Pecora 16 Global Priorities in Land Remote Sensing

PECORA 16 SYMPOSIUM TECHNICAL SESSIONS & SCHEDULE

Tuesday Wednesday Thursday

Tuesday, October 25, 2005
Tuesday [PDF]

Registration
7:30 am - 4:30 pm

Introductory Remarks & Welcome
8:00 am - 8:15 am
Ballroom A

Introductory Remarks

James Sturdevant, Chair, Pecora 16 Symposium, U.S. Geological Survey (USGS) Center for Earth Resources Observation and Science (EROS)

Welcome to Sioux Falls and to the Pecora 16 Symposium
R.J. Thompson, Chief, USGS EROS

Keynote Address: Federal Science and Technology Policy for Land Remote Sensing: What’s New?

Ballroom A
8:15 am - 9:00 am

Dr. Gene Whitney, USGS, on assignment to the White House Office of Science and Technology Policy

Discussion will focus on the role of the Federal government and, specifically, the Office of Science & Technology Policy (OSTP) in developing science and technology policy as it relates to land remote sensing. One of OSTP’s major roles is to build strong global partnerships and domestic partnerships with government, industry, and academia to obtain advice, facilitate collaborations, and evaluate new opportunities. This allows us to maximize the benefit from our Federal investments in science and technology. OSTP also leads the interagency effort to develop science an technology policies and budgets, and oversees the coordination of interagency research and development activities. Critical to this effort is the National Science and Technology Council (NSTC). NSTC activities, led out of OSTP, are the principal means for government agencies to develop joint priorities and coordinate interagency activities in science and technology. Several NSTC activities are ongoing that contribute to developing Federal research and development priorities for land remote sensing. In particular, two high priority interagency activities will be discussed: 1) the development of a strategic plan for water availability and quality research and development, and 2) the U.S. interagency support for the intergovernmental Global Earth Observation System of Systems (GEOSS).

Gene WhitneyGene Whitney is a Senior Policy Analyst for the Environment in the White House Office of Science and Technology Policy (OSTP), on assignment from the US Geological Survey (USGS). At OSTP, Dr. Whitney is responsible for coordinating interagency research programs and policy in a wide variety of matters relating to the environment, including serving as primary liaison between OSTP and the National Science and Technology Council’s Subcommittee on Disaster Reduction and Subcommittee on Water Availability and Quality. Prior to this assignment, Dr. Whitney spent 20 years as a research scientist with the USGS in Denver, CO. Earlier in his career, Dr. Whitney served as a National Research Council postdoctoral research associate in spectral remote sensing at the National Aeronautics and Space Administration’s Jet Propulsion Laboratory. He received his Ph.D. from the University of Illinois, Urbana-Champaign, focusing on mineralogy and geochemistry.


Land Remote Sensing: A USGS Perspective

Ballroom A
9:00 am - 9:20 am

Dr. P. Patrick Leahy, Acting Director, U.S. Geological Survey

P. Patrick Leahy P. Patrick Leahy is the Acting Director of the U.S. Geological Survey (USGS), U.S. Department of the Interior. Previously, he served as the Associate Director for Geology of the USGS where he was responsible for Federal basic earth science programs. He was also responsible for all international activities conducted by the USGS. He has been with the USGS since 1974 and has served in other various technical and managerial positions. He has authored or coauthored more than 50 publications on a wide array of earth science topics.


Plenary Session I: Advancing Scientific and Practical Applications of Remotely-Sensed Data

Ballroom A
9:20 am - 10:00 am

Organized by James Irons, NASA Goddard Space Flight Center,
James Merchant, University of Nebraska- Lincoln and Paul Greenfield, USDA Forest Service

Spaceborne Land Remote Sensing Before, During, and After the Present EOS Era
Vincent V. Salomonson, NASA Goddard Space Flight Center (Emeritus)

The launch of TIROS-I in 1960 when viewed sparked a remarkable interest and growth in the use of spaceborne observations for gaining better understanding of processes and trends occurring in the Earth-atmosphere system. The launch and operation of Landsat-1 (then called Earth Resources Technology Satellite/ERTS-1) in 1972, and follow-on missions extending to Landsat-7, has had a profound impact on land science and related resource management activities around the world. More recently the NASA Earth Observing System (EOS) is taking the use of spaceborne observations for studying land, ocean, and atmospheric phenomena and related applications to a new plateau of accomplishment. The EOS Terra and Aqua missions are exemplary in that regard as evidenced by the advancing and growing use and application of observations from the ASTER, MODIS, MISR, AMSR, et al. instruments for land science in particular as well as other disciplines. The future following after the EOS series and other satellite missions now operating world-wide also looks bright, but not without very significant challenges associated with limited or declining budgets concurrently accompanied by increasing needs to better understand and predict the effects of climate change and anthropogenic activities on the sustainability and maintenance of the resources of the earth. It is clear that careful and strategic development of advanced technologies to provide better observations must be undertaken in the face of fiscal and related political constraints. Some of the general possibilities include, for example, increased use of hyperspectral, laser/lidar, and active microwave technologies along with more aggressive fusion of the observations from such instruments. Related, but equally challenging, steps need to be taken to provide easily accessed and processed, content-rich observations and results into the proper hands so that quantitatively-based, rigorous and well-founded conclusions can be made subsequently by decision-makers world-wide.

Vincent Salomonson Vincent V. Salomonson is a Senior Scientist and Director of Earth Sciences (Emeritus) in the Earth Sciences Directorate at the Goddard Space Flight Center, NASA. He also serves as the Science Team Leader for the NASA Earth Observing System (EOS) facility called the Moderate Resolution Imaging Spectrometer (MODIS). Prior to being Senior Scientist he was the Director of the Earth Sciences Directorate at Goddard from 1990-2000, as the Deputy Director for Earth Sciences in the Space and Earth Sciences Directorate (1988-1990), Chief of the Laboratory for Terrestrial Physics (1980-1988), Project Scientist for Landsat 4 and 5 (1977-1989), the Head of the Hydrospheric Sciences Branch (1973-1980).

