Sustainability Solutions Group (SSG) is pleased to announce that our latest report, TransformTO: Climate Action for a Healthy, Equitable, Prosperous Toronto (Results of Modelling Greenhouse Gas Emissions to 2050), was adopted, unanimously, by Toronto City Council today.
TransformTO is a community-wide, cross-corporate initiative of the City of Toronto and The Toronto Atmospheric Fund. It was designed to engage residents, other stakeholders, experts, and all City operations in identifying ways to reduce Toronto’s greenhouse gas emissions (GHGs) by 30 percent by 2020, and by 80 percent by 2050, against 1990 levels.
SSG and whatIf? Technologies worked with city staff, stakeholders and community members to develop a pathway to achieve 80% emissions reductions by 2050 using currently available technologies. The process involved the development of future scenarios, spatial modelling, analysis of co-benefits and co-harms for the scenarios as well as community input. Opportunities for collaborative and sustained emissions reduction efforts by the City of Toronto, the private sector, higher levels of government, and Toronto residents are included in the report.
“This project clearly demonstrates that a low carbon future for Toronto is viable using current technologies,” said SSG Director and project lead Yuill Herbert. “We also determined that such a future has many benefits to public health, stimulating local economic development and employment opportunities, and addressing poverty, if actions are thoughtfully executed.”
SSG’s and whatIf? Technologies’ CityInSight energy, emissions and finance model was key to the analysis. CityInSight incorporates the Global Protocol for Community-Scale Greenhouse Gas Emission Inventories (GPC), a standard that enables emissions comparability between cities globally. The model creates and compares land-use scenarios that assess varying considerations for transportation, building types and densities, energy use, energy production systems, liquid and solid waste production and treatments, infrastructure, and all associated costs and paybacks, in order to assess what emissions reduction actions are possible and what should be prioritized.
Two scenarios were defined for the project: Business as Planned (BAP) and Low Carbon Scenario (LCS). The BAP scenario explored projected energy and emissions levels for the city under current and planned policies and actions by municipal, provincial and federal governments. The LCS explored additional actions options that, if taken, will achieve Toronto’s emissions reduction targets.
Council’s adoption of the TransformTO report signals the ambition of Canada’s largest city in taking the lead on climate change mitigation through critical emissions reduction actions – actions that will also improve the quality of life of Toronto’s residents.
For more information on TransformTO, and to download the full report, please visit: ssg.coop/transformto
TransformTO Project Lead
SSG Communications Director
Sustainability Solutions Group (SSG) is a climate change and sustainable communities consultancy with offices across Canada. We’re a cooperative of critical, creative thinkers who collaborate with cities, communities, and institutions to address some of society’s most pressing challenges: climate change, energy and emissions planning, sustainable development, public health, and democratic engagement. Over the past fifteen years we have worked with over 40 municipalities in Canada to help them build and plan for low-carbon, economically vibrant, and sustainable communities.
whatIf? Technologies was founded in 1989 by Robert Hoffman and Bert McInnis – to build upon their pioneering work in socio-economic modelling and simulation at Statistics Canada – and by software architect Michael Hoffman (current CEO). Over the last 25 years the firm has established itself as a leader in developing computer-based simulation models for strategic planning and scenario analysis. whatIf has successfully delivered modelling projects in urban and regional planning, energy systems, transportation, and long-term physical economic systems.