The following table lists the PI for a funded EO-1 Proposal and the relationship of that proposal with and EOS Land Validation Core Site, the "Relation to Core Site" is based on the understand of the proposing team's previous and planned study areas and is not meant to imply on commitment on behalf of the investigators.  The relation to Core Sites is summarized as follows:

• Likely: previous activity and communication with the investigators indicates that their future study areas will be on or very near EOS Land Validation Core Sites
• Possible: Either previous activity, communication, or the proposal title indicate that the study areas could be on or very near EOS Land Validation Core Sites.
• Unlikely: Either previous communication or the proposal title indicate the study are will not be covered by an area surrounding an EOS Land Validation Core Site
• Unknown:  The location to be studied by the EO-1 proposal is not know to the MODIS Land validation team.

The following were proposals selected Under NRA-99-OES-01 for the EO-1 Validation Program
(source: http://www.earth.nasa.gov/nra/archive/nra99oes01/winners.html)

Abrams, M. J., Jet Propulsion Laboratory; R. Bianchi and L. Alberotanza, National Research Council, Italy.
     Applications and Validation of EO-1 Data for Oceanography, Pollution and Urban Mapping.

Asner, G. P., University of Colorado and M. Keller, United States Department of Agriculture Forest Service.
     Low-Cost Evaluation of EO-1 Hyperion and ALI for Detection and Biophysical Characterization of Forest Logging in
     Amazonia.

Asner, G. P., C. A. Wessman, and C. A. Bateson, University of Colorado.
     Analysis of EO-1, Landsat 7, and AVIRIS for Estimating Vegetation Structure and Function in Arid Ecosystems.

Bigger, S. F., R. Schowengerdt, E. Zalewski, and K. Thome, University of Arizona, and G. Lemeshewsky, United States Geological
Survey.
     Radiometric Calibration, Spatial Characterization, and Spectral Evaluation of the Advanced Land Imager and
     Hyperion Sensors.

Bindschadler, R. and D. Hall, NASA Goddard Space Flight Center; M. Fahnestock, University of Maryland; and A. Nolin, T.
Scambos, and J. Stroeve, University of Colorado.
     Advancing Glaciological Applications of Remote Sensing with EO-1.

Boardman, J. W., Analytical Imaging and Geophysics, LLC; R. Crabtree, Yellowstone Ecosystem Studies; and D. Despain, United
States Geological Survey.
     Validation and Application of Hyperion Imaging Spectrometry Data via Ecological Applications in Yellowstone
     National Park.

Carlson, B. E., A. Lacis, and M. Mishchenko, NASA Goddard Institute of Space Studies; and M. Alexandrov and B. Cairns,
Columbia University.
     Correlative Analysis of EO-1, Landsat, and Terra Data of the DOE ARM CART Sites: An Investigation of Instrument
     Performance and Atmospheric Correction.

Cassady, P. E. and D. Nichols, Boeing Phantom Works; E. M. Perry, Battelle Pacific Northwest Division; and D. Roberts,
University of California, Santa Barbara.
     Hyperspectral EO-1 Data Request for Earth Observation Commercial Applications Program.

Crowley, J. K., United States Geological Survey; R. J. Watters, University of Nevada at Reno; and D. R. Zimbelman, G. O. Logic,
Inc.
     Global Assessment of Volcanic Debris flow Hazards from Space: Evaluation of New Multispectral and Hyperspectral
     Satellite Systems.

Flynn, L. and A. Harris, University of Hawaii.
     Quantitative Analysis of Hot Spots Using EO-1 and Landsat 7.

Goetz, A. F. H., and Z. Qu , University of Colorado.
     EO-1 Evaluation and Verification for Application to Land-use and Land-use Change: Atmospheric Correction, Soils
     and Sparse Vegetation Mapping.

Gong, P. and G. S. Biging, University of California, Berkeley.
     EO-1 and Landsat Imagery for Monitoring California's Conifer Forest and Hardwood Rangeland.

Goodenough, D. G., R. Hall, J. Iisaka, D. Leckie, K. Staenz, A. S. Bhogal, and A. Dyk, Natural Resources Canada; A. Hollinger,
Canadian Space Agency; J. Miller, York University; K. O. Niemann, University of Victoria; and H. Zwick, MacDonald Dettwiler.
     Evaluation and Validation of EO-1 for Sustainable Development of National Forests (EVEOSD).

