inSileco Inc. & Adjunct Faculty (University of Guelph)

David has recently been working with the Centre for Ecosystem Management through the consulting firm that he co-founded with Kevin Cazelles, InSileco Inc., on the project “Towards Understanding and Managing for Critical Timing Windows”. This project seeks to operationalize the assessment of timing windows for interventions in freshwater ecosystems and involves conceptual developments as well as the development decision-support tools.

Through his firm, David Beauchesne will also be involved in the new NSERC Alliance Grant project titled “Rewired Great Lakes Food Webs: Implications for Fish Production and Resilience” that seeks to analyze and synthesize patterns in Great Lakes food webs rewiring to forecast future fisheries productions and ecosystem resilience to guide management and decision-making.

OMNRF & Adjunct Faculty (Guelph)

Henrique is currently stationed at the Ontario Ministry of Natural Resources where he works with several of our researchers on various projects tied to the Great Lakes basin, such as the Lake Erie walleye and yellow perch population/biomass assessments, Lake Erie harvest resilience implications (NSERC Food Web Alliance, and Managing for resilience in the Great Lakes basin – developing an ecological restoration framework. Dr. Giacomini also holds the distinction of being an adjunct faculty member at the University of Guelph.

inSileco Inc. & Adjunct Faculty (University of Guelph)

Kevin has recently been working with the Centre for Ecosystem Management through the consulting firm that he co-founded with David Beauchesne, InSileco Inc., on the project “Towards Understanding and Managing for Critical Timing Windows”. This project seeks to operationalize the assessment of timing windows for interventions in freshwater ecosystems and involves conceptual developments as well as the development decision-support tools.

Through his firm, Kevin Cazelles will also be involved in the new NSERC Alliance Grant project titled “Rewired Great Lakes Food Webs: Implications for Fish Production and Resilience” that seeks to analyze and synthesize patterns in Great Lakes food webs rewiring to forecast future fisheries productions and ecosystem resilience to guide management and decision-making.