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1996, ISBN: 9783540609339

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Kramer, Herbert J.:

Observation of the Earth and Its Environment: Survey of Missions and Sensors - gebunden oder broschiert

1996, ISBN: 9783540609339

Springer, Gebundene Ausgabe, Auflage: 3rd enlarged ed. 992 Seiten, Publiziert: 1996-04-04T00:00:01Z, Produktgruppe: Buch, 2.9 kg, Maschinenbau, Ingenieurwissenschaften, Fachbücher, Katego… Mehr…

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Kramer, Herbert J.:
Observation of the Earth and Its Environment: Survey of Missions and Sensors - gebunden oder broschiert

1996

ISBN: 9783540609339

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Kramer, Herbert J.:
Observation of the Earth and Its Environment: Survey of Missions and Sensors - gebunden oder broschiert

1996, ISBN: 9783540609339

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Observation of the Earth and Its Environment: Survey of Missions and Sensors - gebunden oder broschiert

ISBN: 9783540609339

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Details zum Buch
Observation of the Earth and Its Environment: Survey of Missions and Sensors

This book is about instruments and their use on airborne and spaceborne platforms. It is divided into three major sections covering more than 150 spaceborne mssions and sensors, over 300 airborne sensors as well as reference data and definitions. Four extensive appendices provide a comprehensive survey of campaigns, glossary, acronyms and abbreviations and an index of sensors. An effort has been made to present the information in context, to point out relationships and interconnections for a better understanding of the subject. The book may serve as a reference and guide to all involved in the various national and international space programs: researchers and managers, service providers and data users, teachers and students.

Detailangaben zum Buch - Observation of the Earth and Its Environment: Survey of Missions and Sensors


EAN (ISBN-13): 9783540609339
ISBN (ISBN-10): 3540609334
Gebundene Ausgabe
Erscheinungsjahr: 1996
Herausgeber: Springer

Buch in der Datenbank seit 2008-07-11T11:12:34+02:00 (Vienna)
Detailseite zuletzt geändert am 2022-02-22T15:40:26+01:00 (Vienna)
ISBN/EAN: 9783540609339

ISBN - alternative Schreibweisen:
3-540-60933-4, 978-3-540-60933-9
Alternative Schreibweisen und verwandte Suchbegriffe:
Autor des Buches: herbert kramer
Titel des Buches: observations, observation the earth and its environment


Daten vom Verlag:

Autor/in: Herbert J. Kramer
Titel: Observation of the Earth and Its Environment - Survey of Missions and Sensors
Verlag: Springer; Springer Berlin
960 Seiten
Erscheinungsjahr: 1996-04-04
Berlin; Heidelberg; DE
Gedruckt / Hergestellt in Deutschland.
Gewicht: 1,340 kg
Sprache: Englisch
85,55 € (DE)
87,95 € (AT)
106,60 CHF (CH)
Not available, publisher indicates OP

BB; Book; Hardcover, Softcover / Geowissenschaften/Geografie; Geographische Informationssysteme (GIS) und Fernerkundung; Verstehen; Earth Oberservation; platform; remote sensing; environment; Sensor; Service; Erdbeobachtung; Fernerkundung; Earth Observation; Geographical Information Systems/Cartography; Earth and Environmental Science; C; Ecotoxicology; Engineering, general; Automotive Engineering; Waste Management/Waste Technology; Waste Water Technology / Water Pollution Control / Water Management / Aquatic Pollution; Umweltwissenschaften, Umwelttechnik; Biochemie; Ingenieurswesen, Maschinenbau allgemein; Fahrzeugbau; Kfz-Handwerk; Abfallwirtschaft; Abfallverwertung und -entsorgung; Wasserversorgung und -aufbereitung; Energiewirtschaft und Versorgungsunternehmen; BB; BC; EA; SA

