News

ARISTOTLE-ENHSP meeting participants at ECMWF February 2020

European multi-hazard service moves towards operations

Experts from four research and forecasting centres met at ECMWF on 4 and 5 February 2020 to drive forward the creation of a 24/7 European multi-hazard virtual advice service for natural disasters.

Graphic for satellite assimilation workshop February 2020

Experts chart way ahead for satellite cloud and precipitation assimilation

Eighty of the world’s top experts on using satellite cloud and precipitation observations in numerical weather prediction came together at ECMWF from 3 to 6 February to review progress and chart the way ahead.
Some new ocean and sea-ice variables in S2S database

New ocean and sea-ice variables added to 60-day forecast database

Nine new ocean and sea-ice variables have been added to a multi-model sub-seasonal to seasonal (S2S) weather prediction database hosted by ECMWF. The new variables will help researchers to explore the predictability of ocean and sea-ice conditions.
Marta Janisková and Mark Fielding

Tests show that cloud radar and lidar data improve weather forecasts

ECMWF scientists Marta Janisková and Mark Fielding have shown that using cloud radar and lidar data in global numerical weather prediction can improve forecasts. Their ground-breaking results will be presented during the NWP SAF/ECMWF/JCSDA satellite data assimilation workshop taking place at the Centre from 3 to 6 February.
Warm conveyor belt graphic

Getting a grip on warm conveyor belts in weather forecasting

Predicting warm conveyor belt ascending air flows in extratropical cyclones and their impacts on the weather remains a key challenge for forecasting. A workshop at ECMWF from 10 to 12 March 2020 will bring together a wide range of international experts to discuss the way forward.

UTCI heat stress plot for Europe in June 2019

ECMWF releases 40-year dataset on weather-induced thermal stress

ECMWF has released global data on weather-induced, outdoor thermal stress and discomfort in human beings covering the period from 1979 to today. The data have been calculated using weather information from ECMWF’s ERA5 reanalysis.
ECMWF Newsletter 162 cover

Winter 2019/20 Newsletter published

The winter 2019/20 issue of the ECMWF Newsletter is now available. As well as news about ECMWF staff and events, it features articles about new developments and the use that can be made of ECMWF products.
Adrian Gregory and Florence Rabier

ECMWF signs contract with Atos for new supercomputer

ECMWF has signed a four-year contract worth over 80 million euros with Atos for the supply of its BullSequana XH2000 supercomputer. ECMWF’s Council of Member States gave the Centre the green light for the deal during its session in December 2019.
Aeolus satellite wind profile path

ECMWF starts assimilating Aeolus wind data

ECMWF started assimilating wind data from the European Space Agency's ground-breaking Aeolus satellite operationally on 9 January 2020 after tests showed that they significantly improve weather forecasts.
Convective clouds

ECMWF scientists to simulate global weather at 1 km resolution

A group of ECMWF scientists have been awarded time on the world’s most powerful supercomputer to carry out ground-breaking global weather and climate simulations at 1 km resolution.
News highlights 2019

News highlights of 2019

ECMWF news highlights in 2019 include an upgrade of ECMWF’s Integrated Forecasting System that greatly improved forecasts; tests showing the substantial impact of ground-breaking new wind data; a series of events to drive forward numerical weather prediction; and the appointment of a new Director of Copernicus Services.
Graphic for ECMWF events 2020

A look ahead to ECMWF events in 2020

Registration is open for the 2020 Annual Seminar and a workshop on the forecasting challenges associated with warm conveyor belts. Other events in 2020 include the Using ECMWF’s Forecasts meeting (UEF) and our biennial workshop on high-performance computing in meteorology.
Peter Düben

What next for machine learning in weather forecasting?

The use of machine learning in numerical weather prediction is on the rise. In a lecture on 10 December 2019, ECMWF scientist Peter Düben set out the main use cases and charted the way ahead.
Poster session at H SAF/HEPEX workshop 2019

Modelling and data communities meet at ECMWF to advance hydrology

More than a hundred modellers and satellite data specialists in the field of hydrology came together at ECMWF from 25 to 28 November to debate new ideas and deepen collaborations.
Peter Bauer

ON HOLD: Preparing weather prediction for next-generation supercomputers

Six years ago, ECMWF launched a major programme to prepare all its systems for future supercomputer architectures. On 10 December, ECMWF Deputy Director of Research Peter Bauer will set out the main results and plans to implement them.
Graphic for stratospheric predictability workshop at ECMWF Nov 19

Scientists review impact of the stratosphere on weather

What impact does the stratosphere have on the weather below, and how can we harness our knowledge of that impact to improve weather forecasts? About 90 scientists came together at ECMWF from 18 to 21 November to review the state of the art.
Components of the global weather observing system

ECMWF statement on the outcomes of the ITU WRC-2019 conference

The outcome of the ITU's World Radiocommunication Conference 2019 (WRC-19) in Sharm el-Sheikh, Egypt, from 28 October to 22 November regarding the important 24 GHz observations is a big disappointment for ECMWF.
Martin Palkovič at the Copernicus AI workshop in Nov 2019

Experts probe use of AI in Earth system applications

Sixty-nine scientists came together at ECMWF from 5 to 7 November 2019 to explore the scope for widening the use of artificial intelligence (AI) in Earth system applications.
Aeolus satellite wind profile path

Tests show positive impact of new Aeolus wind data on forecasts

Tests carried out at ECMWF have demonstrated that new wind profile observations from the European Space Agency's ground-breaking Aeolus satellite significantly improve weather forecasts, particularly in the southern hemisphere and the tropics.