Demands for water services from forested watersheds have dramatically increased since the
1950s and the trend continues as global environmental change intensifies in the 21st …

Evapotranspiration (ET) partitioning is crucial for understanding the impacts of
ecophysiological and physical processes on water balance and plant water use strategy …

High latitude boreal forests are experiencing dramatic changes in climate and hydrology. It
is not clear how boreal forests will adapt to hydrological change or how stable they will be to …

There exist very few reviews of models that predict changes in evapotranspiration with forest
management (eg, clearcutting and thinning). This omission has potentially prevented forest …

Relatively minimal attention has been given to the hydrology of natural broadleaf forests
compared to conifer plantations in Japan. We investigated the impacts of ground litter …

Forest ecohydrological feedbacks complicate the threshold behaviour of stormflow response
to precipitation or wetting conditions on a long‐term scale (eg several years). In this study …

Evapotranspiration (ET) from the land surface to the atmosphere is a major component of
Earth's water cycle, and comprises both transpiration (T) of xylem water from plants and …

In Japan, there has recently been an increasing call for forest thinning to conserve water
resources from forested mountain catchments in terms of runoff during prolonged drought …

Changes in runoff caused by forest management prac‐tices such as thinning need to be
better understood for effective water resource management. We established matched (20 …

The increasing frequency of severe drought and heat events under climate change is a
major cause for concern for forest productivity and survival. One potential solution to improve …