10:00 am - 7:00 pm

    Exhibit Hall Open

10:00 am - 7:00 pm

10:00 am - 10:30 am      Break - Beverages available in Exhibit Hall

10:30 am – 12:00 noon

    Concurrent Technical Sessions I

    1. Land Use and Land Cover Mapping
    Chair: Thomas Loveland, U.S. Geological Survey
    Room 11

    Applications of the 2001 National Land Cover Database
    Abstract
    Collin Homer, SAIC, Under Contract to USGS EROS

    The Future Face of Land Cover Mapping: Merging Medium and High Resolution Imagery to Produce Large Area Land Cover Maps
    Abstract
    Michael Palmer, The Sanborn Map Company
    Andrew Brenner

    Land Cover Mapping for a Five State Region: A Retrospective of the SWReGAP Project
    Abstract
    John Lowry, Utah State University
    Douglas Ramsey, Lisa Langs and Jessica Kirby


    2. Invasive Plants
    Chair: Bradley Rundquist, University of North Dakota
    Room 12

    Using MODIS Data for Cheatgrass (Bromus tectorum) Identification and Mapping
    Abstract
    Christopher McGinty, Utah State University
    Douglas Ramsey and John Lowry

    Detection and Monitoring of Invasive Plants using Low-cost UAV:
    Abstract
    A Case Study using Squarrose Knapweed
    Mark Jackson, Brigham Young University
    Perry Hardin

    Remote Sensing of Phragmites Australis with Hyperion Imagery
    Abstract
    Bruce Pengra, South Dakota State University

    Using a Self-Built Hyperspectral Library for Identifying and Mapping Purple Loosestrife
    Abstract
    Guoxiang Liu, Clemson University
    Jeff Allen, Kang Lu, Jeff Parkey, and Donald Van Blaricom


    3. Photogrammetry and Image Analysis

    Chair: Jie Shan, Purdue University
    Room 13

    A Statistical Approach to Multiresolution Image Fusion
    Abstract
    Oguz Gungor, Purdue University
    Jie Shan

    Resolving Parameter Dependencies in Geometric Sensor Models
    Abstract
    In-seong Jeong, Purdue University
    James Bethel

    Performing Geometric Assessment of Remote Sensed Data Sets
    Abstract
    Michael Choate, SAIC, Under Contract to USGS EROS
    Michael Coan, Gregory Stensaas and Jon Christopherson
    Wavelet Analysis of Images for Stereo Matching
    Abstract
    Hongwei Zhu, University of Wisconsin-Madison
    Paul Miller, Frank Scarpace, and K.G. Karthikeyan

    4. Disaster Response and Mitigation
    Chair: Jesslyn Brown, SAIC, Under Contract to USGS EROS
    Room 3

    The Role of Remote Sensing in Improving Drought Decision Support
    Abstract
    Jesslyn Brown, SAIC, Under Contract to USGS EROS
    Tsegaye Tadesse and Michael Hayes

    USGS EROS Tsunami Response
    Abstract
    Brenda Jones, SAIC, Under Contract to USGS EROS

    Remote Sensing of Eco-climatic Conditions Associated with the 2004 Desert Locust Outbreak in West Africa
    Abstract
    Assaf Anyamba, Goddard Earth Sciences and Technology Center, UMBC, NASA Goddard Space Flight Center
    Keith Crossman, Compton Tucker, Jennifer Small and Tim Love

    ASTER Data Applications in Times of Crisis
    Abstract
    Kenneth Duda, SAIC, Under Contract to USGS EROS


    5. Remote Sensing Policy I

    Chair: Bruce Quirk, U.S. Geological Survey
    Room 14

    Future of U.S. Commercial Remote Sensing from Space
    Abstract
    Raymond Heidner, The Aerospace Corporation
    Joe Straus

    The Dynamic Market for Remotely Sensed Data
    Abstract
    Kass Green, The Alta Vista Company

    USGS Product Characterization Program
    Abstract
    Philip Rufe, U.S. Geological Survey


    6. Education and Knowledge Transfer

    Chair: Milda Vaitkus, University of Nebraska-Lincoln
    Room 8

    Bringing Land Remote Sensing to the Public and the Classroom
    Abstract
    Jeannie Allen, NASA Goddard Space Flight Center

    The USGS AmericaView Program: Facilitating the Science and Use of Remote Sensing through a Joint Federal-State Education and Training Initiative
    Theresa Crooks, AmericaView, Inc.
    Buck Sharpton

    SDView: Remote Sensing Partnerships, Infrastructure and Data for South Dakota
    Mary O’Neill, South Dakota State University
    Kevin Dalsted, Pravara Thanpura, David Clay, Sung Shin, Cheryl Reese, Jae H. Lee, Jungyeon Kim and Hee J. Jeon

    GeoWall: Low-cost 3-Dimensional Display Technology for Land Remote Sensing
    Abstract
    Brian Davis, SAIC, Under Contract to USGS EROS
    Paul Morin


    7. Lidar

    Chair: Jason Stoker, SAIC, Under Contract to USGS EROS
    Room 9

    Traffic Flow Estimate from LiDAR data: Operational Experiences
    Abstract
    Shahram Moafipoor, The Ohio State University
    Charles K. Toth and Dorota A.Grejner-Brzezinska

12:00 noon - 1:30 pm Lunch in the Exhibit Hall
Included with full registration - ticket required

1:30 pm - 3:00 pm

    Concurrent Technical Sessions II

    8. U.S. Land Cover Change
    Chair: Brian Wardlow, University of Kansas
    Room 11

    Monitoring United States Land Use and Land Cover Change with Historical Landsat Data
    Abstract
    Thomas Loveland, U.S. Geological Survey
    Terry Sohl, Kristi Sayler, Mark Drummond, Roger Auch, and Rachel Kurtz

    National Land Cover Database Change Product
    Abstract
    Michael Coan, SAIC, Under Contract to USGS EROS
    Collin Homer

    Oregon Forestland Change Mapping
    Abstract
    Stephen Lennartz, Space Imaging, Inc.
    Maria Fiorella

    Projecting Land Use Change Through 2020 Using Theoretical, Statistical, and Deterministic Modeling Techniques
    Abstract
    Terry Sohl, SAIC, Under Contract to USGS EROS
    Kristi Sayler and Thomas Loveland

    9. Forestry I
    Chair: James Vogelmann, SAIC, Under Contract to USGS EROS
    Room 12

    Using Multiple Satellite Sensors to Compare Temporal Longleaf Pine Leaf Area
    Abstract
    Ryan Jensen, Indiana State University
    Perry Hardin and Mark Jackson

    Remote Sensing of Mangrove Forest Composition, Distribution, and Response to Environmental Stressors
    Abstract
    Le Wang, Texas State University - San Marcos
    Wayne Sousa

    A Spectral Library of the Native Forests of New Zealand
    Abstract
    Mike Tuohy, Massey University, New Zealand
    Andreas Hueni

    Expert Classification Technique for Mapping Teak Plantation Areas in Thailand
    Abstract
    Siripun Taweesuk, Thammasat University, Thailand
    Prasong Thammapala

    10. Image Processing
    Chair: Dennis Helder, South Dakota State University
    Room 13

    Landsat 7 SLC-Off Gap-Filled Product Development
    Abstract
    James Storey, SAIC Technical Services, U.S. Geological Survey
    Pasquale Scaramuzza, Julia Barsi and Gail Schmidt

