Boca Raton / Brisbane / New York / Madison / Middleton / /
Company
Cambridge University Press / CRC Press / North Fork / /
Country
Norway / Japan / Russia / United States / Australia / /
Event
Environmental Issue / /
Facility
University of Wisconsin / /
IndustryTerm
groundwater systems / timeseries processing software / time-series processing approach / energy / lake systems / surface-water systems / post-processing / algorithms / environmental systems / /
NaturalFeature
Northern Highlands / Trout Lake / Crystal Lake / Allequash Lake / /
OperatingSystem
Fork / /
Organization
Department of Geology and Geophysics / Cambridge University / National Science Foundation / National Center for Atmospheric Research / Institute for Numerical Mathematics / U.S. Geological Survey’s office of Ground Water and Trout Lake Water / Center for Climate System Research / American Water Resources Association / Bjerknes Centre for Climate Research / University of Wisconsin / /
Person
M. Marquis / K. Averyt / Lauren E. Hay / H.L. Miller / Jr. / Dave Prudic / Roland Viger / Rich Niswonger / M. Manning / Randall J. Hunt / Tim Kratz / Z. Chen / Steve Westenbroek / Steven L. Markstrom / M.M.B. Tignor / John F. Walker / R. Steve Regan / Mike Fienen / /
Position
model / V.P. / /
ProvinceOrState
Wisconsin / New York / Dane County / Vilas County / Florida / Northern Highlands / /
PublishedMedium
Atmospheric Research / /
Region
central Wisconsin / Northern Wisconsin / /
Technology
physically based algorithms / radiation / LSQR Algorithm / Geophysics / simulation / CO algorithms / /
Using a Coupled Groundwater/SurfaceWater Model to Predict Climate-Change Impacts to Lakes in the Trout Lake Watershed, Northern Wisconsin John F. Walker, Randall J. Hunt, Steven L. Markstrom, Lauren E. Hay, John Doherty