Levi Meir Clancy - Elkhorn Slough, seen from the Coast Starlight route of the Amtrak, in California - Unsplash.jpg

Multidisciplinary Water Training and Operations Program

Overview

The Multidisciplinary Water Training and Operations Program is a cooperative effort between the US Bureau of Reclamation and UC Davis under the Cooperative Ecosystem Studies Unit program. Under the program, UC Davis runs a comprehensive training program to train a job-ready workforce for our nation and the Bureau of Reclamation. As part of the training program, trainees develop science-based tools to provide actionable information on high-priority questions in water operations, fisheries, and aquatic ecosystem management. Trainees also work closely with managers at the Bureau of Reclamation to ensure that their science is directly transferable to decision-makers. Tools developed through this project improve water management and fish and wildlife conservation in the California Bay-Delta watershed, promote effective use of water within the system, help prevent species extinctions, and provide scientific information to support recovery efforts. The project furthers the UC Davis mission by training the next generation of scientists to improve scientific understanding and science-based management of public resources.

 

Active Projects

Black-and-white stylized fish graphic with oval cutouts along its side
The effect of estuarine flow and physical habitat features on juvenile salmon predation risk in the Sacramento San-Joaquin Delta

This project is improving our understanding of the ecology of juvenile salmon in the Sacramento San Joaquin Delta, a vital hub for California’s agro-economy and municipal water supply. 

Team: David Ayers, Jon Walter, and Andrea Hamilton. 

Black silhouette graphic of a crested parrot with raised crest
Drivers of zooplankton abundance across a brackish to freshwater gradient in the Bay-Delta

This project is advancing our understanding of the food web dynamics driving zooplankton population fluctuations in the San Francisco Bay–Delta, a critically managed system that supplies water to 30 million Californians, and sustains populations of state and federally listed fish species. 

Team: Alyse Lacey, Jon Walter, John Durand, Josh Israel, and Andrea Hamilton. 

Black-and-white graphic of dam spilling into river with reservoir, mountains and pines.
Evaluating Hydrologic Forecast Inputs for the CalSim3 Reservoir Operations Model

This project will improve our understanding of seasonal hydrologic forecasts across California and their influence on reservoir operation decisions in the CalSim3 water resources model. 

Team: Krystle Catamura, Jon Herman, Ryan Lucas, Randi Field. 

 

Background

Fostering innovative solutions to water problems, as well as the next generation of problem solvers, is critical for sustainable management of natural resources across the arid West. The Center for Watershed Sciences at the University of California Davis has a track record for multidisciplinary training of students with strong expertise in environmental engineering, ecology, water science, and natural resource and water management. The Center for Watershed Sciences has become a pipeline of talent for both state agencies and federal agencies like the Bureau of Reclamation. This comprehensive multidisciplinary training and collaboration program with Reclamation has a dual focus: developing a job-ready workforce with experience in using leading-edge science, and building quantitative models or using other approaches to solve challenging water problems in California and the West. 

Trainees choose either an ecology track or an engineering track, but they collaborate between tracks in a structured way to enhance intellectual cross-pollination. Trainees work with their advisors at the Center for Watershed Science to address a research project selected in collaboration with Reclamation. Each trainee also completes a summer internship at Reclamation, where they work in-person at a Reclamation office during the summer, receiving hands-on job experience while continuing work on their project. This experience allows for professional networking opportunities, a chance to directly apply the results of their research project within the context of the existing management system, and allows each trainee to gain a sense of the work environment at Reclamation. 

Objective 1: Implement a training program for multidisciplinary trainees.

  • Each recruited trainee becomes a member of a traditional lab and graduate group (GGE "Ecology", CEE, "Civil and Environmental Engineering", and "Hydrologic Sciences") at UC Davis, with one of the affiliated faculty serving as a major advisor. 
  • Each summer, trainees intern in-person at Reclamation. The goal of this experiential learning opportunity is to network with Reclamation colleagues, understand the work culture at Reclamation, and gain experience applying their science within the context of the existing management system.

Objective 2: Develop actionable science products in collaboration with other trainees and Reclamation managers.

  • Each trainee conducts an independent multidisciplinary research project in collaboration with Reclamation collaborators and their major advisor. 

 

Collaborators

Karrigan Börk, Director of the Center for Watershed Sciences 

Jon Herman, Civil and Environmental Engineering

Alvar Escriva-Bou, Civil and Environmental Engineering

Jon Walter, Center for Watershed Sciences

John Durand, Center for Watershed Sciences

Carson Jeffres, Center for Watershed Sciences

Sarah Yarnell, Center for Watershed Sciences

Josh Israel, Bureau of Reclamation

Andrea Hamilton, Bureau of Reclamation

Ryan Lucas, Bureau of Reclamation

Randi Field, Bureau of Reclamation

 

 

 

 

 

 

 

 

 

 

Image credits: Daphnia, juvenile salmon, and reservoir illustrations were generated using OpenAI ChatGPT (2026).