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Vaira Ranch
1093-Vaira Ranch
Remote sensing data assimilation for a prognostic phenology model
Bondville
BOREAS NSA - Old Black Spruce
Castelporziano
Collelongo- Selva Piana
El Saler
Fort Peck
Harvard Forest EMS Tower (HFR1)
Hesse Forest- Sarrebourg
Hyytiala
Kaamanen wetland
Lethbridge
Morgan Monroe State Forest
Niwot Ridge (LTER NWT1)
Santarem-Km67-Primary Forest
Santarem-Km83-Logged Forest
Tharandt- Anchor Station
Tonzi Ranch
Vaira Ranch
Vielsalm
Willow Creek
Wind River Crane Site
Stöckli, R.
,
Rutishauser T.
,
Dragoni D.
,
O'keefe J.
,
Thornton P. E.
,
Jolly M.
, et al.
(2008).
Remote sensing data assimilation for a prognostic phenology model
.
Journal of Geophysical Research. 113
(G4),
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Estimation of incident photosynthetically active radiation from Moderate Resolution Imaging Spectrometer data
Black Hills
Fort Peck
Howland Forest (Main Tower)
Lost Creek
Santarem-Km83-Logged Forest
Vaira Ranch
Walker Branch Watershed
Liang, S.
,
Zheng T.
,
Liu R.
,
Fang H.
,
Tsay S. - C.
, &
Running S.
(2006).
Estimation of incident photosynthetically active radiation from Moderate Resolution Imaging Spectrometer data
.
Journal of Geophysical Research. 111
(D15),
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Deriving a light use efficiency model from eddy covariance flux data for predicting daily gross primary production across biomes
Austin Cary
Blodgett Forest
Donaldson
Duke Forest Hardwoods
Duke Forest Loblolly Pine
Duke Forest Open Field
Fort Peck
Goodwin Creek
Hesse Forest- Sarrebourg
Howland Forest (Main Tower)
Hyytiala
Lost Creek
Metolius Intermediate Pine
Metolius Old Pine
Metolius Second Young Pine
Morgan Monroe State Forest
Niwot Ridge (LTER NWT1)
Sylvania Wilderness Area
Tharandt- Anchor Station
Tonzi Ranch
UCI 1930
UCI 1964
UCI 1981
Univ. of Mich. Biological Station
Vaira Ranch
Walnut River Watershed
Willow Creek
Yuan, W.
,
Liu S.
,
Zhou G.
,
Zhou G.
,
Tieszen L. L.
,
Baldocchi D.
, et al.
(2007).
Deriving a light use efficiency model from eddy covariance flux data for predicting daily gross primary production across biomes
.
Agricultural and Forest Meteorology. 143
(3-4), 189 - 207.
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Development of a global evapotranspiration algorithm based on MODIS and global meteorology data
Austin Cary
Barrow
Black Hills
Blodgett Forest
Bondville
BOREAS NSA - Old Black Spruce
British Columbia- Campbell River - Mature Forest Site
Donaldson
Duke Forest Hardwoods
Duke Forest Loblolly Pine
Fort Peck
Kennedy Space Center (scrub oak)
Lethbridge
Mize
Niwot Ridge (LTER NWT1)
Tonzi Ranch
Univ. of Mich. Biological Station
Vaira Ranch
Walnut River Watershed
Mu, Q.
,
Heinsch F. A.
,
Zhao M.
, &
Running S. W.
(2007).
Development of a global evapotranspiration algorithm based on MODIS and global meteorology data
.
Remote Sensing of Environment. 111
(4), 519 - 536.
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Upscaling fluxes from tower to landscape: Overlaying flux footprints on high-resolution (IKONOS) images of vegetation cover
Austin Cary
Tonzi Ranch
Vaira Ranch
KIM, J.
,
GUO Q.
,
BALDOCCHI D.
,
LECLERC M.
,
Xu L.
, &
SCHMID H.
(2006).
Upscaling fluxes from tower to landscape: Overlaying flux footprints on high-resolution (IKONOS) images of vegetation cover
.
