Biography

Since 2004, Dr. Harry Harmens the chairman of the ICP Vegetation (http://icpvegetation.ceh.ac.uk), an International Cooperative Programme reporting on the impacts of air pollutants on vegetation to the UN Convention on Long-range Transboundary Air Pollution (LRTAP). Ca. 50 countries and more than 200 scientists contribute to the programme. Dr. Harry Harmens have coordinated the European moss survey, reporting on the concentration of heavy metals and nitrogen (and to some extend persistent organic pollutants - POPs) in mosses. An important part of the programme is the development of ozone critical levels for vegetation, collating evidence of ozone effects and quantify ozone impacts on ecosystem services such as food security and carbon sequestration, and impacts on plant biodiversity.

Research Intrest

Impacts of climate change and air pollution on vegetation

List of Publications
Nickel Stefan; Schröder Winfried; Wosniok Werner; Harmens Harry; Frontasyeva Marina V.; Alber Renate; Aleksiayenak Julia; Barandovski Lambe; Blum Oleg; Danielsson Helena; de Temmerman Ludwig; Dunaev Anatoly M.; Fagerli Hilde; Godzik Barbara; Ilyin Ilia; Jonkers Sander; Jeran Zvonka; Karlsson Gunilla Pihl; Lazo Pranvera; Leblond Sebastien; Liiv Siiri; Magnússon Sigurður H.; Mankovska Blanka; Martínez-Abaigar Javier; Piispanen Juha; Poikolainen Jarmo; Popescu Ion V.; Qarri Flora; Radnovic Dragan; Santamaria Jesus Miguel; Schaap Martijn; Skudnik Mitja; Špirić Zdravko; Stafilov Trajce; Steinnes Eiliv; Stihi Claudia; Suchara Ivan; Thöni Lotti; Uggerud Hilde Thelle; Zechmeister Harald G.; , 2017, Modelling and mapping heavy metal and nitrogen concentrations in moss in 2010 throughout Europe by applying Random Forests models. Atmospheric Environment
Harmens Harry; Hayes Felicity; Sharps Katrina; Mills Gina; Calatayud Vicent; , 2017, Leaf traits and photosynthetic responses of Betula pendula saplings to a range of ground-level ozone concentrations at a range of nitrogen loads. Journal of Plant Physiology, 211, 42-52
Schröder Winfried; Nickel Stefan; Schönrock Simon; Schmalfuß Roman; Wosniok Werner; Meyer Michaela; Harmens Harry; Frontasyeva Marina V.; Alber Renate; Aleksiayenak Julia; Barandovski Lambe; Blum Oleg; Carballeira Alejo; Dam Maria; Danielsson Helena; De Temmerman Ludwig; Dunaev Anatoly M.; Godzik Barbara; Hoydal Katrin; Jeran Zvonka; Karlsson Gunilla Pihl; Lazo Pranvera; Leblond Sebastien; Lindroos Jussi; Liiv Siiri; Magnússon Sigurður H.; Mankovska Blanka; Núñez-Olivera Encarnación; Piispanen Juha; Poikolainen Jarmo; Popescu Ion V.; Qarri Flora; Santamaria Jesus Miguel; Skudnik Mitja; Špirić Zdravko; Stafilov Trajce; Steinnes Eiliv; Stihi Claudia; Suchara Ivan; Thöni Lotti; Uggerud Hilde Thelle; Zechmeister Harald G.; , 2017, Bioindication and modelling of atmospheric deposition in forests enable exposure and effect monitoring at high spatial density across scales. Annals of Forest Science, 74