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Publication Year: 
2017
JRC Publication N°: 
JRC103542
Authors: 
LOOS Robert
TAVAZZI Simona
MARIANI Giulio
SUURKUUSK Gert
PARACCHINI Bruno
UMLAUF Gunther
Publication Year: 
2017
JRC Publication N°: 
JRC106535
Authors: 
SPINELLE Laurent
GERBOLES Michel
KOK Gertjan
PERSIJN Stefan
SAUERWALD Tilman
Publication Year: 
2017
JRC Publication N°: 
JRC104133
Authors: 
SHIMABUKURO Yosio
ARAI Egidio
DUARTE Valdete
ANDERSON Liana O.
ARAGÃO Luiz E. O. C.
ACHARD Frederic
BEUCHLE Rene'
SIMONETTI Dario
GRECCHI Rosana
Publication Year: 
2017
JRC Publication N°: 
JRC104134
Authors: 
GRECCHI Rosana
BEUCHLE Rene'
VOGT Peter
SHIMABUKURO Yosio
RODRIGUES GOMES Alessandra
Publication Year: 
2017
JRC Publication N°: 
JRC105654
Authors: 
GROSS Dorit
ACHARD Frederic
DUBOIS Gregoire
BRINK Andreas
PRINS Herbert
The JRC air quality monitoring tower is one of the most advanced research-driven monitoring stations The JRC air quality monitoring tower is one of the most advanced research-driven monitoring stations
©European Union, 2017
Jul 10 2017
A new state-of-the-art laboratory has been built to host the station which has been measuring air pollution for over thirty years.
Publication Year: 
2017
JRC Publication N°: 
JRC104841
Authors: 
PANAGOS Panagiotis
BORRELLI Pasquale
MEUSBURGER Katrin
YU Bofu
KLIK Andreas
JAE LIM Kyoung
YANG J.
NI Jinren
MIAO Chiyuan
CHATTOPADHYAY Nabansu
SADEGHI Seyed Hamidreza
HAZBAVI Zeinab
ZABIHI Mohsen
LARIONOV Gennady A
KRASNOV Sergey F
GOROBETS Andrey V.
LEVI Yoav
ERPUL Gunay
BIRKEL Christian
HOYOS Natalia
NAIPAL Victoria
OLIVEIRA Paulo Tarso
BONILLA Carlos
MEDDI Mohamed
NEL Werner
AL DASHTI Hassan
BONI Martino
DIODATO Nazareno
VAN OOST K.
NEARING Mark
BALLABIO Cristiano
Publication Year: 
2017
JRC Publication N°: 
JRC105550
Authors: 
BAKER A. R.
KANAKIDOU Maria
ALTIERI Katye
DASKALAKIS Nikos
OKIN Gregory
MYRIOKEFALITAKIS Stelios
DENTENER Franciscus
UEMATSU M.
SARIN Manmohan
DUCE Robert A.
GALLOWAY James N.
KEENE William C.
SINGH Arvind
ZAMORA Lauren
LAMARQUE J. F.
HSU Shih-Chieh
ROKEHAR Shital S.
PROSPERO J.
Publication Year: 
2017
JRC Publication N°: 
JRC102330
Authors: 
ZAJAC Zuzanna
REVILLA ROMERO Beatriz
SALAMON Peter
BUREK Peter Andreas
HIRPA Feyera Aga
BECK Hylke
Water excess affects wheat production more than drought in several countries Water excess affects wheat production more than drought in several countries
©Fotolia GreenOptix
Jul 04 2017
JRC scientists have proposed a new approach for identifying the impacts of climate change and extreme weather on the variability of global and regional wheat production. The study analysed the effect of heat and water anomalies on crop losses over a 30-year period.

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