Huete, A. R., D. X. Kerola, and M. Susan Moran, University of Arizona.
     Inter-Sensor Calibration of Vegetation Indices for Monitoring and Continuity Studies.

Jupp, D. L. B., J. Huntington, T. Cudahy, A. Held, D. Graetz, and G. Pickup, Commonwealth Scientific and Industrial Research
Organisation (Australia); C. Smith, Australian Centre for Remote Sensing; and T. Cocks, Integrated Spectronics Ltd.
     Evaluation of Hyperion Performance at Australian Hyperspectral Calibration and Validation Sites.

Kieffer, H., United States Geological Survey.
     Participation in the Characterization and Calibration of New Millennia Spacecraft.

Kruse, F. A. and J. W. Boardman, Analytical Imaging and Geophysics LLC and J. F. Huntington, Commonwealth Scientific and
Industrial Research Organisation.
     Evaluation and Geologic Validation of EO-1 Hyperion.

Liang, S., F. Huemmrich, and J. Morisette, University of Maryland and C. Walthall and C. Daughtry, United States Department of
Agriculture Agricultural Research Service.
     EO-1 Validation and Evaluation for Agricultural Monitoring.

Liew, S. C., G. Lee, and O. K. Lim, National University of Singapore and L. Chan and I. M. Turner, National Parks Board,
Singapore.
     Applications of EO-1 Hyperion and ALI Data in Tropical Forest Classification and Burn Scars Mapping.

Martin, M. and J. Aber, University of New Hampshire and M. L. Smith, United States Department of Agriculture Forest Service.
     Evaluation of Hyperspectral Requirements for Remote Estimation of Forest Ecosystem Composition and Function.

Matsunaga, T., Tokyo Institute of Technology; A. Iwasaki, Electro-Technical Laboratory; and S. Tsuchida, Geological Survey of
Japan.
     Coastal and Inland Water Environmental Monitoring in Japan Using Hyperion Data.

McGwire, K. and B. Schultz, Desert Research Institute.
     A Combined Investigation: Hyperspectral Monitoring of Invasive, Non-Native Plant Species with EO-1 Hyperion
     Imagery. (with: R. Root, United States Geological Survey; S. Hagar, National Park Service; S. Ustin, University of California,
     Davis; and G. Anderson, Agricultural Research Service, Detection and Mapping or Invasive Leafy Spurge Using Orbital
     Hyperspectral Imagery from the EO-1 Mission and E. W. Ramsey III, United States Geological Survey, Integrating
     Hyperspectral and Landsat TM Data for Mapping the Invasive Species Chinese Tallow.)

Meyer, D. J., T. DeFelice, J. Storey, D. Steinwand, R. Morfitt, M. Choate, and J. Vogelmann, United States Geological
Survey/EROS Data Center (Raytheon); D. Helder and S. Schiller, South Dakota State University; and T. Loveland, United States
Geological Survey/EROS Data Center.
     An Integrated Assessment of the Earth Observer -1 Instrument Suite and the Landsat 7 Enhanced Thematic Mapper
     Plus.

Moran, M. S. and D. Goodrich, United States Department of Agriculture Agricultural Research Service and A. Huete, University of
Arizona.
     EO-1 and Landsat Inter-Satellite Comparison at Two Established Arizona Field Sites.

Mustard, J. F., Brown University.
     Precision and Accuracy of ALl Data for the Determination of Vegetation Abundance.

Roberts, D. A., University of California, Santa Barbara; S. L. Ustin, University of California, Davis; and C. T. Lee, California State
University, Dominguez Hills.
     Hyperion Applications and Validation for Fire Hazard Assessment in the Santa Monica Mountains, California.

Smith, J. A., NASA Goddard Space Flight Center.
     Synergistic Application of EO-1 and Landsat-7 for Canopy Temperature Estimation.

Townsend, P. A., University of Maryland Center for Environmental Science Appalachian Laboratory.
     Remote Sensing of Forest Composition and Structure in the Central Appalachians using EO-1 Hyperspectral Data.

White, W. A., J. A. Raney, and M. Crawford, The University of Texas at Austin.
     Evaluation and Validation of EO-1 and Landsat 7 Imagery through an Analysis of Land Cover/Land Use and Rates of
     Deforestation in Belize, Central America.