![]() ![]() The results indicated that the Extreme watershed has a value of 0.62 in the index (0 to 1) which defined the strength of the intensity of erosion. Input data were adapted according to the corresponding characteristics of tropical regions. The research aimed to evaluate the application of the Erosion Potential Method by the Intensity of Erosion and Outflow-IntErO program in a karst watershed in a region with typical savanna climate in the northeast of the State of Goiás, Brazil. SUMMARY Soil losses from water erosion jeopardize agricultural sustainability and food security for current and future generations. (2021): Analysis of the erosion potential and sediment yield using the IntErO model in an experimental watershed dominated by karst in Brazil. The general trend towards a decrease in the amount of discrete OM is observed this is determined by both erosion and tillage of the agrochernozems of different positions on the slope against the background of the inclusion of subsoil material into the arable horizon in the eroding soil. The quantitative and qualitative composition of different OM pools in water-stable macro- (2–1 mm) and microaggregates (<0.25 mm) isolated by wet sieving from the 2–1-mm air-dry macroaggregates are compared in detail. The main patterns of carbon (C) content recovery in the aggregate structure of agrochernozem in the depositional zone are described. Erosion causes a significant loss of the OM of water-stable structural units isolated by wet sieving of the 2–1 mm air-dry aggregates. The Haplic Chernozems (Loamic, Pachic) of a longterm multifactor field stationary experiment of the Russian Institute of Agriculture and Soil Erosion Control (Kursk oblast) on the plateau and the north facing slope have been examined. The content and composition of organic matter (OM) in structural units of agrochernozems of different positions on the slope are quantitatively assessed. ![]() Theįindings indicate that it is a region of strong erosion. The strength of the erosion process is high. According to Gavrilović classification, the value of the Z coefficient,Ġ.949, and the value of 1899 m³/km²/year indicate that the river basin belongs to That there is a possibility for large flood waves to appear in the Željeznica riverīasin. Intensity of soil erosion and runoff for the basin of the River Željeznica wasĬalculated using the computer-graphic method IntErO. Measures to protect against erosion and torrents were studied. The factors causing soil erosion, erosion forms and expansion and Very centre of the city and has a large influence on the use of the surrounding Željeznica, which with its tributaries Rena and the Rikavac, flows through the Several torrential watercourses, of which the most significant one is the The coastal area of Montenegro for the region of Bar, which is intersected by This paper presents part of the results of research on erosion processes in Rumija and the sea, in particular, result in a large Geological and hydro-geological properties of the area, and the zone of the The conditions of pronounced slopes, as well as the specific ![]() Municipality of Bar is a typical torrential area, with annual precipitation up toĢ,000 mm. Harmful effect of waters for the period 2011–2017, the territory of the According to the recently adopted general plan of protection against the is designed to teach various methodologies that will increase typing speed and accuracy in its users. The Typing Tutor for Windows is a 10-finger system training tool effectively used by large companies and. TypingCenter (Learn to Type) 4.3 download Top Software Keywords Show more Show less ![]()
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