Hydrological models are powerful tools for estimating streamflow. However, they typically
simplify the representation of the evapotranspiration (ET) process, which increases the …

Accurate estimation of transpiration (T) in kiwifruit trees is essential for effective irrigation and
water management. Canopy resistance (rc) is crucial for estimating T, but existing models do …

In this study, two hybrid residual deep learning models coupled with physical knowledge are
proposed for improving daily transpiration (E c) estimation. A Hybrid-Physics-Data-Residual …

Transpiration is a key biogeochemical process, accounting for more than half of the
evaporative water fluxes from land to the atmosphere; however, its quantification is still a hot …

More and more droughts happened during the last decades, threatening natural forests in
the semi-arid regions of North China. The increase in drought pressure may have an impact …

It is increasingly acknowledged that the acceleration of the global water cycle, largely driven
by anthropogenic climate change, has a disproportionate impact on sub‐daily and small …

Sap flow offers key insights about transpiration dynamics and forest‐climate interactions.
Accurately simulating sap flow remains challenging due to measurement uncertainties and …

Tree transpiration plays an important role in environmental change, which mainly assessed
by sap flow. It is great significance to predict sap flow accurately for estimation of water …

Preferential pathways are omnipresent on Earth. They play a key but often confusing role in
hydrology, being seen either as a source of “simplicity” by catchment hydrologists, or of …