A Graduate Certificate consists of a minimum of 9 specified credits and not more than 15 credits. All of the credits must be coursework at the graduate level (500- to 700-level). A student must earn a cumulative GPA of 3.000 or better and a minimum of a “C” in the courses required in the Graduate Certificate. Certificates may have courses in common with other graduate certificates. A student may earn more than one certificate, but a given course may be counted only in one certificate.
Guest and degree-seeking students with bachelor’s degrees are eligible to apply to participate in the Graduate Certificate Program. Students must apply for admission into the program and for the conferral of the certificate. Students must be enrolled at CSU to receive and complete the certificate requirements. Graduate certificates by title are noted on the student’s academic record (transcript). For degree-seeking students, this is at the time of degree conferral. The certificate title is not on the diploma.
Credits taken in the Certificates listed below may be applicable to the Professional Science Master’s in ESS degree. Contact the department for details!
To be considered for admission to our certificate programs, applicants must submit an online application through the CSU Graduate School. We accept applications on a rolling basis.
ESS Certificates
Filter through the tabbed table to see a breakdown of each ESS Graduate Certificate.
This program is available on campus or online.
The Carbon Management Certificate in Ecosystem Science and Sustainability (ESS) equips practicing environmental and sustainability professionals with the foundational knowledge and technical skills needed to advance their careers in this high-demand, rapidly evolving field.
Upon completing the certificate, students will be able to:
- Apply quantitative and qualitative methods to the analysis and management of greenhouse gas (GHG) emissions.
- Explain the sources and sinks of greenhouse gases and strategies for managing them.
- Critically discuss current greenhouse gas policy frameworks and emerging climate change issues.
- Evaluate the connections between socioeconomic and ecological processes that drive increases in atmospheric GHG concentrations.
- Conduct GHG mitigation analyses in accordance with current ISO standards.
- Design, implement, and evaluate GHG information management systems and assurance processes suited to specific applications and applicable standards.
- Perform greenhouse gas assessments using systems-based and integrative approaches, including life cycle analysis and other quantitative tools.
Additional coursework may be required due to prerequisites.
Expanding Our Carbon Curriculum: Scope 1, 2, and 3 Emissions Integration
Our carbon management curriculum now incorporates a comprehensive view of emissions sources, from direct operations to upstream and downstream activities. By embedding these critical frameworks into existing coursework, students develop a nuanced understanding of organizational carbon footprints and gain practical tools to design and implement effective decarbonization strategies across diverse sectors. This integrated approach prepares graduates to lead climate action with precision, accountability, and systems thinking.
| Required Courses: | Course Name: | 10-11 Total Credits- Choose Between: |
|---|---|---|
| ESS 524 | Foundations for Carbon/Greenhouse Gas Management | 3 credits |
| ESS 542 | Greenhouse Gas Policies | 2 credits |
| ESS/ATS 543 | Global Climate Change | 2 credits |
| Select one course from the following (3-4 credits required): | ||
| ANEQ 626 | Animal Nutrition, Emissions, and Management | 4 credits |
| ESS 545 | Applications in Greenhouse Gas Inventories | 4 credits |
| ESS/ENGR 555 | Life Cycle Assessment for Sustainability | 3 credits |
| ESS/F 625 | Ecology of Forest Production | 3 credits |
The Water Resources Certificate in Ecosystem Science and Sustainability (ESS) provides the practical knowledge and applied skills needed to address real-world water issues. From local governance and community water planning to broader state, national, and international policy contexts.
Available fully online, the Certificate integrates case studies and exercises drawn from water challenges across Colorado, the United States, and beyond, ensuring graduates are prepared to make an immediate impact in this essential field.
- Analyze watershed function, hydrologic processes, and surface-groundwater interactions within a sustainability framework
- Interpret and assess water laws, rights, and governance structures across Colorado, the U.S., and internationally, with attention to equity and adaptive management
- Collect, analyze, and communicate water-related data using spreadsheets, statistical software, and GIS to support informed decision-making
- Formulate integrated water planning strategies by synthesizing the scientific, legal, and social dimensions of complex water resource challenges
Please visit the CSU Online website to learn more about this certificate. Students interested in graduate work should refer to the Graduate and Professional Bulletin.
| Required Courses | Course Name: | 9 Credits Total- Choose Between: |
|---|---|---|
| WR 511 | Water Resource Development | 3 credits |
| OR | ||
| CIVE 544 | Water Resources Planning and Management | 3 credits |
| AND | ||
| WR 512 | Water Law for Non-Lawyers | 3 credits |
| WR 514 | GIS and Data Analysis in Water Resources | 3 Credits |
The Graduate Certificate in Environmental Data Science is a 12–14 credit program designed to equip students with the technical and analytical skills needed to conduct complex environmental analyses using modern data science tools. This certificate prepares professionals for in-demand roles across sectors such as water resource management, carbon markets, sustainable agriculture, and climate policy.
This program is ideal for students and professionals with little or no prior experience in programming. Participants will build foundational data science skills using the R programming language, including techniques for reproducible analysis using RMarkdown and Quarto. Students will also learn essential tools for collaborative, transparent research, such as version control using Git and GitHub—and how to work with diverse environmental datasets, including time-series, spatial, and remote sensing data.
In addition to core technical training, students may tailor their experience by selecting applied electives in specialized areas such as greenhouse gas inventories, water resources, or food and agriculture systems.
- Learn how to strategically manage natural resources for climate resilience in a program that prepares you to navigate diverse ecosystems, landscapes, and economic sectors.
- Gain a solid scientific foundation, with practical tools and contemporary methodologies to identify, evaluate, and implement climate-adaptive management and community-engagement strategies.
- Integrate ethics and social equity into policymaking
- Effectively communicate complex vulnerability assessments
- Engage in proactive risk-scenario planning
| Required Courses | Course Name: | 9 credits- Choose Between: |
|---|---|---|
| ESS 523a | Environmental Data Science Introduction | (5 cr.) |
| ESS 523d | Reproducible Remote Sensing Models | (2 cr.) |
| DSCI 535 | Statistical Inference | (2 cr.) |
| Elective Courses | 2 - 4 credits | |
| ESS 523b | Environmental Data Science: Food and Agriculture | (2 cr.) |
| ESS 523c | Environmental Data Science: Water Resources | (2 cr.) |
| ESS 545 | Applications for Greenhouse Gas Inventories | (4 cr.) |