Interactions between precipitation and forest canopy elements (bark, leaves, and epiphytes)
control the quantity, spatiotemporal patterning, and the chemical concentration, character …

Rainfall partitioning by urban tree canopies plays an important role in urban hydrological
cycles and, potentially, on stormwater runoff. While the body of research to quantify rainfall …

The amount and patterning of precipitation beneath vegetation is determined by throughfall
and stemflow. Throughfall is the portion of precipitation that falls through, or drips from, the …

Rainfall partitioning into stemflow, throughfall, and interception loss by vegetation alters
hydrological and biogeochemical fluxes between vegetation and soil. Here, we compiled a …

Rainfall partitioning is an important part of the ecohydrological cycle, influenced by
numerous variables. Rainfall partitioning for pine (Pinus nigra Arnold) and birch (Betula …

As plantations become increasingly important sources of wood and fiber in arid/semiarid
places, they have also become increasingly criticized for their hydrological impacts. An …

Aims The growing demand from forest managers is to identify silvicultural practices to
overcome projected water scarcity during the next decades. One solution is to mix tree …

Interception loss (I) can remove substantial portions of water from forested watersheds.
Thus, I prediction models are crucial if we are to balance human and ecosystem water …

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 …

Rainfall interception (RI) by forest canopy is an important part of the ecohydrology cycle,
influenced by rainfall characteristics, weather conditions, forest structures and their …