In this paper, we analyze risk and time preferences as factors related to technology adoption. In the context of West African small-scale cattle farm households, we examine why the adoption of prophylactic drugs as an ex-ante risk management strategy to protect cattle from tsetse-transmitted African Animal Trypanosomosis (AAT) despite experts’ recommendation is low. To do so, we conducted two types of economic field experiments: (i) to elicit farmers’ risk and time preferences, considering additional behavioral information beyond standard economic theory and (ii) to observe farmers’ adoption decision of alternative drug treatments to manage the risk of AAT. Results show that loss aversion and high discount rates are associated with low prop...
Background: Restricted application of insecticides to cattle is a cheap and safe farmer-based method...
This paper examines the relationship between agricultural development, vulnerability to shocks and t...
Trypanosomosis is the single most important disease constraining the expansion of livestock in Kenya...
In this paper, we analyze risk and time preferences as factors related to technology adoption. In th...
We examine two widely used treatment strategies for African animal trypanosomosis in West Africa: pr...
This article reports results from economic field experiments with cattle-dependent small-scale farme...
This paper analyzes the strategies of farmers in Kénédougou province to tackle African Animal Trypan...
Trypanocidal treatments remain the most widespread method used for the control of African animal try...
We carried out a stratified, cluster-randomised, controlled trial in south Mali in 2004 to evaluate ...
Risk has long been considered as an important factor that reduces technology adoption. We propose to...
Economic analysis can assist in the understanding of the factors that determine the success of trypa...
This study investigates risk and time preferences of small-scale cattle farmers in West Africa and e...
The paper estimates the cost of tsetse control and treatment of trypanosomiasis and the benefits inv...
This study looks at the determinants of farm technology uptake, with attention to farmers’ risk pref...
Most literature that investigates the impact of farmer risk preferences on agricultural technology a...
Background: Restricted application of insecticides to cattle is a cheap and safe farmer-based method...
This paper examines the relationship between agricultural development, vulnerability to shocks and t...
Trypanosomosis is the single most important disease constraining the expansion of livestock in Kenya...
In this paper, we analyze risk and time preferences as factors related to technology adoption. In th...
We examine two widely used treatment strategies for African animal trypanosomosis in West Africa: pr...
This article reports results from economic field experiments with cattle-dependent small-scale farme...
This paper analyzes the strategies of farmers in Kénédougou province to tackle African Animal Trypan...
Trypanocidal treatments remain the most widespread method used for the control of African animal try...
We carried out a stratified, cluster-randomised, controlled trial in south Mali in 2004 to evaluate ...
Risk has long been considered as an important factor that reduces technology adoption. We propose to...
Economic analysis can assist in the understanding of the factors that determine the success of trypa...
This study investigates risk and time preferences of small-scale cattle farmers in West Africa and e...
The paper estimates the cost of tsetse control and treatment of trypanosomiasis and the benefits inv...
This study looks at the determinants of farm technology uptake, with attention to farmers’ risk pref...
Most literature that investigates the impact of farmer risk preferences on agricultural technology a...
Background: Restricted application of insecticides to cattle is a cheap and safe farmer-based method...
This paper examines the relationship between agricultural development, vulnerability to shocks and t...
Trypanosomosis is the single most important disease constraining the expansion of livestock in Kenya...