|
| LaThuid: | US-IB1 |
| Site Name: | Fermi National Accelerator Laboratory- Batavia (Agricultural site) |
| Network: | AmeriFlux |
| Sec. Network(s): | Unknown |
| Latitude: | 41.8593 |
| Longitude: | -88.2227 |
| Elevation(m): | 225-228 |
| IGBP: | CRO |
| Description | Jastrow, J.D. 1996. Soil aggregate formation and the accrual of particulate and mineral-associated organic matter. Soil Biology and Biochemistry 28:665 676. |
| Site Citation: | |
| Site Acknowledgment: | |
| Data Usage Note: | TBA |
| Primary Contact: | Roser Matamala |
| Curator: | Tom Boden |
| Anc Curator: | Tom Boden |
| Years Of Data: | 3 (Duration: 2005 - 2007) |
| Tower Status: | Active (2005 - Present) |
| Site image(s): | Image |
| VE Cutouts: | Max Zoom :: Mid 1 Zoom :: Mid 2 Zoom :: Min Zoom |
|
| Coordinator | Title | Collaborators | Topic |
| Andrew Richardson | Exploring relationships among carbon exchange, foliar nitrogen, and canopy albedo at global scales | Richardson; Ollinger; Martin; Hollinger | |
| Sonia Seneviratne | Multi-scale land-atmosphere interactions | Seneviratne; Reichstein; Ciais; Buchmann; Stockli | Biophysical feedbacks, Drought effects |
| Christopher A. Williams | Carbon Dioxide and Water Flux Responses to Extreme Weather and Climate Anomalies | Williams; Munger; Hollinger; Stoy; Richardson; Schaefer; Stockli; Schwalm | Temporal variability; extremes |
| Christian Bernhofer | Analyzing long-term FLUXNET measurements for reliable ET values across ecosystems types and across climatic regions | Bernhofer; Koestner; Knohl; Lindroth; Grünwald; Riedel | H2O |
| Gitta Lasslop | Extended hyperbolic light response curve including VPD effects to derive GPP estimates mainly based on daytime data | Lasslop; Reichstein; Papale | |
| Andrew Jarvis | A data-based cross-site evaluation of (optimal) carbon gain and water use strategies as expressed in FLUXNET eddy covariance data | Jarvis;Stauch | C-H2O |
| Mirco Migliavacca | Semi-empirical modelling of ecosystem respiration: review, improved algorithm and integration with Earth observation data | Migliavacca; Reichstein; Richardson; Lasslop | Ecosytem respiration; spatio-temporal |
| Alessandro Cescatti | Validation of MODIS albedo product at the FLUXNET sites | Cescatti; Schaaf; Cook; Marcolla; Richardson; Law | Biophys., Albedo |
| Christian Beer | Upscaling mean annual GPP from ecosystem level to the global land surface | Beer; Tomelleri; Reichstein; Carvalhais; Jung; Papale; Peylin; Ciais | |
| Philippe Ciais | What the eddy-covariance flux measurements tell us about prior errors in CO2-flux inversion schemes | Chevallier; Ciais; Maignan; Wang; Reichstein | |
| Martin Jung | Identifying environmental and biophysical controls of monthly carbon and water fluxes | Jung; Reichstein; Papale; Tomelleri | |
| Enrico Tomelleri | Climatic effects on the inter‐annual variability of net ecosystem fluxes of North America and Europe | Tomelleri; Migliavacca; Carvalhais | |
| Dario Papale | A new global spatialized estimate of NEP, GPP and TER and analysis of uncertainty and limiting factors using data driven models and eddy covariance measurements | Papale, Reichstein, Tomelleri | Up-scaling, global, data-oriented |
|
| Instruments | Brand/model | Levels/depths | Type | Frequency | Comment | Reference |
| (Other) | | | | | (-200 to 1000 W/m2) | Personal communication with David Cook, 2005 |
| | | | | 0.03 to 1.5 m/s | Personal communication with David Cook, 2005 |
| | | | | -2.25 to -0.0009 m2/s2 | Personal communication with David Cook, 2005 |
| | | | | -300 to 50 | Personal communication with David Cook, 2005 |
| | | | 10 Hz block-average to half-hourly values | -30 to 30 micromoles/m2/s | Personal communication with David Cook, 2005 |
| Albedometer | Schenk: 8104 | 2 m | | 30 minute average | 0 to 1200 W/m2 | Personal communication with David Cook, 2005 |
| Schenk: 8104 | 2 m | | 30 minute average | 0 to 600 W/m2 | Personal communication with David Cook, 2005 |
| Schenk: Dual-Pyranometer 8104 | | | 30 minute average | 0 to 0.9 | Personal communication with David Cook, 2005 |
| Anemometer | Gill: Windmaster Pro | 4.05 m (primary) | sonic | 30 minute average | | Personal communication with David Cook, 2005 |
| Barometer | MetOne: 7120 | 1.5 m | | 1 Hz averaged to half-hourly values | 85-100 kPa | Personal communication with David Cook, 2005 |
