International Journal of Agricultural Engineering

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Soil Moisture Adequacy Index (SMAI) of Jamner and Padalsare stations of Jalgaon district


Affiliations
1 Department of Soil Science and Agricultural Chemistry, College of Agriculture (MPKV), Muktainagar, Jalgaon (M.S.), India
2 Department of Agricultural Engineering, College of Agriculture (MPKV), Muktainagar, Dhule (M.S.), India
     

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Water is limiting factor for crop production and development. The success of dry land farming mainly depends on the evenly distributed rainfall during crop growing period when the rainfall before insufficient to meet the potential needs of transpiration, the ischolar_main zone of soil moisture is utilized for transpiration. This causes soil moisture storage and a situation, which may be designed as group drought occurs. Water deficit study is one of the important aspects in rainfed farming as well as in water resource planning management and allocation of irrigation water studies on water deficit pattern during different year would provide basic information for evaluating climate potential of an area for agriculture planning and development. Soil moisture plays an important role in crop productivity besides weather parameters in rainfed in general and drought prone areas of Jalgaon district in particular, plants survive on available water of the soil. Soil Moisture Adequacy Index above 25% is found from 23rd MW, it is 100% in 22nd MW at Jamner station. The average weekly rainfall is available predominantly from 23rd MW at Jamner station in Kharif and 41st MW at Rabi season. Soil Moisture Adequacy Index above 25% from 23rd MW and found to be 100% in 51stMW at Padalsare station. The average weekly rainfall is available predominantly from 25thMW at Padalsare station in Kharif and 41st MW at Rabi season.

Keywords

Soil Moisture Adequacy Index
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  • Soil Moisture Adequacy Index (SMAI) of Jamner and Padalsare stations of Jalgaon district

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Authors

V.N. Nale
Department of Soil Science and Agricultural Chemistry, College of Agriculture (MPKV), Muktainagar, Jalgaon (M.S.), India
K.B. Patil
Department of Soil Science and Agricultural Chemistry, College of Agriculture (MPKV), Muktainagar, Jalgaon (M.S.), India
S.P. Nikam
Department of Agricultural Engineering, College of Agriculture (MPKV), Muktainagar, Dhule (M.S.), India

Abstract


Water is limiting factor for crop production and development. The success of dry land farming mainly depends on the evenly distributed rainfall during crop growing period when the rainfall before insufficient to meet the potential needs of transpiration, the ischolar_main zone of soil moisture is utilized for transpiration. This causes soil moisture storage and a situation, which may be designed as group drought occurs. Water deficit study is one of the important aspects in rainfed farming as well as in water resource planning management and allocation of irrigation water studies on water deficit pattern during different year would provide basic information for evaluating climate potential of an area for agriculture planning and development. Soil moisture plays an important role in crop productivity besides weather parameters in rainfed in general and drought prone areas of Jalgaon district in particular, plants survive on available water of the soil. Soil Moisture Adequacy Index above 25% is found from 23rd MW, it is 100% in 22nd MW at Jamner station. The average weekly rainfall is available predominantly from 23rd MW at Jamner station in Kharif and 41st MW at Rabi season. Soil Moisture Adequacy Index above 25% from 23rd MW and found to be 100% in 51stMW at Padalsare station. The average weekly rainfall is available predominantly from 25thMW at Padalsare station in Kharif and 41st MW at Rabi season.

Keywords


Soil Moisture Adequacy Index

References