European climate services take an important leap forward 

European climate services take an important leap forward

An important milestone was passed during the second general assembly of the Copernicus Climate Change Service, which took place in Berlin on Sept 24-28 (twitter hashtag '#C3SGA18'). The European climate service has become operational, hosted by the European Centre for Medium-Range Forecasts (ECMWF).

This means a growing volume of open and free climate data will become available to everyone. Copernicus will also provide regular assessments of the state of climate, which will include monthly bulletins and annual state of the climate reports.

One goal is to make Europe and the rest of the world better able to adapt to climate change.

The range and volume of activities connected to building up Copernicus Climate Change Services is almost breathtaking and has involved a large number of European research institutions. We are talking about huge volumes of data, and the pan-European engagement also bolsters the quality and trust in the products that Copernicus can offer. 

Typical types of data that will be provided include observations, climate indicators, reanalyses, seasonal forecasts, decadal climate forecast, and climate change projections.  A great deal of effort has been made to assure good quality and good practices in order to establish trusted products. It is also important that the service is user-friendly and easy to use. 

People will see a webportal which gives them access to the climate data store and a toolbox which lets them perform their analysis on the data without having to download it. They would have to register, and there are already thousands of registered users, many who also come from non-European countries. 

To make the data more widely useful, Copernicus is also developing sector information systems to assist decision-makers and impact studies.

Copernicus puts a great deal of efforts into outreach and user-friendliness. However, it is also acknowledged that there is no such thing as as a “typical user”. Therefore, there will be a Copernicus user service and online training facilities that is open for anyone, anywhere (with a decent Internet connection) and anytime. There will also be initiatives to train the trainers.

The visibility of the services is also important and there is already some material for TV-meteorologists, such as maps and curves. Some nice examples were presented at the general assembly on how information from Copernicus is being used by German TV weather forecasters and on Euronews. I expect this type of materials will develop further in the future. 

Overall, I think the Copernicus Climate Change Services is a great start, but I also believe that there is room for further developments and improvements. For instance, as in my previous blog on climate indicators, I still think the set of commonly used climate indicators is incomplete. 

The set of climate indicators should include updated estimates of the global daily precipitation area and global tropospheric overturning. Other useful products include storm tracks for both tropical as well as mid-latitude cyclones. These types of indicators could be based on the new high-resolution ERA5 reanalysis data.   

Another potentially useful aspect would be to host a catalog of past events, such as storms, flooding, extreme rainfall, droughts, and heatwaves, and provide a tool to show when and where they took place on a time-space axis.

Additional relevant information, together with a comprehensive search engine, could also enrich such a database and make it more widely useful. For instance geographical information, consequences, damages, and photographs.

Also, more emphasis should also be placed on metadata and additional information, which will make data exploration and search more powerful.

An optimal use of the metadata can also strengthen data analysis and improve efforts to distill information from the data. Making use of all relevant and available information can also provide a better guidance on which data products to use. 

Another thing is that the toolbox so far only accommodates for python scripts, and there is a large community that uses R for data analysis who will not have the same support. I guess this will improve in the near future.

My comment on the general assembly, and conferences in general, is that I found some of the presentations challenging to follow because of the proliferation of acronyms and abbreviations.

Presentations with acronyms that are not widely used are bound to lose their punch, as people start to wonder what they mean and hence miss subsequent messages. The extensive use of acronyms is a bad habit and creates an obstacle to understanding the message. 

I decided to carry out an ad hoc and informal quiz to see how well my peers know 19 different abbreviations used in the European climate services community (you can try this quiz yourself if you are curious).

The graphics below shows a summary of 37 anonymous responses, and the results seem to support my impression about how futile it is to use non-standard abbreviations.

The results of the ‘Master of climate codes’ quiz. Note that the two abbreviations ‘SEP’ and ‘WPS’ got most misses. SEP was a dummy abbreviation that was not used by the presenters but was taken from Douglas Adams ‘Hitchhikers guide to the Galaxy’. WPS can have two different meanings.

I have also made a collection of the abbreviations that I caught during the general assembly in the table below. It’s good to have an overview.

Code Plaintext

API Application program interface

C3S Copernicus climate change services

CCI Climate change initiative

CDM Common data model

CDR Climate data records

CDS Climate data store

CMIP Coupled climate model intercomparison project

CRPS Continuous ranked probability score

CUS Copernicus user support

DECM Data evaluation for climate models

ECV Essential climate variables

EQC Evaluation and quality control

EQCO Evaluation of quality control for observations

ERA5 The fifth European reanalysis

ERAINT The interim European reanalysis

ESGF Earth system grid federation


The European Organisation for the Exploitation of Meteorological Satellites

GCOS Global climate observing system

GFCS Global framework for climate services

GPCC Global precipitation Climatology centre

GPCP Global precipitation Climatology project

ICDR Interim climate data records

KB Knowledge base

P2P Peer-to-Peer

PoC Proofs of concept

QA4ECV Quality assurance for essential climate variables

QAR Quality assurance report

QAT Quality assurance template

SaaS Software as a servic

SIS Sector information services

URDB User requirement database

WPS web-based processing system

Superforest,Climate Change

via RealClimate

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