    Tasseled Cap Coefficients for the QuickBird-2 Sensor: Multiple Derivation Techniques and Comparison
    Abstract
    Lance Yarbrough, University of Mississippi
    Greg Easson and Joel Kuszmaul

    Study on the Relative Radiometric Gain Correction over the Dynamic Range of all Reflective Channels of the Landsat 5 Thematic Mapper
    Abstract
    Sriharsha Madhavan, South Dakota State University
    Dennis Helder

    11. Panel Discussion: Multi-Platform Sensing and Sensor Networks in the Face of Large Scale Natural Disasters: What could have our profession done to better prepare for the Tsunami disaster?
    Sponsored by ISPRS WG I/3 - Multi-Platform Sensing and Sensor Networks
    Room 1
    Organizer and Chair: Raad Saleh, Global Sensing Group

    We, as humans, often wonder, what could we have we done to lessen the enormity of the Tsunami disaster? And for us, as remote sensing professionals, the question becomes far more imposing, if not guilt inducing Did we have the pieces, from a technological point of view, to precisely anticipate the time of the ?rst wave to overcome the shores of these unassuming cities and villages?

    The short answer is that available imaging systems alone can not provide the data required for an adequate early warning system for a disaster of this kind. But to combine traditional remote sensing with other systems, such as seismological detectors and ocean wave sensors, would certainly provide a far better early warning system. Such a system would possibly be adequate to avert the enormous humanitarian, economic and environmental impact a similar disaster may bring about.

    The premise for this panel session is that the integration of ground- and ocean-based sensors, with airborne and space-borne systems, can provide an enhanced capability in comprehensive monitoring, modeling, validation, and early warning. This panel will discuss the concept of Multi-Platform Sensing and Sensor Networks, the technological issues, operational aspects and potential funding sources.

    Panelists:
    Khaled S. Al-Damegh, Astronomy and Geophysics Research Institute, Saudi Arabia
    Tarek Rashed, University of Oklahoma
    José L. Colomer, Institut Cartographic de Catalunya, Spain
    Brenda K. Jones, SAIC, Under Contract to USGS EROS


    12. Policy II
    Panel Discussion: Commercial Remote Sensing Space Policy - 2 Years Later
    Organizer and Chair: Tahara Moreno, NOAA
    Room 6

    The President authorized a new national policy on April 25, 2003 that establishes guidance and implementation actions for commercial remote sensing space capabilities. This goal of this policy is to advance and protect U.S. national security and foreign policy interests by maintaining the nation’s leadership in remote sensing space activities, and by sustaining and enhancing the U.S. remote sensing industry.
    This panel will focus on various implementation challenges and achievements over the past 2 years to foster economic growth, contribute to environmental stewardship, and enable scientific and technological excellence.

    Panelists:
    Jay Feuquay, USGS
    Joanne Gabrynowicz, University of Mississippi
    Michael Hales, NOAA
    Kevin O’Connell, Center for Intelligence Research and Analysis
    Matthew O’Connell, ORBIMAGE


    13. Geology and Soils
    Chair: Charles Trautwein, U.S Geological Survey
    Room 3

    Geologic Mapping through Linear Spectral Unmixing of MTI Imagery
    Abstract
    Paul Pope, Los Alamos National Laboratory
    Mary Greene

    Soil Cohesion Analysis in the Tableland Coast in Northeast Region of Brazil through ASTER Images (VNIR and SWIR)
    Rosangela Santos, Universidade Estadual De Feira De Santana, Brazil
    José Alberto Quintanilha

    Exploitation of ASTER Imagery in Mining-related Environmental Management
    Abstract
    Stephane Chevrel, BRGM, France
    Anne Bourguignon, Francis Cottard and Yann Itard

    Investigating Environmental Problems in the Khorat Plateau, NE-Thailand
    Abstract
    Friedrich Kuehn, Federal Institute for Geosciences and Natural Resources (BGR), Germany
    Namphon Khampilang, Sakda Khundee, Tippawan Onsongchan, Suree Teerarungsigul, Akkhapun Wannakomol, and Weerachat Wiwegwin

    14. Sensors I
    Chair: David Meyer, SAIC, Under Contract to USGS EROS
    Room 14

    Results of USGS Testing of Digital Aerial Systems: Products and Future Characterization Methods
    Abstract
    Donald Moe, SAIC, Under Contract to USGS EROS
    Philip Rufe and Jon Christopherson

    ALOS: Filling the Gap for Earth Observations
    Abstract
    Donald Atwood, Alaska Satellite Facility
    Scott Arko

    An Inexpensive Unmanned Aerial Vehicle for Limited-Area Photography
    Abstract
    Perry Hardin, Brigham Young University
    Mark Jackson and Ryan Jensen

    On-Orbit Generic Sensor Modeling and Modulation Transfer Function (MTF) Simulation
    Abstract
    Taeyoung Choi, South Dakota State University
    Dennis Helder

3:00 pm - 3:30 pm       Break - Beverages available in Exhibit Hall

3:30 pm - 5:00 pm

    Concurrent Technical Sessions III

    15. Land Use/Land Cover Assessment
    Chair: Guoxiang Liu, Clemson University
    Room 11

    Enhanced Land Cover Classification in a Tropical Kenya Landscape
    T.J. Baldyga, University of Wyoming
    S.N. Miller, K.L. Driese, R. Sivanpillai, and C. Maina-Gichaba

    Tracking Environmental Change in Southern Senegal using High Resolution Satellite Imagery
    Abstract
    Eric Wood, SAIC, Under Contract to USGS EROS
    Gray Tappan

    Detection of Land Cover Change in the National Parks of the Northeast Temperate Network
    Y.Q. Wang, University of Rhode Island
    Joy Nugranad, Greg Bonynge, Christine Slinko, and Greg Shriver

    National Land Use Change by Remote Sensing in China: A Five-year Survey
    Abstract
    Yonghong Zhang, Chinese Academy of Surveying and Mapping, China
    Jixian Zhang, Jicheng Zhao, Jin Ma, Yinxuan Cao,and Yan Long

    16. Forestry II
    Chair: Paul Greenfield, USDA Forest Service
    Room 12

    Assessing Biomass and Forest Area Classifications from MODIS While Increasing the Number of Forest Inventory Data Panels
    Abstract
    Dumitru Salajanu, USDA Southern Research Station, Forest Inventory and Analysis
    Dennis Jacobs Efficacy of Radarsat-1 Synthetic Aperture Radar Imagery for Improving Landsat Thematic Mapper- based Image Classification of Forest Cover Types
    Abstract
    Mark Nelson, USDA Forest Service, North Central Research Station
    Marvin Bauer and Kathy Ward

