Relationships between rainfall parameters and interception by tropical forest
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Estimating rainfall interception loss of three dominant shrub species in an oasis–desert ecotone using in situ measurements and the revised Gash analytical model
2023, Journal of Environmental ManagementThe performance of the reformulated Gash rainfall interception model in the Hyrcanian temperate forests of northern Iran
2022, Journal of HydrologyCitation Excerpt :Understanding the relationship between the canopy water balance and the different forest species would play an important role in accurately predicting how plantation with new species affects I and water resources. A variety of I process models, ranging from simple empirical-type models (Jackson, 1975) and probabilistic models (Calder, 1977) to the sophisticated data-demanding model –like Gash-type models (Gash, 1979; Gash et al., 1995) are currently available for making I predictions (see the review paper by Muzylo et al., 2009). The Gash (Gash, 1979) and revised versions (Gash et al., 1995; Valente et al., 1997) are the most commonly used models for estimating I in forested ecosystems (see review by Muzylo et al., 2009).
Testing three rainfall interception models and different parameterization methods with data from an open Mediterranean pine forest
2022, Agricultural and Forest MeteorologyCitation Excerpt :Obviously, the derivation of the model parameter values with the regression method implies that evaporation before canopy saturation is not a function of the depth of water on the canopy. In contrast to the approach by Jackson (1975), who assumed that evaporation is negligible during the storm, we assume a constant evaporation rate during the entire rainfall event. We used the daily TF and P data from 01/Jul/2016 to 31/Dec/2018 to derive the model c, S and Ēc/R̄.
The ecohydrological function of the tropical forest rainfall interception: Observation and modeling
2022, Handbook of HydroInformatics: Volume II: Advanced Machine Learning TechniquesModeling canopy interception under drought conditions: The relevance of evaporation and extra sources of energy
2021, Journal of Environmental Management