Agricultural and Forest Meteorology. 136
(3-4), 132 - 146.
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Satellite-based estimation of surface vapor pressure deficits using MODIS land surface temperature data
Blodgett Forest
Bondville
Fort Peck
Harvard Forest EMS Tower (HFR1)
Lost Creek
Metolius Intermediate Pine
Morgan Monroe State Forest
Niwot Ridge (LTER NWT1)
Tonzi Ranch
Vaira Ranch
Willow Creek
HASHIMOTO, H.
,
DUNGAN J.
,
WHITE M.
,
YANG F.
,
MICHAELIS A.
,
RUNNING S.
, et al.
(2008).
Satellite-based estimation of surface vapor pressure deficits using MODIS land surface temperature data
.
Remote Sensing of Environment. 112
(1), 142 - 155.
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An analysis of soil moisture dynamics using multi-year data from a network of micrometeorological observation sites
Metolius Intermediate Pine
Tonzi Ranch
Vaira Ranch
Walker Branch Watershed
MILLER, G.
,
BALDOCCHI D.
,
LAW B.
, &
MEYERS T.
(2007).
An analysis of soil moisture dynamics using multi-year data from a network of micrometeorological observation sites
.
Advances in Water Resources. 30
(5), 1065 - 1081.
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Albedo estimates for land surface models and support for a new paradigm based on foliage nitrogen concentration
Bartlett Experimental Forest
Black Hills
Bondville
BOREAS NSA - Old Black Spruce
Brookings
Canaan Valley
Chestnut Ridge
Duke Forest Hardwoods
Duke Forest Loblolly Pine
Fort Dix
Goodwin Creek
Howland Forest (Main Tower)
Howland Forest (West Tower)
Mead - irrigated continuous maize site
Mead - irrigated maize-soybean rotation site
Mead - rainfed maize-soybean rotation site
Missouri Ozark Site
Morgan Monroe State Forest
Silas Little Experimental Forest
UCI 1930
Univ. of Mich. Biological Station
Vaira Ranch
Willow Creek
Wind River Crane Site
HOLLINGER, D. Y.
,
OLLINGER S. V.
,
Richardson A. D.
,
MEYERS T. P.
,
DAIL D. B.
,
MARTIN M. E.
, et al.
(2010).
Albedo estimates for land surface models and support for a new paradigm based on foliage nitrogen concentration
.
Global Change Biology. 16
(2), 696 - 710.
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Vaira Ranch Site Gallery
Vaira Ranch
Pictures from the Vaira Ranch FLUXNET tower site.
Identification of a general light use efficiency model for gross primary production
Audubon Research Ranch
Bartlett Experimental Forest
Black Hills
Blodgett Forest
BOREAS NSA - Old Black Spruce
Brasschaat (De Inslag Forest);
Castelporziano
Donaldson
Duke Forest Hardwoods
Duke Forest Loblolly Pine
Flakaliden
Fort Peck
GLEES
Goodwin Creek
Griffin- Aberfeldy-Scotland
Hainich
Harvard Forest EMS Tower (HFR1)
Hesse Forest- Sarrebourg
Howland Forest (East Tower Harvest Site)
Hyytiala
Le Bray (after 6/28/1998)
Lethbridge
Loobos
Metolius First Young Pine
Metolius Intermediate Pine
Missouri Ozark Site
Morgan Monroe State Forest
Neustift/Stubai Valley
Niwot Ridge (LTER NWT1)
Norunda
Oensingen1 grass
Puechabon
Roccarespampani1
Soroe- LilleBogeskov
Sylvania Wilderness Area
Tharandt- Anchor Station
Univ. of Mich. Biological Station
Vaira Ranch
Vielsalm
Walker Branch Watershed
Wetzstein
Willow Creek
Wind River Crane Site
Yatir
Horn, J. E.
, &
Schulz K.
(2011).
Identification of a general light use efficiency model for gross primary production
.
Biogeosciences. 8
(4), 999 - 1021.
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