Graham MacDonald

Next-generation global nutrient budget models with applications to agricultural landscape change and sustainability

Principal investigators: MacDonald, Graham

Keywords: agriculture; nutrient use efficiency; nitrogen and phosphorus; food supply chains; nutrient recycling (manure, compost, sewage, etc.); global modelling and scenarios; land-use change; food production (calories, protein, micronutrients, etc.); crop diversity (including cover crops and crop rotations); agricultural diversification

The Global Nitrogen Innovation Center for Clean Energy and the Environment (NICCEE)

Principal investigators: Wagner-Riddle, Claudia C

Keywords: co-development of practices; cropping systems; ennvironmental policy; food production; green ammonia; greenhouse gas emissions; integrated assessment models; national nitrogen flows; nitrogen fertilizer; soil nitrous oxide emissions

CANN2ONET-A Canadian Nitrous Oxide Collaboration Network to Meet Greenhouse Gas Emission Reduction Targets

Principal investigators: Wagner-Riddle, Claudia C

Keywords: agri-environmental policy; agri-environmental sustainability; behavioural economics; biogeochemical models; cost of management practices; grain and oilseed production; greenhouse gas mitigation practices; nitrogen fertilizer management; soil biogeochemistry; soil nitrous oxide emissions

Generating evidence on climate change and incidence of child marriage using satellite, environmental, and social data

Principal investigators: Baumgartner, Jill

Introducing AI in Community Organizations: Designing and Implementing Smart Meals-on-Wheels Operations

Principal investigators: Serpa, Juan

Keywords: community building; non-for-profit; artificial intelligence; analytics; food security

NSERC CREATE in Science Leadership for Global Sustainability

Principal investigators: Matthews, Damon HD

Keywords: climate change; data science; earth systems science; environmental science; gidital innovation; leadership; sustainability science; sustainability transitions; sustainable development goals; system dynamics

Toward a mechanistic understanding of coupled biogeochemical cycles in human-dominated landscapes

Principal investigators: MacDonald, Graham