Foreword to the 2nd Edition.- Foreword to the 3rd Edition.- A Survey of Spaceborne Missions and Sensors.- A.1 ACE (Advanced Composition Explorer).- A.2 ACTIVE (AKTIVNY-IK).- A.2.1 Subsatellite Magion-2 (C2-AK).- A.3 ADEOS (Advanced Earth Observing Satellite).- A.4 ADEOS-II (Advanced Earth Observing Satellite-II).- A.5 AEM-2 (Applications Explorer Mission-2).- A.6 ALEXIS (Array of Low Energy X-Ray Imaging Sensors).- A.7 ALMAZ Program.- A.7.1 COSMOS-1870.- A.7.2 ALMAZ-1.- A.7.3 ALMAZ-1B.- A.8 ALOS (Advanced Land Observing Satellite).- A.9 AMPTE (Active Magnetosphere Tracer Explorers).- A.9.1 IRM Instrumentation (Sensors).- A.9.2 UKS Instrumentation (Sensors).- A.9.3 CCE Instrumentation (Sensors).- A.10 APEX (Active Plasma Experiment).- A.10.1 APEX Subsatellite (Magion-3) Scientific Payload.- A.11 ARGOS (Data Collection System).- A.12 ASTRID-1.- A.13 ATLAS.- A.14 CBERS (China/Brazil — Earth Resources Satellite).- A.15 CHAMP (Challenging Minisatellite Payload).- A.16 CLUSTER (Four S/C Mission in Concert with SOHO).- A.17 Commercial Remote Sensing Imaging Satellites.- A.17.1 CRSS (Commercial Remote Sensing System).- A.17.2 EarlyBird.- A.17.3 QuickBird.- A.17.4 Resource21.- A.18 CORONAS-I.- A.18.1 PHOTON.- A. 19 CRRES (Combined Release and Radiation Effects Satellite).- A.20 Dynamics Explorers (DE-1 and DE-2).- A.20.1 DE-1 Instruments (High Altitude Mission).- A.20.2 DE-2 Instruments (Low Altitude Mission).- A.21 DMSP (Defense Meteorological Satellite Program).- A.21.1 DMSP Data Availability — Visible and Infrared Imagery.- A.22 EGS (Experimental Geodetic Satellite, Ajisai).- A.23 EOS (Earth Observation System).- A.23.1 EOS Mission Elements.- A.23.1.1 EOS/AM-1 Satellite.- A.23.1.2 EOS/PM Series.- A.23.1.3 EOS SAGE III Series.- A.23.1.4 EOS Radar ALT Series.- A.23.1.5 EOS Laser ALT Series.- A.23.1.6 EOS CHEM Series.- A.23.1.7 EOS Special Missions.- A.23.2 EOS Instruments.- A.23.3 EOSDIS (EOS Data and Information System).- A.23.4 MTPE (Mission to Planet Earth).- A.24 Equator-S.- A.25 ERBS (Earth Radiation Budget Satellite).- A.26 ERS-1 (European Remote-Sensing Satellite).- A.27 ERS-2.- A.28 E-SAT System.- A.29 ETALON.- A.30 EURECA (European Retrievable Carrier).- A.30.1 EURECA-1 Mission.- A.31 EXOS (Exospheric Observations).- A.31.1 EXOS-A (Kyokko).- A.31.2 EXOS-B (Jikiken).- A.31.3 EXOS-C (Ohzora).- A.31.4 EXOS-D (Akebono).- A.32 FAISAT (Final Analysis Inc. Satellite).- A.33 FAST (Fast Auroral Snapshot Explorer).- A.34 Fengyun-1.- A.34.1 Fengyun-1C and -1D.- A.35 Fengyun-2.- A.36 FORTE (Fast On-Orbit Recording of Transient Events).- A.37 FREJA.- A.38 GEMINI.- A.39 GEO-IK.- A.40 GEOS (GEOstationary Satellite).- A.40.1 GEOS-1.- A.40.2 GEOS-2.- A.41 GEOS-3 (Geodynamics Experimental Ocean Satellite).- A.42 GEOSAT (Geodetic/Geophysical Satellite).- A.43 GFO-1 (Geosat Follow-On Program).- A.44 GEOTAIL.- A.45 GFZ-1 (GeoForschungsZentrum-1 Geodesy Satellite).