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检索条件"任意字段=Conference on Atmospheric and Environmental Remote Sensing Data Processing and Utilization"

共 354 条记录，以下是241-250 订阅

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Airborne mapping of chemical plumes in the aftermath of Hurricanes Katrina and Rita

Airborne mapping of chemical plumes in the aftermath of Hurr...

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conference on Algorithms and Technologies for Multispectral, Hyperspectral, and Ultraspectral Imagery XII

作者： Lewis, Paul E. Thomas, Mark J. Kroutil, Robert T. Combs, Roger Cummings, Alan S. Miller, Dave Curry, Tim Shen, Sylvia S. National Geospatial Intelligence Agency (United States) Environmental Protection Agency (United States) Los Alamos National Lab. (United States) Research and Technology Consultants (United States) Tetra Tech EM Inc. (United States) Northrop Grumman (United States) The Aerospace Corp. (United States)

ISBN: (纸本)0819462896

Infrared airborne spectral measurements were collected over the Gulf Coast area during the aftermath of Hurricanes Katrina and Rita. These measurements allowed surveillance for potentially hazardous chemical vapor releases from industrial facilities caused by storm damage. data was collected with a mid-longwave infrared multispectral (.) imager and a hyperspectral Fourier transform infrared spectrometer operating in a low altitude aircraft. Signal processing allowed detection and identification of targeted spectral signatures in the presence of interferents, atmospheric contributions, and thermal clutter. Results confirmed the presence of a number of chemical vapors. All detection results were immediately passed along to emergency first responders on the ground. The chemical identification, location, and vapor species concentration information were used by the emergency response ground teams for identification of critical plume releases and subsequent mitigation.

关键词： infrared airborne mapping plume hazards hurricane aftermath signal processing remote chemical identification remote sensing infrared spectroscopy

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Identification of large pelagic marine fish habitats and habitat utilization using ‘pop-up’ satellite archival tag and oceanic satellite remote sensing technologies and ‘SODA’ simple ocean data simulation model analyses

Identification of large pelagic marine fish habitats and hab...

引用

IEEE/OES US/EU Baltic International Symposium

作者： R. Michael Laurs David Foley Michael Musyl RML Fisheries Oceanographer Consultant LLC Jacksonville OR USA NOAA Fisheries Environmental Research Division Joint Institute Marine and Atmospheric Research Pacific Grove CA University of Hawaii Joint Institute Marine and Atmospheric Research Honolulu HI USA

Large pelagic fishes (tuna, billfish, and sharks) are being tagged with `pop-up' satellite archive electronic sensors (PSAT), which measure and log detailed data on the swimming environment of the fish, as well as light data, which are used to estimate the geographic locations of the fish. At predetermined periods the sensors are programmed to `pop-off' the fish, float to the sea surface, and transmit the data collected to Argos satellites, which relay the data to ground stations on earth. processing of these data provides detailed time-history information on the environment and estimated locations of individual free-swimming fish. The resulting information is then examined in conjunction with ocean measurements and data products derived from various satellite ocean sensors including sea surface temperature, ocean color, and ocean winds, as well as SODA ocean data assimilation model analyses. The fish habitats are thus defined in the context of surrounding ocean conditions, measured contemporaneously by oceanic satellite remote sensing and derived from outputs from the SODA ocean simulation model. An important aspect of this approach is that it provides the opportunity to identify, and subsequently monitor with satellite remote sensing, ocean features, processes, and properties that may play important roles in determining spatial and temporal variations in marine fish habitats. data are presented that demonstrate this approach for blue shark, Prionace glauca.

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Proceedings of SPIE - atmospheric and environmental remote sensing data processing and utilization: Numerical Atmospheeric Prediction and environmental Monitoring

Proceedings of SPIE - Atmospheric and Environmental Remote S...

