| Popis: |
This paper quantifies the relative footprint of trade and agricultural productivity on deforestation in Brazil between 2000 and 2017. Using remote-sensing data, we find that these two phenomena have distinct effects on land use. Greater exposure to new genetically engineered soy seeds is associated with faster deforestation through the expansion of cropland. We find no association between exposure to demand from China and deforestation – although, trade induces conversion of cropland to pastureland. Our results suggest that, when taken together, agriculture productivity gains, and not trade, were the main driver of deforestation and the expansion of the agriculture sector. |