- A.46 GLONASS.- A.47 GPS (NAVSTAR-GPS).- A.47.1 Availability of GPS/GLONASS Systems.- A.47.2 GPS Applications.- A.47.3 GPS Tensor.- A.47.4 IGS (International GPS Service for Geodynamics).- A.47.5 CIGNET.- A.47.6 DGPS.- A.47.7 Future of GPS/GLONASS Services.- A.48 GMS (Geostationary Meteorological Satellite).- A.48.1 GMS Data Collection System (DCS).- A.49 GOMS (Geostationary Operational Meteorological Satellite).- A.49.1 Radio Complex for Data Collection, Transmission and Relay.- A.50 GP-B (Gravity Probe B Relativity Mission).- A.51 HCMM (Heat Capacity Mapping Mission).- A.52 IMP-8 (International Monitoring Platform).- A.53 INSAT.- A.54 INTERBALL.- A.54.1 “Auroral Probe” Sensors.- A.54.2 “Tail Probe” Sensors.- A.55 IRS-1A (Indian Remote Sensing Satellite).- A.55.1 IRS-1B.- A.55.2 IRS-1C/1D.- A.55.3 IRS-1E (P1).- A.55.4 IRS-P2.- A.55.5 IRS-P3.- A.56 ISEE (International Sun-Earth Explorer).- A.56.1 ISEE-1 and -2 Mission.- A.56.2 ISEE-3 Mission.- A.57 JERS-1 (Japanese Earth Resources Satellite).- A.58 LAGEOS-I (Laser Geodynamics Satellite).- A.58.1 LAGEOS-II.- A.59 LANDSAT.- A.59.1. Landsat-6.- A.59.2 Landsat-7.- A.60 LDEF (Long Duration Exposure Facility).- A.61 LFC (LARGE FORMAT CAMERA).- A.62 Lewis and Clark Missions.- A.62.1 Lewis S/C.- A.62.2 Clark S/C.- A.63 LITE (Lidar In-Space Technology Experiment).- A.64 MAGSAT.- A.65 MAPS (Measurement of Air Pollution from Satellites).- A.66 METEOR-1 Series.- A.67 METEOR-2 Series.- A.68 METEOR-Priroda Series.- A.69 METEOR-3 Series.- A.70 METEOR-3M Series.- A.71 METEOSAT.- A.71.1 Meteosat Data Collection System (DCS).- A.71.2 Meteosat DCP Retransmission System.- A.71.3 MOSAIC.- A.71.4 MSG (METEOSAT Second Generation).- A.72 Microlab-1.- A.73 MIR-1 Orbital Station.- A.74 MOMS-01.- A.75 MOMS-02.- A.76 MOS (Marine Observation Satellite).- A.77 MSX (Midcourse Space Experiment).- A.78 NIMBUS.- A.79 NOAA-GOES.- A.79.1 NOAA-GOES Data Collection System (DCS).- A.79.2 NOAA-GOES SEM Instruments.- A.79.3 NOAA-GOES Second Generation.- A.80 NOAA-POES.- A.80.1 Planned POES series of NOAA.- A.80.2 ARGOS on NOAA-POES Satellites.- A.80.3 S&RSAT on NOAA-POES Satellite Series.- A.81 ODIN.- A.82 OKEAN-O.- A.82.1 Experimental Cosmos Program.- A.82.2 OKEAN-O1 Operational Series.- A.82.3 OKEAN-O Series.- A.83 Orbcomm Satellite System.- A.84 Ørsted.- A.85 POEM (Polar Orbit Earth-Observation Missions).- A.85.1 ENVISAT-1.- A.85.2 METOP-1.- A.86 POLAR.- A.87 PRARE Tracking System.- A.88 PRIRODA.- A.89 RADARSAT.- A.90 RESURS-F.- A.91 RESURS-O.- A.92 SAC-B (Satélite de Applicaciones Científicas).- A.93 SAFIR.- A.94 Salyut Space Station.- A.95 SAMPEX (Solar Anomalous and Magnetospheric Particle Explorer).- A.96 SAN MARCO D/L.- A.97 SCD1 (Satélite de Coleta de Dados).- A.97.1 SSR1.- A.98 SEASAT.- A.99 SeaStar.- A.100 Shuttle EO Imaging Cameras.- A.100.1 Shuttle Film Camera Systems.- A.101 SIR-A (Shuttle Imaging Radar).- A.102 SIR-B.- A.103 SIR-C/X-SAR.- A.104 SKYLAB Space Station.- A.105 SME (Solar Mesosphere Explorer).- A.106 SMM (Solar Maximum Mission).- A.107 SOHO (Solar and Heliospheric Observatory).- A.108 SOLAR-A (Yohkoh).- A.109 Spacelab-1.- A.110 Spacelab-3.- A.111 SPOT (Système Pour l’Observation de la Terre).- A.111.1 Spot-3.- A.111.2 Spot-4.- A.111.3 Spot-5A and 5-B.- A. 112 SSBUV (Shuttle Solar Backscatter Ultraviolet Spectrometer).- A.113 Starlette.- A.114 Stella.- A.115 STARSYS.- A. 116 STEDI (Student Explorer Demonstration Initiative).- A.116.1 SNOE (Student Nitric Oxide Explorer).- A.116.2 TERRIERS.- A.116.3 CATSAT (Cooperative Astrophysical and Technology Satellite).- A.117 TEMISAT (Telespazio MicroSatellite).- A. 118 TIMED (Thermosphere, Ionosphere, Mesosphere Energetics and Dynamics).- A.119 TOMS Missions.- A.119.1 TOMS-EP.- A.119.2 TOMS/NSCAT on ADEOS.- A.120 TOPEX/Poseidon.- A.120.1 DORIS.- A.121 TPFO (TOPEX/Poseidon Follow-On).- A.122 TRACE (Transition Region and Coronal Explorer).- A.123 TRMM (Tropical Rainfall Measuring Mission).- A.123.1 ATMOS Program of Japan.- A.124 TUBSAT (Technical University of Berlin Satellite).- A.124.1 TUBSAT-A.- A.124.2 TUBSAT-B.- A.124.3 DLR-TUBSAT.- A.125 UARS (Upper Atmosphere Research Satellite).- A.126 Ulysses.- A.127 UoSAT/SSTL Microsatellite Missions.- A.127.1 UoSAT-1 (University of Surrey Satellite-1).- A.127.2 UoSAT-2.- A.127.3 UoSAT-3 (HealthSat-1).- A.127.4 UoSAT-4.- A.127.5 UoSAT-5.- A.127.6 KITSAT-1 (Korea Institute of Technology Satellite).- A.127.7 S-80/T.- A.127.8 HealthSat-2.- A.127.9 PoSAT-1 (Portuguese Satellite).- A.127.10 KITSAT-2.- A.127.11 CERISE.- A.127.12 FASat-Alfa (Fuerza Aerea Satellite — Alfa).- A.127.13 UoSAT-12.- A.127.14 TMSAT (Thai Microsatellite).- A.128 Viking.- A.129 WIND.- B Survey of Airborne Sensors.- B.1 AAHIS (Advanced Airborne Hyperspectral Imaging Spectrometer).- B.2 AAMAS (Aircraft-borne Automatic Mass Spectrometer).- B.2.1 TQMS (Triple Quadrupole Mass Spectrometer).- B.3 Aerosol Experiment.- B.4 AES (Airborne Emission Spectrometer).- B.5 AHSTRA (Airborne Heterodyne Spectrometer THz Astronomy).- B.6 AIMR (Airborne Imaging Microwave Radiometer).- B.7 AIMS-1000 (Airborne Imaging Mapping and Surveillance System).- B.8 AirCam.- B.9 AIRDAS (Airborne Disaster Assessment System).- B.10 AIRSAR (Airborne SAR).- B.10.1 TOPSAR (Interferometric Radar Topographic Mapping Instrument).- B.11 AIS (Airborne Imaging Spectrometer).- B.12 AISA (Airborne Imaging Spectrometer for different Applications).- B.13 ALAS (Airborne Laser Altimeter System).- B.14 ALF (Airborne Laser Fluorosensor).- B.15 ALIAS (Aircraft Laser Infrared Absorption Spectrometer).- B.15.1 ALIAS-I on ER-2 Aircraft.- B.15.2 ALIAS-II on Perseus Aircraft.- B.16 ALPS (Airborne Laser Polarization Sensor).- B.17 ALTM (Airborne Laser Terrain Mapping).- B.18 AMMR (Airborne Multichannel Microwave Radiometer).- B.19 AMMS (Airborne Microwave Moisture Sounder).- B.20 AMPR (Advanced Microwave Precipitation Radiometer).- B.21 AMPS (Airborne Multisensor Pod System).- B.21.1 Sony DXC-750 3-CCD Video Camera.- B.21.2 Wild RC30 Large Format Camera.- B.21.3 AGEMA Thermal Imager.- B.21.4 Sandia SAR.- B.21.5 COHU 5560 Low Light Camera.- B.21.6 CASI (Compact Airborne Spectrographic Imager).- B.21.7 AMS (Airborne Multispectral Scanner).- B.21.8 EGS (Echelle Grating Spectrometer).- B.21.9 AC-ITMS (Air Concentrator-Ion Trap Mass Spectrometer).- B.21.10 TTS (Target Tracking System).- B.21.11 AKS (Aerial Krypton Sampler).- B.21.12 R-TARAC (Real-Time Airborne Radionuclide Analyzer and Collector).- B.22 AMSOS (Airborne Millimeter & Submillimeter-wave Observing System).- B.23 AMSS MK-II (Airborne Multi-Spectral Scanner).- B.24 AOL (Airborne Oceanographic Lidar).- B.25 APDOR-95 (Airborne Polarimetric Doppler Radar).- B.26 APE (Airborne Polar Experiment).- B.26.1 SAFIRE-A (Spectroscopy of the Atmosphere w. FIR Emission — Airborne).- B.26.2 ARIAS (Airborne Remote-Sensing & In-Situ Aerosol Measuring System).- B.26.3 GASCOD (Gas Absorption Spectrometer Correlating Optical Differences).- B.26.4 ABLE (Airborne Lidar Experiment).- B.26.5 MAL (Micro-Joule Airborne Lidar).- B.26.6 ECOC (Electrochemical Ozone Cell).- B.26.7 FLASH (Fluorescent Airborne Stratospheric Hygrometer).- B.26.8 ACH (Aircraft Condensation Hygrometer).- B.26.9 ACAP (Airborne Counter of Aerosol Particles).- B.26.10 FOZAN (Fast Ozone Analyzer).- B.26.11 COPAS (Condensation Particle Detection System).- B.27 ARES (Airborne Remote Earth Sensing).- B.28 ARGUS (Two-Channel Atmospheric Tracer Instrument).- B.29 ARL (Airborne Raman Lidar).- B.30 ARMAR (Airborne Rain Mapping Radar).- B.31 ASAS (Advanced Solid-State Array Spectroradiometer).- B.32 ATHOS (Airborne Tropospheric Hydrogen Oxide Sensor).- B.33 ATLAS (Airborne Tunable Laser Absorption Spectrometer).- B.34 ATLAS (Airborne Terrestrial Applications Scanner).- B.35 Atmospheric Measurements on Commercial Airline Flights.- B.35.1 MOZAIC (Measurement of Ozone by Airbus In-Service Aircraft).- B.35.2 ACORN.- B.35.3 CARIBIC.- B.35.4 ASE (Automatic Air-Sampling Equipment).- B.36 ATSS (Airborne Terrain Survey System).- B.37 AVIRIS (Airborne Visible/Infrared Imaging Spectrometer).- B.38 AWI Sensors.- B.38.1 PS100EL Laser Altimeter.- B.38.2 AWSR (Airborne Water Substance Radiometer).- B.39 B-Flux (Boundary-Layer Flux System).- B.40 CAESAR.- B.41 CALS (Cloud and Aerosol Lidar System).- B.42 CAMS (Calibrated Airborne Multispectral Scanner).- B.43 CAR (Cloud Absorption Radiometer).- B.44 CARABAS (Coherent All Radio Band Sensing).- B.45 CASI (Compact Airborne Spectrographic Imager).- B.46 Cast Eyes.- B.47 Chinese Airborne Instruments.- B.47.1 CIS (Chinese Imaging Spectrometer).- B.47.2 AMS (Airborne Multispectral Scanner).- B.47.3 TIMS (Thermal Imaging Multispectral Scanner).- B.47.4 Prototype Scanner.