Quantifying topographic feature of watershed synthetically and scientifically is one of key
problems forwatershed soil erosion prediction model that is used everywhere. Fractal theory …

By applying multi-disciplinary cross theory knowledge, combining GIS (geographic
information system) and RS (remote sensing) technology, and taking Dalihe Watershed of …

Landform, land cover and landscape pattern are important underlying surface conditions for
basin erosion and the dominating factors for regional water and soil erosion. It is essential to …

A soil erosion and sediment yield prediction model was established to analyse the
mechanisms of soil erosion and sediment yield under single rainfall-runoff in a small …

Small watersheds are typically used as basic units for the comprehensive control of soil and
water loss in the Loess Plateau. Study on the mechanism of the critical topography on …

In order to study quantitative indexes and characteristics of soil erosion on the Loess
Plateau, degree of complexity and stability of erosion patterns are discussed. The fractal …

Microtopography significantly influences soil erosion at hillslope scale. Currently, the
influence of microtopography on temporal evolution of soil erosion is still unclear. A set of …

This article focuses on constructing a three-dimensional fractal model to quantify
topographic features and analyzes its spatial variation in arsenic rock area. Topographical …

Soil erosion is an important issue of global climate change, which directly relates to the
ecological environment quality and social sustainable development. Scale dependence is …

In this study, we intended to use {sup 7} Be measurement and fractal theory to quantify soil
erosion process on slope. The results showed that contribution rate of inter rill erosion was …