Tim Alamenciak

Restoration Knowledge Systems Community Engagement

I am a translational ecologist investigating the critical gap between scientific evidence and local implementation. My work integrates ecological restoration, computational knowledge systems, and community engagement through transdisciplinary research that supports evidence-informed decision-making — from landscape-scale conservation planning to the design of open digital tools for practitioners.

Guiding questions

• Engagement: What are the socio-ecological legacies of short-term conservation agreements?
  Current Focus: Spatio-temporal modeling of term agreement outcomes and a participant analysis with Ducks Unlimited Canada to determine how temporary contracts shape long-term landscape connectivity.
• Knowledge: How can we architect digital platforms that transform fragmented data into actionable local intelligence?
  Current Focus: Developing EcoWeaver, a novel semantic framework for synthesizing diverse ecological data streams into accessible, community-ready formats.
• Collaboration: What mechanisms facilitate the transition from passive engagement to durable community capacity?
  Current Focus: A pilot initiative using participatory scenario planning to co-design restoration strategies between community groups and municipalities.

My teaching and mentoring mirror this translational approach, emphasizing inquiry-based learning and applied problem-solving that prepares students to navigate the complexity of real-world environmental management.

Peer-reviewed

• 2026 — Ryan Y. Hodgson, Steven A. Robinson, Amelie C. Boutin, Felix K. Chan, Joseph R. Bennett, Rachel T. Buxton, J. Harry Caufield, Dalal E. L. Hanna, Tim Alamenciak. Assessing the Effectiveness of Ontology-Grounded AI Term Extraction Using OntoGPT for Environmental Evidence Synthesis (pdf)
  Environmental Evidence.
• 2026 — Tim Alamenciak, Nancy Shackelford, Logan Rehberg, Ash Baron, Steven D. Murphy, Eric Higgs, Tina Heger, Alina Fisher, Bruno Travassos-Britto, Ryan Stephenson. Paths to more quickly and effectively bridge science-practice gap in ecosystem restoration in Canada (pdf)
  Socio-Ecological Practice Research.
• 2025 — Jeffrey O. Hanson, Jenny L. McCune, Tim Alamenciak, Joseph R. Bennett. Increasing the credibility of conservation plans through citizen science (pdf)
  Biological Conservation.
• 2025 — Josie South, Roxana Barbulescu, Rafael L. Macedo, Camille L. Musseau, Simone Guareschi, Tim Alamenciak, et al.. Parallels between biological invasions and human migration are flawed and undermine both disciplines. Response to Ahmed et al. (pdf)
  BioScience.
• 2025 — Tim Alamenciak, Elise Gornish, Stephen D. Murphy. Dimensions of Effective Volunteer Restoration Techniques in North America (pdf)
  Restoration Ecology.
• 2025 — Tim Alamenciak, Carlos Alberto Arnillas, J. Harry Caufield, Katherine Compton, Kian Drew, Robert Fruehstueckl, Tina Heger, Birgitta Konig-Ries, Chris Mungall, Sierra Moxon, Justin Reese, Jordan Tardif, Lars Vogt. Ecolink: Towards a Knowledge Graph Schema for Complex Environmental Systems (pdf)
  New Trends in Theory and Practice of Digital Libraries.
• 2024 — Tim Alamenciak, Stephen D. Murphy. What makes a convivial community tool? Investigating grassroots ecological restoration (pdf) ( audio)
  Ecology & Society.
• 2024 — Tim Alamenciak, Stephen D. Murphy. Motivations for Volunteers to Participate in Ecological Restoration: A Systematic Map (pdf) ( audio)
  Restoration Ecology.
• 2023 — Tim Alamenciak, Dorian Pomezanski, Nancy Shackelford, Stephen D. Murphy, Steven J. Cooke, Line Rochefort, Sonia Voicescu, Eric Higgs. Ecological Restoration Research in Canada: Who, What, Where, When, Why, and How? (pdf)
  FACETS.
• 2022 — William J. Sutherland, Jake M. Robinson, David C. Aldridge, Tim Alamenciak, Matthew Armes, Nina Baranduin, Andrew J. Bladon, et al.. Creating Testable Questions in Practical Conservation (pdf)
  Conservation Evidence Journal.
• 2020 — Anita Lazurko, Tim Alamenciak, Lowine Stella Hill, Ella-Kari Muhl, Augustine Kwame Osei, Dorian Pomezanski, Kyle Schang, Dilruba Fatima Sharmin. What Will a PhD Look Like in the Future?
  World Futures Review.

In progress

• Courtney D. Robichaud, Christine Beaudoin, Tim Alamenciak, Jaimie Vincent, Steven J. Cooke, Vivian M. Nguyen, Richard Schuster, Nathan Young, Joseph R. Bennett. “Data, politics, and funding cause uncertainty for conservation practitioners”
  Conservation Science and Practice (Major revisions).
• Tim Alamenciak, Amy Bachhuber, Joseph R. Bennett, Steven J. Cooke, Kian L. Drew, Daniel Dylewsky, Emily McKnight, Pat Moore, Ana Hernandez Martinez De La Riva, Bronwyn Rayfield. “Machines in the loop: Challenges and opportunities for environmental evidence synthesis research in the artificial intelligence era”
  FACETS (Under review).
• Federica Bocchi, Aline Potiron, Eleonore Slabbert, Tim Alamenciak, Anika Grose, Birgitta Konig-Ries, Lotte Korell, Carlos Santana, Tina Heger. “Operationalizing the CARE principles in evidence synthesis for ecology and conservation”
  (Under review).
• Steven J. Cooke, Kevin A. Adeli, Trina Rytwinski, Andrew N. Kadykalo, Jennifer Provencher, Vivian Nguyen, Joseph Bennett, Christina Davy, Rachel Buxton, Dalal Hanna, Jesse C. Vermaire, Sean Landsman, Nathan Young, Graeme Auld, Danika Littlechild, Jennifer M. Holzer, Meagan Harper, Andrew Howarth, Tim Alamenciak, Lauren Lawson, Jayme Lewthwaite, Erin E. Stukenholtz, Paul A. Smith, Ilona Naujokaitis-Lewis, Josie Hughes, Barbara Frei, Amanda Martin, Amie Black, Richard Pither, Douglas MacNearney, Kristen Lalla, Carmen Galan-Acedo and Christopher Cvitanovic. “Supporting frontline workers in the biodiversity crisis by empowering and enabling practitioners to embrace conservation evidence”
  Socio-Ecological Practice Research (Major revisions).

