Research paperThe runoff coefficient as the key to moisture recycling
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2023, Science of the Total EnvironmentCan seawater desalination be a win-win fix to our water cycle?
2020, Water ResearchCitation Excerpt :We may assume that evaporation of water added to the water cycle through desalination is subject to the same recycling rate (see Supplementary Material, Note 1, for additional discussion). Subsequent cycles of evaporation and precipitation yield a total incremental precipitation inversely related to the ratio between annual runoff and precipitation (Savenije, 1996). This incremental precipitation can be estimated between about 800 (when runoff is 50% of precipitation) and 1300 liters per m3 (when runoff is 0%) at global average evapotranspiration recycling rates (see Fig. 1).
Impacts of multi-purpose reservoir construction, land-use change and climate change on runoff characteristics in the Poyang Lake basin, China
2020, Journal of Hydrology: Regional StudiesCitation Excerpt :Our current study seeks to improve the understanding of the changing water balance dynamics in the basin, which is essential for management of its water resources, and can also contribute to improve generic understanding of similar processes in many other world regions subject to complex and overlapping pressures from different human activities and climate change. We use a water balance approach and evapotranspiration modelling in combination with analyses of runoff coefficients (RC, a dimensionless ratio of total runoff over total precipitation; McNamara et al., 1998; Savenije, 1996), to access causes behind observed changes in runoff on various time scales. More specifically, this study considers all five main sub-catchments of the Poyang Lake basin under pre-dam and post-dam conditions, aiming at detecting impacts of climate change and anthropogenic activities including multi-purpose reservoir construction on:
Using storage of coal-mining subsidence area for minimizing flood
2019, Journal of HydrologyCitation Excerpt :Including the runoff coefficient and the recharge coefficient. The runoff coefficient is the key to hydrological cycle (Savenije, 1996). The average annual precipitation in the HRB is about 894 mm, and the average annual runoff is about 230 mm (Zhang et al., 2012a,b).