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Three canopy interception models were applied to a stand of young Japanese cypress to obtain a better understanding of the dependence of canopy interception on rainfall intensity (DOCIORI) and the mechanism of splash droplet evaporation (SDE). The applied models were the heat budget model, the newly proposed DOCIORI model, and the revised Gash model. The heat budget model underestimated observed interception...
Canopy interception was observed at a young stand of Chamaecyparis obtusa in a small Japanese experimental watershed for 2 years. Hourly canopy interception is linearly related to hourly rainfall on a rain event basis; this implies a dependence of the canopy interception on the rainfall intensity (DOCIORI). The DOCIORI became stronger from spring to summer and declined from fall to winter. Though...
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