Mendelssohn / Nietch / Houston / Pien / Wollheim / New York / Morristown / Flagstaff / Deegan / Emery / Koch / Annapolis / New York City / Lincoln / Milbrook / /
Company
Cambridge University Press / Blackwell Publishing Ltd / Coastal / Chalmers AG / Oxford University Press / Honeywell / Wilson / /
Continent
America / /
Country
Jordan / United States / United Kingdom / / /
Event
Environmental Issue / Natural Disaster / /
Facility
plant Deyeuxia / National Institute of Climate Change Research / Bryn Mawr College / Northern Arizona University / C4 plant / Tulane University / Plant Physiology / ‡Cary Institute of Ecosystem Studies / Villanova University / / /
IndustryTerm
long-term study site / contemporary systems / infrared gas analyzer / adjacent site / chloride solution / measured using an infrared gas analyzer / /
NaturalFeature
Rhode River / cm sea / Kirkpatrick Marsh / Chesapeake Bay / /
Organization
Cambridge University / US Department of Energy / Northern Arizona University / ¶Smithsonian Environmental Research Center / National Science Foundation / National Oceanic and Atmospheric Administration / *Biology Department / Tulane University / ‡Cary Institute of Ecosystem Studies / Villanova University / Bryn Mawr College / Oxford University / Smithsonian / /
Person
THOMAS J. MOZDZER / J. ADAM LANGLEY / KATHERINE A. SHEPARD / Edgewater / Bryn Mawr / / /
Position
driver / Prime Minister / collector / King / Fisher / /
Product
ammonium chloride / /
ProgrammingLanguage
ML / /
ProvinceOrState
Maryland / Louisiana / New York / Connecticut / Pennsylvania / South Carolina / Mississippi / North Carolina / Georgia / Iowa / Arizona / /
PublishedMedium
Plant Physiology / Plant and Soil / Proceedings of the National Academy of Sciences / /
Global Change Biology (2013), doi: [removed]gcb[removed]Tidal marsh plant responses to elevated CO2, nitrogen fertilization, and sea level rise J. ADAM LANGLEY*, THOMAS J. MOZDZER†¶, KATHERINE A. SHEPARD‡, S H A N N O