Claim · model-written summary
Water-use pattern of P. euphratica shifts from shallow soil water to deep water sources as groundwater depth increases.
- Taxon
- Populus euphratica
Populus euphraticae0 - Treatment
- groundwater depthe1
- Outcome
- water use patterne1
Not reportedDirection
Verbatim
e0“Populus euphratica (p. euphratica) trees”
e1“as the groundwater depth increased, the water use pattern of Populus euphratica (p. euphratica) trees shifts from shallow soil water to deep water sources”
Title
Yanbo Wan; Abudureyimu Anwaier; Yu Ma; et al. Journal of Hydrology Regional Studies 2026. doi:10.1016/j.ejrh.2026.103583
Other claims from this paper (12)
- Intervention effect In the deep groundwater plot, the proportion of shallow soil water used by P. euphratica decreased by 16.66% compared with shallow groundwater plots.
- Intervention effect In the deep groundwater plot, use of near-groundwater layer soil water by P. euphratica increased by 14.23%.
- Intervention effect In the deep groundwater plot, groundwater use by P. euphratica increased by 13.07%.
- Association Tree age has a weak influence on the water-use pattern of P. euphratica.
- Association Transpiration of P. euphratica gradually increased from May to July.
- Association Transpiration of P. euphratica decreased from August to October.
- Observation Daily average transpiration of large trees was 87.43 L·d⁻¹.
- Observation Daily average transpiration of small trees was 11.24 L·d⁻¹.
- Association As transpiration increased, groundwater use by P. euphratica significantly increased.
- Intervention effect In July, groundwater use by P. euphratica increased by 26.64% compared with May.
- Intervention effect Flood replenishment increased shallow soil water use by P. euphratica by 12.05%.
- Intervention effect Flood replenishment enhanced transpiration of P. euphratica.