The Hudson Bay Lowlands (HBL) are recognized as the second largest peatland complex in the world. Due to variability in peat thickness across a large and heterogeneous landscape, the existing carbon (C) storage estimates for the HBL may contain large uncertainty. Here, we use geospatial variables that are associated with HBL peat formation, age, accumulation, and occurrence to understand the driving factors for peat depth variability and map peat depth and C storage at 30 m spatial resolution. The estimated average peat depth of HBL is 184(±48) cm with 90% of values falling between 89 and 264 cm. Based on the spatially explicit peat depth, the HBL total C storage is estimated to be 30(±6) Pg. Distance to the coastline is the most important indicator of peat depth where the depth increases with distance further away from Hudson Bay coastline, confirming that the time since peat formation is closely related to peat depth.
Related Resources
Current Symptoms of Climate Change in Boreal Forest Trees and Wildlife
Resource Date:
2023
Wetland Successional State Affects Fire Severity in a Boreal Shield Landscape
Resource Date:
2023
Organization
Forest Landscape Restoration Legislation and Policy: A Canadian Perspective
Resource Date:
2022
National Tree Seed Centre Webinar - Harvesting Wild Berry Crops
Resource Date:
June
2022
Was this helpful?
|