    Classification and Forest Parameter Extraction of Patagonian Lenga Forests with ASTER and Landsat ETM+ Data
    Abstract
    Sandra Eckert, University of Zurich, Switzerland
    José Lencinas and Tobias Kellenberger

    Forestry Coverage Multitemporal and Multispectral Study in Dolomiti Territory
    Abstract
    Bruno Marcolongo, C.N.R. - I.R.P.I., Italy
    Alessandro Angerer

    17. Water Resources I
    Chair: Robert Vincent, Bowling Green State University
    Room 13

    Mapping the Bacterial Content of Surface Waters with Landsat TM Data: Importance for Monitoring Global Surface Sources of Potable Water
    Abstract
    Robert K. Vincent, Bowling Green State University
    R. McKay, L. McKay, Mamoon Al-Rshaidat, Kevin Czajkowski, Thomas Bridgeman, and Jeffrey Savino

    Computer Animation of Cyanobacteria Blooms in Lake Erie from July-October, 2003 As Mapped from SeaWiFS Data with a New Phycocyanin Algorithm
    Abstract
    Padmanava Dash, Bowling Green State University
    Robert K. Vincent

    Perennial/Intermittent Stream Classification using GIS and Remote Sensing Information in the Upper Midwest
    Abstract
    Miguel Restrepo, SAIC, Under Contract to USGS EROS
    Pamela Waisanen and Bruce Worstell

    Current and Future Applications of Remote Sensing for Routine Monitoring of Surface Water
    Abstract
    Kwabena Asante, SAIC, Under Contract to USGS EROS
    James Famiglietti

    18. Biophysical Characterization
    Chair: Marguerite Madden, University of Georgia
    Room 3

    Time Lag and Seasonality Considerations in Evaluating AVHRR NDVI Response to Precipitation
    Abstract
    Lei Ji, Cooperative Institute for Research in the Atmosphere, Colorado State University
    Albert Peters

    Retrieval of Vegetation Biophysical Characteristics from Remotely Sensed Data
    Abstract
    Anatoly Gitelson, University of Nebraska-Lincoln
    Andres Vina and Donald Rundquist

    Retrieval of Leaf Biochemical Concentrations from Leaf Reflectance Data by Genetic Algorithm-Partial Least Square Regression
    Abstract
    Lin Li, Indiana University-Purdue University
    Susan Ustin

    19. Integrated Resources Analysis
    Chair: Brian Huberty, U.S. Fish and Wildlife Service
    Room 6

    UNESCO Crosscutting Project on the Application of Remote Sensing for Integrated Management of Ecosystems and Water Resources in Africa: Achievements and Challenges
    Abstract
    Jimmy Adegoke, University of Missouri-Kansas City
    Justin Ahanhanzo

    Land Management Applications of the EROS Digital Photo Archive
    Abstract
    Randy McKinley, SAIC, Under Contract to USGS EROS
    Kenneth Boettcher and Tim Smith

    Creating detailed Land Management Units based on High-Resolution Remote Sensing Data and DEM - derived Terrain Attributes using Spatially Weighted Multivariate Classification
    Abstract
    Georgina Warren, Curtin University of Technology, Australia
    Graciela Metternicht and Jane Speijers

    The Canadian Moderate Resolution Mapping System
    Abstract
    Rasim Latifovic, Canada Centre for Remote Sensing
    Richard Fernandes, Alex Trischtchenko, and Bill Park

    20. Panel Discussion: Future of the Nation’s Land Remote Sensing Archive
    Sponsored by the ASPRS Data Preservation and Archive Committee and the Department of the Interior’s Archive Advisory Committee
    Room 1

    This will be an interactive session wherein the session participants will be asked to provide input to the U.S. Geological Survey on the future user requirements for the Nation’s long-term land remote sensing archive (i.e., what should be included as part of the long-term remote sensing record for the earth’s land surfaces?
    The session will include a brief summary on the current land remote sensing archive and a rationale on the need for defining the future data requirements of the land remote sensing archive (i.e., the acquisition, preservation, and distribution needs).

    Co-moderator:
    Thomas Holm, U.S. Geological Survey
    Joanne Irene Gabrynowicz, National Remote Sensing and Space Law Center, University of Mississippi School of Law

    Speakers:
    Amy Budge, Earth Data Analysis Center, University of New Mexico
    Jay Feuquay, U.S. Geological Survey

    21. Sensors II – Advanced Land Imager
    Chair: Karen Zanter, U.S. Geological Survey

    Improved Leaky Detector Correction for EO-1 ALI Imagery
    Abstract
    Ron Morfitt, SAIC, Under Contract to USGS EROS
    Gyanesh Chander, Brian Markham, Dennis Helder, and James Storey

    Advanced Land Imager (ALI) Relative Gain Characterization and Correction
    Abstract
    Amit Angal, South Dakota State University
    Dennis Helder

    Radiometric Characterization and Performance Assessment of the Advanced Land Imager Using Bulk Trended Data
    Timothy Ruggles, South Dakota State University
    Dennis Helder, Doug Hollaren, Ron Morfitt, and Jim Nelson

    Radiometric Processing and Calibration of EO-1 Advanced Land Imager Data
    Abstract
    Brian Markham, NASA Goddard Space Flight Center
    Lawrence Ong, Jeff Mendenhall, Gyanesh Chander, Ron Morfitt, and Doug Hollaren

5:30 pm - 7:00 pm

    Exhibitors’ Reception
    Exhibit Hall 2

    Poster Session
    Presenters will be with their displays for discussion.


Wednesday, October 26, 2005
Wednesday [PDF]

7:30 am - 4:30 pm
Registration

8:00 am - 9:00 am
Sustaining Members Council Meeting
Room 1

10:00 am - 5:00 pm
Posters on Display

10:00 am – 5:00 pm
Exhibit Hall open
Exhibit Hall 2

Plenary Session II: Data Availability, Access and Preservation

8:00 am – 10:00 am
Ballroom A

Embracing the overall theme of the Pecora 16 Conference this plenary session will discuss the possibilities for data availability, access, and preservation as related to the new initiative of the Global Earth Observation System of Systems. Lessons learned as well as new opportunities related to data availability, access, and preservation will be discussed within this session.

