The Transferability of Terrestrial Water Balance Components under Uncertainty and Nonstationarity: A Case Study of the Coastal Plain Watershed in the Southeastern USA

s The challenges posed by nonstationarity in predicting catchment water balance components motivated this study to test the stationary versus nonstationarity hypothesis and detect changes in the watershed response to land use land cover (LULC) alterations, and climate variability and change. The foc...

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Veröffentlicht in:	River research and applications 2017-06, Vol.33 (5), p.796-808
Hauptverfasser:	Samadi, S. Z., Meadows, M. E.
Format:	Artikel
Sprache:	eng
Schlagworte:	Abstracts Algorithms Alignment Amplification Atlantic coastal plain watershed Bayesian analysis Calibration Case studies Catchment area Climate Climate effects Climate variability Coastal plains Coastal waters Coefficients Components Evapotranspiration extreme value analysis Extreme values Fittings Functional anatomy Groundwater Groundwater runoff Hydrology Hypotheses Land use land use land cover nonstationarity Mathematical models parameter uncertainty Precipitation Probability theory Rainfall Roughness Roughness coefficient Runoff Sensitivity Soils Storage Storage capacity Storage conditions Surface runoff Terrestrial environments Transmission loss Uncertainty Value analysis Variability Water Water balance water balance components Water flow Water storage Watersheds
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