First-order indicators of wildfire risks to water supply in Canada and Alaska

Published: 10 January 2022| Version 5 | DOI: 10.17632/g8d734gyb8.5
Contributor:
Francois-Nicolas ROBINNE

Description

First-order, high level indicators of wildfire risk to water resources are paramount to grasp current wildfire-related water security challenges in Canada and Alaska. Information pertaining to forest cover, fire activity, water availability, and location of populated places was collected from multiple institutional sources. Manual and semi-automated processes were used to clean disparate source data and create four harmonized geospatial layers whose content was summarized for each of the 1468 existing sub-sub watersheds covering Alaska and Canada. The final dataset provides a master layer based on watershed boundaries, which contains relevant information to create spatial indicators of wildfire risk to water security. These can be used to identify potentially at-risk regions in high-latitude watersheds of North America. The dataset can be further used within a larger, general risk assessment framework taking into account other environmental stressors to water security, including climate change and population growth. The dataset described herein was used to make a figure in the manuscript “Wildfire impacts on hydrologic ecosystem services in North American high-latitude forests: A scoping review” by Robinne et al. (2019, In review)

Files

Steps to reproduce

See Data In Brief publication (direct request to robinne@ualberta.ca)

Institutions

University of Alberta

Categories

Water Resources, Forest Fire, Environmental Security, Watershed Management

License