Sustainable Resource and Land-Use Development
Research
Meeting the societal need for resource (e.g. oil and gas, timber) and land-use development while maintaining environmental sustainability can be challenging. As the human population grows, so does the need for resource and land-use development for that population. Developing sustainable development remains a global challenge. We strive to help assess and improve sustainable development in relation to aquatic ecosystems. For example, industrial activities related to the exploration and development of natural resources have created large networks of roads that we've shown to negatively impact aquatic ecosystems (Maitland et al. 2016a). Prioritization methods that consider at-risk species can help mitigate problem these problem stream crossings (Maitland et al. 2016b). Other projects include: assessing the impact of oil sands development on aquatic ecosystems (Donner et al. 2018; Shotyk et al. 2018; Sun et. al. 2017), assessing spills and determining bio-accumulation of metals in aquatic ecosystems. Click on the photos, articles or news items to learn more about some of the research we are conducting on sustainable resource development! Note: * Lab members.
Articles from Lab
Veilleux, H., McPherson, M.*, Cott, P., Poesch, M., S., Glover, C., and G. Goss. (In Press) Environmental DNA as a tool to detect Arctic grayling and their habitat preferences in the Northwest Territories, Canada. Arctic Science.
Miller, M., Stevens, C. and M. S. Poesch. (In Press). Effectiveness of spawning substrate enhancement for adfluvial fish in a regulated sub-Arctic river. River Research and Applications.
Pandit, S.*, Poesch, M. S., Kolasa, J., Pandit, L. K., Ruppert, J. L. W., and E. Enders (2024). Long-term evaluation of the impact of urbanization on native and non-native fish assemblages. Aquatic Invasions: 19(3): 345-360.
Theis S.*, Cartwright L., Chreston A., Coey B., Graham B., Little D., Poesch M.S., Portiss R., Wallace A. and J. L. W. Ruppert (2024). A multi-metric index for assessing two decades of community responses to broad scale shoreline enhancement and restoration along the Toronto waterfront. Aquatic Conservation: Marine and Freshwater Ecosystems 34: e24141.
Theis S.*, Cartwright L., Chreston A., Wallace A., Graham B., Coey B., Little D., Poesch M.S., Portiss R., and J. Ruppert (2024). Nearshore fish community changes along the Toronto Waterfront in accordance with management and restoration goals: Insights from two decades of monitoring. PLos One: 19(2): e0298333.
News from the Lab
Miller, M., Stevens, C. and M. S. Poesch. (In Press). Effectiveness of spawning substrate enhancement for adfluvial fish in a regulated sub-Arctic river. River Research and Applications.
Theis S.* and M. S. Poesch. (2024). What makes a bank a bank? Differences and commonalities in credit calculation, application, and risks in mitigation banks targeting freshwater fish species and associated ecosystems. Environmental Management: 73(1): 199-212.
Theis, S.* and M. S. Poesch. (2024). Mitigation bank applications for freshwater systems: Control mechanisms, project complexity, and caveats. PLOS One 19(2): e-292702.