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in the map indicate a ranking of temperature, with the 0th percentile being the coolest and the 100th percentile being the warmest in the 1981-2010 climatology. Orange and red shading represent values above the 80th (Warm) and 90th (Hot) percentile, respectively; regions shaded in light and dark blue

, respectively; regions shaded in light and dark blue indicate values below the 20th (Cool) and 10th (Cold) percentile, with respect to the 1981-2010 climatology. The data used in this map are from the NOAA Climate Prediction Center. Climate Outlook Global: April to January Current Status 8 Current

above the 80th (Warm) and 90th (Hot) percentile, respectively; regions shaded in light and dark blue indicate values below the 20th (Cool) and 10th (Cold) percentile, with respect to the 1981-2010 climatology. The data used in this map are from the NOAA Climate Prediction Center. Climate Outlook

of temperature, with the 0th percentile being the coolest and the 100th percentile being the warmest in the 1981-2010 climatology. Orange and red shading represent values above the 80th (Warm) and 90th (Hot) percentile, respectively; regions shaded in light and dark blue indicate values below the 20th (Cool

climatology. Orange and red shading represent values above the 80th (Warm) and 90th (Hot) percentile, respectively; regions shaded in light and dark blue indicate values below the 20th (Cool) and 10th (Cold) percentile, with respect to the 1981-2010 climatology. The data used in this map are from

shaded in light and dark blue indicate values below the 20th (Cool) and 10th (Cold) percentile, with respect to the 1981-2010 climatology. The data used in this map are from the NOAA Climate Prediction Center. Climate Outlook Global: July to April Current Status 8 Current Status – Precipitation

in the map indicate a ranking of temperature, with the 0th percentile being the coolest and the 100th percentile being the warmest in the 1981-2010 climatology. Orange and red shading represent values above the 80th (Warm) and 90th (Hot) percentile, respectively; regions shaded in light and dark blue

AND APPLICATIONS CENTRE (ICPAC) W2SIP/NECJOGHA Greater Horn of Africa Climate Communication Workshop GHACOF51, ENTEBBE, UGANDA 9 th – 10 th FEBRUARY 2019 Program 8 th February 2019 Arrival of Participants and Check in Day One: Saturday February 9 th 2019 8:00-9:00 Arrival and Registration

August until the minimum sea ice extent in mid-September, melting returned to above-average levels, associated with degradation of the ice in the Beaufort and Chukchi Seas. Figure 5. 3-week running mean sea ice extent change for 2021 (red), compared to 2020 (dark blue), previous years from 1979 (light

propagation in the inner heliosphere? • High cadence white light imaging in low corona (1.15 – 4 Rs) for CME acceleration • Wide angle heliospheric imagers to track CME/CIR interactions in heliosphere • Polarization information for accurate trajectory • Off-Sun-Earth line location for tracking