General Site Information
LaThuid:CA-NS3
Site Name:UCI-1964 burn site
Network:AmeriFlux
Sec. Network(s):Unknown
Latitude:55.9117
Longitude:-98.3822
Elevation(m):260
IGBP:ENF
Description
Site Citation:
Site Acknowledgment:
Data Usage Note:TBA
Primary Contact:Mike Goulden
Curator:Tom Boden
Anc Curator:Tom Boden
Years Of Data:5 (Duration: 2001 - 2005)
Tower Status:Inactive (2001 - 2005)
Site image(s):Image
VE Cutouts:Max Zoom :: Mid 1 Zoom :: Mid 2 Zoom :: Min Zoom

Fluxnet Research Proposals Using this Site
CoordinatorTitleCollaboratorsTopic
Enrico TomelleriCalibration of a light use efficiency model using FLUXNET dataTomelleri;Reichstein;Papale;GornerUp-scaling, global, data-oriented
Rodrigo VargasA mycocentric perspective on environmental factors controlling CO2 fluxes from terrestrial ecosystemsVargas; Baldocchi; Allen; Hasselquist
Andrew RichardsonExploring relationships among carbon exchange, foliar nitrogen, and canopy albedo at global scalesRichardson; Ollinger; Martin; Hollinger
Guillaume DroletUnderstanding the Environmental Controls on Net and Gross Light-Use Efficiency and Their Temporal Patterns - A Circumboreal StudyDrolet;Margolis;MiddletonRadiation effects, Boreal
Sonia SeneviratneMulti-scale land-atmosphere interactionsSeneviratne; Reichstein; Ciais; Buchmann; StockliBiophysical feedbacks, Drought effects
Chuixiang YiClimate control of terrestrial carbon sequestrationYi; Ricciuto; Monson
Timothy W. HiltonWhat is the spatial and temporal coherence of flux tower signalsHilton; Davis; Ciais; DesaiUp-scaling, regional, process-oriented
Hank A. MargolisContrasting the Seasonal Patterns of Fluxes and Environmental Responses Functions for the Circumboreal ForestMargolis;DroletBoreal forest
Dennis BaldocchiMeasuring Terrestrial Biosphere Metabolism with a Global Flux NetworkBaldocchi;Reichstein;Papale;LawGlobalSummary
Gitta LasslopExtended hyperbolic light response curve including VPD effects to derive GPP estimates mainly based on daytime dataLasslop; Reichstein; Papale
Mirco MigliavaccaSemi-empirical modelling of ecosystem respiration: review, improved algorithm and integration with Earth observation dataMigliavacca; Reichstein; Richardson; LasslopEcosytem respiration; spatio-temporal
Christopher A. WilliamsCarbon Dioxide and Water Flux Responses to Extreme Weather and Climate AnomaliesWilliams; Munger; Hollinger; Stoy; Richardson; Schaefer; Stockli; SchwalmTemporal variability; extremes
Christian BernhoferAnalyzing long-term FLUXNET measurements for reliable ET values across ecosystems types and across climatic regionsBernhofer; Koestner; Knohl; Lindroth; Grünwald; RiedelH2O
Margriet GroenendijkAssessing parameter variability in a photosynthesis model within and between plant functional types using global Fluxnet eddy covariance dataGroenendijk; Dolman; van der Molen; Arneth; Gash; Leuning; Lindroth; Richardson; Wohlfahrt
Andrew JarvisA data-based cross-site evaluation of (optimal) carbon gain and water use strategies as expressed in FLUXNET eddy covariance dataJarvis;StauchC-H2O
Margriet GroenendijkSeasonal variation of plant functional type photosynthetic parameters derived directly from global Fluxnet eddy covariance dataGroenendijk; Dolman
Christian BeerUpscaling mean annual GPP from ecosystem level to the global land surfaceBeer; Tomelleri; Reichstein; Carvalhais; Jung; Papale; Peylin; Ciais
Philippe CiaisWhat the eddy-covariance flux measurements tell us about prior errors in CO2-flux inversion schemesChevallier; Ciais; Maignan; Wang; Reichstein
Enrico TomelleriClimatic effects on the inter‐annual variability of net ecosystem fluxes of North America and EuropeTomelleri; Migliavacca; Carvalhais
Martin JungIdentifying environmental and biophysical controls of monthly carbon and water fluxesJung; Reichstein; Papale; Tomelleri
Dario PapaleA new global spatialized estimate of NEP, GPP and TER and analysis of uncertainty and limiting factors using data driven models and eddy covariance measurementsPapale, Reichstein, TomelleriUp-scaling, global, data-oriented
Margriet GroenendijkGlobal variation of ecosystem (intrinsic) water use efficiencyGroenendijk; Dolman

Local Climate Information
Climate:Dfc
Climate Group:Boreal
Precip:502.22
TA(C):-2.87
TA(C) max:2.54
TA(C) min:-7.92

Instrument Information
InstrumentsBrand/modelLevels/depthsTypeFrequencyCommentReference
AnemometerGill: Solent HS60 ftsonicGoulden and Litvak (documentation file)
Gas AnalyzerLI-COR: LI-626260 ftCO2/H2O, infraredGoulden and Litvak (documentation file)

Publications
Bibliography
Goulden, Michael L, Winston, Gregory C., McMillan, Andrew M. S.; Litvak, Marcy E.; Read, Edward L.; Rocha, Adrian V.; Elliot, J. Rob. 2006. n eddy covariance mesonet to measure the effect of forest age on land-atmosphere exchange, Global Change Biology 12 (11), 2146–2162. doi:10.1111/j.1365-2486.2006.01251.x
Ben Bond-Lamberty; Chuankuan Wang; Stith T. Gower. 2005. Spatiotemporal measurement and modeling of stand-level boreal forest soil temperaturesAgricultural and Forest Meteorology. 131:1-2, 27-40.
B. Bond-Lamberty; C. K. Wang; S. T. Gower. 2004. Net primary production and net ecosystem production of a boreal black spruce wildfire chronosequenceGlobal Change Biology. 10:4, 473-487.
A. I. Hirsch; S. E. Trumbore; M. L. Goulden. 2004. The surface CO2 gradient and pore-space storage flux in a high-porosity litter layerTellus Series B-Chemical and Physical Meteorology. 56:4, 312-321.
C. K. Wang; B. Bond-Lamberty; S. T. Gower. 2003. Carbon distribution of a well- and poorly-drained black spruce fire chronosequenceGlobal Change Biology. 9:7, 1066-1079.
C. K. Wang; B. Bond-Lamberty; S. T. Gower. 2002. Environmental controls on carbon dioxide flux from black spruce coarse woody debrisOecologia. 132:3, 374-381.

NOTE: These pages show the current information available at http://www.fluxdata.org about this tower. If any of this information is wrong or missing, please submit corrections and updates via the form at http://www.fluxdata.org/AncDataUpdate/default.aspx.