Sentence examples for demand hydrologic from inspiring English sources

In such cases, it is important to acquire robust ETref estimates to correctly assess the impact of changes in meteorological variables on atmospheric evaporative demand, hydrologic balances, response of vegetation to climate, and their interactions.

Our analysis was limited to semi-distributed watershed modeling, however, and future research is needed to understand performance and accuracy for more data demanding hydrologic models.

The expansion and operation of water supply systems under growing demands, hydrologic variability, and water scarcity requires strategic decisions on supply sources for reducing and improving reliability and flexibility.

We assessed the environmental controls on soil inorganic N flux over a typical burn interval (3 yr) and related N availability patterns to aboveground net primary productivity (ANPP) and N demand across a hydrologic gradient in a longleaf pine wiregrass landscape.

Watershed models play an important role in modern water resource management, increasingly demanding a robust hydrologic data framework to estimate watershed hydrochemical processes.

Effective ecological projections and planning in the face of climate change, especially in arid climates, now demand this level of hydrologic specificity (e.g. Marcarelli et al. 2010).

Among continuous flow-through wetlands those with lower vegetation cover (<5%) acted as algae incubators contributing to biological oxygen demand, while those with long hydrologic residence time (>10 days) promoted increased concentrations of dissolved organic carbon.

Large-scale alterations to landscapes and the hydrologic cycle to meet demands of growing increasingly affluent populations have left wetlands impaired.

The approach represents water supply infrastructure features and hydrologic conditions under increasing water demands.

The WaSSI index is expressed as a ratio of average water demands (WD) to water supplies (WS) in the hydrologic basin under consideration: mathrm{WaSSI}=frac{mathrm{WD}}{mathrm{WS}} (1).

The hybrid model employed EMD for decomposition and RBFNN for intrinsic mode function (IMF) forecasting, and determined future trend component directions by regression with EF as basin water demand representing the social component in the socio-hydrologic system.