A Time of Unprecedented Opportunities: Professor Paulette Bynoe on the University of Guyana's School of Graduate Studies and Research

As Guyana emerges as a key player in global climate discussions and sustainable development, the University of Guyana's School of Graduate Studies and Research stands at the forefront of preparing the next generation of climate leaders. Professor Paulette Bynoe, dean of the school and recently appointed as the first IPCC coordinating lead author from the institution, shares insights on how graduate education can drive evidence-based solutions to the region's most pressing challenges.

Introducing the School of Graduate Studies and Research

Innovation Report: Please introduce the School of Graduate Studies and Research, and what you consider its core identity.

Professor Paulette Bynoe: I am Professor Paulette Bynoe, current dean of the School of Graduate Studies and Research at the University of Guyana. This academic unit was established in 2020 to centralise and strengthen postgraduate education and research across the university. There has always been a need for a coordinating unit, as different faculties conduct postgraduate research independently.

The core mandate of the graduate school is to plan, develop, coordinate and ensure quality in graduate education and administration across the university. Our vision states we want to be a regional leader known for excellence in graduate programming and research, producing professionals who are innovative, creative, knowledgeable and service-oriented. The mission is to promote graduate education, develop and implement high-quality standards, and create a supportive academic and professional environment to ensure student success.

We have several strategic goals, including research aligned with national development needs. This is important because universities often face criticism about being ivory towers, so it's valuable when universities can meet development needs by providing knowledge for informed decision-making. We want to produce graduates with advanced technical competence who can conduct independent research and demonstrate creativity.

Another strategic goal is promoting high standards in research output and publications. In the PhD biodiversity program that the school manages, students must have at least two peer-reviewed journal articles before graduating with their doctorate. We also want to expand the university's reach in graduate education and leverage technology to transform graduate studies. Guyana covers 83,000 square miles across 10 administrative regions. There are students outside Georgetown who want to pursue doctorates and other postgraduate programs, so leveraging technology is essential.

The school upholds several values, including discipline, ethics, communication and collaboration. We strive to maintain constant partnership with faculties and research centres across campus, fostering a research culture and supporting the board in graduate studies, particularly in policy and quality assurance. For example, when there's a keystone research project, the school designs templates and takes them to the board for approval. We also created templates for progress reports to track postgraduate students' work, ensuring consistency, quality and accountability for both supervisors and students.

Addressing Regional Challenges Through Graduate Education

Innovation Report: What role do you believe University of Guyana graduates can play in addressing the region's most pressing challenges, from climate resilience to sustainable development?

Professor Bynoe: Postgraduate researchers and students are encouraged to generate high-quality locally and regionally relevant knowledge that informs national and regional policies. We promote interdisciplinary and multidisciplinary studies on critical issues like climate change, climate resilience and biodiversity. Our PhD program in biodiversity is coordinated by three faculties: Earth and Environmental Sciences, Agriculture and Forestry, and Natural Sciences.

The first critical role our graduates can play is being change agents and thought leaders who advance knowledge in specific fields. I always discuss with students the need to embrace and demonstrate the importance of evidence-based decision-making in the region. We must understand the nexus between science and policy because, in the policy-making cycle, when setting agendas or conducting situational analysis, it must be based on sound research, not guesses.

Students and graduates of our programs can be change agents because of their focus on problem-solving and critical thinking. They can influence policy wherever they work. The knowledge you have isn't just for regurgitating facts to get an A in a course or pass with distinction. You must transcend that knowledge beyond just knowing to applying it to the real world. We're not talking about examination memorisers, but people who understand concepts and issues, who investigate root causes of problems rather than symptoms.

Let me give an example. We discuss mangrove destruction — an issue affecting vital wetland ecosystems — and it is not peculiar to Guyana. It is happening in other parts of the Caribbean and indeed around the world. How do you find solutions if you don't understand root causes? Are people destroying mangroves to use wood for housing? Is it poverty that leads them to sell mangroves? Don't they know the economic and non-economic value of mangroves as our first sea defence that protects us for free?

Students and graduates must understand the importance of asking critical questions. Our programs promote systems thinking because everything is connected to everything else. I use the DPSIR approach extensively in teaching, particularly in exploring what are the drivers? What are the pressures? What's the state of the environment - chemical, biological or physical? What's the impact before we reach the response? The drivers are the root causes.

If our students acquire these skills, I'm confident they can influence policy based on evidence rather than someone deciding to change something one morning to appease a particular stakeholder group. Our students can also be community advocates within local communities and at national and regional levels, advocating for change, particularly regarding climate justice, environmental protection, ethics and sustainability.

Innovation and Problem-Solving in the Guyanese Context

Innovation Report: Your institute focuses on producing graduates with high creativity and capacity for independent study and innovation. In your context in Guyana, what does innovation mean to you, and what solutions can you see emerging from the university?

