A common-agency lobbying model is developed to help understand why North America and the European Union have adopted such different policies towards genetically modified food. Our results show that when firms (in this case farmers) lobby policy-makers to influence standards and consumers and...

We partnered with a micro-lender in Mali to randomize credit offers at the village level. Then, in no-loan control villages, we gave cash grants to randomly selected households. These grants led to higher agricultural investments and profits, thus showing that liquidity constraints bind with...

We analyse how different labour market institutions--employment protection versus ‘flexicurity’--affect technology adoption in unionised firms. We consider trade unions’ incentives to oppose or endorse labour-saving technology and firms’ incentives to invest in such technology. Increased...

The design of cost minimizing procurement rules for the selection of contractors among distinct technological groups requires the favouritism of inefficient firms. It is unclear whether these policies provide incentives for inefficient firms to adopt more efficient technologies. In this paper...

This paper models technology adoption as replacing workers by machines, which perform the same job in the production process. The paper shows that such modelling of technology adoption affects significantly the analysis of economic growth. This model can explain large and persistent...

Recent evidence suggests that despite opening up a country for trade, the productivity gap between developed and emerging economies often does not close. This paper examines credit constraints as one channel held responsible for hampering convergence. Specifically, we extend a Melitz and...

This paper provides estimates of the economic impact of initial adoption of genetically modified (GM) cotton and of its potential impacts beyond the few countries where it is currently common. Use is made of the latest version of the GTAP database and model. Our results suggest that by following...