Many geoscientists now recognize stemflow as an important phenomenon which can exert
considerable effects on the hydrology, biogeochemistry, and ecology of wooded ecosystems …

The isotopic composition of water transmitted by the canopy as throughfall or stemflow
reflects a suite of processes modifying rainfall. Factors that affect isotopic composition of …

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

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 …

Water storage on tree crowns, trunks, the understory, and litter is, in many respects, one of
the simplest water balance components of vegetated ecosystems, but one that is rarely …

Stemflow production is affected by a suite of biotic and abiotic factors. It has proven difficult
to determine the importance of individual canopy structure metrics on stemflow production …

Rainfall interception is an important part of the urban hydrological cycle. Understanding is
limited about the role of urban trees and other vegetation in the interception process. This …

Trees concentrate rainfall to near-stem soils via stemflow. When canopy structures are
organized appropriately, stemflow can even induce preferential flow through soils …

Impervious surfaces in urban areas generate substantial volumes of polluted surface runoff,
resulting in flooding and degradation of waterway ecosystems. Urban trees can help to …

Urban tree canopies are a significant sink for atmospheric elemental carbon (EC)––an air
pollutant that is a powerful climate-forcing agent and threat to human health. Understanding …