Characteristics of Vertisols From Stip, Probistip and O. Pole Valleys » książka
Characteristics of Vertisols From Stip, Probistip and O. Pole Valleys
ISBN-13: 9783659390036 / Angielski / Miękka / 2013 / 60 str.
Water, physical and physical-mechanical characteristics of the vertisols were investigated on seven soil profiles in the in the central part of the Republic of Macedonia ( tip, Probi tip and Ov e Pole valleys). The investigated vertisols show very unfavorable water, physical and physical-mechanical characteristics, which obstruct the usage of these soils. In spite of the high water preservation, plants in these soils are not provided with enough water. Available water capacity is 12.32 mass %, or only 38 mass % of the whole moisture is available to plants. The retention curves are relatively close one to another. The greatest decline of the curves occurs at lower pressures. In dry sieving of the soil the aggregate fraction >10 mm is dominating (average 56.56%), which in the same time shows the lowest stability in water. That kind of structure makes these soils hard for tiling. The investigated samples of vertisols are highly plastic, with the plasticity index higher than 17, which significantly shorten the physical suitability of soil for tillage."
Water, physical and physical-mechanical characteristics of the vertisols were investigated on seven soil profiles in the in the central part of the Republic of Macedonia (Štip, Probištip and Ovče Pole valleys). The investigated vertisols show very unfavorable water, physical and physical-mechanical characteristics, which obstruct the usage of these soils. In spite of the high water preservation, plants in these soils are not provided with enough water. Available water capacity is 12.32 mass %, or only 38 mass % of the whole moisture is available to plants. The retention curves are relatively close one to another. The greatest decline of the curves occurs at lower pressures. In dry sieving of the soil the aggregate fraction >10 mm is dominating (average 56.56%), which in the same time shows the lowest stability in water. That kind of structure makes these soils hard for tiling. The investigated samples of vertisols are highly plastic, with the plasticity index higher than 17, which significantly shorten the physical suitability of soil for tillage.
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