This position has been budgeted for $5,858.68 per month and is non-negotiable.
We are seeking a qualified candidate for a social science-focused post-doctoral position. This individual will work with our team to lead interviews, focus group discussions, and workshops as part of a funded NSF R2I2 project titled Advanced Water Resilience through Collaborative Operational Strategies (AWRCOS) Incubator. During phase 1 of the project, the post-doc will work with key stakeholders and community members to co-design adaptive water management pathways tailored for California and the San Joaquin Valley. The post-doc will be co-supervised by Dr. Amy Quandt and Dr. Erfan Goharian at San Diego State University. The position will be based in San Diego, with some travel to the San Joaquin Valley.
Project Overview: The southwestern United States is facing a growing water crisis driven by the intensifying impacts of climate change, including more frequent and severe droughts, extreme flooding, declining snowpack, and rising temperatures that increase evaporative demand. California is particularly vulnerable to these compounding climate change impacts, where simultaneous hazards—such as prolonged droughts, catastrophic floods, and reduced snowpack—exacerbate the challenges of water management. Over the past century, California’s San Joaquin Valley (SJV)—a region vital to national food production, biodiversity, and urban water supply—has experienced groundwater depletion exceeding 120 km³, resulting in significant land subsidence and heightened vulnerability to water scarcity. Simultaneously, existing flood management systems are under immense pressure to handle extreme weather events, threatening infrastructure, ecosystems, and livelihoods. These challenges demand transformative, science-based water management strategies that are not only innovative but also equitable and inclusive.
The Advanced Water Resilience through Collaborative Operational Strategies (AWRCOS) Incubator addresses these critical issues by integrating earth system science, adaptive water management frameworks, and stakeholder-driven solutions. In Phase I, this project will focus on developing actionable pathways for climate-resilient water management through the co-creation of solutions such as Forecast-Informed Reservoir Operations (FIRO) and Managed Aquifer Recharge (MAR). These alternatives leverage probabilistic weather forecasts to balance flood mitigation with enhanced water storage and recharging depleted groundwater aquifers using excess surface water during high-flow events and reservoir re-operation.
The project will establish a robust Research and Operations Partnership (RAOP) to bridge the gap between scientific research and real-world applications and to ensure the co-development of solutions that are scientifically robust and socially equitable. The AWRCOS Incubator aims to create adaptive water management frameworks that address the region’s immediate needs while laying the groundwork for long-term resilience.
The postdoctoral researcher will work within a collaborative research group at San Diego State University focused on social science, climate resilience, and water management. The unit supports the NSF-funded Advanced Water Resilience through Collaborative Operational Strategies (AWRCOS) Incubator, which combines Earth system science, adaptive water management, and stakeholder-driven research. The unit conducts interdisciplinary research, engages communities and decision makers, and produces actionable knowledge to support water resilience in California and the San Joaquin Valley.
Qualitative Research and Stakeholder Engagement 50%
Co-Development of Adaptive Water Management Pathways 30%
Communication, Publications, and Policy-Relevant Outputs 15%
Other Duties as Assigned 5%
Knowledge & Abilities
Minimum Education & Experience
Preferred Qualifications & Special Skills
Additional Applicant Information
Software Powered by iCIMS
www.icims.com