fractal dimension

The comprehensive analysis of different looks is conducted to the decision of problem of establishment of interlandscape scopes. On concrete examples complication of their selection is well-proven by geographical tool of research. Leaning against the studied experience of fractal analysis of natural processes and objects, possibility of decision of this problem fractal methods is grounded

The focus of this paper is on some fundamental principles of the fluvial topography watershed complexity and or-deliness concept. The relevant research approach has been represented. Its content implies the definition of fractal characteristics for two key component of a watershed system – topography and hydrology – upon changes of other environmental factors. The fractal methodology has been proved as that one which can be efficiently employed for revealing complicated interrelations between flood developing and fluvial geomorphic process intensity in a watershed. Relevant modeling results have been presented in the original software interface