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atmospheric and environmental remote sensing data processing and utilization: Numerical atmospheric Prediction and environmental Monitoring

The proceedings contain 40 papers. The topics discussed include: Net-centric environmental and weather monitoring: a disruptive concept of operations;protection of passive radio frequencies used for Earth exploration by satellite;routine detection and mitigation of dust with AIRS;using ABI to help HES for cloud property and atmospheric sounding retrieval;assessment of land degradation and its spatial and temporal variation in Beijing surrounding area;improving AIRS spatial co-registration by resampling;shedding new light on nocturnal monitoring of the environment with the VIRS day/night band;MODIS aerosol retrieval over urban areas;and physical retrieval of cloud-top properties using optimal spectral sampling.

关键词： remote sensing

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Protection of passive radio frequencies used for earth exploration by satellite

Protection of passive radio frequencies used for earth explo...

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atmospheric and environmental remote sensing data processing and utilization: Numerical atmospheric Prediction and environmental Monitoring

作者： Rochard, Guy Centre de Météorologie Spatiale METEO-FFRANCE BP 50747 22307 Lannion France

No abstract available

关键词： Temperature metrology Microwave radiation Clouds Satellites atmospheric sensing Liquids Earth's atmosphere Meteorology Opacity Passive remote sensing

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NPOESS Direct Readout Mission

NPOESS Direct Readout Mission

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atmospheric and environmental remote sensing data processing and utilization: Numerical atmospheric Prediction and environmental Monitoring

作者： Van De Wouw, John A. Overton, John W. Coronado, Patrick Northrop Grumman Space Technology Redondo Beach CA 90728 NPOESS Integrated Program Office Silver Spring MD 20910 NASA Goddard Direct Readout Lab. Greenbelt MD 20771

Preparing for the next generation polar orbiting environmental satellite system, the NPOESS system is currently undergoing the design phase of the Program. The NPOESS Direct Readout Mission will service users in the field providing regional environmental coverage with two direct broadcast links, high rate data (HRD) at 20 Mbps and low rate data (LRD) at 3.88 Mbps. Contained within these two links are the suite of sensor data in order to generate 50 HRD and 29 LRD weather products via the NPOESS Field Terminal Segment software being developed for distribution to the weather community or by value added resellers.

关键词： remote sensing

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Routine detection and mitigation of dust using AIRS

Routine detection and mitigation of dust using AIRS

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atmospheric and environmental remote sensing data processing and utilization: Numerical atmospheric Prediction and environmental Monitoring

作者： De Souza-Machado, S. Larrabee Strow, L. Hannon, S.E. Motteler, H.E. University of Maryland Baltimore County Physics Department Baltimore MD 21228

The atmospheric Infrared Sounder (AIRS) has been operating since Sept. 2002 and AIRS radiance data is being used operationally by several weather centers. A significant fraction of AIRS observations are contaminated by dust blowoff from arid areas. The almost continous spectral coverage of AIRS in both the 10-12 and 3.7 micron atmospheric windows allows excellent detection of the presence of dust. Dust signals can often survive the cloudclearing process used in the retrieval system for AIRS, thereby contaminating the low-altitude temperature and water vapor retrieval products. We present techniques being developed to both operationally detect and mitigate the effects of dust on AIRS retrieval products.

关键词： remote sensing

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Net-centric environmental and weather monitoring: A disruptive concept of operations

Net-centric environmental and weather monitoring: A disrupti...

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atmospheric and environmental remote sensing data processing and utilization: Numerical atmospheric Prediction and environmental Monitoring

作者： Ardanuy, Philip E. Marley, Stephen R. Flynn, Thomas J. Bossert, David E. Bensman, Edward L. Raytheon Information Solutions 12220 Sunrise Valley Drive Reston VA 20191-3402 Raytheon Net Centric Solutions 6620 Chase Oaks Blvd. Dallas TX 75023 Raytheon Missile Systems Bldg M09 MS5 PO Box 11337 Tucson AZ 85734 Raytheon IIS Space Systems 1620 Wilshire Drive Bellevue NE 68005

In this paper we review the concept of network centricity, and relate it to the evolution that is anticipated in weather and environmental operational remote sensing in the decade ahead. We provide a practical roadmap for implementing concepts that recognize the value of legacy systems, accounting for a spectrum of different interoperability potentials of legacy and future systems, from the perspective of three communities and five levels of integration.