Organized and chaired by Kevin Gallo, National Oceanic and Atmospheric Administration and Sylvia Edgerton, Department of Energy
Greg Withee, Assistant Administrator for Satellite and Information Services, NOAA, and Co-Chair of the U.S. Interagency Committee on Earth Observations


Speaker

Gregory W. Withee
Assistant Administrator for Satellite and Information Services, NOAA, National Environmental Satellite, Data, and Information Service

Gregory W. WitheeGregory W. Withee is the Assistant Administrator for Satellite and Information Services of the National Oceanic and Atmospheric Administration (NOAA). He leads the U.S. civil operational environmental satellite programs which supply the Nations weather and environmental satellite data; and also leads three National environmental data centers, which archive and make accessible climate, ocean, and geophysical data and products. He has worked in other areas at NOAA, the private and university sectors and the UN system, has authored more than 100 publications and reports, and has received numerous awards, including the Presidential Distinguished Rank Award for extraordinary performance in the Senior Executive Service

Panelists:
John FaundeenRaymond McCordRichard Reynolds
JOHN FAUNDEEN
Archivist,
U.S. Geological Survey 		RAYMOND MCCORD
Environmental Information Manager,
Environmental Sciences Division,
Oak Ridge National Laboratory 		RICHARD REYNOLDS
Electronics Engineer,
NOAA

10:00 am – 10:30 am

    Break - Beverages available in Exhibit Hall.

10:30 am – 12:00 noon

    Concurrent Technical Sessions IV

    22. Mapping Urban Environments
    Chair: Robin Zhang, Murray State University
    Room 11

    Mapping Urban Land Use / Land Cover Using Quickbird NDVI Imagery for Runoff Curve Number Determination
    Abstract
    Pravara Thanapura, South Dakota State University
    S. Burckhard, M. O’ Neill, D. Galster, and E. Warmath

    Multi-sensor Analysis of an Urban Ecosystem
    Abstract
    Kevin Gallo, NOAA, NESDIS
    Lei Ji

    Assessing Urban Growth and Environmental Change Using Remotely Sensed Data
    Abstract
    George Xian, SAIC, Under Contract to USGS EROS
    Mike Crane and Cory McMahon

    Segmentation of Urban Built-up Areas using an Expansion Scheme of Landsat Multispectral Images
    Abstract
    Jorge Lira, Instituto de Geofisica-UNAM, Mexico
    Lourdes Hildago

    23. Agriculture I
    Chair: Benjamin Richason III, St. Cloud State University
    Room 12

    Cropland Data Layer Program Update
    Abstract
    Rick Mueller, USDA, NASS Dave Johnson and Patrick Willis

    Increasing the Detail of Land Use Classification – the Iowa Experience
    Abstract
    R. Peter Kollasch, Iowa Department of Natural Resources

    Moving Research to Operations: Status of Global Monitoring of Food Production at USDA
    Abstract
    Bradley Doorn, USDA Foreign Agricultural Service

    State-Level Crop Mapping in the U.S. Central Great Plains Agroecosystem Using MODIS 250-Meter NDVI Data
    Abstract
    Brian Wardlow, University of Kansas
    Stephen Egbert

    24. Water Resources II
    Chair: Henrt Bulley, University of Nebraska - Omaha
    Room 13

    Effect Assessment of Two Land-cover Datasets on Stream Flow Simulations Using A Spatially Distributed Hydrologic Mode
    Abstract
    Pei-Yu Chen, Blackland Research and Extension Center, Texas Agricultural Experiment Station
    Mauro Di Luzio and Jeffrey Arnold

    Monitoring Changes to Water Resources in the Rio Grande/Rio Bravo Basin in Texas and Northern Mexico Since 1985
    Abstract
    Gordon Wells, University of Texas at Austin
    Teresa Howard, Gayla Malson, Linda Prosperie, Larry Teng, Solar Smith, and Craig Tapley

    Riparian and Wetland Mapping Using Multiple Sources of Digital Data, Decision Tree Models, and Valley Bottom Delineation
    Abstract
    Jay Kost, SAIC, Under Contract to USGS EROS
    Greg Dillon

    Assessing Impacts on Everglades Ecosystems using Remotely Sensed Data
    Abstract
    Marguerite Madden, University of Georgia
    Thomas Jordan and Louis Manglass

    25. Wildlife and Biodiversity
    Chair: Allan Falconer, George Mason University
    Room 8

    Mapping Ecological Systems in Western Washington for the USGS Gap Analysis Program (GAP)
    Abstract
    Thomas Miewald, Space Imaging, Inc.
    Jocelyn Aycrigg, Rex Crawford, Chris Chappell, and Alexa McKerrow

    Refining Biodiversity Conservation Priorities
    Abstract
    Grant M. Harris, USDA Forest Service
    Clinton N. Jenkins and Stuart L. Pimm

    Establishing a Data Framework for Calculating Consistent and Sensitive Measures
    Abstract
    Gene Fosnight, SAIC, Under Contract to USGS EROS
    Holly Strand and Benjamin White

    Managing Human-Leopard Conflicts in Pauri Garhwal, Uttaranchal, India using a Geographical Information System
    Abstract
    Manoj Agarwal, Wildlife Institute of India
    Devendra Singh, S.P. Goyal, and Qamar Quershi

    26. MODIS
    Chair: Matthew Hansen, South Dakota State University
    Room 9

    Monitoring Global Land Cover using Sub-pixel Cover Estimations
    Abstract
    Matthew C. Hansen, South Dakota State University
    John R. G. Townshend, Mark Carroll, and Charlene Dimiceli

    Land Cover Mapping of Greater Mesoamerica using MODIS data
    Abstract
    Chandra Giri, SAIC, Under Contract to USGS EROS
    Clinton Jenkins

    Monitoring Post-Fire Vegetation Recovery of Wildland Fire Areas in the Western United States Using MODIS
    Abstract
    Brad Quayle, USDA Forest Service
    Ken Brewer and Kelly Williams

    Global Mapping of Fire-Affected Area Using Multi- Temporal MODIS Data
    David Roy, South Dakota State University
    L. Boschetti and C.O. Justice

    27. Data Archive and Access I
    Chair: Gilbert Rochon, Purdue University
    Room 3

    U.S. Geological Survey Preserves the National Archive of Landsat Data
    Cheryl Greenhagen, SAIC, Under Contract to USGS EROS

    Footprint Coverages: A Land Remote Sensing Research Analysis Tool
    Abstract
    John Faundeen, U.S. Geological Survey

    Americas ALOS Data Node: Providing Earth Observation Data
    Abstract
    Scott Arko, Alaska Satellite Facility
    Don Atwood and Nettie La Belle-Hamer

    Enhancement of a Multi-National Decision Support System in Mesoamerica
    Abstract
    Jessica Coughlin, IAGT

    28. Surface Modeling
    Chair: Michael Oimoen, SAIC, Under Contract to USGS EROS
    Room 6

    Using LiDAR to Study Surface Water Runoff and Impervious Surface Delineation
    Abstract
    Thomas Pagh, i-TEN Associates, Inc. Carol Murdock

    Elevation Determination by Shadow Measurements from Vertical Monoscopic Aerial Imagery
    Abstract
    Henry Cordova, Broward County Government, Florida

    Temporary Floodwater Storage Volume Estimations Using 1-m LiDAR and 30-m NED DEMs in the Red River Basin of the North
    Abstract
    Sarita Pachhai, Univerity of North Dakota
    Bradley C. Rundquist and Wesley D. Peck

    Some Aspects of Using Fourier Analysis to Support Surface Modeling
    Abstract
    Nora Csanyi, The Ohio State University
    Charles Toth

12:00 noon - 1:30 pm
         Lunch in the Exhibit Hall
         Included with full registration - ticket required.

