Library of climate resources

This standard establishes a consistent methodology for performing geotechnical site investigations so that the results can be used to design building foundations with due consideration, in a risk management framework, of the conditions prevailing at the building site, including: the distinctive characteristics of permafrost; and the seasonal and interannual climate conditions as well as the projected climate conditons over the service life of the building foundations.

This Standard outlines requirements for low slope membrane roofing systems (LSMRS) when identified as silver and gold performance level based on the climate severity and resilience requirements.

For 90 years, the Canadian Electrical Code, Part I has been developed and updated to help better protect electrical workers and promote improved consistency in electrical installations across the country. Now in its 25th edition, the CSA C22.1:21, Canadian Electrical Code, Part I includes over 200 additions and revisions, including: changes to hazardous location requirements, new content addressing energy storage systems and climate change adaptation, and rules for functionally grounded renewable energy systems.

This document identifies and sets out principles for integrating climate change impacts into the planning and design activities of water utilities for the provision of water services. It also includes methodologies to assess the principles in the context of climate change and to provide examples of adaptations made.

This National Standard of Canada applies to structural antennas, towers, antenna-supporting structures, and roof- and wall- mounted structures, including their components, such as guys and foundations. It covers the structural design, fabrication, and erection of new structures and the modification of existing structures.

This standard specifically addresses the planning, design, operation, and maintenance of intermittent/seasonal discharge lagoon and wetland systems that are most appropriate for use in Northern regions, where effluent discharge is either difficult or not possible in colder months.

The purpose of this Standard is to provide compliance criteria and guidance on the design of flood-resilient new residential communities as it relates to greenfield development. This Standard covers the following considerations: a) design for resilience to address extreme weather events and operational uncertainties; b) storm sewer system design (minor drainage system considerations); c) street design (major overland drainage system considerations); d) sanitary sewer design (wastewater drainage system considerations); e) wastewater pumping station design; and f) considerations for preservation of natural infrastructure and low impact development measures.

This Standard outlines minimum requirements and recommendations for the management of a stormwater system established by an operating authority. It provides a standardized guidance process to manage a stormwater system to meet regulatory requirements, reflect sound policy decision-making, and demonstrate a high standard of care to minimize legal, environmental, social, and economic risks, especially given a changing climate and hydrologic conditions. It also provides a documentation protocol to ensure all changes and decisions made in policy and procedures are well documented, and identifies steps for operating authorities to internally audit their management system. It is written with flexibility such that it could be applicable to any size of stormwater system. This Standard provides a) an outline of the key policies and procedures needed for effective management of a stormwater system; b) a framework for increasing public safety by identifying and mitigating environmental, social, legal, and economic risks to the system; and c) the ability to demonstrate enhanced environmental outcomes through the effective application and continual improvement of the stormwater management system.

This is the fifth edition of CSA Z240.10.1, Site preparation, foundation, and installation of buildings. Significant changes to this edition address climate change adaptation with revisions and new provisions. This standard is intended to be referenced by regulatory authorities, land-lease community owners, and building designers and installers so that proper on-site installation of buildings can be achieved.

This standard applies to essential electrical systems and electrical installations in health care facilities. It helps to protect patients and staff by addressing electrical shock hazards associated with critical electrical systems as well as other aspects of electrical safety, such as fires and interference with proper operation. It ensures that health care facilities safely continue to function in times of catastrophic events such as those brought on by climate change. Clause 6 provides emergency power guidelines to ensure electrical power is continuously provided to the health care facility systems where the interruption of electrical power can jeopardize the safety of patients, staff and visitors.