We surveyed four plots at different groundwater depths in selected transects of the Tarim
River of China. Water status, photosynthetic gas exchange, chlorophyll fluorescence, stem …

This study has surveyed three plots with different groundwater depth (GWD) along the lower
reaches of Tarim River in Northwest China. Chlorophyll fluorescence of Populus euphratica …

The photosynthetic characterization of Populus euphratica and their response to increasing
groundwater depth and temperature were analyzed based on net photosynthetic rate (PN) …

Based on the dendro-hydrology theory, we studied the impacts of two significant
environmental occurrences (long-term zero-flow and ecological water conveyance) on the …

Eco-physiological and plant performance responses and acclimation of Populus euphratica
Oliv. to water release of the lower reaches of Tarim River, China were investigated. Three …

Riparian vegetation in arid regions is subject to frequent water environmental fluctuations
and plays an important role in maintaining the riparian ecosystem. In recent decades …

The changes in the depth of groundwater were studied from the period before water
conveyance through 2010, and the TDS of groundwater was analyzed in the lower reaches …

We selected 4 survey plots with groundwater depths> 4 m near ecological monitoring wells
in the Tarim River to investigate leaf water potential, leaf relative water content, and …

Using sap flow flux density and trunk maximum daily shrinkage (MDS) as the main plant‐
based water stress indicators and combined with soil salinity parameters and plant …

Soil water and salinity conditions of the riparian zones along the Tarim River, northwest
China, have been undergoing alterations due to water use by human or climate change …