Sample-destructive methods for the determination of plant water status have been the
primary reference for various agronomic practices over the years. Several recent …

Purpose Transpiration dominates hydrologic fluxes from terrestrial ecosystems to the
atmosphere. Sap flow is the most widely used method to quantify transpiration, and …

Sap flow along the long distance water transport system in plants is essential in maintaining
the hydraulic connection between the soil and the atmosphere. Studying the movement and …

Inaccurate crop coefficients are major contributing sources of uncertainty that lead to
inefficient use of limited available water resources. Understanding the need to improve …

Existing oil–water filtration techniques require gravity or a pump as the driving force for
separation. Here, we demonstrate transpiration-powered oil–water filtration using a synthetic …

Evaporative cooling due to transpiration of urban trees in two contrasting climates is the
subject of this study. Transpiration was studied experimentally on local tree species at 'tree …

Climate change is often associated with increasing vapour pressure deficit (VPD) and
changes in soil moisture (SM). While atmospheric and soil drying often co‐occur, their …

Transpiration is a fundamental biophysical process, directly measured in plants by dividing
sap flow by total leaf area. Under non-limiting conditions, transpiration and reference …

For systems containing oil–water mixtures, such as oil spills, contaminated groundwater,
various industrial processes, etc., it is often desirable to selectively capture the oil phase …

The transpiration cycle in trees is powered by a negative water potential generated within
the leaves, which pumps water up a dense array of xylem conduits. Synthetic trees can …