GCOS Implementation Plan - WMO
GCOS Implementation Plan - WMO
GCOS Implementation Plan - WMO
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<strong>Implementation</strong> <strong>Plan</strong> for the Global Observing System for Climate in Support of the UNFCCC<br />
(2010 Update)<br />
Permafrost System CD containing information and data acquired in the previous 5 years. The<br />
establishment of permafrost national centres to collect and analyse data is recommended.<br />
GTN-P currently involves 16 participating countries, with hundreds of active sites in the Circumpolar<br />
Active Layer Monitoring (CALM) network and identified boreholes for monitoring permafrost thermal<br />
states, Some of these need to reactivate their measurement campaigns, and soil vertical<br />
displacement measurements and permafrost temperatures measurements should become a part of<br />
active layer monitoring. GTN-P has also identified new borehole and active layer sites needed to<br />
obtain representative coverage in the Europe/Nordic region, within the Russian Federation and within<br />
Central Asia (Mongolia, Kazakhstan, and China); in the Southern Hemisphere (South America,<br />
Antarctica); and in North American mountain ranges and lowlands. A few reference sites have been<br />
recommended for development, and this would establish a baseline network of Thermal State of<br />
Permafrost sites within the International Network of Permafrost Observatories (INPO).<br />
Presently, GTN-P in situ data acquisition operates on a largely voluntary basis through individual<br />
national and regionally-sponsored programmes. Regional projects support local networks and<br />
observatories, such as the US Geological Survey Alaskan deep borehole network and the US<br />
National Science Foundation-supported CALM sites, the Russian Academy of Sciences “Evolution of<br />
Cryosphere” Program, Canadian transects, Permafrost and Climate in Europe activities, and GEF in<br />
Mongolia, among others. Measurement and reporting standards are emerging, but further work is<br />
needed to prepare and publish definitive reporting standards. Upscaling techniques for research sites<br />
and permafrost networks, initially on upgraded reference sites, are required to complement active<br />
layer and thermal observing networks with monitoring of active geological processes (e.g., slope<br />
processes, thermokarst and lake development, coastal dynamics, and surface terrain stability).<br />
Action T21 [IP-04 T15]<br />
Action: Refine and implement international observing standards and practices for permafrost and<br />
combine with environmental variable measurements; establish national data centres.<br />
Who: Parties’ national services/research institutions and International Permafrost Association.<br />
Time-Frame: Complete by 2010.<br />
Performance Indicator: Implemented guidelines and establishment of national centres.<br />
Annual Cost Implications: