Arctic

IGE seminar: Improving the CLASSIC Snow Model to Better Simulate Arctic Snowpacks

https://teamup.com/event/show/id/nP2aGiQ3hkD3jxYxSRWAkhJb4mWGVn

EGU25: Improving the CLASSIC Snow Model to Better Simulate Arctic Snowpacks

https://meetingorganizer.copernicus.org/EGU25/EGU25-45.html

Colloque CEN 2025: Improvement of the CLASSIC Snow Model to Better Simulate Arctic Snowpacks

Current snow models – including the most sophisticated ones, such as CROCUS and SNOWPACK – struggle to properly simulate Arctic snowpack characteristics such as density profiles. Indeed, those models have been developed and designed for Alpine …

AGU24: Improvement of the CLASSIC Snow Model to Better Simulate Arctic Snowpacks

https://agu.confex.com/agu/agu24/meetingapp.cgi/Paper/1507414

CCI Colocation 2024: Snow cover heterogeneity and its impact on the Climate and Carbon cycle of Arctic regions (SnowC2)

CCI Colocation & CMUG Integration meetings 2024

ESA CCI SnowC² Mid-Term Review Meeting

CGU & COHERENT-C/CLASSIC workshop 2024: Snow cover heterogeneity and its impact on the Climate and Carbon cycle of Arctic regions (SnowC2)

2024 Annual Meeting of the CGU 2024 COHERENT-C/CLASSIC workshop Lightening Talk (COHERENT-C/CLASSIC) Poster (CGU + COHERENT-C/CLASSIC)

CLASSIC biweekly meeting: Snow cover heterogeneity and its impact on the Climate and Carbon cycle of Arctic regions

This talk describes the preliminary work intended to serve as a basis for the development of a multilayer snow model adapted for the Arctic region in the Canadian Land Surface Scheme Including Biogeochemical Cycles (CLASSIC). Ten sites – including …

Colloque CEN 2024: Snow cover heterogeneity and its impact on the Climate and Carbon cycle of Arctic regions (SnowC2)

One of the current limitations of the Canadian Land Surface Scheme including Biogeochemical Cycles (CLASSIC) is the use of a single-layer snow scheme, without an explicit parameterization for the snow cover fraction (SCF) and blowing snow sublimation …

ESA-CCI Kick-off meeting: Snow cover heterogeneity and its impact on the Climate and Carbon cycle of Arctic regions (SnowC2)

For more information see the project: SnowC2.