monocultures, prompting scientists to call ...
Scientists have coupled a sophisticated vegetation and hydrology model into the ECHAM6 climate model, substantially improving simulations of global carbon ...
A new study in Earth's Future finds that the extreme heat and drought of the 2023–24 El Niño could become ...
A systematic evaluation of six major gridded evapotranspiration datasets against ten high-latitude sites reveals that their accuracy collapses during the ...
A 41-year analysis of 24 Indian weather stations shows the Ångström–Prescott model needs locally recalibrated coefficients and reveals significant long-term ...
A nine-year satellite study of Henan Province shows ecosystem water use efficiency rose significantly from 2008 to 2016, driven mainly ...
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© 2025 Scienmag - Science Magazine