Plenary Session III: Advancing the Technology of Remote Sensing: A Roundtable Discussion

1:30 pm - 3:00 pm

Previous Plenary talks have illustrated the advent of Global Earth Observation Systems of Systems, the current and future state of satellite remote sensing, and the good that we have done with past and current systems. We now want to dream about what future systems can potentially do to harness the power of remote sensing for the benefit of society, and the leadership of government, academia, and industry to shape the vision in to reality.

Organized and chaired by Scott Loomer, National Geospatial-Intelligence Agency and John Lyon, U.S. Environmental Protection Agency


Panelists:
Russell Congalton
RUSSELL CONGALTON
Professor,
University of New Hampshire		 Mitch Goldberg
MITCHELL GOLDBERG
Chief, SMCD,
NOAA		 Kass Green
KASS GREEN
President,
The Alta Vista Company
Tom Loveland
Research Geographer,
U.S. Geological Survey		 Walter Scott
WALTER S. SCOTT
Executive Vice President & Chief Technical Officer,
DigitalGlobe

3:00 pm - 3:30 pm

         Break - Beverages available in Exhibit Hall.

3:30 pm – 4:30 pm

    Concurrent Technical Sessions V

    29. Mapping Impervious Surfaces
    Chair: George Xian, SAIC, Under Contract to USGS EROS
    Room 11

    Estimation, Mapping and Change Analysis of Impervious Surface Area by Landsat Remote Sensing
    Abstract
    Marvin Bauer, University of Minnesota
    Brian Loeffelholz and Bruce Wilson

    Mapping Urban Imperviousness Using Remotely Sensed Data and Regression Tree Models
    Abstract
    Cory McMahon, SAIC, Under Contract to USGS EROS
    George Xian and Mike Crane

    Estimation of Impervious Surfaces in Difficult Terrain for Assessing Urban Growth Abstract
    Mike Crane, U.S. Geological Survey
    George Xian and Cory McMahon

    30. Agriculture II
    Chair: Bradley Doorn, USDA Foreign
    Room 12

    Analysis of AWIFS Imagery for Crop-Specific Classifications Abstract
    Mike Craig, USDA NASS
    Martin Ozga and Claire Boryan

    Using Remote Sensing to Measure Yield Losses Due to Water and N Stress Abstract
    David Clay, South Dakota State University
    Jiyul Chang, Sharon Clay, and Ki-In Kim

    A Global Map of Irrigated Area at the End of the Last Millennium using Multiple Satellite Sensor Data Abstract
    Prasad Thenkabail, International Water Management Institute (IWMI)
    C. Biradar, H., Turral, and M. Schull

    31. Time Series Analysis
    Chair: Bradley Reed, SAIC, Under Contract to USGS EROS
    Room 13

    A Comparative Analysis to Understand the Influence of Dataset Choice for Land Surface Phenology Research in the Northern Latitudes
    Abstract
    Kirsten de Beurs, University of Nebraska-Lincoln
    Geoffrey Henebry

    Trends in Eurasia Vegetation Dynamics
    Abstract
    Bradley Reed, SAIC, Under Contract to USGS EROS

    Phenological Monitoring of Climate Change Impacts in Shenandoah National Park
    Abstract
    Jonathan Smith, USGS
    Douglas Muchoney, Bradley Reed and Sharon Hamann

    32. Rangeland Resources
    Chair: Douglas Ramsey, Utah State University
    Room 6

    Rangeland Biocomplexity and Cattle Stocking Rates In Kansas
    Jonathan Thayn, University of Kansas
    Kevin Price and Randall Boone

    Modeling Biophysical Factors in Grassland using Remote Sensing: Seasonal Effects
    Abstract
    Matthew Ramspott, University of Kansas
    Kevin Price, Cheryl Murphy, and Bryan Foster

    Assessing A Multitemporal and Multiscale Remote Sensing Approach for Characterizing Rangeland Condition on the Central Great Plains
    Abstract
    Geoffrey Folker, University of Kansas
    Kevin Price and Loren Graff

    33. Environmental Remote Sensing
    Chair: Le Wang, Texas State University - San Marcos
    Room 7

    Early Detection of Oak Wilt Disease: A Hyperspectral Approach
    Abstract
    Blake Weissling, University of Texas at San Antonio
    Hongjie Xie

    Light Absorption Model for Water Content to Improve Soil Mineral Estimates in Hyperspectral Imagery
    Abstract
    Michael Whiting, University of California-Davis
    Alicia Palacios Orueta, Lin Li, and Susan Ustin

    Impact of Sub-pixel Parameterization of Land Cover on Evapotranspiration Patterns Across Canada
    Abstract
    Vladimir Korolevich, Canada Centre for Remote Sensing
    Richard Fernandes, Shusen Wang, Anita Simic, and Fanfei Gong

    34. Data Archive and Access II
    Chair: Karla Sprenger, SAIC, Under Contract to USGS EROS
    Room 3

    An Archive of Satellite Imagery for the Intermountain Region of the United States
    Abstract
    Chris Garrard, Utah State University
    Douglas Ramsey

    U.S. Geological Survey Commercial Remote Sensing Data Contract
    Mike Duncan, U.S. Geological Survey

    Dissemination of LANDFIRE Data Abstract
    Jeffrey Eidenshink, U.S. Geological Survey

    35. SRTM/DEM
    Chair: Kristine Verdin, SAIC, Under Contract to USGS EROS
    Room 8

    A New Approach for DEM Void Filling used to Fill SRTM Voids
    Abstract
    Gregory Grohman, National Geospatial-Intelligence Agency

    Evaluation of Different Voidfill Solutions to Fill SRTM Elevation Data
    Abstract
    Jennifer Lock, Intermap Technologies Corp.
    Trina Kuuskivi and Xiaopeng Li

    Hydrologic Derivatives from SRTM: Prototype for the Rio Grande Basin
    Abstract
    Kristine Verdin, SAIC, Under Contract to USGS EROS


6:00 pm – 9:00 pm

Presentation of the 2005

William T. Pecora Award The William T. Pecora Award is presented annually by the Department of the Interior (DOI) and the National Aeronautics and Space Administration (NASA) to recognize outstanding contributions by individuals or groups toward the understanding of the Earth by means of remote sensing. We are pleased to present the 2005 Pecora Award at the National Center for EROS Open House on Wednesday, October 26.

