Aboveground Carbon Turnover Time and Residency Time
Data and Resources
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[WMS] Aboveground Carbon Turnover Time and...WMS
Web Map Service (WMS) endpoint providing visualization capabilities for...
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[WCS] Aboveground Carbon Turnover Time and...WCS
Web Coverage Service (WCS) endpoint providing direct access to the raw raster...
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[DATA] Aboveground Carbon Turnover Time and...GeoTiff
Zipped file containing the GeoTiff data and associated metadata for...
Additional Info
Field | Value |
---|---|
Last Updated | January 17, 2025, 06:42 (UTC) |
Created | January 17, 2025, 06:42 (UTC) |
category | /Carbon Sequestration/Stability |
collection_name | California Landscape Metrics |
creation_method | Calculated from the ratio of total aboveground carbon and annual decomposition. Aboveground carbon and annual decomposition are both calculated for 2020 from a Landsat-driven pools and fluxes model, as described for the total aboveground carbon product. Aboveground turnover time does not currently account for carbon losses and removals with combustion or harvest. CECS data that reflect landscape changes resulting from disturbances require 6 to 12 months of Landsat observations **after a given year that included major disturbances (such as a high severity wildfire)** to fully quantify that disturbance. CECS data that reflect disturbance, such as this data layer, are therefore available **through water year 2020 (i.e. through September 2020)**. |
data_units | Years |
data_vintage | 09/2020 |
encoding | utf8 |
file_name | CStocks_Turnovertime_202009_202312_T1_v5 |
format | GeoTiff |
harvest_object_id | eff25e09-c5ea-4cc5-b565-be7c2e00b327 |
harvest_source_id | a2637971-af12-457f-ae4a-831d2202a539 |
harvest_source_title | WIFIRE Commons |
maximum_value | 200.0 |
metric_definition_and_relevance | The average lifetime of aboveground live and dead carbon in years. Locations where the lifetime or turnover time is longer have more carbon in more stable pools, such as large trees or large coarse woody debris. Locations where the lifetime or turnover time is shorter have more carbon in labile pools, such as live or dead leaves. |
minimum_value | 0.0 |
spatial | {"type": "Polygon", "coordinates": [[[-124.5090833859125, 32.4242698701859], [-113.49380570277376, 32.4242698701859], [-113.49380570277376, 42.1119747450123], [-124.5090833859125, 42.1119747450123], [-124.5090833859125, 32.4242698701859]]]} |
tier | 1 |