Sentence examples for continuous rainfall sequences from inspiring English sources

To this end, the stochastic generation of continuous rainfall sequences is often coupled with the continuous hydrological modelling.

Continuous rainfall sequences are often used as inputs in hydrologic modeling, particularly where a probabilistic assessment is required.

Continuous rainfall sequences provide a means for accounting of all aspects of rainfall that produce flooding, for example, not just the design rainfall event but also the rainfall prior to the extreme rainfall event.

This paper describes an algorithm for disaggregating daily rainfall into sub-daily rainfall 'fragments' (fine-resolution rainfall sequences) under a future, warmer climate.

Poisson cluster stochastic rainfall generators (e.g., modified Bartlett-Lewis rectangular pulse, MBLRP) have been widely applied to generate synthetic sub-daily rainfall sequences.

Incorporation of an inter-event (I) sub-model completed the continuous rainfall simulation scheme.

Given these demonstrated changes to extreme rainfall with temperature rise, there is a need to modify continuous rainfall generators to account for current and likely future changes in temperature.

During heavy rainfall, continuous rainfall infiltration can generate a wet front in the soil slope and in turn form a saturated zone above the potential sliding surface.

During heavy rainfall, continuous rainfall infiltration can generate a wet front in the soil layer, and in turn forms a saturated zone above the potential sliding surface.

A continuous rainfall event is considered to begin when hourly rainfall surpasses 4 mm and ends when hourly rainfall decreases below 4 mm over the next six consecutive hours (e.g., Chang et al. 2011).

Steady southeasterly breezes brought in tropical moisture, which for days caused almost continuous rainfall over Southern California.