Library of climate resources

This is a collection of links to climate datasets, tools, guidance and related resources. The sources include the federal government, provincial and territorial governments, national professional organizations, climate consortia and established international organizations. It can be useful for impact, vulnerability and risk assessments, and for adaptation planning.

Refine your search using the search filters. You can also type up to 5 keywords in the search bar.

Explanation of the different resource types
  • data product - downloadable climate dataset
  • tool - builds on a dataset with further analyses and/or visualization
  • guidance - provides direction on the use of climate information or on conducting climate-related assessments
  • codes and standards - guidance and best practice documents for climate resilient design
  • additional resources include educational and awareness-raising material, impact assessments and scientific syntheses

Showing 1 - 10 of 10 results
  • Atlas de vulnérabilité aux vagues de chaleur et aux aléas hydrométéorologiques (in French only) (Opens in a new Window)

    This atlas aims to inform you about the geographic vulnerability of Quebec populations to heat waves and floods. The atlas was developed by the Université de Laval Department of Geography and Department of Geomatics Sciences, in partnership with the Ouranos Consortium and the Institut national de santé publique du Québec.
    Organization:
    University of Laval, Ouranos, Government of Quebec
    Resource formats:
    • Interactive
    • Mapped
    • Vulnerability or risk assessment
    • Adaptation planning

    Climate Analysis and Simulation (Opens in a new Window)

    In progress. The New Framework for Using Climate Scenario Data for Impacts and Assessment Studies will provide data on estimates of regional temperature and precipitation changes as a result of cumulative CO2 emissions which is expected to be applicable to efforts to estimate regional impacts and adaptation needs.
    Organization:
    Ouranos, University of Concordia
    Resource formats:
    • Data files

    Climate Explorer (Opens in a new Window)

    The Pacific Climate Impacts Consortium's (PCIC) Climate Explorer Tool generates maps, plots and data describing projected future climate conditions for the Pacific and Yukon Region. Climate variables include temperature, precipitation, and humidity. It uses an ensemble of more than 15 Global Climate Models (GCM) and combinations of emissions scenarios provided by the Intergovernmental Panel on Climate Change (IPCC). Users can generate custom maps, plots and data projected to the 2020s, 2050s, and 2080s.
    Organization:
    Pacific Climate Impacts Consortium
    Resource formats:
    • Data files
    • Interactive
    • Graphical
    • Mapped
    • Tool

    Climate Portraits (Opens in a new Window)

    Climate Portraits contains historically observed and future modelled climate indicators for various regions of Quebec for 2041-2070 as well as 2071-2100 horizon years. Moderate and high emissions scenarios are available and indicators can be mapped, graphed, or presented in tabular form. Indicators are reported as annual and/or seasonal averages over the horizon period, and include: average, maximum and minimum daily temperature, total precipitation, freeze-thaw events, growing degree days, days over 30C, and maximum 5-day precipitation. Projected climate indicators are compared to historical observations graphically and in tabular form. Data is available for download in csv and json formats.
    Organization:
    Ouranos
    Resource formats:
    • Data files
    • Interactive
    • Graphical
    • Mapped

    Design Value Explorer (Opens in a new Window)

    PCIC’s Design Value Explorer (DVE) enables users to access historical climatic design variables across Canada, in either map or table form, examine projected future change in design variables, and download maps and tables. Climatic design values are used by engineers to determine some elements of the environment that buildings and other infrastructure may be exposed to. This information was produced by PCIC, in collaboration with Environment and Climate Change Canada and the National Research Council, to support updates to the National Building Code of Canada (2015, Table C-2) and the Canadian Highway Bridge Design Code (CHBDC/ CSA S6 2014, Annex A3.1).
    Organization:
    Pacific Climate Impacts Consortium
    Resource formats:
    • Data files
    • Interactive
    • Mapped
    • Tool
    • Vulnerability or risk assessment
    • Adaptation planning

    Gridded Hydrologic Model Output (Opens in a new Window)

    The Gridded Hydrologic Model Output page provides access to gridded, 1/16-degree (roughly 35 km2) hydrologic projections for four watersheds in British Columbia. Users can select locations of interest on a gridded map. Hydrological variables including precipitation, flow, evapotranspiration, and runoff are available for download under various climate scenarios in NetCDF, ASCII, and Arc formats.
    Organization:
    Pacific Climate Impacts Consortium
    Resource formats:
    • Data files
    • Interactive
    • Mapped
    • Tool

    PLAN2ADAPT (Opens in a new Window)

    The Plan2Adapt tool generates maps, plots, and data describing projected future climate conditions for regions throughout British Columbia. It is designed to help assess climate change in regions of BC based on a standard set of climate model projections. Climate variables include temperature, precipitation, snowfall, and growing and heating degree days. Impacts of change in these climate variables are also discussed. Data can be explored based on regional districts, health authority boundaries, ecoprovinces, and forestry regions over three time periods (2020s, 2050s, and 2080s), seasonally and annually.
    Organization:
    Pacific Climate Impacts Consortium
    Resource formats:
    • Data files
    • Interactive
    • Impact assessment
    • Graphical
    • Mapped
    • Tool

    Station Hydrologic Model Output (Opens in a new Window)

    The Station Hydrologic Model Output page contains simulated streamflow data for locations throughout British Columbia. Users can select locations of interest on an interactive gridded map, or search by Station ID or name. The simulated data include daily streamflow time series for over 120 sites located in the Peace, Upper Columbia, Fraser, and Campbell River watersheds. Station data are available for download in ASCII format.
    Organization:
    Pacific Climate Impacts Consortium
    Resource formats:
    • Data files
    • Interactive
    • Mapped
    • Tool

    Statistically Downscaled Climate Scenarios (Opens in a new Window)

    Pacific Climate Impacts Consortium (PCIC) offers statistically downscaled daily Canada-wide climate scenarios, at a gridded resolution of 300 arc-seconds (0.0833 degrees, or roughly 6 km x 10 km) for the period 1950-2100. The variables available include daily minimum temperature, maximum temperature, and precipitation. Users may access the scenarios using an interactive map interface that allows users to zoom, pan and select their region of interest using a rectangular-selection tool. Downscaled climate data is available for over 10 models under Representative Concentration Pathway (RCP) 2.6, 4.5, and 8.5. Data are available for download in NetCDF, ASCII, and Arc formats.
    Organization:
    Pacific Climate Impacts Consortium, Government of Canada: Environment and Climate Change Canada
    Resource formats:
    • Data files
    • Interactive
    • Mapped
    • Tool

    Tundra Nunavik project (Opens in a new Window)

    While most ecological studies focus on the impact of climate change on some populations or species, ecosystem-based information is needed to better predict the future state of the Arctic. The Tundra Nunavik project is a large-scale study aimed at characterizing the vulnerability of tundra terrestrial ecosystems to climate change through modelling approach. The approach combined climate modeling, climate niche modeling, and ecosystem modeling, to assess potential changes in terrestrial ecosystems of tundra of Nunavik during the 21st century
    Organization:
    Université du Québec à Rimouski, Ouranos
    Resource formats:
    • Data files
    • Interactive
    • Impact assessment
    • Scientific synthesis
    • Graphical
    • Mapped
    • Tool


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