Technological change in production processes with gendered division of labor across tasks, such as agriculture, can have a differential impact on women's and men's labor. Using exogenous variation in the extent of loamy soil, which is more amenable to deep tillage than clayey soil and therefore...

We highlight the role of home productivity in explaining the gender gap in labor force participation (LFP), and the non-monotonic relationship of women's LFP with their education in developing countries (India) in contrast to the developed economies (United Kingdom, U.K.). We construct a model...

We highlight the role of home productivity in explaining the gender gap in labor force participation (LFP), and the non-monotonic relationship of women's LFP with their education in developing countries (India) in contrast to the developed economies (United Kingdom, U.K.). We construct a model...

We highlight the role of home productivity in explaining the gender gap in labor force participation (LFP), and the non-monotonic relationship of women's LFP with their education in developing countries (India) in contrast to the developed economies (United Kingdom, U.K.). We construct a model...

Technological change in production processes with gendered division of labor across tasks, such as agriculture, can have a differential impact on women's and men's labor. Using exogenous variation in the extent of loamy soil, which is more amenable to deep tillage than clayey soil and therefore...

Technological change in production processes with gendered division of labor across tasks, such as agriculture, can have a differential impact on women's and men's labor. Using exogenous variation in the extent of loamy soil, which is more amenable to deep tillage than clayey soil and therefore...