1 LBA-Air-ECO Recovery Options Fortaleza November 2003 LBA-Air-ECO? Discuss potential ways to recover the airborne remote sensing science objectives.

Slides:

Advertisements

Similar presentations

Land Surface Evaporation 1. Key research issues 2. What we learnt from OASIS 3. Land surface evaporation using remote sensing 4. Data requirements Helen.

Advertisements

Dry to Wet Season Atmospheric Mesoscale Campaign Rondônia September-November 2002 DRYtoWET/LBA Radiation, Cloud, and Climate Interactions in the Amazon.

Seventh LBA-ECO Science Team Business Meeting Business Workshops.

REMOTE SENSING Presented by: Anniken Lydon. What is Remote Sensing? Remote sensing refers to different methods used for the collection of information.

Remote Sensing Hyperspectral Imaging AUTO3160 – Optics Staffan Järn.

Improved Estimates of Aboveground Biomass using MODIS and the Geoscience Laser Altimeter System Michael Lefsky Colorado State University Plinio CamargoUniversity.

Testing Remotely Sensed Evapotranspiration Estimates Using Airborne and Ground Measurements May 2004 Cressida Savige, Andrew French, Andrew Western, Jeffrey.

AREHNA Workshop-Mobility and Health, 3-6 May 2003, Kos, Greece Assist. Professor Dr. A. PAPAYANNIS Lasers and Applications Laboratory National Technical.

Oil Spill Detection and Tracking Technologies Aircraft and Autonomous Aircraft Detection Methods HF Radar Tracking Methods Autonomous Surface Vessel Tracking.

TRACKS-COPS Focus Convective trace gas and aerosol transport Objectives Transport Processes (and Precipitation Formation) in Convective Systems Influence.

On average TES exhibits a small positive bias in the middle and lower troposphere of less than 15% and a larger negative bias of up to 30% in the upper.

HIGP Remote Sensing Support for Ocean-related Science 1.Global assessment of coral reef health SOEST collaborators Marlin Atkinson, HIMB Eric Hochberg,

$$$$$ 21st century ecology and environmental science is Informational Technology and Engineering intensive.

Soil Carbon Dynamics: A Catchment Based Approach C. Martinez, G. Hancock, J.D. Kalma & T. Wells NAFE’06 Workshop February 13-14, 2006.

The final integrated sensor package and operational goals consists of the following: Combined ozone photometer and gas chromatograph instrument Demonstrate.

Compton Tucker, GSFC Sassan Satchi, JPL Jeff Masek, GSFC Rama Nemani, ARC Diane Wickland, HQ Terrestrial Biomass Pilot Product: Estimating Biomass and.

ULM Project Ulrich Lemmin Baikal-Selenga workshop, Geneva, 31 October 2012.

Cirrus Cloud Boundaries from the Moisture Profile Q-6: HS Sounder Constituent Profiling Capabilities W. Smith 1,2, B. Pierce 3, and Z. Chen 2 1 University.

Welcome to the Seventh LBA-ECO Science Team Business Meeting November 5-8, 2003 Fortaleza, Ceará, Brazil.

HyspIRI Airborne Preparatory Mission Large Area Mapping In California Benefits to Remote Sensing of the Delta

SWOT and User Needs Workshop, DLR Oberpfaffenhofen, 5-6 July 2006 HYRESSA - HYperspectral REmote Sensing in Europe specific Support Actions Management.

“Community Benefits of Earth Science” SPECIAL WASTE COMMITTEE MEETING of the California Integrated Waste Management Board FEBRUARY 9, 2005 Presented by.

Monitoring Deforestation in Amazonia using Remote Sensing Luís Fernandes Executive Secretary MCT Ministério da Ciência e Tecnologia.

New York City Case Study: Methods of Analysis David J. Nowak USDA Forest Service Northeastern Research Station Syracuse, NY.

Characterizing non-pigment canopy biochemistry from imaging spectrometer data for studying ecosystem processes Gregory P. Asner, Mary E. Martin, Scott.

Quantitative Estimates of Biomass and Forest Structure in Coastal Temperate Rainforests Derived from Multi-return Airborne Lidar Marc G. Kramer 1 and Michael.

Free and Open Source Geospatial Software and Data

Considerations for future remote sensing activities Edward D. Santoro, M.S. Monitoring Coordinator Delaware River Basin Commission

1 AOD to PM2.5 to AQC – An excel sheet exercise ARSET Applied Remote Sensing Education and Training A project of NASA Applied Sciences Pawan Gupta Salt.

1 Land Cover Land Use Change Program and LBA Dr. Garik Gutman LCLUC Program Manager NASA Headquarters.

BARCA-LBA BALANÇO REGIONAL DE CARBONO NA AMAZÔNIA REGIONAL CARBON BUDGET IN THE AMAZON Tenatitive Dates: April/May and October/November 2005.

NASA Vision for Ocean Biology & Biogeochemistry Advance Planning Team

Ice Sheet Mass Changes and Contribution to Sea Level Rise  Greenland and Antarctic ice sheets were close to balance 1992 to  Net only 1% of annual.

1 Suborbital Science Program Airborne Remote Sensing of the SF Bay NASA Ames Research Center University of California Santa Cruz Airborne Science & Technology.

Surveying for Architectural Engineers Introduction.

VEGETATION Narrow- vs. Broad-Band Instruments Wavelength (nm) Reflectance TM Bands.

Spatial Model-Data Comparison Project Conclusions Forward models are very different and do not agree on timing or spatial distribution of C sources/sinks.

