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Remote Sensing: more books (100)

LiDAR:: Remote Sensing of Terrestrial Environments by Sorin C. Popescu, 2011-01-26
Radar Remote Sensing of Urban Areas (Remote Sensing and Digital Image Processing)
Innovations in Remote Sensing and Photogrammetry (Lecture Notes in Geoinformation and Cartography)
Radar Remote Sensing of Planetary Surfaces (Topics in Remote Sensing) by Bruce A. Campbell, 2002-03-18
Remote Sensing from Space: Supporting International Peace and Security
Remote Sensing for Geologists: A Guide to Image Interpretation by Gary L. Prost, 2002-01-24
Laser Remote Sensing (Optical Science and Engineering)
Theory and Approach of Information Retrievals from Electromagnetic Scattering and Remote Sensing by Ya-Qiu Jin, 2005-12-22
Archaeological Prospecting and Remote Sensing (Topics in Remote Sensing) by Irwin Scollar, A. Tabbagh, et all 2009-07-23
Uncertainty in Remote Sensing and GIS
Remote Sensing: Principles and Interpretation by Floyd F. Sabins, 2007-04-05
Manual of Remote Sensing, Remote Sensingfor Natural Resource Management and Environmental Monitoring (Manual of Remote Sensing - Third Edition) (Volume 4) by Susan Ustin, 2004-05-03
Integration of Geographic Information Systems and Remote Sensing (Topics in Remote Sensing)
Mapping Hazardous Terrain using Remote Sensing - Special Publication no 283 (Geological Society Special Publication) by R. M. Teeuw, 2007-08-15

lists with details

Ger.com
Airborne, portable, radar, and space technologies.
http://www.ger.com/
WorldSat International Inc. | Home
Publisher and producer of consumer based products from satellite imagery.
http://www.worldsat.ca

Extractions: They have all turned to WorldSat for their satellite imagery needs. Since 1987, WorldSat International has been the world’s premier provider of satellite imagery. WorldSat pioneered imagery that is completely seamless, layer to layer. As a result, we have the unique ability to produce animated zoom sequences from space to a local parking lot without any visible seams or colour shifts- an essential ingredient for the ultimate sense of reality. So whether your needs are a single image for a magazine, atlas, major motion picture or a dazzling 3D flight around our virtual world, WorldSat is your source. Leading Edge Stills and Animation for publications, atlases, television, advertising, museums, trade show displays or major motion pictures- WorldSat delivers seamlessly.
MDA Federal Inc. - The U.S. Geospatial Services Operation Of MDA
Satellite-based multispectral and radar data and information provider.
http://www.mdafederal.com/

Extractions: MDA Federal Inc. is the U.S. geospatial services unit of MDA which specializes in the development and application of remote sensing and geographic information technologies (GIS). MDA Federal Inc. projects focus on the exploration, sustainable development and management of the Earth's resources and the monitoring of the environment. MDA Federal Inc. is a world leader in the utilization of remote sensing data from aircraft and satellites and is the largest commercial provider of enhanced satellite imagery. In October 2005, Earth Satellite Corporation (EarthSat) changes its name to MDA Federal Inc. as part of a broad rebranding initiative by our parent company, MacDonald Dettwiler and Associates Ltd. (MDA), to conduct its business under the common brand name "MDA." Click here to go to MDA Federal Inc.'s home page.
SPIE Newsroom / Remote Sensing
Exclusive technical articles from the SPIE Newsroom on remote sensing, atmospheric propagation engineering, ocean optics, thermal sensing, agriculture and forestry.
http://spie.org/x2420.xml
Airborne 1 Laser Mapping
Photogrammetry and land surveying services.
http://lasermapping.com/
USGS National Wetlands Research Center: SAB Remote Sensing
Remote Sensing. The Remote Sensing Team conducts research studies about linking remote sensing data collected from airborne and satellite platforms to observable features that either
http://www.nwrc.usgs.gov/about/sab/sensing.htm

