(he/him/él)
Applied Geospatial Data Scientist
I currently work at California State University, Monterey Bay (CSUMB) with the OpenET team. My projects focus on assessing the impacts of water conservation actions in agriculture—such as crop switching, improving irrigation efficiency, fallowing land, and transitioning to non-agricultural uses—and their effects on consumptive water use and overall water budgets. My overarching goal is to inform water managers and policymakers about which water and land conservation investments most effectively promote long-term sustainability and resilience.
My research takes an interdisciplinary approach to water systems, examining how water and land management strategies can advance groundwater sustainability; understanding the vulnerability of domestic wells; evaluating policies and economic instruments that balance agricultural productivity with groundwater sustainability; and assessing the socioeconomic impacts of drought on agriculture and rural economies. Most recently, my work has focused on cropland repurposing as a strategy to reduce water use and create more resilient landscapes. During my previous job at EDF I supported the implementation of the California Multibenefit Land Repurposing Program. I have collaborated on multiple publications examining its potential benefits, trade-offs, governance challenges, and tools to support decision-making.
I am interested in collaborative research opportunities, support proof-of-concept projects and applications of water conservation strategies.
| Experience | Education |
|---|---|
| Applied Geospatial Data Scientist California State University, Monterey Bay (CSUMB) 2025–present Seaside, CA Senior Analyst Environmental Defense Fund (EDF) 2023–2025 San Francisco, CA | PhD, Environmental Systems University of California Merced 2019–2023 MS, Economics (Agricultural Focus) Colegio de Postgraduados 2016–2018 BS, Economics (Agricultural Focus) Universidad Autónoma Chapingo 2012–2015 |
[Food-Water Systems] [Irrigation] [Hydro-economics] [Climate Resilience] [Water Management] [Remote Sensing] [Climate Change] [Drought] [Cropland Repurposing] [Spatial Analysis] [Optimization] [Statistical Modeling] [ET] [Socio-hydrology]
My current research focuses on assessing water conservation and irrigation efficiency investments, as well as land transitions across the western United States, and their benefits in reducing consumptive water use to advance water sustainability and climate resilience goals. I approach this work at multiple scales, from individual farms to entire basins, and also evaluate trade-offs with productivity, revenue, and other management objectives. A core component of my research is understanding the environmental, economic, and social conditions that enable these investments to achieve their intended outcomes. I use remote sensing–based evapotranspiration (OpenET) data, along with other datasets, statistical methods, and modeling tools.