Pre-prints and conference papers

• 2025 — Lars Vogt, Birgitta Konig-Ries, Tim Alamenciak, Joshua I. Brian, Carlos Alberto Arnillas, Lotte Korell, Robert Fruehstueckl, Tina Heger. A Framework for FAIR and CLEAR Ecological Data and Knowledge
  arXiv.

My full publication history is listed in the CV.

My research operates at three interconnected scales: understanding how conservation mechanisms shape landscapes and communities, building knowledge systems that make ecological evidence accessible, and studying how people engage with restoration and conservation work on the ground.

Conservation mechanisms & landscape outcomes

What happens after a temporary conservation agreement expires? Working with Ducks Unlimited Canada through an NSERC Alliance grant ($355K), I co-lead research on the ecological and social legacies of term agreements — combining spatio-temporal modelling with landowner interviews to understand how short-term contracts shape long-term landscape connectivity and stewardship behaviour.

Knowledge systems for ecology

Ecological evidence is fragmented across disciplines, scales, and formats. I develop computational tools — ontologies, knowledge graphs, and semantic frameworks — that integrate this evidence into systems practitioners can actually use. Current projects include EcoWeaver (semantic synthesis framework), the Restoration and Conservation Ontology (RACOON), and the Toolkit for Restoration Ecology Knowledge (TReK). This work involves international collaborations with the Lamarr Institute (Germany), the Hasso Plattner Institute, and the Centre for Interdisciplinary Research (ZiF) at Bielefeld University, where I held a visiting residency in 2024–25.

Evidence synthesis & community engagement

I have led the first systematic map of ecological restoration research in Canada and developed frameworks for understanding volunteer motivations and organizational effectiveness in restoration programs. Current work includes evaluating AI-assisted evidence synthesis tools (OntoGPT) and piloting participatory scenario planning to co-design restoration strategies between community groups and municipalities.

Key collaborators: Bennett Lab (Carleton) · Restoration Futures Lab (UVic) · Heger Group (Bielefeld)

Before entering academia, I worked as a staff reporter at the Toronto Star and as a digital media producer at TVO, where I created and directed Climate Watch Shorts (a documentary series on climate impacts in Ontario) and launched TVO's first podcast. I bring this science communication experience into my academic work.

Science Communication Initiatives

• GLELxSciComm (2025) — Organized a full-day science communication workshop for 40 students and staff at Carleton, featuring journalism faculty, The Narwhal's Carl Meyer, and a panel of community environmental organizations.
• From Abstract to Action (2024) — Organized a three-part speaker series for the Geomatics and Landscape Ecology Lab, featuring an MP, a national journalist, and a lobbyist on translating research into policy.

Audio versions of selected publications are available on ResearchEquals.

My teaching is grounded in inquiry-based, student-centred learning that prepares students to navigate complex and uncertain environmental challenges. I design courses that combine clear disciplinary foundations with opportunities for students to help shape how and why they learn, encouraging reflection on both course content and their own learning processes.

My approach is explicitly transdisciplinary: I draw on methods and perspectives from ecology, social science, data science, and the humanities to create learning experiences that mirror the complexity of real-world environmental problem-solving. I emphasize experiential learning wherever possible — fieldwork, community partnerships, and applied research projects that give students concrete skills alongside conceptual depth.

I believe students learn best when they are actively engaged in defining problems, applying skills, and reflecting on outcomes. In my teaching, I pair structured guidance with open inquiry, equipping students with technical skills—such as plant identification or systems thinking—and creating opportunities to apply those skills in real-world contexts, including community-engaged and experiential learning.

A core goal of my teaching is to connect knowledge with purpose. By situating environmental learning within broader social–ecological systems and questions of justice, students are better able to understand the real-world implications of their work and the responsibilities that come with environmental decision-making. I use stories, case studies, and collaborative activities to make abstract concepts concrete and to highlight the challenges of systems change.

Ultimately, I see teaching as an act of accompaniment: supporting students as they develop the skills, confidence, and critical thinking needed to engage with the "wicked problems" they will encounter in their careers and communities.

Courses Designed & Taught

• ERS 253 – Communities and Sustainability (University of Waterloo, Winter 2024, 38 students) — Complete course redesign with new readings, inquiry-based structure, and professional guest lectures.

Courses I Could Teach or Develop

• Ecological restoration (theory and practice)
• Evidence synthesis methods for environmental science
• Environmental data and knowledge systems
• Community-engaged research methods
• Social-ecological systems analysis

Research Supervision

• Honours thesis (Fall 2025), Carleton University — resulted in Alamenciak et al. 2026, Socio-Ecological Practice Research
• Honours thesis, Logan Rehberg (Spring 2024), Carleton University — resulted in Alamenciak et al. 2025, Restoration Ecology (in press)
• Group mentor, BIOL 5512 (Fall 2024), Carleton University — resulted in Hodgson et al. 2025, Environmental Evidence (accepted)
• Ongoing graduate mentorship at Carleton University, University of Waterloo, and St. Jerome's University, including thesis committee membership.