2b). The concentration decrease is even stronger for particles in the nucleation size range, and the increase after maximum rainfall intensity is much less pronounced. The data have been corrected for particle losses in the sample inlet to exclude systematic bias between the measurements at ...
The resulting model termed 'calculator for soil erosion' (CASE), works in a spatially distributed way on the timescale of individual rainfall events. A dataset of 142 high‐intensity rainfall experiments in Central Europe (AT, HU, IT, CZ), covering various slopes, soil types and experi...
In any case on the minor AGW point – one of BoM’s known previous statistical system issues was the warming trend (oh dear) in the Indian Ocean. You could of course have tried the Oodnadatta Index and found the sub-tropical ridge intensity was also trending (double oh dear). I’ve no...
Flood modelling is a powerful tool in understanding the hydrodynamics of historic flood events, and in some cases, the construction of accurate IDF (intensity–duration–frequency)/DDF (depth–duration–frequency) curves can be used to predict future events that will cause damage to the urban fabri...
(Figure 3) at 30 m resolution and the long-term mean rainfall intensity at 30 m resolution (Figure 4) using Equations (1) and (2) developped by Schueler (1987) [31,32]. These equations were computed using the raster calculator tool of the ArcGIS software version 10.2 (Environmental ...
If the failure takes place in this phase, the failure plane can occur at specific depth depending on slope angle, rainfall intensity, soil mechanical parameters, and matrix suction conditions. The saturation phase occurs during the rising of the water table, which initially occurs after rainwater ...
According to the findings, while 5 GHz waves experience scattering processes, 25 GHz waves experience substantial dispersion and attenuation throughout the domain in low- to moderate-intensity rain. Keywords: Finite Differences in Time Domain (FDTD); Convolutional Perfectly Matched Layer (CPML); fifth...
Precipitation Intensity Submodel Precipitation is usually associated to frontal systems with rather intensive values, but sometimes small rain events occur. In order to account for both types in a single model, a mixed exponential distribution function with parameters α, ß1, and ß2 was used:...
The current commonly used rainfall-based landslide warning models are mainly: ① intensity–duration of rainfall (I–D) [40]; ② cumulative–duration of rainfall (E–D) [41]; ③ cumulative–intensity of rainfall (E–I); and ④the mean annual precipitation (MAP) or other parameters for ...
Rainfall is an important natural cleaning mechanism, which, in sufficient amounts and intensity, can alleviate the issue of soiling [42]. However, it has been found to be much more efficient in washing off larger particles (e.g., polen) rather than smaller dust particles (of sizes less tha...