- B.47.5 MAIS (Modular Airborne Imaging Spectrometer).- B.47.6 CASSAR (Chinese Academy of Sciences SAR).- B.48 CHOPPY (Chopped Pyrgeometer).- B.49 CHRISS (Compact High Resolution Imaging Spectrograph Sensor).- B.50 CNC (Condensation Nucleus Counter).- B.51 CRL Radar/Radiometer.- B.52 CRL-SAR (Communications Research Laboratory — SAR).- B.53 C-SCAT (C-Band Scatterometer).- B.54 C-STAR (Conically-Scanning Two-Look Airborne Radiometer).- B.55 CVI (Counterflow Virtual Impactor).- B.56 C/X-SAR.- B.57 Daedalus Instruments (Digital Multispectral Scanner).- B.57.1 ATM (Airborne Thematic Mapper).- B.57.2 Analog Bispectral Instruments.- B.57.3 Analog and Digital Bispectral/Multispectral Instruments.- B.57.4 AOCI (Airborne Ocean Color Imager Spectrometer).- B.57.5 AMS (Airborne Multispectral Scanner).- B.57.6 TIMS (Thermal Infrared Multispectral Scanner).- B.57.7 Wildfire.- B.57.8 MIVIS (Multispectral Infrared and Visible Spectrometer).- B.57.9 MAS (MODIS Airborne Simulator).- B.57.10 AHS (Airborne Hyperspectral Scanner).- B.57.11 ADC (Airborne Digital Camera).- B.58 DARMS (Digital Aerial Right-of-Way Monitoring System).- B.59 Deimos.- B.60 DLR Lidar Instruments.- B.61 DMSV (Digital Multi-Spectral Video).- B.62 DOAS (Differential Optical Absorption Spectroscopy).- B.63 DOE Airborne Instruments in ARM Program.- B.63.1 MPIR (Multispectral Pushbroom Imaging Radiometer).- B.63.2 CDL (Cloud Detection Lidar).- B.63.3 HONER (Hemispherical Optimized Net-flux Radiometer).- B.63.4 UAV-AERI (UAV Atmospheric Emitted Radiance Interferometer).- B.64 DO-SAR (Dornier SAR).- B.65 DPA (Digital Photogrammetric Assembly).- B.66 DRA-SAR (Defense Research Agency SAR).- B.67 Dual Polarized 37 GHz Radiometer.- B.68 DUTSCAT (DUT Airborne Radar Scatterometer).- B.69 EDOP (ER-2 Doppler Radar).- B.70 ELDORA/ASTRAIA.- B.71 EMIRAD (Electromagnetics Institute Radiometer).- B.72 EMISAR (Electromagnetics Institute SAR).- B.73 ER-2 High-Altitude Aircraft Program.- B.74 ERASME (Etude Radar des Sols et des Mers).- B.75 ERIM Airborne Instruments.- B.75.1 M-7 (Mapper Multispectral Testbed).- B.75.2 P-3/SAR (ERIM/Navy Sensor).- B.75.3 DCS (Data Collection System).- B.75.4 IFSARE (Interferometric SAR for digital terrain elevation data).- B.76 EROS Digital Imagery and Photographic Products.- B.76.1 Airborne Science and Applications Program (ASAP).- B.77 E-SAR (Experimental SAR).- B.78 E-SLAR (Experimental Side-Looking Airborne Radar).- B.79 ESMR (Electronically Scanned Microwave Radiometer).- B.80 ESTAR (Electronically Steered Thinned Array Radiometer).- B.81 FAST.- B.82 FIRS-2 (Far Infrared Spectrometer).- B.83 FISH (Fast In-Situ Stratospheric Hygrometer).- B.84 FLASH (FOA Laser Airborne Sounder for Hydrography).- B.85 FLI (Fluorescence Line Imager).- B.86 FOLPEN (Foliage Penetration VHF Impulse SAR).- B.86.1 GPR (Ground Penetrating Radar).- B.87 FTVHSI (Fourier Transform Visible Hyperspectral Imager).