Welcome to my website!

I am a consultant at the World Bank, in Esha Zaveri's group in the Global Environment Dept.

I am a 3rd year PhD candidate in Economics at ENS Paris-Saclay and AgroParisTech, affiliated with the CEPS and PSAE labs. I am co-supervised by Julien Wolfersberger and Thomas Vendryes.

My research interests lie between environmental and development economics, with a focus on water-related issues. I use applied microeconometrics, quasi-experimental methods, and spatial analysis.

In Spring 2026, I visited UC Berkeley, ARE hosted by Tamma Carleton as a Fulbright laureate.

Research

Irrigation Makes It Rain? Climate Spillovers and Adaptation in India

Job Market Paper (draft available soon)

Can economic development change the climate and reshape its own trajectory? I study how large-scale irrigation infrastructure modifies weather patterns and agricultural development in India. Combining five decades of administrative, climatic, and agricultural data, I exploit wind directionUpwind irrigation exposure map as a source of exogenous exposure to distant irrigation schemes. A 10 p.p. increase in irrigation, about half of India's Green Revolution expansion, raises dry-season rainfall by 5 mm per month and lowers temperatures by 0.4°C. Effects reverse during the monsoon, with declining rainfall and seven additional days of crop-damaging heat. Crop production rises by 5% in the dry season without yield gains, whereas wet-season crop yield increases slightly by 1.3%. The evidence points to adaptation rather than a direct climate-productivity effect alone. Farmers expand private irrigation downwind, which enables double cropping on more marginal land during the dry season and offsets wet-season losses. In the long run, these spillovers sustain smallholders while enabling larger farms to expand, polarizing the agricultural sector. Overall, this climate externality accounts for 7% of crop production growth during the period, worth an extra $1 billion a year.

Presented at:

Publications

Might India's Use of Groundwater be Weakly Sustainable?

with D. Blakeslee, R. Fishman, and E. Zaveri · Journal of Environmental Economics and Management, 2026

Working Papers

Irrigation and the Redistribution of Human Capital

with D. Blakeslee and R. Fishman · Available upon request.

Can place-based policies shape the spatial distribution of human capital through selective migration? We use geographic discontinuities in irrigation infrastructure in India granular survey data to show that women living in irrigated areas have 2.3 additional months of schooling relative to their non-irrigated neighbors. With nearly 80% of women in our sample being migrants, we show that this difference is largely driven by the selective in-migration of better-educated women into irrigated areas for marriage purposes. By attracting more educated brides, irrigation infrastructure indirectly leads to a spatial sorting of human capital, potentially enhancing socioeconomic disparities directly resulting from infrastructure placement.

Presented at:

Work in Progress

Deforestation, Downwind Rainfall and Conflict

with T. Vendryes and J. Wolfersberger

Rainfall shocks shape development and conflict outcomes, yet their drivers are often assumed to be exogenous. In this paper, we show that deforestation in West Africa reduces precipitation in downwind areas and causes conflict. Combining satellite forest loss, wind trajectories, precipitation, and conflict events since the 2000s, we construct location-specific exposure to upstream deforestation using prevailing winds and exclude nearby pixels to isolate long-distance spillovers. We find that an increase in upstream deforestation indeed lowers precipitation, with effects extending to 200 km. Turning to development outcomes, we show that exposure to deforestation increases conflict intensity in downwind areas, driven primarily by civil unrest events, with effects persisting for up to six years.

Presented at:

Teaching Assistant at École Normale SupĂ©rieure Paris-Saclay (64h/year)

  • Econometrics 1, Bachelor.
  • Statistics (0, 1 & 2), Bachelor.
  • Topology, Masters.