Spatial Variations in the Diurnal Pattern of Precipitation over Nepal Himalayas

Modeling and predicting of the spatial variations Precipitation cores in Iran

This research was carried out with the aim of understanding the spatial displacement of rainfall nuclei as an effective factor in the future hydrological conditions in Iran. Two types of databases were used to conduct this research. The first type of data is the monthly precipitation of 86 synoptic stations with the statistical period of 1986-1989 and the second type of predicted data from the ...

Electron precipitation and spatial OH variations

Introduction Conclusions References

Temporal and spatial distribution of extreme precipitation indices over the lake Urmia Basin, Iran

Spatial and temporal variations of the high-altitude cusp precipitation

Structured dispersion patterns of the ion precipitation in lowand mid-altitude cusp regions have been reported by many authors. These patterns are interpreted either as temporal features in terms of the pulsed reconnection model or as spatial changes caused by a combination of the particle velocity with the convection of magnetic field lines. It is generally expected that the spatial dispersion...

Decoupling of erosion and precipitation in the Himalayas.

The hypothesis that abrupt spatial gradients in erosion can cause high strain rates in active orogens has been supported by numerical models that couple erosional processes with lithospheric deformation via gravitational feedbacks. Most such models invoke a 'stream-power' rule, in which either increased discharge or steeper channel slopes cause higher erosion rates. Spatial variations in precip...