The Pecora Award was established in 1974 to honor the memory of Dr. William T. Pecora, former Director of the U.S. Geological Survey and DOI Under Secretary. Dr. Pecora was a motivating force behind the establishment of a program for civil remote sensing of the Earth from space. His early vision and support helped established what we know today as the Landsat satellite program. The Award consists of a citation and plaque that are presented to each recipient by representatives from DOI and NASA. The name of each recipient is also inscribed on permanent plaques that are displayed by the sponsoring agencies.

Symposium name badges, driver’s license or passport, and tickets will be required for all attendees at this event.

 Buses will run on a continuous basis from the entrance to the Convention Center to EROS starting at 5:00 pm until 7:30 pm. Return service from EROS to the Convention Center will be from 7:30 pm to 9:00 pm. The last bus will depart EROS promptly at 9:00 pm.


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Thursday, October 27, 2005
Thursday [PDF]

7:30 am - 10:00 am
Registration
Convention Center Foyer

8:00 am - 10:30 am
Posters on display


9:00 am - 11:00 am

    Exhibit Hall open

8:00 am – 9:30 am

    Concurrent Technical Sessions VI

    36. Carbon Assessment
    Chair: Mark Jackson, Brigham Young University
    Room 11

    Using Time-Series Airborne Multispectral Sensor Imagery to Characterize Grassland Cover and Land Management Practices Influencing Soil Carbon Stocks

    Kevin Price, University of Kansas
    Matthew Ramspott, Bryan Foster, and Cheryl Murphy

    Comparative Analysis of NPP/GPP Products Estimated from Empirical and Biogeochemical Models
    Li Zhang, SAIC, Under Contract to USGS EROS
    Bruce Wylie and Shuguang Liu

    Remote Estimation of Net Ecosystem Carbon Dioxide Exchange in Crops: Principles, Algorithm Calibration and Validation
    Abstract
    Anatoly Gitelson, University of Nebraska-Lincoln
    Andrés Viña, Shashi Verma, Donald Rundquist,
    Galina Keydan, Bryan Leavitt, Timothy Arkebauer, George Burba and Andrew Suyker

    New 25-year, 4-km resolution AVHRR Data Set for Land Cover and Climate Studies
    Abstract
    Felix Kogan, NOAA, NESDIS, ORA
    Guo Wei

    37. Radar Remote Sensing
    Chair: Russell Rykhus, SAIC, Under Contract to USGS EROS
    Room 12

    Flood Monitoring Using SAR Imagery in an Emergency Response Environment
    Russell Rykhus, SAIC, Under Contract to USGS EROS
    Oh-Ig Kwoun, Brenda Jones, and Ron Risty

    An Overview of Studies of Aleutian Volcanoes with Satellite Radar Interferometry
    Abstract
    Zhong Lu, SAIC, Under Contract to USGS EROS

    C-Band Differential InSAR Observations of Water- Level Change Under Swamp Forests
    Abstract
    Oh-Ig Kwoun, SAIC, Under Contract to USGS EROS
    Zhong Lu

    The Use of Satellite Radar Remote Sensing Imagery in the Detection of Archaeological Sites in the Central Mesopotamian Plain of Iraq
    Abstract
    Benjamin Richason III, St. Cloud State University

    38. Data Comparisons, Validation and Accuracy
    Chair: Sunil Narumalani, University of Nebraska - Lincoln
    Room 8

    The Use of EOS Land Validation Test Sites for the Comparison of Vegetation Indices Derived from Different Earth Remote Sensing Satellites
    Abstract
    John Dwyer, U.S. Geological Survey
    Jeff Morisette

    Modeling Land Surface Phenology using NDVI, EVI, and WDRVI: A Comparative Analysis
    Abstract
    Geoffrey Henebry, University of Nebraska-Lincoln

    Evaluating the Effects of Spatial Scale on Remotely- Sensed Mapping of Burn Severity: A Comparison of Landsat and MODIS Data
    Kurtis Nelson, SAIC, Under Contract to USGS EROS
    Zhiliang Zhu, Lee Vierling, and Donald Ohlen

    Relationships Between MODIS LAI and NDWI for Continental Australia
    Abstract
    Michael Hill, Bureau of Rural Sciences, Australia
    Alex Held and Udaya Senarath

    39. Wildfires
    Chair: Jeffrey Eidenshink, U.S. Geological Survey
    Room 9

    A General Approach to Updating Vegetation, Fire Fuels and Ecosystem Conditions for LANDFIRE Project
    Abstract
    Zhi-Liang Zhu, U.S. Geological Survey
    James Vogelmann, Daniel Steinwand, and Matthew Rollins

    Hierarchical Classification of Vegetation Cover Using Decision Tree Methods
    Abstract
    Xuexia Chen, SAIC, Under Contract to USGS EROS
    Zhi-Liang Zhu, James Vogelmann, Brian Tolk, and Jay Kost

    Improving the Conterminous U.S. Greenness Data Set for Fire Monitoring
    Abstract
    Jeffrey Eidenshink, U.S. Geological Survey
    Roberta Bartlette and Debra Tirmenstein

    Mapping Burn Severity with Satellite Data: An Analysis of Ecosystem Differences and Time Lapse Since Fire
    Abstract
    Zhiliang Zhu, SAIC, Under Contract to USGS EROS
    Donald Ohlen, Stephen Howard, Carl Key, and Nate Benson

    40. Policy III
    Chair: James Irons, NASA Goddard Space Flight Center
    Room 6

    Integrating Landsat Sensors onto National Polar-orbiting Operational Environmental Satellite System Platforms
    Abstract
    James Irons, NASA Goddard Space Flight Center
    William Ochs

    Progress in Implementing the U.S. Commercial Remote Sensing Space Policy
    Abstract
    Jennifer Willems, USGS National Center for Earth Resources Observation and Science

    Digital Imagery Policies, Standards, Guidelines
    Abstract
    Philip Rufe, USGS
    Greg Stensaas and George Lee

    41. Data Archive and Access III
    Chair: Laura Rocchio, Science Systems and Applications (SSAI), Goddard Space Flight Center,br> Room 3

