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As a result of powerful local and regional geotectonic movements in the past, the landscape in the Republic of Macedonia (25.713 km2) is characterized with frequent changes of mountains and de-pressions with richness of diverse geomorphological processes and landforms. In general, the land-scape in Macedonia is formed by interdependence of internal (geotectonic) and external (geomor-phologic) forces, through a very long time process that takes millions of years. This area since the distant geological past was marked by violent movements of magma in the Earth's interior between the African plate on south and Eurasian plate on north. In local context, on the west is Adriatic plate, on the East is Moesian Platform, and on Southeast is Anatolian block. The Earth crust in the area of Macedonia is highly compressed between such large tectonic plates and blocks with opposite directions. Such pressures and movements caused deep cracking and faulting of the crust, when some parts are descending (forming grabens and depressions), and the neighboring tectonic blocks were uplifted (forming horsts). From uplifted blocks mountains was created, and from descending, valleys and depressions in between. In the past, especially in Late Miocene, along the deepest and most active faulting lines, volcanoes appeared and were periodically active until the Pliocene to Pleistocene. In the same time, the neighbor depressions were gradually filled with lakes, which in the middle to upper Pleistocene are expired or dried. In last stages, deep sandy and clay deposits were subsequently and partially eroded by fluvial and denudation processes. In general, Macedonia is country of landscape contrasts: from deep depressions to high mountains, from numerous volcanic remnants, karst landscapes, intensive hillslope processes, weathering and severe erosion, to various periglacial and glacial landforms.
Bulletin of the Serbian Geographical Society
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As a result of powerful local and regional geotectonic movements, the landscape of North Macedonia (25,713 km) has a typical chequerboard topography with frequent changes of mountains and depressions. There are 38 mountain ranges, of which 13 extending above 2000 m are defined as high, while the highest Korab, reach 2753 m. Because of their geomorphological and overall significance, geomorphometric features of these 13 dominant high mountain ranges are analyzed in this work. The data are calculated from a previously prepared 15-m DEM with particular attention to hypsometry, slope gradient, aspect, and curvature. Based on these variables, a simple classification of the high mountain ranges is
In the Republic of Macedonia, where mountains are predominant in topography, mor-phostructures control hillslope processes, also promoted by weathered rocks prone to erosion and steep slopes (39.5% of the area steeper than 15°). Fluvial erosion is of equal importance since rivers are short but of torrential character and flow in composite valleys. Some of the deepest canyons (1000 m deep) and the deepest underwater cave (190 m deep) of Europe are found in Macedonia. The highest polje is at 2050 m elevation. Lake shore erosion and deposition can be studied on the largest lakes of the Balkan Peninsula and glacial and periglacial features in the highest mountains above 2000 m. The most typical direct and indirect human interventions in the landscape are accelerated erosion and deposition, opencast mining, road building, canal, dam and reservoir constructions on rivers. Together with the influences of changing climate, human impact will be decisive in future landform evolution. Keywords Morphostructures • Hillslope processes • Fluvial erosion • Karst • Glacial and periglacial processes • Lakes • Human impact
International Conference Erosion and Torrent Control …
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