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Environmental chemistry / Chemical oceanography / Photosynthesis / Biogeochemical cycle / Soil biology / Mycosporine-like amino acids / Ozone depletion / Colored dissolved organic matter / Ultraviolet / Chemistry / Biology / Environment


Interactive effects of ozone depletion and climate change on biogeochemical cycles † Richard G. Zepp,a Terry V. Callaghan b,c and David J. Erickson III d a United States Environmental Protection Agency, 960 College S
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Document Date: 2006-01-02 18:25:56


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City

New York / Paris / Barrow / Athens / Amsterdam / Abisko / Wiley / Fairbanks / /

Company

Cambridge University Press / Backhuys Press / R. B. Co / Oak Ridge National Laboratory / John Wiley & Sons / /

Continent

North America / Antarctica / /

Country

Greenland / Sweden / France / United States / Brazil / United Kingdom / Argentina / Greece / /

Event

Environmental Issue / Man-Made Disaster / /

Facility

College Station Road / University of Sheffield / Abisko Scientific Research Station / Plant Sciences / Plant Ecol / /

IndustryTerm

satellite correlation analysis / animal food webs / important greenhouse gas / concentrated sulfur gas / trace gas exchange / biological systems / subarctic site / surface energy / greenhouse gas / chemical species / chemical constituents / dune grassland soil systems / aquatic systems / energy / metal / chemical reactions / food quality / greenhouse gas inventories / water-air trace gas exchange / coastal systems / chemicals / microbial food web / /

NaturalFeature

Southern Ocean / Fuego / Canadian lakes / Arctic Ocean / /

Organization

United States Environmental Protection Agency / Cambridge University / UK Department for Environment / U.S. Environmental Protection Agency / OECD / Royal Society of Chemistry and Owner Societies / University of Sheffield / United Nations / World Meteorological Organization / Sheffield Centre for Arctic Ecology / Department of Animal and Plant Sciences / /

Person

L. Zhou / V / C. J. Vorosmarty / W. T. Peterjohn / C. Woods / J. Rozema / D. J. Erickson / III / L. O. Björn / A. Bais / S. Moody / P. Splatt / A. D. McGuire / S. Madronich / David J. Erickson III / R. L. McKenzie / P. D. Greenslade / D. J. Hunsaker / F. Wechsung / N. Buck / Photochemical / R. Aerts / Nat / G. Wechsung / K. M. Newkirk / Richard G. Zepp / B. Kooi / B. A. Emmet / T. Kartschall / U. Johanson / W. M. Van de Staaij / K. K. Newsham / T. V. Callaghan / G. W. Wall / Tierra del Fuego / D. Lubin / A. A. Sabziparvar / A. Kyparissis / R. K. Kaufmann / L. Negash / J. D. Roberts / C. Gehrke / A. R. McLeod / D. Gwynn Jones / P. A. Coward / J. A. Lee / R. LaMorte / D. Johnson / R. Broekman / A. L. Schloss / N. Krotkov / M. Ilyas / B. Moore / III / Y. Manetas / Nature / C. D. Campbell / J. E. Hobbie / J. M. Melillo / J. M. Anderson / B. Sølheim / L. Kuijper / V. H. Kennedy / D. W. Kicklighter / T. H. Sparks / P. Platt / J. Verdebout / D. Gwynn-Jones / A. Oudejans / /

Position

important driver / coupled climate model / Butler / /

ProvinceOrState

Alaska / New York / Michigan / Tennessee / Georgia / Colorado / Mississippi / /

PublishedMedium

Plant and Soil / /

Region

Antarctic / Southern Argentina / southeastern United States / /

Technology

radiation / remote sensing / DOM / /

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