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Characterizations of Soil at Different Landforms in Hilly Areas of Meghalaya State

机译:Meghalaya状态丘陵地区不同地貌土壤特征

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摘要

Studies undertaken on the soil-landscape relationship showed that soil properties and landscape position are significantly related and that geomorphological and pedological processes interact on hill slopes, mainly where the movement of soil and wateris considered (Gerrard 1992; Dahlgren et al. 1997). Such relationships were used in determining uniform mapping units for soil survey, soil management and soil productivity determinations (Daniels and Hammer 1992). Soil is the product of the interactions of complex pedogenic processes (Buol et al. 1997). The north-eastern region (NER) of India shows varied soil resources (Nayak et al. 1996; Singh et al. 1999; Sen et al. 1997) formed under hilly terrain conditions with different landforms coupled with different climatic conditions and vegetation. This offers a scope to study the soils formed in different landforms under varied environmental conditions. The present investigation therefore, aimed at characterizing the soils at different landforms in Eastand West Khasi Hills district of Meghalaya.
机译:对土壤景观关系进行的研究表明,土壤性质和景观地位显着相关,地貌和小学过程在山坡上互动,主要是土壤和水域的运动(Gerrard 1992; Dahlgren等,1997)。这种关系用于确定土壤调查,土壤管理和土壤生产力确定的均匀映射单元(丹尼尔斯和锤子1992)。土壤是复杂的生物过程相互作用的产物(Buol等人1997)。印度东北地区(NER)展示了各种土壤资源(NAYAK等人1996; Singh等人1999; SEN等人1997)在丘陵地形条件下形成的不同地貌,加上不同的气候条件和植被。这提供了研究在不同环境条件下在不同地貌中形成的土壤的范围。因此,目前的调查旨在表征伊斯拉亚州伊斯兰港区的不同地貌的土壤。

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