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JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 116, D10109, doi:2010JD014769, 2011 The influence of surface versus free‐air decoupling on temperature trend patterns in the western United States N. C. Pepin,1 C. Daly,2
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Document Date: 2015-03-02 11:05:38

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City

Corvallis / Pepin / Portsmouth / PEPIN ET / /

Company

Crane / Banta / AZ CO / /

Country

United States / United Kingdom / /

Event

Environmental Issue / Natural Disaster / /

Facility

Oregon State University / University of Washington / COOP station / University of Portsmouth / /

IndustryTerm

greenhouse gas emissions / long‐term observational networks / objective algorithm / transportation / given search diameter / mountain summit network / ridge top site / /

NaturalFeature

MT OR CA WY WY / Geopotential heights / Sierra Nevada / /

OperatingSystem

GCOS / /

Organization

American Geophysical Union / Department of Geography / Department of Civil and Environmental Engineering / Oregon State University / University of Portsmouth / University of Washington / Seattle / Department of Geosciences / /

Person

Stanley Wisdom Seneca Truckee Jackson / Diaz / /

Position

King / topographic index representative / index representative / representative / monthly indices representative / /

Product

Moran / /

ProvinceOrState

Utah / Wyoming / Montana / North Dakota / Nevada / Oregon / North Carolina / California / Idaho / Colorado / Washington / /

PublishedMedium

JOURNAL OF GEOPHYSICAL RESEARCH / /

Region

western Colorado / western United States / West Coast / eastern Idaho / northern Wyoming / /

Technology

radiation / Environmental Engineering / objective algorithm / /

SocialTag