Transpiration is a significant component of the hydrologic cycle and its accurate
quantification is critical for modelling, industry, and policy decisions. Sap flow sensors …

The use of plant pathogens for biological control (biocontrol) of invasive alien plants in
South Africa was reviewed in 1991, 1999 and 2011. In this review, subsequent progress and …

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 …

A novel simple soil‐plant‐atmospheric continuum model that emphasizes the vegetation's
role in controlling water transfer (v‐SPAC) has been developed in this study. The v‐SPAC …

Heat pulse methods are a popular approach for estimating sap flow and transpiration. Yet,
many methods are unable to resolve the entire heat velocity measurement range observable …

Agarwood is a valuable aromatic resinous wood that is biosynthesised when a fungal attack
injures the healthy wood tissue of the Aquilaria tree. The magnitude of infection related to …

The accurate estimation of plant transpiration is critical to the fields of hydrology, plant
physiology and ecology. Among the various methods of measuring transpiration in the field …

Evapotranspiration by phreatophytes in riparian zones makes up a large component of the
water balance. However, our understanding of the relative importance of controlling factors …

Summary 'Global Water Scarcity Issues' is a phrase that confers the global status of water
becoming increasingly limited at rates not seen previously in geological time and has been …

Every heat pulse velocity method is derived from the thermal conductance and convection
equation developed by Marshall (1958). In part one, the thermal conductance and …