Master's Project Directory

Overview of MEDS Capstone projects Overview of MESM Group projects

Beautiful monarch butterfly perches delicately on the vibrant petals of a purple flower

Saving Monarchs

The Western Monarch’s population has dropped precipitously, with only 1,914 individuals observed in 2020. To help save this iconic species from extinction, this project is working with the U.S. Fish & Wildlife Service to help nurseries, gardeners, and community-members to adopt monarch-friendly behaviors.

Group Members: Lizzy Schattle, Zoe Duerksen-Salm, Courtney Krone, Marie Bouffard, Nicole Schmidt

Faculty Advisors: Lisa Leombruni

Clients: US Fish and Wildlife Service

Wildlife-Friendly Farming and Crop Resilience in Southern Costa Rica

This project team is working with the Costa Rica-based non-profit, Osa Conservation, to evaluate the potential of eco-certifications to produce a net economic benefit to farmers in the Talamanca-Osa Region, and to upport Osa Conservation and local farmers in decision-making by projecting shifts in crop suitability distributions considering the anticipated impacts of climate change.

Group Members: Marie Bouffard, Cameryn Brock, Julia Dagum, Bret Folger, Lauren Manzo

Faculty Advisors: Ashley Larsen

Clients: Osa Conservation

Quantifying and Managing Microplastics From Footwear Use: Outsole Loss Through Wear

In partnership with Adidas AG, the Future Footwear team seeks to understand the microplastic problem that is generated from the footwear industry within the United States.

Faculty Advisors: Roland Geyer, Patricia Holden

Clients: Adidas

Climate Change Impacts to City of Santa Barbara Water Supplies

This project provides an analysis of a range of potential variations in streamflow for the Santa Ynez River watershed, and therefore inflow to the City of Santa Barbara's reservoirs, from 2020 to 2058.

Faculty Advisors: Arturo Keller, John Melack

Clients: City of Santa Barbara Public Works

Group of five students in courtyard smiling

Evaluating Connectivity in the Northern Appalachian and Acadian Region to Improve Wildlife Mobility

This project developed a framework for habitat connectivity in the Northern Appalachian/Acadian ecoregion to improve conservation outcomes through specific conservation goals, enhanced connectivity models, and methods for priority setting. The framework was applied to a case study in the Mohawk Valley of New York State, a new Staying Connected Initiative priority area. The case study informs future road barrier mitigation and land conservation work undertaken by SCI partners, The Nature Conservancy , and the Mohawk Hudson Land Conservancy.

Faculty Advisors: Frank Davis

Clients: The Nature Conservancy

Understanding Multiple Benefits of Managed Aquifer Recharge for the Resilience of California’s Water Supply

This project team designed a transferable decision support tool to help Groundwater Sustainability Agencies (GSAs) in California’s Central Valley to identify the most suitable sites for MAR, giving them the information they need to plan for a more reliable and resilient water supply that can provide the most benefit for local communities and ecosystems.

Faculty Advisors: Scott Jasechko

Clients: Environmental Defense Fund

Assessing Agricultural Carbon Quantification Methods

This project assessed the effectiveness of regenerative organic practices to store soil carbon, modeled greenhouse gas emissions and evaluated the effect of different regenerative organic practices on total GHG emissions, and developed recommendations for Patagonia on which practices have the largest impact on carbon sequestration in the soil.

Faculty Advisors: Kyle Meng

Clients: Patagonia

Evaluating and Improving the Ability of an Adaptive Management Framework (FISHE) to Identify and Resolve Fishery Management Challenges related to Climate Change

This project examined if the Environmental Defense Fund's Framework for Integrated Stock and Habitat Evaluation (FISHEF) would continue to provide sound guidance to data-limited fishery managers given the influences of global climate change on fish.

Faculty Advisors: Steve Gaines

Clients: Environmental Defense Fund

four students standing with faculty mentor

Evaluating the Multiple Benefits Associated with Distributed Rainwater Catchment Systems in Austin, Texas

Through evaluating the benefit of adding rain capturing technology to Austin, TX, this project aimed to create a versatile evaluation framework for water management projects in other municipalities.

Faculty Advisors: Christina Tague

Clients: Pacific Institute

Creating a Region-wide Green Infrastructure Strategic Plan for Maunalua Bay

This project developed a model using the Environmental Protection Agency’s Storm Water Management Model 5.1 to facilitate identification of "hotspot" areas that contribute higher stormwater pollution relative to surrounding areas in the Maunalua Bay Region, O'ahu, Hawai'i.

Faculty Advisors: Kelly Caylor, Samantha Stevenson

Clients: Mālama Maunalua

Whales, Vessels, and Fish: Economic Valuation of Whale Watching and Marine Spatial Planning Surrounding Dominica

To reduce the risk of vessel strikes on the Caribbean community of sperm whales off the coast of Dominica, this project created a dynamic marine spatial plan for the coast waters of Dominica and proposed shipping lanes that will avoid high suitable habitat of sperm whales.

Faculty Advisors: James Frew

Clients: Dominica Sperm Whale Project

Five students and faculty mentors posing for a photo

Managing the Impacts of Environmental Education in Protected Areas: A Case Study at the Jack and Laura Dangermond Preserve

The project analyzed the potential ecological impacts of environmental education and other activities on the Jack and Laura Dangermond Preserve in Lompoc, California as a case study, and to develop a long term monitoring program that can be used by preserve management agencies.

Faculty Advisors: Sarah Anderson

Clients: The Nature Conservancy

Using Food Waste to Reduce Food Waste: Evaluating the Impacts of Sourcing Food Waste as a Raw Material for Production

This project worked with Apeel Sciences, a small biotechnology startup interested in sourcing food waste as an input to their product, to evaluate the environmental impacts of sourcing waste using two different Life Cycle Assessment methodologies, economic allocation and substitution.

Clients: Apeel Sciences

Air Quality & Diabetes Risk in California

This project assessed the relationships between air pollution particulate matter 2.5 (PM2.5) and diabetes prevalence throughout the state of California using a cross sectional and panel data approach for the Sansum Diabetes Research Institute.

Faculty Advisors: Ashley Larsen

Clients: Sansum Diabetes Research Institute

Group of five students with faculty mentor on outdoor terrace

Implementing Vessel Monitoring Devices in Small Scale Fisheries: Analysis of Social and Economic Enabling Conditions to Maximize Adoption

This project analyzed the willingness of small-scale fisheries to participate in a vessel tracking program that is incentive-compatible to their preferences. The team conducted a dual response choice experiment to evaluate fisheries' preference data from surveys conducted in Indonesia and Mexico, then utilized a contingent valuation to gauge both fishers’ willingness to pay for a tracking program and the effects of fishers’ characteristics on their willingness to pay.

Faculty Advisors: Christopher Costello

Clients: Global Fishing Watch

Five students stand with professor in group

Functional Forests: The Role of California Forests in Achieving Statewide Carbon Neutrality

In conjunction with the Joint Institute for Wood Products Innovation (through the California Board of Forestry and Fire Protection), the project team aims to assess how California’s forests may support statewide carbon neutrality. The project focuses on determining the costs and carbon consequences of a host of forest management treatments across all forests in California, and how these treatments can contribute to the State’s climate goals.

Faculty Advisors: Andrew Plantinga

Clients: Joint Institute for Wood Products Innovation, California Department of Forestry & Fire Protection

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