Extractions: National Wetlands Research Center ... Site Index http://www.nwrc.usgs.gov/about/sab/ramsey.htm Complete List of Remote Sensing Publications (PDF, 359K). We recommend using Adobe Reader to view this document. Mapping Cyclone Wind Magnitude Probabilities and Monitoring Affected Landscape by Using Spatial Models and Remote Sensing Techniques ( Dr. Elijah W. Ramsey III Measuring and Monitoring the Wetland Response to Changes in Coastal Hydrology and Water Quality as a Function of Sea-Level Rise ( Dr. Elijah W. Ramsey III Remote Sensing as an Integrated Approach to Monitoring Vulnerabilities and Predicting Changes to Wetlands and Adjacent Areas ( Dr. Elijah W. Ramsey Landcover Classification Following the National Vegetation Classification System with the National Park Service ( Dr. Elijah W. Ramsey III
Manuel Arbelo - Home Page
Personal page of a researcher focused on remote sensing and development of satellite algorithm to derive surface temperature (SST and LST).
http://webpages.ull.es/users/marbelo

Extractions: Spain Dr. Manuel Arbelo holds a Ph.D. in Physics (1997) , University of La Laguna Canary Islands Spain . The title of his Ph.D. dissertation was: "Determination of sea surface temperature using sinergy of AVHRR and TOVS sensors. Application to Canary Islands." ( Abstract in spanish Since 1998 he has spent several postdoc and scientific collaboration stays at Rosenstiel School of Marine and Atmospheric Science of the University of Miami , Florida (USA). Lecturer in Physics since 1999 at Department of Physics of University of La Laguna Dr Arbelo�s research interests are the Earth and Atmosphere Observation from satellites: Development of global and regional algorithms to derive the sea surface temperatures. Agrometeorology applications: LST, evapotranspiration. Fishery oceanography: relationship between tuna catchs and oceanographic features. Change detection in land use with high resolution satellite images.
Land Use And Land Cover Group
New York Climate and Health Program study to determine the effects of urban growth on public health and air quality in the greater New York using remote sensing data.
http://www.csam.montclair.edu/~sloliveri/
Alaska Volcano Observatory - About AVO - Remote Sensing
of remote sensing studies by AVO. NOAA weather satellite image recorded by the Advanced Very High Resolution Radiometer (AVHRR) sensor of the eruption of Kliuchevskoi
http://www.avo.alaska.edu/about/remote.php

Extractions: NOAA weather satellite image recorded by the Advanced Very High Resolution Radiometer (AVHRR) sensor of the eruption of Kliuchevskoi Volcano, Kamchatka, Russia. Remote Sensing scientists use geostationary and polar orbiting satellite data to monitor and analyze volcanoes in Alaska and on the Kamchatka Peninsula, Russia. These data include: GEOS, GMS, Advanced Very High Resolution Radiometer (AVHRR) , and Synthetic Aperture Radar (SAR). Most of these data are received and processed in real-time by ground receiving stations at the Geophysical Institute, located on the campus of the University of Alaska Fairbanks. Volcanic thermal anomalies (colloquially referred to as hot spots), eruption plumes, crustal deformation, lava flows, cones and other volcanic landforms are analyzed. In addition, the Puff plume tracking model is used to analyze plume movement and to predict its trajectory. A key use of satellite data is to monitor (often via AVO's
Airbornelasermapping.com - Latest LiDAR News And Web Links
A reference site dedicated to the emerging technology of airborne laser mapping. Of interest to surveyors, GIS specialists, aerial photogrametrists or others involved in remote sensing or mapping industries.
http://www.airbornelasermapping.com/ALMID.html

Extractions: The 2004 LiDAR Industry Directory is now available! To download a summary of the companies listed, click here To download the complete 2004 LiDAR Industry Directory , just click the "Sign up" button below. You will also receive a free subscription to Airborne 1's all-LiDAR publication, The Link - The LiDAR Network . The contents of these publications are different than the contents of the web site and are available only to subscribers. Please note that by subscribing, you consent to the following: We will send you the full 2004 LiDAR Industry Directory (465 KB, PDF format), free of charge, typically within 48 hours of request. We will send you our all-LiDAR newsletter
Pagina Personal Pedro Hernandez Leal
Associate professor at the University of La Laguna, Spain. Teaching tools and research interests in remote sensing applications including forest fire risk modelling.
http://webpages.ull.es/users/pealhdez/index.html
Michigan Tech Earth, Planetary, And Space Sciences Institute
Promotes research and education in interdisciplinary areas including Earth and its ecosystems, remote sensing and the reaches of intergalactic space.
http://www.epssi.mtu.edu/

