An Asian Journal of Soil Science

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Soil Health of Soils in Aurangabad District (Maharashtra), India


Affiliations
1 Department of Environmental Science, Dr. Babasaheb Ambedkar Marathwada University, Aurangabad (M.S.), India
     

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Improper agricultural practices, intensive farming with monoculture cropping pattern are responsible for deterioration of soil quality. To overcome the adverse effect of current cultivation practices, sustainable agricultural practices should be adopted. The evaluation of soil health status of Aurangabad district has been carried out with 240 surface soil samples from 12 villages of 3 blocks. The soil was analyzed for various soil fertility parameters such as pH, EC, organic matter and availability of NPK. The soils of Aurangabad district are moderately alkaline in nature with a mean value of pH 7.89. The soils are good soil with EC ranging from 0.2 to 1.70 dS/m with mean of 0.74 dS/m in Aurangabad district. The soils of Sillod block, 27.5 per cent, have to face seed emergence problem due to higher EC. The organic carbon content of soils of Aurangabad is low, mean value being 0.39 per cent. The half of the soil of Aurangabad district is having low organic carbon less than 0.40 per cent. The available nitrogen of soils of Aurangabad is low, with mean of 158.39 kg/ha. It is remarkably very low in Sillod and Aurangabad blocks. Part of Aurangabad, 52.08 per cent is very low in available phosphorus content, whereas 38.75 per cent soils have low available phosphorus content. They are very rich in potassium with a mean value of 443.60 kg/ha.There is dire need of improvement in soil organic carbon by using organic manures including intercropping, mixed cropping and adopting integrated nutrient management programme.

Keywords

Crop, Fertilizers, Farmland, Macronutrients, Minerals.
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  • Soil Health of Soils in Aurangabad District (Maharashtra), India

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Authors

S. S. Ajgaonkar
Department of Environmental Science, Dr. Babasaheb Ambedkar Marathwada University, Aurangabad (M.S.), India
S. S. Patil
Department of Environmental Science, Dr. Babasaheb Ambedkar Marathwada University, Aurangabad (M.S.), India

Abstract


Improper agricultural practices, intensive farming with monoculture cropping pattern are responsible for deterioration of soil quality. To overcome the adverse effect of current cultivation practices, sustainable agricultural practices should be adopted. The evaluation of soil health status of Aurangabad district has been carried out with 240 surface soil samples from 12 villages of 3 blocks. The soil was analyzed for various soil fertility parameters such as pH, EC, organic matter and availability of NPK. The soils of Aurangabad district are moderately alkaline in nature with a mean value of pH 7.89. The soils are good soil with EC ranging from 0.2 to 1.70 dS/m with mean of 0.74 dS/m in Aurangabad district. The soils of Sillod block, 27.5 per cent, have to face seed emergence problem due to higher EC. The organic carbon content of soils of Aurangabad is low, mean value being 0.39 per cent. The half of the soil of Aurangabad district is having low organic carbon less than 0.40 per cent. The available nitrogen of soils of Aurangabad is low, with mean of 158.39 kg/ha. It is remarkably very low in Sillod and Aurangabad blocks. Part of Aurangabad, 52.08 per cent is very low in available phosphorus content, whereas 38.75 per cent soils have low available phosphorus content. They are very rich in potassium with a mean value of 443.60 kg/ha.There is dire need of improvement in soil organic carbon by using organic manures including intercropping, mixed cropping and adopting integrated nutrient management programme.

Keywords


Crop, Fertilizers, Farmland, Macronutrients, Minerals.

References