关键词： remote sensing

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Detection of industrial gaseous chemical plumes using hyperspectral imagery in the emissive regime

Detection of industrial gaseous chemical plumes using hypers...

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atmospheric and environmental remote sensing data processing and utilization: Numerical atmospheric Prediction and environmental Monitoring

作者： Farrell Jr., Michael D. Mersereau, Russell M. Center for Signal and Image Processing Georgia Institute of Technology Atlanta GA 30332 United States

For the past ten years, much of the research in hyperspectral image data exploitation techniques has been focused on detection of ground targets. As a passive remote sensing technique, hyperspectral imagers have performed reasonably well in detecting the presence of a variety of objects;from crop species to land mines to mineral deposits to vehicles under camouflage. These often promising results have prompted new studies of hyperspectral remote sensing for other applications - including atmospheric monitoring. Should technologies like hyperspectral imaging prove effective in emission source monitoring, organizations interested in environmental assessment could transition from inspection using hand-held analytical instruments to a truly standoff technique. In this paper, we evaluate the utility of a set of hyperspectral exploitation techniques applied to the task of gas detection. This set of techniques is a sampling of approaches that have appeared in the literature, and all of the methods discussed have demonstrated utility in the reflective regime. Specifically, we look at signature-based detection, anomaly detection, transformations (i.e. rotations) of the spectral space, and even dedicated band combinations and scatter plots. Using real LWIR hyperspectral data recently collected on behalf of the US environmental Protection Agency, we compare performance in detecting three different industrial gases.

关键词： remote sensing

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Comparison of global AIRS/AMSU and AIRS/MODIS cloud-clearing performance

Comparison of global AIRS/AMSU and AIRS/MODIS cloud-clearing...

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atmospheric and environmental remote sensing data processing and utilization: Numerical atmospheric Prediction and environmental Monitoring

作者： Guan, Li Huang, Hung-Lung Baggett, Kevin Li, Jun Department of Electronic Engineering Nanjing University of Information Science and Technology China Cooperative Institute for Meteorological Satellite Studies Space Science and Engineering Center University of Wisconsin Madison United States

Two classes of cloud-cleared radiances retrieval approaches developed so far comprise the synergistic use of 1) collocated infrared and microwave measurements, and 2) collocated infrared imaging and sounding measurements that is discussed in detail in the companion paper entitle "Evaluation of Cloud-Cleared Radiances for Numerical Weather Prediction and Cloud Contaminated Sounding Applications" [1]. In that paper AIRS/AMSU and AIRS/MODIS cloud-cleared algorithms are discussed and their performance evaluated. The focus of this paper is to present additional examples and statistics for not only cloud-cleared radiances but also cloud-cleared retrieval of temperature and water vapor.

关键词： remote sensing

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Long-term trends of atmospheric aerosol concentrations over Western Siberia

Long-term trends of atmospheric aerosol concentrations over ...

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atmospheric and environmental remote sensing data processing and utilization: Numerical atmospheric Prediction and environmental Monitoring

作者： Sudarchikova, Natalia V. Institute of Atmospheric Optics Siberian Branch Russian Academy of Sciences Tomsk Russia Laboratory of Optical Weather Institute of Atmospheric Optics RAS 1 Akademicheskii Avenue Tomsk 634055 Russia

The data on spatial aerosol distribution over Western Siberia are obtained by airborne laboratory during 1983 - 1989 and 1997 - 2003. Analysis of the samples allows us to reveal time variability of the aerosol content in the lower and middle troposphere. The concentrations of Si, Al, Fe, Mg, Ca, Ti, Cu, Mn, Cr, Pb, and Ni elements, K+, Na+, Cl-, SO 42-, NO3-, and NH4 + ions, and their vertical profiles are calculated. The seasonal variability of characteristics of atmospheric aerosol concentration is also estimated.

关键词： atmospheric aerosols

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