Professor Bynoe: From the perspective of our postgraduate programs, innovation refers to our students' and graduates' ability to generate new ideas, new approaches or new solutions to old problems. This links to points I made earlier about promoting critical thinking - students should propose new models or methods. Through problem-solving, which is vital to our programs, students should address existing challenges in new and more effective ways.

Take natural resource management as an example, whether forestry, wildlife or water resources. If we hold onto traditional approaches that are largely top-down, centralised and bureaucratic while ignoring community participation, that becomes problematic. Particularly with protected areas in Guyana's 83,000 square miles, you face capacity issues with institutions responsible for managing protected areas. Local people need involvement and a stake in the process. We cannot shut them out.

This represents new thinking. When dealing with biodiversity, the interaction of our indigenous people with biodiversity should be meaningful. Getting them involved is vital through critical thinking, problem solving and creating knowledge practices that benefit society, whether specific societal segments or industries.

In the Caribbean context, many issues require innovative thinking. We need innovative financing for conservation efforts because climate finance remains inadequate despite billions promised for climate change action. We need new mechanisms and financing models to increase available resources. We can develop new methodologies for quantifying the value of ecological systems like mangroves, coral reefs and forests.

Innovation encompasses new ideas for utilising local species and traditional knowledge to develop pharmaceuticals addressing human health issues, agricultural improvements, and climate-resilient crops. I emphasise the importance of collaborative resource management models, creating participatory governance models with community-managed conservation areas that reflect local knowledge and priorities while ensuring the long-term viability and success of biodiversity initiatives.

We must encourage students to be innovative, challenge traditional approaches and think outside the box. When you can think outside the box, you can contribute new knowledge and approaches to problems.

Let me share an example. More than 15 years ago, I presented at a comprehensive disaster management conference for the Caribbean Disaster Emergency Management Agency (CDEMA). My opening line was that we should stop talking about "natural disasters" - what's natural about disasters? Disasters result from our failure to build resilience systems and are more human-induced than natural. We have natural hazards, but when these hazards intersect with vulnerabilities related to socioeconomic circumstances, we get disasters.

Thinking this way means that when facing disasters, instead of having a victim mentality that nature is attacking us, we ask ourselves: to what extent are we contributing to that disaster? Is it due to a lack of land use planning? No zoning? Poor environmental attitudes, such as failing or refusing to clean the drains in front of their yards, can lead to flooding. We must challenge assumptions, be bold enough to examine ourselves and acknowledge when we're not making progress in particular areas.

IPCC Leadership and Global Climate Research

Innovation Report: Could you comment on your recent invitation to serve in the IPCC working group and its significance for climate research in the region and at the University of Guyana?

Professor Bynoe: I've been invited to serve as coordinating lead author for Chapter 2 in the IPCC Intergovernmental Panel on Climate Change Working Group 2 for the seventh assessment report (AR7). This chapter focuses on vulnerabilities, impacts and risk. The chapter will synthesise global scientific evidence on how climate change affects people, ecosystems and economies, and assess risks ahead on different development and adaptation pathways.

As coordinating lead author, I'm expected to coordinate major chapter sections, consolidate and unify input from multiple lead and contributing authors, and ensure coherence and quality of submissions before they go to working group chairs.

I believe this is significant for the University of Guyana, as I am, to my knowledge, the first IPCC coordinating lead author from our institution. This was something I dreamt about years ago. The process is very competitive, but I'm glad I was selected.

Such an opportunity creates visibility for the University of Guyana, as we aim to dispel the misconception that our institution does not conduct research and publish. Many people on campus have done excellent work - I'm not the only one. My involvement in the IPCC creates a space to ensure regional data and experiences are included in global assessments, particularly for small island and low-lying coastal states that are most vulnerable. It also demonstrates that the University of Guyana, particularly the School of Graduate Studies and Research, can be a hub for climate knowledge production and provide leadership in the Caribbean context, which is beneficial for our university.

International Collaboration and Future Opportunities

Innovation Report: Are there opportunities for international collaboration and partnership?

Professor Bynoe: International organisations should consider partnering with us on research projects, capacity building, training, and graduate student support through scholarships, supervision, and serving as examiners for PhD and other programs. We can organise joint conferences and seminars, such as our upcoming fourth graduate symposium in 2026, which presents collaboration opportunities.

We can collaborate through regional and international networks. We would always welcome contributions to infrastructure development. Currently, we don't have our building for the School of Graduate Studies and Research, so any support for that would be greatly appreciated.

This interview highlights the University of Guyana's commitment to developing climate leaders who can bridge the gap between research and policy. Through the School of Graduate Studies and Research, the institution is positioning itself as a regional hub for evidence-based solutions to the Caribbean's most pressing environmental and developmental challenges.