Extractions: This AVHRR image shows heavy ice cover on the Great Lakes. Synoptic views such as these provide rapid assessment of ice thickness and texture, which in turn provide crucial information for predicting shoreline erosion, impacts on the shipping industry, and lake effect snows. EPSSI NEWS Proposals in Progress, October 26, 2010 Lynn Mazzoleni (Chemistry/EPSSI), Claudio Mazzoleni (Physics/EPSSI), R. Chris Owen (MTRI/EPSSI), Noel Urban CEE/EPSSI), Judith Perlinger (CEE/EPSSI) and Shurashish Kundu (Chemistry/EPSSI), "Chemical Physical and Radiative Properties of Black Carbon after Long-range Transport of North American Pollution," US EPS
NOAASIS - NOAA Satellite Information System For NOAA Meteorological / Weather Sa
Also has remote sensing glossary, examples and special emphasis on Radarsat. The Remote Sensing Core Curriculum.(not working)An introduction to remote sensing
http://noaasis.noaa.gov/NOAASIS/ml/education.html

Extractions: Learning About Satellites and Remote Sensing M eteorological satellites (or more broadly, environmental satellites) have been around for 40 years. Imagery from satellites are standard fare for television weathercasts and are familiar to most everyone. But do you understand how they really work and the significance of what your are seeing? S atellite pictures taken in visible light are the easiest to understand on a basic level, as it is what we are familiar with in our everyday experience. Reflection of light from clouds or other objects and surfaces reflects back to our eyes or a camera. The reflection of light makes the object visible. Exceptions would be self-luminous objects, such as the sun or a light bulb, which do not depend on reflected light. B ut visible light is only one type of electromagnetic radiation. The infrared region of the spectrum is where objects and gases of "normal" temperatures usually radiate most strongly. Sensors aboard the satellites provide images in this and other portions of the electromagnetic spectrum, as well. B elow are links to a variety of resources on the Internet to help the user learn the basics of the electromagnetic spectrum, satellite remote sensing, some specific applications and explanations of how some satellites work. No attempt is made here to include the breadth of remote sensing or to provide links to the many Internet sources of satellite imagery. With the ever-changing content of the Internet and World Wide Web, no list will ever be complete! If you have found other resources that would be appropriate, please contact us at the Email address below.
Laurel Kirkland: Infrared Remote Sensing Of Mars And Earth
Research activities at the Lunar and Planetary Institute in reflectance spectroscopy and thermal infrared spectroscopy of Mars and Earth.
http://www.lpi.usra.edu/science/kirkland/

Extractions: A portion of the Coso Hot Springs is shown above (click on the picture to enlarge). Coso Hot Springs are at the China Lake Naval Air Weapons Station, CA. In June 2005, we measured airborne infrared hyperspectral images covering the spectral ranges from 0.35-2.5 microns, 2.5-5 microns, and 7-13 microns. Concurrent with the airborne flights, we measured ground hyperspectral imagery.
Remote Sensing: LC Science Tracer Bullet
Remote Sensing Compiled by John F. Buydos. LC Science Tracer Bullet ISSN 00905232 Science Reference Section Science and Technology Division Library of Congress
http://cool.conservation-us.org/bib/tracremt.html

Extractions: June 1993 Remote sensing is the gathering and recording of information without actual physical contact of the sensing equipment with the object or area being investigated, as in satellite or aerial photography. Remote sensing is used to collect information about the earth's geological features, vegetation, atmosphere, bodies of water, ice surfaces, and land use. Such observations have applications in archaeology, cartography, geology, soil science, oceanography, hydrology, meteorology, climatology, agriculture, engineering, environmental studies, and matters of military concern. Drury, S. A. A guide to remote sensing: interpreting images of the earth Hyatt, Edward. Keyguide to information sources in remote sensing Sabins, Floyd F. Remote sensing: principles and interpretation . 2nd ed. New York, Freeman, c1987. 449 p. Includes bibliographical references.
Mississippi Space Commerce Initiative At The University Of Southern Mississippi
MSCI is a joint project between the State of Mississippi, NASA, Stennis Space Center, Mississippi universities and GIS technology businesses to promote remote sensing research and industry in Mississippi.
http://www.usm.edu/msci/

