Recorded presentations from the Canadian Centre for Climate Services
The list of presentations below is organized from most to least recent.
Please contact the Climate Services Support Desk if you have questions or wish to request a presentation for your organization.
Canadian Meteorological and Oceanographic Society Congress
In current practice, future emissions scenarios do not have probabilities assigned to them and are thus presented as equally likely to occur. This presentation argues that 'probabilistic' emissions projections would be more practical for successful, risk-based adaptation decision-making. This presentation provides an operational, end-to-end workflow that produces these projections along with risk-relevant physical, regional, climate change information for adaptation planning.
This presentation will walk through the stages of development of national Fire Weather Index (FWI) projections, focusing on user-needs engagement, post-processing of projected FWI system indices (e.g., downscaling and bias adjustment, calculating key metrics), and potential mechanisms for delivery to practitioners across Canada.
This presentation covers the importance of using future weather files to support climate resilient building design and simulating building energy performance. Future weather files for various locations across Canada, developed by the Pacific Climate Impacts Consortium and the National Research Council of Canada, are highlighted.
This presentation focuses on the Canadian Climate Data Portal, ClimateData.ca, a user-friendly online climate data source, which has brought together the expertise of national and regional climate service providers.
The CCCS provided the Financial Accountability Office of Ontario (FAO) with relevant climate data, resources, and climate-related guidance to help complete their assessment of impacts of extreme rainfall, extreme heat, and changes in freeze-thaw cycles on the long-term costs of maintaining public buildings and facilities in a state of good repair. This presentation explores the details of FAO's project, the work that CCCS undertook for the FAO, how this data was applied, and key takeaways from this collaboration.
This presentation discusses results from the evaluation of historical estimations of three Humidex-based indices and explores methods for production of climate projections over Canada.
This presentation describes the steps taken by the CCCS to provide and communicate information to decision-makers and practitioners on adjusting Intensity-Duration-Frequency (IDF) curves to consider climate change.
This presentation describes the processes used by planners and engineers in BC to identify highway infrastructure at high risk to climate change, and how future climate projections are used in these processes.
This presentation provides an overview of the work of the Northern Climate Data Working Group, convened in 2020 to identify, inventory, and characterize existing and publicly available climate datasets covering the Canadian North.
Transportation Association of Canada Training Sessions
This 3-part series provides transportation professionals with key concepts, climate data, and information to understand and plan for climate change, and to reduce risks, adapt, and build climate resiliency.
Part 1 of this webinar series provides an overview of key climate information concepts. Topics include climate change impacts and risk assessments, historical data sets, future climate projections and emissions scenarios, and the importance of considering climate change in decision-making.
Part 2 of this webinar series provides an overview of three key sources of climate information: ClimateData.ca, the Climate Atlas of Canada, and PCIC's Climate Explorer. Participants learn what is common and unique about each of these websites.
Part 3 of this webinar series walks participants through a learning exercise to understand key climate change impacts for infrastructure projects or asset management planning. Participants gain experience choosing climate indices they can use to assess changing climate risk for a transportation asset of their choice and identifying potential adaptation measures they can employ to reduce climate risks.
This presentation introduces the CCCS and the products and services available to help communities increase their resilience to climate change. The information in this presentation is tailored to Ontario municipalities but is relevant for other municipalities across Canada.
This presentation focuses on the use of climate data and information for engineering. The presentation includes topics such as the impacts of climate change on future risk, the importance of considering climate change in engineering, and additional sources of information for engineers.
This presentation shares some of the methods, early results, evaluation, and public delivery plans for the National Fire Weather Index projections project between the CCCS and the Canadian Forest Service.
This training workshop offers presentations, discussions and activities on the intersection of Indigenous Knowledge and western climate data, and on how to integrate climate data and information into impact, risk, and vulnerability assessments. It also introduces participants to the use of the ClimateData.ca platform to support impact, risk, and vulnerability assessments in First Nation communities.
This presentation was dedicated to exploring the features, functionalities and content of the Map of Adaptation Actions as well as gathering early feedback on what users would like to see on the Map.
This presentation explores climate change basics, climate impacts, and tools and resources at global, national and Alberta-specific scales.
This presentation, designed for students in grades 4 to 8, addresses questions such as what is climate change, what impacts are Canadians seeing from climate change, what is adaptation and how can it help, and what Canadians can do to address climate change?
This presentation discusses the role of engineers in reducing climate change risk. The presentation includes an overview of climate change basics, how climate change impacts risk, and the role engineers play in addressing this risk.
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