Boreal forests cover about one-third of the global forested area and are under rapid
alteration due to increased natural and human-induced forest disturbance, which have …

The hydrological consequences of forest harvesting are arguably the longest-studied aspect
of interactions between hydrology and land cover or land use. Chang (2003) notes that …

Seasonal changes in the magnitude and duration of streamflow can have important
implications for aquatic species, drinking water supplies, and water quality. In many regions …

The terrestrial water cycle contains large uncertainties that impact our understanding of
water budgets and climate dynamics. Water storage is a key uncertainty in the boreal water …

In the past, headwater catchments have often been studied to elucidate the effect of forests
on the water cycle. This has been of interest since centuries and we recall here this historical …

Even though the effect of thinning on CO 2 and H 2 O fluxes has been widely investigated, a
holistic description of thinning-induced responses is yet to be provided. Here, we present a …

The boreal forest is an important global carbon sink, but its response to drought remains
uncertain. Here, we compiled biometric-and chamber-based flux data from 50 boreal forest …

At high latitudes, the climate has warmed at twice the rate of the global average with most
changes observed in autumn, winter and spring. Increasing winter temperatures and wide …

Water is the key element that modulates the provision of goods and services together with
global/climate stressors affecting semiarid forests. In this sense, there is a need to improve …

Although it is well known that evapotranspiration (ET) represents an important water flux at
local to global scales, few studies have quantified the magnitude and relative importance of …