Extractions: Formally known as the Mississippi Space Commerce Initiative Welcome to the MSCI Remote Sensing Software Site-License Management Web site at The University of Southern Mississippi. Covering The University of Southern Mississippi Alcorn State University Jones County Junior College Southwest Community College ... Pearl River Community College , and Gulf Coast Community College
Office Of Space Commercialization
Commercial Remote Sensing Satellite imagery is gaining greater attention as it becomes integrated with online maps, news broadcasts, and other popular information sources.
http://www.space.commerce.gov/remotesensing/

Extractions: HOME OFFICE OF SPACE COMMERCIALIZATION POLICY ISSUES SPEECHES, REPORTS, WORKSHOPS Satellite imagery is gaining greater attention as it becomes integrated with online maps, news broadcasts, and other popular information sources. The Office of Space Commercialization played a key role in the emergence of the U.S. commercial remote sensing satellite industry in the 1990s and continues to promote its evolution and growth today. 2005 flood damage in New Orleans (Courtesy of GeoEye) The term "remote sensing" refers to any use of cameras or sensors to observe distant things for example, aerial photography and radar surveillance. The Office of Space Commercialization's interest in remote sensing focuses on the use of commercial satellites to image the Earth from space. The data collected by such satellites has commercial value across a broad range of industries, including real estate, agriculture, insurance, and media. Governments also purchase commercial remote sensing data to support weather prediction, climate change research, land management, and national security reconnaissance activities. The Office of Space Commercialization promotes U.S. commercial remote sensing satellite services by contributing to the development of U.S. Government policies affecting the industry, voicing the industry's interests within U.S. Government interagency discussions, and representing U.S. commercial interests in international negotiations.
Earth Observation And Satellite Imagery - Geoscience Australia
Australia s principal earth resource satellite ground station and data processing facility.
http://www.ga.gov.au/remote-sensing/

Extractions: You are here: Geoscience Australia provides Earth observation services, expert advice, and information for decision makers through our National Earth Observation Group (previously known as ACRES). We are Australia's principal earth resource satellite ground station and data processing facility. More about our capabilities Latest News . Please refer other interested colleagues to this web page for accessing the report.
Welcome To UTview's Homepage
Land use land Cover maps for Lucas County 1984 to 2003 Web Cast (rebroadcasts) Weather by Remote Sensing Cloud Awareness '01 Earthday 2001
http://remotesensing.utoledo.edu/

Extractions: Fact sheet (Here) ... Arc IMS: Maumee Watershed W elcome to the UTView Web site. At the Univeristy of Toledo research, education, and outreach make up the three components that comprise the core efforts of UTView. UTView offers a comprehensive interface to our neighbors in the community with the research and exploration of image and spatial scientists. Research directions involve the use of remotely sensed imagery and spatial modeling to examine the environment. Please visit the People and Partners that make up UTView, thank you.
USGS Spectroscopy Lab - Home Page
Studying and applying methods for identifying and mapping materials through spectroscopic remote sensing (called imaging spectroscopy, hyperspectral imaging, imaging spectrometry, and ultraspectral imaging), on the earth and throughout the solar system using laboratory, field, airborne and spacecraft spectrometers.
http://speclab.cr.usgs.gov/index.html

Extractions: Researchers at the USGS Spectroscopy Lab are studying and applying methods for identifying and mapping materials through spectroscopic remote sensing (called imaging spectroscopy, hyperspectral imaging imaging spectrometry ultraspectral imaging , etc), on the earth and throughout the solar system using laboratory field airborne and spacecraft spectrometers. The image shown here is a mineral map, where each color is the identification of specific minerals through imaging spectroscopy analysis. See Material Maps and Spectral Libraries (also accessed below). (see dates below for additions). Extensive tutorial on reflectance spectroscopy, the causes of absorption bands, the absorption and scattering processes that occur when light encounters a particulate surface, and principles of spectroscopy including continuum analysis, grain size effects, mixtures, etc. T e t r ...

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