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Horizon 2020 project information and now also report summaries are available on CORDIS. All H2020 projects can be downloaded from the EU Open Data Portal .

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CERIC-ERIC Call for Proposals Now Open!
CERIC has launched its new call for proposals, open to researchers from all over the world, for multidisciplinary and multi-technique research in all fields of materials and biomaterials sciences, and nanotechnology.
Record Number: 142118
Last updated on: 2018-01-22
IEEE 13th System of Systems Engineering Intl. Conference (SoSE 2018, Paris)
Start date: 2018-06-19, End date: 2018-06-22
================================================ IEEE – 13th System of Systems Engineering Conference SoSE 2018 June 19-22, 2018, Jussieu Campus, 5th arrondissement, Paris http://sosengineering.org/2018/ Paper submis...
Record Number: 152640
Last updated on: 2018-01-22
Der Klimawandel könnte bis zum Jahr 2100 ganze 351 Millionen Europäer betreffen
Laut einer Studie, die kürzlich in „The Lancet Planetary Health“ veröffentlicht wurde, könnte sich die globale Erwärmung bis 2100 jedes Jahr auf zwei Drittel der europäischen Bevölkerung (351 Millionen Menschen) auswirken und jährlich 152 000 Leben fordern.
Programme: FP6-SUSTDEV
Record Number: 128562
Last updated on: 2017-09-13
Available languages: DE, EN, ES, FR, IT, PL
New research shows climate change could impact on 351 million Europeans by 2100
According to a study recently published in the ‘The Lancet Planetary Health’, global warming could impact about two-thirds of the European population a year, 351 million people, by 2100, resulting in 152 000 deaths annually.
Programme: FP6-SUSTDEV
Record Number: 128562
Last updated on: 2017-09-13
Available languages: DE, EN, ES, FR, IT, PL
Una investigación reciente demuestra que el cambio climático podría afectar a 351 millones de europeos de aquí a 2100
Según un estudio publicado recientemente en «The Lancet Planetary Health», el calentamiento global podría afectar a dos tercios de la población europea cada año, 351 millones de personas, para 2100, lo cual provocaría 152 000 muertes anuales.
Programme: FP6-SUSTDEV
Record Number: 128562
Last updated on: 2017-09-13
Available languages: DE, EN, ES, FR, IT, PL
Le changement climatique pourrait influencer 351 millions d'Européens d'ici 2100, d'après une nouvelle étude
D'après une étude récemment publiée dans «The Lancet Planetary Health»,d'ici 2100, le réchauffement planétaire pourrait avoir un impact sur les deux tiers de la population européenne par an, soit 351 millions de personnes, entraînant ainsi 152 000 décès chaque année.
Programme: FP6-SUSTDEV
Record Number: 128562
Last updated on: 2017-09-13
Available languages: DE, EN, ES, FR, IT, PL
Nuova ricerca indica che il cambiamento climatico potrebbe avere un impatto su 351 milioni di europei entro il 2100
Secondo uno studio pubblicato in “The Lancet Planetary Health”, entro il 2100 il riscaldamento globale potrebbe avere un impatto annuale su circa due terzi della popolazione europea, 351 milioni di persone, provocando ogni anno 152 000 decessi.
Programme: FP6-SUSTDEV
Record Number: 128562
Last updated on: 2017-09-13
Available languages: DE, EN, ES, FR, IT, PL
Nowe badania wskazują, że do roku 2100 zmianę klimatu może odczuć 351 milionów Europejczyków
Wedle badań opisanych niedawno w »The Lancet Planetary Health«, do roku 2100 skutki globalnego ocieplenia mogą dotknąć około dwóch trzecich populacji Europy rocznie, czyli 351 milionów ludzi, powodując 152 000 ofiar śmiertelnych każdego roku.
Programme: FP6-SUSTDEV
Record Number: 128562
Last updated on: 2017-09-13
Available languages: DE, EN, ES, FR, IT, PL
HELCOM and BONUS tighten collaboration for the good of environmental protection action in the Baltic Sea -
HELCOM Heads of Delegation (HODs) note the contribution of BONUS projects to policy-making, including the upcoming HELCOM Ministerial Meeting: The 53rd Meeting of the HODs has taken note of recent policy-related results from a number of BONUS projects related to topics of biod...
Programme: FP7-ART 185 (EX 169)
Record Number: 141951
Last updated on: 2017-12-18
An invisibility cloak is created to conceal sensors and antennas and improve communication
A researcher at the NUP/UPNA-Public University of Navarre has developed two types of invisibility cloak. One of them is useful in concealing sensors and antennas and thus eliminating interference, which would improve the performance of communications systems. The other can be ...
Record Number: 141957
Last updated on: 2017-12-19
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List retrieved on: 2018-01-23
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