May 19, 2025
Dr. Abu Kibria recently joined the Midwest Climate Adaptation Science Center as a postdoctoral researcher. He will help lead a collaborative synthesis research project focused on climate risks to wetlands and wetland ecosystem services based at Michigan State University.
Kibria took the time to answer a few questions about his experience and the work he’s leading for the MW CASC. Learn more below!
Where are you from?
“I’m originally from Bangladesh, where I began my academic journey in forestry and environmental science. My academic and professional experiences have taken me across Asia, Australia, and North America, providing a broad, interdisciplinary perspective on climate and environmental challenges.”
“I completed my Ph.D. at The Australian National University, specializing in Ecological Economics, with a strong focus on applying data science tools to sustainability research. I integrate complex environmental, economic, and social datasets, utilizing advanced statistical methods, machine learning (ML), and deep learning (DL) algorithms in Python to extract actionable insights.”
What brought you to the MW CASC?
“My research has been focused on the socio-ecological dimensions of climate change — particularly how communities interact with and adapt to shifting environmental realities. The MW CASC’s mission aligns with my deep interest in using science to inform adaptive decision-making and build resilience in both ecosystems and human communities. My work has increasingly centered on participatory modeling, stakeholder engagement, and climate-adaptation planning — all core to MW CASC’s approach. Joining this network felt like a natural progression to deepen those efforts and collaborate with a like-minded community.”
What’s something that’s exciting to you about joining the MW CASC community?
“I’m most excited about the opportunity to engage in interdisciplinary collaboration and co-production with researchers, practitioners, and decision-makers throughout the Midwest. The region faces unique climate challenges in managing its natural resources — and MW CASC’s emphasis on applied science and stakeholder involvement offers a meaningful way to connect research with real-world impact. I look forward to contributing to, and learning from, a vibrant community dedicated to climate resilience.”
What are the goals of the synthesis project you’re leading?
“Currently, I am working on the project "Critical Knowledge Gaps in Climate Change Risks to Wetlands and Wetland Ecosystem Services in the Midwest." This research addresses key uncertainties regarding wetland resilience, particularly in species restoration, hydrological shifts, and ecosystem service sustainability. I am leveraging advanced statistical analyses and existing datasets to assess wetland vulnerability, adaptation strategies, and management practices that enhance resilience in a changing climate.”
What kind of impact do you hope this project has?
“My goal is for this project to bridge the gap between science and policy. I hope it will empower communities and agencies with actionable insights and frameworks that support inclusive and forward-thinking climate decisions. Ultimately, I want our findings to enhance climate resilience planning—especially for Midwestern wetland resources that are historically degraded—and to inform national-level adaptation strategies through scalable, stakeholder-driven models.”
What’s something you like to do outside of work?
“Outside of work, I enjoy exploring different cultures and cuisines, a habit cultivated through years of international study and research. I also love hiking and spending time in nature, which continually reminds me of the beauty and fragility of the ecosystems we work to protect. Photography and writing are other personal passions that help me stay creative and grounded.”
Anything else you want to share?
“I’m particularly interested in the role of artificial intelligence and machine learning in environmental decision-making — a direction I’ve started exploring in recent work. I believe these tools can play a transformative role in climate science by improving predictive modeling, enhancing public engagement, and supporting complex policy analysis. I’m always open to interdisciplinary collaboration, so I welcome any opportunity to connect with others in the MW CASC community who share these interests.”