This paper exploits a natural experiment wherein tens of thousands of microfinance borrowers across rural Haiti received a quasi-random value of insurance benefit in the aftermath of catastrophic hurricanes, and shows that greater insurance increased a beneficiary's demand for credit on the extensive margin, e.g. made formal lending relationships more durable.
This ILRI Research Brief describes the Index-Based Livestock Insurance (IBLI) product, piloted in northern Kenya and southern Ethiopia since early 2010.
In this paper, we employ a dynamic, stochastic, heterogeneous agent model where farm households have access to contingent credit and make savings, technology and loan repayment choices.
This presentation took place at George Washington University, United States on November 6, 2014 describing how greater use of improved technologies could raise productivity and welfare in developing countries.
This presentation took place at George Washington University, United States on November 6, 2014 describing the adoption of improved seeds in Uganda and Senegal using index insurance.
This presentation took place at George Washington University, United States on November 6, 2014 describing how poor market integration in African markets result in barriers to building market linkages.
This presentation took place at George Washington University, United States on November 6, 2014 describing how behavioral lab experiments have uncovered a wealth of evidence contradictory to standard economic workhorse theories.
This presentation took place at George Washington University, United States on November 6, 2014 describing the research of essential heterogeneity measurements and constraining intervention in Mexico.
This presentation took place at George Washington University, United States on November 6, 2014 describing how crop yield index insurance in western Kenya.
This presentation took place at George Washington University, United States on November 6, 2014 describing the benefits of group index-insurance include averaging basis risk across spatially disbursed groups and reducing individual-level basis risks.