    The Landsat Legacy: Tracking Down Three Decades of Knowledge
    Abstract
    Laura Rocchio, SSAI, NASA Goddard Space Flight Center
    Gail Hodge, Terry Arvidson, Darrel Williams, and James Irons

    The Landsat Long Term Data Record: Characterization and Compilation
    Abstract
    Terry Arvidson, Lockheed Martin
    Samuel Goward, Darrel Williams, John Faundeen, Brian Markham, James Irons, Jeffrey Masek, Shannon Franks, Laura Rocchio, Gail Hodge, and Jeanne Allen

    Distribution, Retrieval and Processing Capabilities Available through the Land Processes Distributed Active Archive Center
    Abstract
    Thomas Kalvelage, SAIC, Under Contract to USGS EROS
    Jennifer Willems

    Atmospheric Radiation Measurement (ARM) Thumbnail Browser – A New Way to Browse and Order ARM Data Files
    Abstract
    Giriprakash Palanisamy, Oak Ridge National Laboratory
    Raymond McCord, Richard Ward, Betsy Horwedel,and Dale Kaiser

    42. Climate and Atmosphere
    Chair: Jimmy Adegoke, University of Missouri-Kansas City
    Room 2

    Influence of Local Land cover/land use Change on U.S. Climate Normal Temperatures
    Abstract
    Robert Hale, CIRA/Colorado State University
    Kevin Gallo

    The Use of Land Surface Remote Sensing Data in Weather and Climate Models
    Abstract
    Xubin Zeng, University of Arizona
    Mike Barlage and Wang Zhuo

    Voxel-based Analysis and Visualization of Rainfall Data
    Abstract
    Shalini Venkataraman, Louisiana State University
    Kwabena Asante


9:30 am – 10:00 am      Break - Beverages available in Exhibit Hall.


Plenary Session IV: Securing a Stable Future for Satellite Land Remote Sensing

10:00 am – 12:00 noon
Organized and chaired by James Irons, NASA Goddard Space Flight Center and Andrew Bruzewicz, COE
Ballroom A

Man and nature are altering global land cover at unprecedented rates. The 1999 launches of the Landsat 7, Terra, and IKONOS satellites ushered in a new era of land observations from multiple platforms that has dramatically advanced capabilities for monitoring change at multiple scales. As these three satellites reach the end of their design lives, plans to sustain and advance land observing capabilities have faced challenges and uncertainties. Our distinguished speakers will address the evolving roles of government, academia, and private industry as the national and international communities strive to formulate strategies for the future of Earth observations.

Future of Land Remote Sensing: Time to Think Again
Samuel Goward, Professor, University of Maryland

Samuel GowardMonitoring the Earth with remote sensing technologies began in earnest a half century ago. Visionaries such Pecora, Nordberg and many others began to recognize the significant value that monitoring the continents from space would bring to understanding our planet as our home. The first great initiative in this direction was the Landsat mission, which has continued (mostly) unabated, because (and despite) of the best intents of US engineers, scientists, businessman and bureaucrats. Many further steps in this direction followed that innovation, including the EOS Terra/Aqua series and the more recent governmental declarations about “operational” US land remote sensing programs.

Considering the technological advances that have occurred in the last half century, it is nothing short of astonishing that so little forward progress have been achieved in spaceborne land remote sensing systems in recent decades. We know full well the limitations of the first generation technologies including radiometry, geometry and temporal coverage. However, much of our time is spend simply keeping mission alive. There is much more to do. Today, there are broad and substantial opportunities to move from our 1950’s heritage to 21st century innovative thinking.

What is currently missing and terribly needed,, is the type of innovative thinking, free from political or economic constraints, that would permit us to explore anew how to monitor the continents. The last time great minds really got together to think about land space observatories was about 1960. It is time to clear the slate and begin again to think creatively about observing our planet as our home.

Responding to the Challenge of a New Generation of Earth Observations
Jay Feuquay, Coordinator, Land Remote Sensing Program, U.S. Geological Survey

Jay FeuquayA new era for moderate resolution land observation satellite data has arrived. The recently adopted declaration by the third Earth Observations Summit coupled with the US 10-year Strategic Plan for Earth Observations show that the systematic observation and recording of the state of the earth is more important than ever. The USGS’ Land Remote sensing Program will support a global Earth observation program through data capture, research, and partnerships with commercial, federal and international institutions.

The December 2004 tsunami disaster while a terrible human tragedy was a good example of the utility of land remote sensing data applied to emergency response. In this case the 30-year record of Landsat observations proved useful for comparing pre- and post disaster conditions. The tsunami event is one of many examples of the value of data capture and archiving. However, attention must be directed to planning for the future and the USGS’ Land Remote Sensing Program will take a leadership role in that future.

It is encouraging that the Administration, in a tight budget environment, continues to support Landsat activities and development of replacement systems. Plans for a Landsat continuity mission, hosted on a NOAA National Polar-orbiting Operational Environmental Satellite System strengthen a viable future in the post Landsat 7 era. New processing systems, developed by commercial operators and by the USGS are proving effective in maximizing the utility of current Landsat 7 data. Data buys by federal agencies will encourage the development of commercial systems. In all these dimensions (and others), the USGS’ Land Remote Sensing Program will support and lead in the development, coordination and applications of the next generation of Earth observing programs.

Building the Future of Land Remote Sensing One Pixel at a Time
William B. Gail, Vice President, Mapping and Photogrammetric Solutions, Vexcel Corporation

William GailThe prosperity and security of society depend increasingly on our ability to obtain remotely sensed land information and apply it effectively. Governments rely on this information for treaty verification, urban planning, and resource management. Businesses require it to improve the efficiency of their operations. Location-based information accessed over the Internet has become indispensable to us all. What actions must we take today to ensure that needed land remote sensing capabilities are available in the future? Recent long-term planning activities, including the GEOSS 10-year plan, the NASA Roadmap, and the NRC Decadal Study have attempted to address this issue. Yet the more sophisticated our needs become, the more complex the challenges we face in building the future. These challenges are many: anticipating the needs of future generations; building observing systems that meet these needs; efficiently transforming scientific advances into real-world applications; leveraging the power of the private sector; harnessing advances in information and telecommunications technologies. We face a new world in which everything is digital, consumer use of remote sensing data is greatly expanded, the boundary between remotely-sensed and in-situ information is blurred, and the value of a provider is measured by how quickly they adapt to evolving user demands. Our ability as a community to successfully address these issues will have a substantial impact on society.

12:00 noon

    Conference Adjournment
    Jim Sturdevant



USGS Organized:   National Center for Earth Resources Observation and Science (EROS)
ASPRSCo-Organized:  American Society for Photogrammetry and Remote Sensing
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