Landscape carbon accumulation through reductions in emissions (L-CARE): developing brownfield management protocols for carbon sequestration and habitat use

Renseignements sur le financement
Natural Sciences and Engineering Research Council of Canada
  • Type de subvention: Subventions de recherche et développement coopérative
  • Années: 2018/19 à 2019/20
  • Financement total: $555,497
Mots clés
Chercheur(e) principal(e)
Collaborateur(s)
Partenaires

Sommaire du projet

Brownfield management represents an important opportunity for carbon (C) sequestration and storage to help*meet industrial climate change mitigation targets. C is four times more plentiful in the terrestrial biosphere than*in the atmosphere, but conventional ecosystem management for climate change mitigation can be controversial.*The OBJECTIVE of this research program is to quantify how massive sulfur and metal emissions reductions in*Ontario's largest mining and smelting centre, coupled with novel ecosystem reclamation practices, lead to C*sequestration and influence the underlying processes of primary production, mineralization, and C and energy*transfer through ecosystems. This research program will facilitate important economic and environmental*opportunities for our partners, Vale and Sudbury-INO (Glencore). Our preliminary estimate of 30y C storage*potential in managed Sudbury uplands relative to un-reclaimed lands is 5Mt representing ~$500 million.*However a unique and important focus of our study relative to other C sequestration initiatives is on*watershed linkages between C pools, recognizing that C is not static, but continuously exchanging between*uplands, wetlands and lakes (the landscape receptors) and the atmosphere. We will focus on upland, wetland,*and lake systems and their linkages and the data will feed to a scaling and integration team, who will use*remote sensing approaches and integrative accounting approaches to scale up trial plots to landscape scales to*project future C sequestration potentials. This work will also serve as an important set of case studies to guide*industrial management of brownfield environments for C sequestration elsewhere in Ontario and Canada.*The research program will provide an excellent training environment for both applied and fundamental*aspects of C and GHG cycling and management across complex industrial landscapes, facilitating HQP*interactions with industry and government partners and with co-applicants and partners across 8 universities, 2*partner and 2 collaborator companies, 3 government agencies and by using multidisciplinary approaches*spanning from the gene-to-field-to-landscape (modelling) scales.