Throughout my academic and professional journey, I have worked extensively with a diverse set of high-quality climate, agricultural, and international trade databases. My research draws on major climate and weather datasets such as PRISM, CMIP6, CRU, and EM-DAT; agricultural and economic datasets including USDA NASS and USDA ERS; and global trade and macroeconomic datasets from USITC, UNCTAD, the Penn World Table, and the World Development Indicators. These databases form the empirical foundation of my dissertation research, job market paper, and applied economic analyses, allowing me to evaluate climate impacts, production responses, and global trade dynamics with precision and depth.
PRISM provides high-resolution daily temperature and precipitation data for the United States.
I utilized PRISM daily tmin, tmax, and precipitation data in my PhD job market paper, titled "Weather Extremes and Agricultural Trade: Evidence from Corn and Soybean Production in the U.S. Midwest." PRISM allowed me to measure local exposure to extreme heat and rainfall at a fine spatial scale.
In my 2024 published paper, I used PWT variables to capture cross-country productivity and structural differences when analyzing how absorptive capacity shapes the FDI–innovation relationship.
I used WDI in my 2024 published paper to construct institutional quality and development indicators required for the analysis of how regulatory frameworks influence innovation outcomes.