The adoption parameters of drip irrigation in cotton growing in the collective farms sector (kibbutzim) in Israel are estimated. The classical logistic function is perfectly retrieved. The estimated parameters are then explained by a variable that represents profitability, the change in yield. In spite of the small number of data points it again appears that profitability is the major explanatory variable for the adoption of a new technology. A hypothesis of dynamic ceiling is described and estimates are drawn
This article presents the analytical results of the use of drip irrigation, starting with the curren...
This article presents the analytical results of the use of drip irrigation, starting with the curren...
This paper analyses the adoption process of water-conserving irrigation technologies by a risk avers...
This article describes the influence of input quality and scarcity, environmental conditions, human ...
Adoption and abandonment processes are analyzed for seven irrigation technologies. A procedure is de...
This article describes the influence of input quality and scarcity, environmental conditions, human ...
Variations in agricultural productivity in different states across the country are mainly due to lar...
We use the 2013 cotton precision farming survey data to study the adoption of irrigation technologie...
Based on the survey data, the study has made yield and profitability comparisons in the contexts of ...
Studies on different crops confirm that drip method of irrigation saves substantial amount of water,...
Agricultural technology change is required in developing countries to increase the robustness to cli...
Most research on drip irrigation use plot-level studies to demonstrate the technology's ability to s...
Expected future water shortages and emerging environmental concerns place microirrigation near the ...
This paper analyses the adoption process of water-conserving irrigation technologies by a risk avers...
The importance of agricultural technology in enhancing production and productivity can be realized w...
This article presents the analytical results of the use of drip irrigation, starting with the curren...
This article presents the analytical results of the use of drip irrigation, starting with the curren...
This paper analyses the adoption process of water-conserving irrigation technologies by a risk avers...
This article describes the influence of input quality and scarcity, environmental conditions, human ...
Adoption and abandonment processes are analyzed for seven irrigation technologies. A procedure is de...
This article describes the influence of input quality and scarcity, environmental conditions, human ...
Variations in agricultural productivity in different states across the country are mainly due to lar...
We use the 2013 cotton precision farming survey data to study the adoption of irrigation technologie...
Based on the survey data, the study has made yield and profitability comparisons in the contexts of ...
Studies on different crops confirm that drip method of irrigation saves substantial amount of water,...
Agricultural technology change is required in developing countries to increase the robustness to cli...
Most research on drip irrigation use plot-level studies to demonstrate the technology's ability to s...
Expected future water shortages and emerging environmental concerns place microirrigation near the ...
This paper analyses the adoption process of water-conserving irrigation technologies by a risk avers...
The importance of agricultural technology in enhancing production and productivity can be realized w...
This article presents the analytical results of the use of drip irrigation, starting with the curren...
This article presents the analytical results of the use of drip irrigation, starting with the curren...
This paper analyses the adoption process of water-conserving irrigation technologies by a risk avers...