Sentence examples for hydrologic patterns from inspiring English sources
Storm effects on hydrologic patterns demonstrated with the simulations show hydrologic processes that could have a long-term effect on vegetation change.
Successful restoration of wetland ecosystems requires knowledge of wetland hydrologic patterns and an understanding of how those patterns affect wetland plant and animal populations.
Model output showed that fish with the highest tendency to invade newly flooded marsh areas built up the largest populations over long time periods with stable hydrologic patterns.
Hydrologic patterns and soil water sources were different between the two streams draining sloped catchments and the four streams draining flat lowlands.
Model aggregation quickly eradicates curvature features and its spatial control on hydrologic patterns, while the level of coarsening possible in the hillslope still preserves vegetation patchiness.
Thus, while lidar has revolutionized the identification of topographical features and hydrologic patterns in the landscape, a combination of ground verification and archaeological testing remains necessary to confirm and evaluate these features as potential water reservoirs.
This hydrologic pattern has been a source of much political and legal trouble for Arizona, including years of litigation with California over rights to water from the Colorado River system.
The Mediterranean climate of California produces a distinct annual hydrologic pattern with three seasons: baseflow, stormflow, and meltflow.
Since the first appearance of WNV in Florida during 2001, the hydrologic pattern of spring drought followed by summer wetting has not occurred.
Because of the similarity of SLEV and WNV transmission cycles (38 ), such a hydrologic pattern will likely result in a major WNV epidemic in the human population of south Florida.
Combining these hydrologic spatial patterns derived from distributions in relief and vegetation with measured precipitation inputs and evapotranspiration outputs, we created a spatially distributed model of soil moisture which we tested against measured values over an eight-week period.
