Nastin prognozy potencialnich zmen hydrického rezimu Moravskoslezskych Beskyd. (Prediction of potential changes in the hydric regime in the MoravskoslezskéBeskydy)
Influence of the economic activity (timber falling, exhalation) on the changes in the hydric regime in the drainage areas of two small streams in the Beskydy and Javorniky Mountains. (MS).
Impact des facteurs météorologiques sur les éboulements dans les montagnes MoravskoslezskéBeskydy
Années 1931-2008 ; Dendrogéomorphologie ; Eboulement ; Etude d'impact ; Glissement de terrain ; Montagne ; MoravskoslezskéBeskydy ; Météorologie ; Tchèque république ; Variabilité climatique
Rockfall rate series for four sites in the MoravskoslezskéBeskydy Mountains (Smrk1, Smrk2, Ropice and Slatina) were crated in period 1931-2008, using dendrogeomorphic approach. Meteorological stations were also selected to study the influence
Degradace lesni pudy vodni erozi v centralni casti Moravskoslezskych Beskyd (Dégradation des sols forestiers dans la partie centrale des monts Beskidy Moravskoslezské)
The example of several river basins that the erosive processes in the central part of the Moravskoslozské Beskydy Mts. (North Moravia) depend not only on the natural conditions, but also on the human activities, especially the using of heavy forest
Transport de la charge solide en relation avec la transition géomorphologique des lits des cours d'eau à graviers dans les montagnes de MoravskoslezskéBeskydy
Charge solide ; Cours d'eau ; Débit ; Gravier ; Géométrie hydraulique ; Lit fluvial ; MoravskoslezskéBeskydy ; Tchèque république ; Transport sédimentaire
Complex transformation of the geomorphic regime of channels in the forefield of the MoravskoslezskéBeskydy Mts. : Case study of the Morávka River (Czech Republic)
analysis of trees which have been deformed by tilting blocks. Based on the research carried out in four localities within the MoravskoslezskéBeskydy Mts, we have identified 22 event years revealing deformations caused by blocks. An analysis
The AA. analysed 138 cross-sections from the roots of predominantly broad-leaved trees, which were exposed in bank failures from different floods, on the MoravskoslezskéBeskydy Mts in the Czech Republic. Using the spatial position of the roots
The spatio-temporal characteristics of rockfall activity were studied at four localities representative of old landslides in the highest part of the Czech Flysch Carpathians (MoravskoslezskéBeskydy Mountains). Historical activity, chronology
Contribution à la géomorphologie et l'âge des déformations de versants choisis dans la région de Slezské Beskydy Mts et du sillon de Jablunkovská Brázda
Beskides ; Carpates ; Cartographie géomorphologique ; Dynamique de versant ; Géomorphologie ; Holocène ; Slezské Beskydy ; Tchèque république
The contribution to the geomorphology and the age of the selected slope deformations in the area of Slezské Beskydy Mts. and Jablunkovská Furrow. The results of geomorphological mapping in 1998-2003. - (MS)
Glissement de terrain ; Géographie de l'Europe ; Géomorphodynamique ; Géomorphologie structurale ; Nizke Beskydy, Monts ; Tchécoslovaquie
Block fields, landslides, earth currents, etc. have a very high occurrence in the Nizke Beskydy. Their regional distribution are analysed in relation to the geological structure, particularity to the lithologicofacial character of the strata
Effects of commercial forest logging upon streamflow processes in a small basin in the Moravian-Silesian Beskydy Mountains in The influence of Man on the hydrological regime with special reference to representative and experimental basins.
Erosion du sol forestier dans des conditions de précipitations plus élevées et de fonte de la neige (étude du cas de la partie centrale des montagnes de Moravskosledské Beskydy)
Water erosion is also an important degradation agent up on the forested soil. It is often combined with landslides processes. The research has been organized since 1976 in the central part of Moravian-Silesian Beskydy Mts. The results of analysis
High precipitation, lithology and intensity of cutting the Beskydy Mountains contribute to the development of erosion processes. The results of measurement have shown a considerable proportion of human factor especially by employing heavy mechanisms
for forest work). The regime of suspended matter of the Upper Ostravica River (central part), and in the Lomná River (eastern part of the Moravsko-slezské Beskydy) were compared. The erosional process in the Upper Ostravice basin is more intensive due
in Moravian-Silesian Beskydy Mountains. Estimation of the total seasonal amount of released soil carbon based on models of individual data sets differed by as much as 7.2% from continuously measured data. The study shows that the times at which manual