ICTA-UAB joins the European greenhouse gas measurement network

ICTA-ICOS

The ICTA-UAB is one of the institutions that will join the Spanish network of the Integrated Carbon Observation System, ICOS. The research infrastructure, which is funded by European countries, measures greenhouse gases across the European continent and the adjacent oceans.

23/11/2020

Measuring greenhouse gases is important, since excessive amounts of these warming gases are caused by fossil fuel use, agriculture, and other human activity, and they warm up the atmosphere. Climate change will cause harsh consequences for the nature and for people, if not curbed early enough.

Spain will gradually bring eight measurement stations to the network. Two of the eight stations are measuring the dissolved carbon on the adjacent sea areas, two will produce data about carbon exchanges in ecosystems, and four towers will reach to the heights to measure the greenhouse gases in the atmosphere. Like all ICOS data, also the Spanish data will be openly available on ICOS Carbon Portal, free of charge for anyone to use. The data is being used to study, for example, climate change and its implications on the Earth and for the people on this planet.

The new stations will extend the standardised ICOS measurement network to the Spanish mainland, to the the Canary Islands and to the Mediterranean Sea: areas that are strategically important and increase the geographical spread of the network.

“We are very pleased to welcome Spain to ICOS. With the extended network of stations, ICOS data will cover areas from Canary Islands to Scandinavia and even Svalbard in the north. This allows us to see how carbon emissions move along with the winds, and how sinks are distributed at land and in the oceans. Based on our high-quality data, scientists can better inform societies on the effects of climate change”, says Dr Werner Kutsch, Director General of ICOS.

The Mediterranean and the Atlantic Ocean measured by ship line

Starting on 1 January 2021, the Spanish ICOS consortium will consist of AEMET, the Spanish meteorological institute, and the University of Las Palmas de Gran Canaria (ULPGC), both bringing in one station. The ULPGC station is actually a commercial ship, with measurement equipment onboard. The ship will travel from the Canary Islands on the Atlantic Ocean to Barcelona in the Mediterranean and back, gathering water samples during its journey.

“The active involvement of the Canary Islands Government and Loro Parque Foundation will assure the ULPGC contribution to keep running the ocean stations in order to actively communicate the science-based knowledge that is relevant to climate action and decision-making of the Canary region inside Europe”, states Dr Melchor.

The AEMET Izaña atmosphere station is also in the Canary Islands, where it provides important background information on the concentrations of carbon dioxide and methane in the subtropical atmosphere, as well as other greenhouse gases.

“The ICOS programme in Izaña station is being implemented in parallel and independently of the World Meteorological Organisation’s GAW programme that began in 1984. The station also intersects with all other global greenhouse gas observing systems, using both ground based and remote sensing techniques: This brings added value as a permanent point of comparison of all networks,” says Dr Emilio Cuevas, the coordinator of the Spanish ICOS from AEMET.

Co-operation of seven Spanish institutes

Within the next few years, five more institutes will join the consortium: the Institute of Environmental Science and Technology of the Autonomous University of Barcelona (ICTA-UAB), the Oceanic Platform of the Canary Islands, Mediterranean Center for Environmental Studies and the National Institute for Aerospace Technology. The partners have a leading role in climate modelling and research, and in regional greenhouse gas measurements in Spain.

The ICOS General Assembly approved Spain’s membership request in its meeting on 17 November 2020.  After Spain joining ICOS on 1 January 2021, ICOS research infrastructure will consist of 13 member states, and close to 150 measurement stations run by over 80 partner universities and institutes in Europe.

 

 

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