Many tree species have been shown to funnel substantial rainfall to their stem base as
stemflow flux, given a favorable stand structure and storm conditions. As stemflow is a …

Numerous studies have examined the variability of stemflow across different tree species
under different meteorological conditions. However, studies have rarely considered …

Meteorological influences on the variability of stemflow generation can affect the hydrology,
ecology and soil chemistry of wooded ecosystems, yet the effects of directional wind-driven …

Tree canopy processes affect the volume and biogeochemistry of inputs to the hydrological
cycle in cities. From June 2012 to November 2013, we studied stemflow production from 37 …

Stemflow has distinguishable effects on the hydrology and biogeochemistry of wooded
ecosystems. Nonetheless, it is a relatively poorly understood hydrologic process. No known …

Stemflow is an important subcanopy flux that delivers enriched rainfall to soils immediately
surrounding a tree. Stemflow volume represents the quantity of this hydrologic flux while …

Concern over forest dieback due to environmental change and the long residence times of
standing dead trees necessitates understanding the impact of forest health on the …

Stemflow is a focused point source input of precipitation and nutrients at the base of a tree or
plant and can have a significant impact on site hydrology. To date, no known studies have …

An increasing number of studies have examined the effects of various biotic and abiotic
factors on stemflow production. Of those that have ascribed the importance of canopy …

Although stemflow oftentimes only represents a small portion of net precipitation in forests, it
creates hot spots of water input that can affect subsurface storm-flow dynamics. The …