We adopt a moment based approach to investigate how individual producers' optimize input usage, in particular irrigation water, taking into account their risk preferences. We rely on a panel data of 122,800 Italian farms, spread over 1981 to 2003. We capture both variation over farms and over time. We show that risk aversion has increased over time, while down-side risk aversion has been more stable and that farmers specializing in different crops exhibit different risk aversion and use irrigation water with diverse efficiency. Higher downside risk aversion is a key determinant in the decision to adopt irrigation technology
We present incentivized panel data measuring risk preferences of subsistence farmers from across Eth...
Water shortage is likely intensified by climate change. Although advanced irrigation technologies an...
We present incentivised panel data measuring risk preferences of subsistence farmers from across Eth...
Abstract: Farmers should increasingly adopt more water\u2010efficient irrigation technologies\u2014s...
The physical dimension of climate change tends to be addressed by accurate statistics and modeling. ...
The European Union’s Farm-to-Fork strategy, aiming at increasing the environmental sustainability of...
While climate change affects both water demand for agriculture and water resources, implementing irr...
Risk exposure and risk management are inherent to smallholder farmers and their activities. One of t...
As growing attention is paid to climate change adaptation as an actual policy issue, the significant...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]GEUSINational audienceThe aim of this study was to improve our ...
Many Mediterranean countries have experienced water shortages during the last 20 years and future cl...
A risk farmers have to cope with is annual changes in the availability of irrigation water. In this ...
In this paper, after a review of the evolution of the literature on climate change economics in agri...
The effects of climate change on agriculture have been widely studied. However, it is necessary to k...
Researchers who do not take into account farm heterogeneity in implementing specific climate change ...
We present incentivized panel data measuring risk preferences of subsistence farmers from across Eth...
Water shortage is likely intensified by climate change. Although advanced irrigation technologies an...
We present incentivised panel data measuring risk preferences of subsistence farmers from across Eth...
Abstract: Farmers should increasingly adopt more water\u2010efficient irrigation technologies\u2014s...
The physical dimension of climate change tends to be addressed by accurate statistics and modeling. ...
The European Union’s Farm-to-Fork strategy, aiming at increasing the environmental sustainability of...
While climate change affects both water demand for agriculture and water resources, implementing irr...
Risk exposure and risk management are inherent to smallholder farmers and their activities. One of t...
As growing attention is paid to climate change adaptation as an actual policy issue, the significant...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]GEUSINational audienceThe aim of this study was to improve our ...
Many Mediterranean countries have experienced water shortages during the last 20 years and future cl...
A risk farmers have to cope with is annual changes in the availability of irrigation water. In this ...
In this paper, after a review of the evolution of the literature on climate change economics in agri...
The effects of climate change on agriculture have been widely studied. However, it is necessary to k...
Researchers who do not take into account farm heterogeneity in implementing specific climate change ...
We present incentivized panel data measuring risk preferences of subsistence farmers from across Eth...
Water shortage is likely intensified by climate change. Although advanced irrigation technologies an...
We present incentivised panel data measuring risk preferences of subsistence farmers from across Eth...