Investigation of Water Demand Alfalfa crops: A Case study of Qorveh and Dehgalan

The current study attempted to investigate on the water demand for Alfalfa crop computed by using parametric method in the Qorveh and Dehgolan. The data collected 100 Questionnaires by commensurate Stratified Random sampling in the 2010-11. To selection the best produce function, checked by flexible and non-flexible functions. Results indicate that production function Cobb - Douglas is better than the other functions. Also, price elasticity of water demand itself is -2/59. It is less than minus 1, which shows that pricing policy is a main factor in controlling non-optimum use of water. The economic value of this crop is 84/94 Rail but the price paid is 28/51 Rail, Thus there is difference between them. So, Could increase the water productivity with removed different price in the case study.The current study attempted to investigate on the water demand for Alfalfa crop computed by using parametric method in the Qorveh and Dehgolan. The data collected 100 Questionnaires by commensurate Stratified Random sampling in the 2010-11. To selection the best produce function, checked by flexible and non-flexible functions. Results indicate that production function Cobb - Douglas is better than the other functions. Also, price elasticity of water demand itself is -2/59. It is less than minus 1, which shows that pricing policy is a main factor in controlling non-optimum use of water. The economic value of this crop is 84/94 Rail but the price paid is 28/51 Rail, Thus there is difference between them. So, Could increase the water productivity with removed different price in the case study.The current study attempted to investigate on the water demand for Alfalfa crop computed by using parametric method in the Qorveh and Dehgolan. The data collected 100 Questionnaires by commensurate Stratified Random sampling in the 2010-11. To selection the best produce function, checked by flexible and non-flexible functions. Results indicate that production function Cobb - Douglas is better than the other functions. Also, price elasticity of water demand itself is -2/59. It is less than minus 1, which shows that pricing policy is a main factor in controlling non-optimum use of water. The economic value of this crop is 84/94 Rail but the price paid is 28/51 Rail, Thus there is difference between them. So, Could increase the water productivity with removed different price in the case study.The current study attempted to investigate on the water demand for Alfalfa crop computed by using parametric method in the Qorveh and Dehgolan. The data collected 100 Questionnaires by commensurate Stratified Random sampling in the 2010-11. To selection the best produce function, checked by flexible and non-flexible functions. Results indicate that production function Cobb - Douglas is better than the other functions. Also, price elasticity of water demand itself is -2/59. It is less than minus 1, which shows that pricing policy is a main factor in controlling non-optimum use of water. The economic value of this crop is 84/94 Rail but the price paid is 28/51 Rail, Thus there is difference between them. So, Could increase the water productivity with removed different price in the case study.The current study attempted to investigate on the water demand for Alfalfa crop computed by using parametric method in the Qorveh and Dehgolan. The data collected 100 Questionnaires by commensurate Stratified Random sampling in the 2010-11. To selection the best produce function, checked by flexible and non-flexible functions. Results indicate that production function Cobb - Douglas is better than the other functions. Also, price elasticity of water demand itself is -2/59. It is less than minus 1, which shows that pricing policy is a main factor in controlling non-optimum use of water. The economic value of this crop is 84/94 Rail but the price paid is 28/51 Rail, Thus there is difference between them. So, Could increase the water productivity with removed different price in the case study.The current study attempted to investigate on the water demand for Alfalfa crop computed by using parametric method in the Qorveh and Dehgolan. The data collected 100 Questionnaires by commensurate Stratified Random sampling in the 2010-11. To selection the best produce function, checked by flexible and non-flexible functions. Results indicate that production function Cobb - Douglas is better than the other functions. Also, price elasticity of water demand itself is -2/59. It is less than minus 1, which shows that pricing policy is a main factor in controlling non-optimum use of water. The economic value of this crop is 84/94 Rail but the price paid is 28/51 Rail, Thus there is difference between them. So, Could increase the water productivity with removed different price in the case study.