Conservation and Restoration Science

M.C.R.S. Department of Ecology and Evolutionary Biology · UC Irvine · 2026-2027 Catalog

The Master of Conservation and Restoration Science (MCRS) is designed for professionals or recent graduates who wish to further their education and gain skills that will help them obtain or advance in careers related to environmental management. The MCRS program integrates academic scholarship in ecology and evolutionary biology, training in natural resource management and stewardship, professional development (leadership training in agency, non-profit and for-profit conservation), and community engagement (translational partnerships in research and education).

Program Objectives

Upon completion of the program, graduates are able to lead and collaborate in the planning, design, implementation, and management of complex, large-scale environmental conservation and restoration activities, in agency, non-profit, and for-profit settings. MCRS graduates have the broad knowledge in applied ecosystem and community ecology, in addition to training in the use of Geographical Information Systems (GIS) and informatics (data analysis and management). Professional development training (e.g., project and personnel management) will position our graduates for leadership positions in environmental non-profits, agencies, and private consulting firms where managing teams of employees, volunteers, and stewards to conduct long-term and large-scale projects is often required.

Admission

A B.A. or B.S., preferably in Biology, Conservation Biology, Ecology, or Environmental Science (or comparable degree title) from a fully accredited academic institution, is required for admission. Applicants with undergraduate degrees in areas such as Social Ecology, Public Health, Environmental Engineering, Environmental Policy, or other similar degree titles are considered, but must demonstrate proficiency in the natural sciences and/or practical experience working in the professional field as documented below:

Experience from professional activities will be evaluated by faculty and staff in the program, but extended practical experience in ecology, conservation, restoration, or environmental engineering may be an acceptable substitute for one or more of the requirements above, depending on the nature of the experience. The GRE is not required.

Applicants must demonstrate that they possess academic potential for graduate study and meet the general requirements of the UCI Graduate Division. In addition to the requirements above, selection for admission is based on the following criteria:

  1. A minimum overall grade point average of 3.0 in undergraduate academic course work
  2. Two confidential letters of recommendation
  3. A statement of purpose (describing the applicant’s goals in seeking the Master’s degree)
  4. A personal history statement
  5. A resume or curriculum vitae (noting relevant work/academic experience)

Applicants apply directly to the Graduate Division for the MCRS program beginning each fall. The program uses rolling admission deadlines. The priority deadline is February 1; applications received by this date are read first, and next fall’s class begins to fill from this group. April 1 is the normal deadline; the remainder of the class is filled from these applicants. If the class is not full after each review of the April 1 applicants, additional applications will be accepted until June 30.

Requirements

Curriculum

This two-year program of study consists of a four-part curriculum: a first-year sequence of core topic and professional development courses, a summer research/policy internship, a second-year of elective courses, and a team-based capstone experience (that serves as the thesis project). The summer internship and capstone experience are focused on stakeholder-engaged scholarship with community partners, where students are embedded in real-world conservation and restoration settings.

The MCRS program provides curriculum that includes:

  1. Experience in core ecological and evolutionary principles underlying conservation and restoration;
  2. interdisciplinary training in the earth and environmental sciences vital for a modern perspective on system-based conservation and restoration;
  3. training in professional skills required for effective practice and success in leadership positions in non-profit, institute, for-profit and agency settings;
  4. research experiences in community-engaged research projects to build bridges between communities of research capacity (universities, institutes, agencies) and need (non-profits, land management agencies, private land-holders, and governments); and
  5. exposure to social, political, and economic principles that guide the application of science to conservation and restoration.
Required and Elective Course Work

This program consists of 11 required classes, four required workshops, four electives (selected across three categories), a recommended summer internship, and a group capstone project. There is no teaching requirement for the MCRS.