| Ceptometer | AccuPAR: PAR-80 | | | | | Personal communication with David Cook, 2005 |
| Gas Analyzer | LI-COR: LI-7500 | | CO2/H2O, infrared | 30 minute average | | Personal communication with David Cook, 2005 |
| LI-COR: LI-7500 | 4.05 m | CO2/H2O, infrared | 30 minute average | | Personal communication with David Cook, 2005 |
| Quantum sensor | LI-COR: LI-190SA | | | 30 minute average | | David Cook, December 2005 |
| LI-COR: LI-190SA | | | 30 minute average | 1 each for down-welling and reflected PAR, 0 to 200 micromoles/m2/s | Personal communication with David Cook, 2005 |
| Radiometer | Cropscan: MSR87 | 2 m | | 30 minute average | | Personal communication with David Cook, 2005 |
| REBS: Q*7.1 | 2 m | net | 30 minute average | with ventilator, -150 to 1000 W/m2 | Personal communication with David Cook, 2005 |
| Rain gauge | Belfort: OMC-212 | 2 m | | 30 minute average | heated, 0-125 mm | Personal communication with David Cook, 2005 |
| Soil heat flow transducer | REBS: HFT-3.1 | 3 used at 5 cm | | 30 minute average | -200 to 100 W/m2 | Personal communication with David Cook, 2005 |
| Soil moisture probe | REBS: SMP-1 | 2.5, 10, 25, 50 cm depths | | 30 minute average | 4 used, centered at 2.5, 10, 25, and 50 cm ~5 to ~60% by volume | Personal communication with David Cook, 2005 |
| Temperature and relative humidity probe | Vaisala: HMP45A | 3.5 m | | 1 Hz averaged to half-hourly values | -30 to 45 degrees C | Personal communication with David Cook, 2005 |
| Vaisala: HMP45A | 3.5 m | | 30 minute average | | Personal communication with David Cook, 2005 |
| Temperature probe | REBS: STP-1 | 2.5 cm, 10 cm, 25 cm, 50 cm; 2.5 cm probe integrates 0-5 cm | | 30 minute average | (-30 to 50 degrees C) | Personal communication with David Cook, 2005 |
| Wind Direction Sensor | MetOne: 020C | 4.05 m (secondary) | | 30 minute average | 0 to 360 | Personal communication with David Cook, 2005 |
| Wind Speed Sensor | MetOne: 010C | 4.05 m (secondary) | | 30 minute average | 0 to 50 m/s | Personal communication with David Cook, 2005 |
|
| Bibliography |
| V. J. Allison; R. M. Miller; J. D. Jastrow; R. Matamala; D. R. Zak. 2005. Changes in soil microbial community structure in a tallgrass prairie chronosequenceSoil Science Society of America Journal. 69:5, 1412-1421. |
| W. M. Post; R. C. Izaurralde; J. D. Jastrow; B. A. McCarl; J. E. Amonette; V. L. Bailey; P. M. Jardine; T. O. West; J. Z. Zhou. 2004. Enhancement of carbon sequestration in U. S. soilsBioscience. 54:10, 895-908. |
| R. M. Miller; S. P. Miller; J. D. Jastrow; C. B. Rivetta. 2002. Mycorrhizal mediated feedbacks influence net carbon gain and nutrient uptake in Andropogon gerardiiNew Phytologist. 155, 149-162. |
| J. D. Jastrow; R. M. Miller; J. Lussenhop. 1998. Contributions of interacting biological mechanisms to soil aggregate stabilization in restored prairieSoil Biology & Biochemistry. 30:7, 905-916. |
| J. D. Jastrow; R. M. Miller; J. Lussenhop. 1998. Contributions of interacting biological mechanisms to soil aggregate stabilization in restored prairieSoil Biology and Biochemistry. 30:7, 905-916. |
| J. D. Jastrow. 1987. Changes in Soil Aggregation Associated with Tallgrass Prairie RestorationAmerican Journal of Botany. 74:11, 1656-1664. |
| Betz, R.F. 1986. One decade of research in prairie restoration at the Fermi National Accelerator Laboratory (Fermilab) Batavia Illinois. Pages 179-185 in G. K. Clamby, and R. H. Pemble, editors. Proceedings of the Ninth North American Prairie Conference: the prairie: past, present and future. Moorhead, Minnesota, USA. |
| Betz, R.F, R. J. Lootens, and M. K. Becker. 1996. Two decades of prairie restoration at Fermilab, Batavia, IL. Pages 20-30 in C. Warwick, editor. Proceedings of the Fifteenth North American Prairie Conference. Bend, Oregon, USA. |
| Jastrow, J.D. 1987. Changes in soil aggregation associated with tallgrass prairie restoration. American Journal of Botany 74:1656-1664. |
| Sluis, W.J. 2002. Patterns of species richness and composition in recreated grassland restoration. Restoration Ecology 10:677 684. |
| Matamala R., Jastrow JD, Miller RM, Garten CT. 2008 Temporal changes in C and N stocks of restored prairie: Implications for C sequestration strategies. Ecological Applications 18:1470-1488. |