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Atmospheric sciences / Meteorology / Intertidal ecology / Desiccation tolerance / Relative humidity / Littoraria / Thermoregulation / Water vapor / Operculum / Psychrometrics / Atmospheric thermodynamics / Thermodynamics


Experiencing the salt marsh environment through the foot of Littoraria irrorata: Behavioral responses to thermal and desiccation stresses
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Document Date: 2013-04-12 16:47:41


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City

Seattle / Springer-Verlag / Perth / Pocasset / Morristown / Logan / Princess Royal Harbour / Stamford / Durham / /

Company

Floy Tag Inc. / Mislan K.A.S. / Elsevier B.V. / Baxter / Honeywell International Inc. / Onset Computer Corporation / Omega Engineering Inc. / /

Country

United States / Australia / Columbia / United Kingdom / /

/

Facility

Western Australian Museum / Brian Helmuth University of South Carolina / plant S. alterniļ¬‚ora / University of South Carolina / Belle W. Baruch Marine Institute / /

IndustryTerm

low marsh site / adequate food resources / energy / energy acquisition / energy resources / study site / marsh site / aerial metabolic gas exchange / /

OperatingSystem

LEGOs / /

Organization

Belle W. Baruch Marine Institute / University of South Carolina / National Science Foundation / NOAA / National Oceanic and Atmospheric Administration / NASA / National Aeronautics and Space Administration / Department of Biological Sciences and Marine Science Program / /

Person

Nat / Shadow Fockler / David Wethey / Jerry Hilbish / Josephine C. Iacarella / Jay Pinckney / Daniel Brown / Laura Petes / Huey / Royal Harbour / /

/

Position

Campbell data logger / Walker / hand-held data logger / Corresponding author / HOBO logger / Campbell CR1000 data logger / Hunter / Fisher / Porter / /

ProvinceOrState

Western Australia / New York / South Dakota / South Carolina / North Carolina / /

Region

mid-Atlantic / South Carolina salt / Western Australia / /

Technology

radiation / /

URL

www.elsevier.com/locate/jembe / www.tidesandcurrents.noaa.gov / /

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