In this paper, to examine if vegetation responses actively to water recharges, we analyzed the charm of desert riparian vegetation pre- and post- water recharge and discussed its causes. The results showed that vegetation responded positively to water recharges and vegetation nearer the river channel responded more substantially to watering than that further away. The changes of vegetation were related to the spatial and temporal changes of groundwater depth which elevated after water recharges. For restoration of vegetation in large ranges in study region, continuation of water recharges is necessary
The study aimed at establishing the role of two possible water sources (inundation, ground water) fo...
Abstract Groundwater is increasingly becoming a permanent and steady water source for the growth and...
Plant water use characteristics and transpiration responses under dry conditions are considered esse...
On the basis of the field measurements of changes in groundwater level and plant species abundance a...
Desert riparian vegetation forms an ecological corridor in extremely arid environments, and ecologic...
During the past 30 years, water ceased to flow in the lower reaches of the Tarim River in northwest ...
The occurrence and development of riparian forests which are mainly dominated by mesophytes species ...
Riparian vegetation in the middle Tarim River is being degenerated, and groundwater in the riparian ...
Survival of desert riparian vegetation along the middle and lower reaches of the Tarim River in Chin...
This paper takes the ecological water conveyance project (EWCP) that transfers water from the Bosten...
Environmental flow, one of the main restoration measures for regulated rivers, aims to restore and s...
The occurrence and development of riparian forests, which were mainly dominated by mesophytes specie...
Shallow groundwater in unconsolidated sediments represents a substantial water resource in the Chine...
Knowledge of the spatio-temporal responses of vegetation dynamics to hydro-climatic factors is impor...
The Ejina basin, which is located in arid and semi-arid areas of northwest China, has experienced se...
The study aimed at establishing the role of two possible water sources (inundation, ground water) fo...
Abstract Groundwater is increasingly becoming a permanent and steady water source for the growth and...
Plant water use characteristics and transpiration responses under dry conditions are considered esse...
On the basis of the field measurements of changes in groundwater level and plant species abundance a...
Desert riparian vegetation forms an ecological corridor in extremely arid environments, and ecologic...
During the past 30 years, water ceased to flow in the lower reaches of the Tarim River in northwest ...
The occurrence and development of riparian forests which are mainly dominated by mesophytes species ...
Riparian vegetation in the middle Tarim River is being degenerated, and groundwater in the riparian ...
Survival of desert riparian vegetation along the middle and lower reaches of the Tarim River in Chin...
This paper takes the ecological water conveyance project (EWCP) that transfers water from the Bosten...
Environmental flow, one of the main restoration measures for regulated rivers, aims to restore and s...
The occurrence and development of riparian forests, which were mainly dominated by mesophytes specie...
Shallow groundwater in unconsolidated sediments represents a substantial water resource in the Chine...
Knowledge of the spatio-temporal responses of vegetation dynamics to hydro-climatic factors is impor...
The Ejina basin, which is located in arid and semi-arid areas of northwest China, has experienced se...
The study aimed at establishing the role of two possible water sources (inundation, ground water) fo...
Abstract Groundwater is increasingly becoming a permanent and steady water source for the growth and...
Plant water use characteristics and transpiration responses under dry conditions are considered esse...