CourseTitleUnits
A. Complete the following:
ECO EVO 203BGraduate Tutorial in Ecology and Evolutionary Biology (Intro to Conservation and Restoration Science - 2 units)
ECO EVO 205Special Topics in Ecology
ECO EVO 264Conservation Biology
ECO EVO 265Restoration Ecology
orECO EVO 237Marine Conservation Ecology
ECO EVO 236Human Dimensions in Conservation and Restoration
ECO EVO 207Quantitative Methods in Ecology and Evolutionary Biology
ECO EVO 270GIS for Environmental Science
ECO EVO 266LField Methods in Restoration
orECO EVO 271Marine Research and Conservation Methods
ECO EVO 268Technical Writing
ECO EVO 267Science Communication
ECO EVO 269Project Management
B. Select four courses from across the following categories:
Environmental Regulation and Policy
UPPP 221Public Policy
UPPP 224Environmental Politics and Policy
UPPP 232Water Policy and Planning
UPPP 244Land-Use Policy
UPPP 252Issues in Environmental Law and Policy
UPPP 260Policy and Ethics
UPPP 272Site Development
UPPP 275Special Topics in Urban Planning
UPPP 276Planning for Sustainable Cities
UPPP 277Site Planning and Design
ECO EVO 279Site Development
Organismal Biology and Diversity
ECO EVO 203AGraduate Tutorial in Ecology and Evolutionary Biology
ECO EVO 203CGraduate Tutorial in Ecology and Evolutionary Biology
ECO EVO 227LPhysiological Plant Ecology Lab
ECO EVO 238Chemical Ecology
ECO EVO 247Behavioral Endocrinology
ECO EVO 271Marine Research and Conservation Methods
ECO EVO 275Wildlife Ecology and Sampling
ECO EVO 278Evolution and Conservation
BIO SCI E118Ecosystem Ecology
BIO SCI E120Marine Biology
BIO SCI E126Parasitology
BIO SCI E132Diversity of Fishes
BIO SCI E133Environmental Microbiology
BIO SCI E140LEvolution and the Environment Laboratory
BIO SCI E145Animal Coloration and Vision
BIO SCI E155Physiology in Extreme Environments
BIO SCI E160LBiology of Birds Lab
BIO SCI E179Limnology and Freshwater Biology
BIO SCI E179LField Freshwater Ecology
BIO SCI E184Ecology and Diversity of Insects
BIO SCI E186LPopulation and Community Ecology Lab
BIO SCI E190Topics in Ecology and Evolutionary Biology
Earth and Environmental Science
ECO EVO 227LPhysiological Plant Ecology Lab
EARTHSS 130Physical Oceanography
EARTHSS 132Terrestrial Hydrology
EARTHSS 133Soil: It's the Good Dirt
EARTHSS 138Satellite Remote Sensing for Earth System Science
EARTHSS 140Advanced Geology
EARTHSS 141Air Quality Management
EARTHSS 142Atmospheric Chemistry
EARTHSS 144Marine Geochemistry and Biogeochemistry
EARTHSS 146Consequences of Air Pollution
EARTHSS 148Marine Ecosystems and Global Change
EARTHSS 154Ecosystem Services
EARTHSS 156The Future of Forests
EARTHSS 162The Impact of Climate Change on California's Landscape
EARTHSS 164Ecosystem Ecology
EARTHSS 179Climate Solutions
EARTHSS 200Global Physical Climatology
EARTHSS 204Humans in the Earth System
EARTHSS 226Land Surface Processes
EARTHSS 230Physical Oceanography
EARTHSS 238Satellite Remote Sensing for Earth System Science
EARTHSS 242Advanced Atmospheric Chemistry
EARTHSS 244Introduction to Atmospheric Dynamics
EARTHSS 266Global Biogeochemical Cycles
General
BIO SCI E189Environmental Ethics
UPPP 235Geographic Information Systems (GIS) Problem Solving in Planning
ECO EVO 261Advanced Quantitative Methods
ECO EVO 276Environmental Education and Outreach
  1. Courses offered in each category may change each year. Two electives may be taken at the undergraduate level.
Capstone Project for Degree Completion

In lieu of qualifying exams or a thesis requirement, students are required to complete 12 units of capstone course during their second year in the program. In the MCRS capstone course, groups of three to six students complete a project involving community-engaged scholarship in collaboration with a local partner/stakeholder to address a current management need and/or solve a real environmental problem.

Students demonstrate how the knowledge and skills learned in this program can be applied in a practical professional setting while gaining skills necessary to succeed in the professional arena upon degree completion.

Capstone projects require a written product. The format of this product is not specified, but it must demonstrate that the student can effectively integrate the skills that they have learned in the MCRS program. Products may include habitat conservation, restoration, or species management plans; detailed reports to partners or stakeholders; or scholarly research papers. All written products must show originality and thoroughness in the conception and implementation of the project and effective integration of their project with the broader field of conservation and restoration science.

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