Aims The field of ecohydrology is providing new theoretical frameworks and methodological
approaches for understanding the complex interactions and feedbacks between vegetation …

Increasing urbanisation combined with population growth places greater demands on
dwindling water supplies. This is especially the case in arid and semi-arid areas like …

Forest evapotranspiration (ET) estimates that include scaled sap flux measurements often
underestimate eddy covariance (EC)-measured latent heat flux (LE). We investigated …

Many researchers are using sap flux to estimate tree-level transpiration, and to scale to
stand-and catchment-level transpiration; yet studies evaluating the comparability of sap flux …

Plant–soil system patterns and processes along a slope are among the greatest causes of
uncertainty in estimating watershed-scale transpiration (E). Tree-to-tree and radial variations …

We determined the amount of information needed to estimate watershed-scale transpiration
in a Japanese cedar (Cryptomeria japonica D. Don) forest from sap flow measurements of …

For theories of forest water utilization over day-night cycles, it is important to have a reliable
information on plant transpiration behaviors during daytime and nighttime and their …

Black locust accounts for over 90% of artificial forests in China's Loess Plateau region.
However, water use of black locust is an uphill challenge for this semi-arid region. To …

To establish the methodological basis for developing optimal irrigation strategies for
increasing the productivity of triploid Populus tomentosa plantations using modelling …

Understanding radial and azimuthal variation, and tree-to-tree variation, in sap flux density
(F d) as sources of uncertainty is important for estimating transpiration using sap flow …