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The Young Earth System Scientists (YESS) Community
Weather, Climate, Environment, Research, Education, Training, Climate services, Forecast
Bulletin nº Vol 65 (1) - 2016
21
Publish Date: 21 March 2016
by WMO Secretariat 1 Due to human-induced climate change, the planet is undergoing many changes. “We have had years of record Arctic sea ice minimum. We have lost a massive...
Highlights from the First Five-yearly Statement on the Status of the Global Climate
Weather, Climate, Disaster risk reduction, Environment, El Niño / La Niña, Data exchange, Climate services
Bulletin nº Vol 65 (1) - 2016
Theme: Climate
21
Publish Date: 21 March 2016
In the last few months, 2015’s status as the warmest year on record has been making headlines around the world. The WMO annual Statements on the Status of the Global Climate are an important part of the global climate monitoring that has arrived at this conclusion. Now, for the first time, WMO has issued a five-yearly Statement on the Status of the Global Climate, covering 2011–2015.
Nowcasting for Central Europe
Weather, Climate, Satellite, Forecast, Research, Climate services, Environment
Bulletin nº Vol 65 (1) - 2016
21
Publish Date: 21 March 2016
High-impact weather has always posed challenges for crisis management and risk prevention. Nowcasting provides very short range weather forecasts (0–6 hours) and warnings in a timely manner and in high spatial detail. It can help end users such as civil protection authorities, hydrologists and road safety services in their time-critical applications to respond, prepare and take actions for high-impact weather.
Climate Predictability in the Stratosphere
Weather, Climate, Observations, Environment, Forecast, Climate services, Data exchange
Bulletin nº Vol 65 (1) - 2016
21
Publish Date: 21 March 2016
In order to accurately predict the day-to-day evolution of weather systems, one needs a detailed description of the initial state of the atmosphere. A good picture of the actual atmospheric conditions is therefore required. Predictability of the atmosphere associated with its initial state is, however, limited to approximately 10 days.