This is the seventh in our series of posts by Ph.D. students on the job market this year
The tripling of area planted with tropical oil crops since the 1990s represents the largest transformation of global food and agricultural systems since the Green Revolution. The area planted for oil crops since the 1970s has expanded by over 150 million hectares, three times that of all cereal crops in the same period (Byerlee, Falcon, and Naylor, 2016). Tropical oil crops feature in most agricultural and food policy debates: genetically modified organisms, food versus biofuels, small farmers versus agribusiness, mono- versus inter-cropping, land grabs, and the environmental footprint of food consumption. The most prominent debates concern clearing forests across the tropics to plant oil crops, particularly oil palm, and the haze that regularly blankets Southeast Asia. Palm oil is the world’s most consumed vegetable oil—ubiquitous in everyday products from food and drink to soap and cosmetics—and one of the world’s most socially contested industries.
This is another (and probably the last) in our series of posts by PhD students on the job market – and one that is very close to home for those of us working in DC!
Co-authors and I are soon to complete (fingers crossed) some new work on climatic shocks and neo-natal mortality. But our findings are not the topic of this post. Rather I want to discuss the necessary behind-the-scenes data construction work that had to take place before the first regression could be estimated. The work involved the aggregation of fifty plus national level microdata sets (from Demographic and Health Surveys) and then a merger with geo-coded historical weather data (from NOAA).