ENSO neutral conditions currently prevail in the tropical Pacific Ocean, despite sea surface temperatures being near the El Niño threshold. Most climate models surveyed indicate that ENSO-neutral conditions will continue through July-September 2017, followed by a 50-60% chance of a continuation of ENSO-neutral during the subsequent months of 2017. The development of El Niño conditions is slightly less likely, while the emergence of La Niña appears unlikely. National Meteorological and Hydrological Services will continue to closely monitor changes in the state of ENSO over the coming months.
Conference puts spotlight on interactions between global warming, associated sea level rise, coastal impacts and options for adaptation
New York, 6 July 2017 – The consequences of climate change for sea level rise will be in the spotlight at a major international research conference which will seek to assess past, present and future regional sea-level change and its impacts on coastal communities.
WMO and Climate Central launch new series of climate reports by TV weather presenters
Geneva, 5 July 2017 – In a year already marked by heatwaves and new daily temperature records, television weather presenters have explored how climate change would make future summers even hotter in some of the world’s major cities.
If greenhouse gas emissions continue to increase, Earth’s average global surface temperature could rise more than 4°C (7.2°F) by the end of the 21st century. But what does this global average really mean for the daily lives of people living in Madrid, or Ha Noi, or Montreal?
A global initiative is gaining momentum to improve multi-hazard early warning systems and so boost the resilience of the most vulnerable countries to extreme weather and the impacts of climate change.
The Climate Risk and Early Warning Systems (CREWS) initiative aims to mobilize more than US$100 million by 2020 to strengthen risk information and early warning systems in least developed countries and small island developing states.
Haiti’s National Meteorological and Hydrological Service (UHM) has a new headquarters – an important milestone in the drive to improve weather forecasts and warnings, and build resilience to tropical cyclones, floods and other hazards.
The new building was inaugurated at a high-level ceremony on 26 May. It is constructed to withstand earthquakes and hurricanes, enabling operations to continue during extreme events when services are most needed. Solar panels will power daily activities and will provide a back-up against electricity outages.