Late sea ice refreeze, September 2018. Satellite SST and IR vs. CIMR coverage

No IR satellite SST observations during sea ice minimum demonstrates the need for CIMR. Figures show: Warm SST anomalies (wrt to 1985-2003 climatology) in the Arctic Ocean September 23rd, 2018, associated with the late sea ice freezeup. Also shown is the combined IR satellite coverage from 4 satelli...

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Bibliographic Details
Main Author: Høyer, Jacob
Format: Dataset
Language:unknown
Published: figshare 2018
Subjects:
Oceanography
FOS Earth and related environmental sciences
Arctic
Arctic Ocean
Sea ice
Online Access:https://dx.doi.org/10.6084/m9.figshare.7284677
https://figshare.com/articles/Late_sea_ice_refreeze_September_2018_Satellite_SST_and_IR_vs_CIMR_coverage/7284677
Description
Summary:No IR satellite SST observations during sea ice minimum demonstrates the need for CIMR. Figures show: Warm SST anomalies (wrt to 1985-2003 climatology) in the Arctic Ocean September 23rd, 2018, associated with the late sea ice freezeup. Also shown is the combined IR satellite coverage from 4 satellites: Sentinel 3A, Metop_B, VIIRS_NPP and NOAA AVHRR as seen in Copernicus CMEMS operational data stream. Large gaps in SST coverage demonstrates the need for Copernicus Microwave Imaging Radiometer (CIMR). See also: https://cimr.eu/

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