NEON site constellation. An artists’ rendition of a typical NEON site.

Mirza Muhammad Waqar HYPERSPECTRAL REMOTE SENSING - SENSORS 1 Contact:

LBA-ECO Science Team Business Meeting November 5-8, 2003 Diane E. Wickland NASA Terrestrial Ecology Program.

Lidar ( Lidar (LIght Detection And Ranging) P(r) = power received at range r A r = area of receiver OC3522Summer 2001 OC3522.

How Do Forests, Agriculture and Residential Neighborhoods Interact with Climate? Andrew Ouimette, Lucie Lepine, Mary Martin, Scott Ollinger Earth Systems.

Airborne Science Working Group D. A. Roberts: Chair (UCSB) Bruce Chapman (JPL), Ralph Dubayah (UMd), Matthew Fladeland (Ames), Nancy French (MTU), Robert.

USGS - California Fire Response -Hyperspectral Remote Sensing

Beyond Spectral and Spatial data: Exploring other domains of information: 4 GEOG3010 Remote Sensing and Image Processing Lewis RSU.

FEW FEAC320 Remote Sensing for Environmental Baseline and Monitoring (Partnership) Industry seeks best scientific methods to assess environmental impact.

INTEGRA Synthesis of LBA Workshops, books, reviews, integrated data analysis of all towers across the basin, model improvements,… Intensive Ground Atmosphere.

Observing and Modeling Requirements for the BARCA Project Scott Denning 1, Marek Uliasz 1, Saulo Freitas 2, Marcos Longo 2, Ian Baker 1, Maria Assunçao.

Ken Jucks and Diane Wickland Carbon Monitoring System: Welcome from NASA HQ November 12, 2014.

NASA Terrestrial Ecology Science Team Meeting, La Jolla: 30 April – 2 May, 2013 NASA Terrestrial Ecology New Directions Working Group Andrew ElmoreUniversity.

Jetstream 31 (J31) in INTEX-B/MILAGRO. Campaign Context: In March 2006, INTEX-B/MILAGRO studied pollution from Mexico City and regional biomass burning,

HYPERSPECTRAL IMAGING. nemo.nrl.navy.mil NEMO satellite COIS sensor instrument Navy Earth Map Observer Characterization of world littoral regions demonstrate.

Using NASA Resources to Promote Climate Literacy Dana Haine, MS UNC-Chapel Hill Institute for the Environment Principal Investigator, NC CLIMATE Fellows.

1 Effective Use of Airborne Remote Sensing Dar Roberts David Knapp (Rapporteur) 20 Participants General Theme: How can we get more airborne data in to.

Fabry-Perot Interferometer for Column CO 2 Instrument Incubator Program, FY02-04 Principal Investigator : William S. Heaps, Laser and Electronic Optics.

Name three geographical factors that are relevant to this map.

J. Appl. Remote Sens. 2014;8(1): doi: /1.JRS Figure Legend:

What was planned What was achieved What was not

PADMA ALEKHYA V V L, SURAJ REDDY R, RAJASHEKAR G & JHA C S

AVIRIS By: Evan, Mike, Ana Belen ER-2 Twin Otter.

Mapping of Coastal Wetlands via Hyperspectral AVIRIS Data

Hyperspectral Sensing – Imaging Spectroscopy

Preparing for the Production of Essential Climate Variables (ECVs) for Biomass from Future Spaceborne Remote Sensing Missions: Is There A Role for CEOS-Carbon?

INTERCONTINENTAL TRANSPORT EXPERIMENT – NORTH AMERICA (INTEX-NA)

Progress in Weather Observations

Introductory Digital Image Processing

ICARTT: COORDINATED ATMOSPHERIC CHEMISTRY CAMPAIGN OVER EASTERN NORTH AMERICA AND NORTH ATLANTIC IN SUMMER 2004 International, multi-agency collaboration.

Hyperspectral remote sensing ('Image spectroscopy')

Progress in Weather Observations

Webinar on Hyperspectral Remote Sensing and its Application

Presentation transcript:

1 LBA-Air-ECO Recovery Options Fortaleza November 2003 LBA-Air-ECO? Discuss potential ways to recover the airborne remote sensing science objectives

2 LBA-Air-ECO Recovery Options Fortaleza November 2003 COBRA Measure atmospheric CO2 concentration to estimate regional carbon balance Fly with BARCA (Balanço Regional de Carbono na Amazônia) Brazilian Lear jet (LIDER) w/ modified door November 2004 and May 2005 (?)

3 LBA-Air-ECO Recovery Options Fortaleza November 2003 AVIRIS Hyperspectral imaging spectrometer used by LBA-ECO and INPE teams Hyperion satellite hyperspectral images (>50 to date) are high quality and will allow 10-20% of original objectives to be met Brazilian Air Force aircraft –C130 –SIVAM Cessna Caravan –Commercial aircraft would require expensive modification AISA+ commercial hyperspectral sensor (Indiana) –6 weeks after July 2004 on INPE Bandeirante

4 LBA-Air-ECO Recovery Options Fortaleza November 2003 LVIS Lidar to map ground and canopy topography, canopy structure, and above ground biomass No satellite alternatives FAB C130 FAB Learjet LIDER Learjet (same on as BARCA) INPE Bandeirante Max cost benefit: mapping effort over areas with most well quantified AGB

5 LBA-Air-ECO Recovery Options Fortaleza November 2003 Approval Needed! Agreement options are being studied and coordinated with NASA HQ and Brazilian MCT