- B.88 Geophysika M-55 Stratospheric Aircraft.- B.89 GER Corporation Instruments.- B.89.1 AAS (Airborne ASTER Simulator).- B.89.2 DAIS-2815 (Digital Airborne Imaging Spectrometer).- B.89.3 DAIS-7915 (Digital Airborne Imaging Spectrometer).- B.89.4 DAIS-16115 (Digital Airborne Imaging Spectrometer).- B.89.5 GER-63 Channel Scanner.- B.89.6 DAIS-3715 (Digital Airborne Imaging Spectrometer).- B.90 Harvard Atmospheric Chemistry Instruments.- B.90.1 OH/HO2 Instrument.- B.90.2 ClO/BrO Instrument.- B.90.3 H2O Instrument.- B.90.4 O3 Instrument.- B.90.5 CIONO2 Instrument.- B.90.6 NO/NOy Instrument.- B.90.7 CO2 Instrument.- B.91 HELISCAT (Helicopter Scatterometer).- B.92 HIS (High-Resolution Interferometer Sounder).- B.93 HUT (Helsinki University of Technology) Instruments.- B.93.1 HUTRAD (Helsinki University of Technology Radiometer).- B.93.1.1 Nonimaging Subsystem of HUTRAD.- B.93.1.2 Imaging Subsystem of HUTRAD.- B.93.2 HUTSCAT (Helsinki University of Technology Scatterometer).- B.93.3 HUTSLAR (HUT Side-Looking Airborne Radar).- B.93.4 MINISCAT.- B.94 HYDICE (Hyperspectral Digital Imagery Collection Experiment).- B.95 IFSAR (Interferometric SAR).- B.96 IKI RAN Airborne Sensors.- B.96.1 NIT (Side-looking Airborne Real Aperture Radar).- B.96.2 MKF-6 (Multispectral Camera).- B.96.3 NAMR (Nadir-looking Airborne Multichannel Radiometer).- B.96.4 Delta-K Spectrometer.- B.96.5 IKIRAD (IKI Radiometer).- B.96.6 K-Band Dual-frequency Atmospheric Radiometer.- B.96.7 Multipolarization K- and Ka-Band Polarimeters.- B.97 INGARA (Australian Airborne Imaging Radar System).- B.98 ISM (Infrared Imaging Spectrometer).- B.99 Japanese Airborne Sensors in the TRMM/ADEOS-II Programs.- B.99.1 AMR (Airborne Microwave Radiometer).- B.99.2 AMSS (Advanced Multi-Spectral Scanner).- B.99.3 CAMPR (CRL Airborne Multiparameter Precipitation Radar).- B.100 LAC (Large Area Collector).- B.101 LARSEN (Airborne Scanning Lidar).- B.102 LASAL (Large Aperture Scanning Airborne Lidar).- B.103 LASE (Lidar Atmospheric Sensing Experiment).- B.104 LEAF (Laser Environmental Airborne Fluorosensor).- B.105 LEANDRE.- B.106 LFS (Laser Fluorosensor).- B.107 Leica RC30 (Aerial Camera System).- B.108 LIP (Lightning Instrument Package).- B.109 MACAWS (Multi-Center Airborne Coherent Atmospheric Wind Sensor).- B.110 MAMS (Multispectral Atmospheric Mapping Sensor).- B.111 MARA (Multimode Airborne Radar Altimeter).- B.112 MARSS (Microwave Airborne Radiometer Scanning System).- B.113 MASP (Multiangle Aerosol Spectrometer Probe).- B.114 MCR (Multispectral Cloud Radiometer).- B.115 MEIS (Multi-detector Electro-optical Imaging Sensor).- B.116 MERES (Multifrequency Radiometer for Remote Sensing of the Sea Surface).- B.117 MIPAS (Michelson Interferometer for Passive Atmospheric Sounding).- B.117.1 MIPAS-LM (Laboratory Model).- B.117.2 MIPAS-B (MIPAS Balloon).- B.117.3 MIPAS-B2.- B.117.4 MIPAS-FT (Flugzeug Transall).- B.117.5 MIPAS-STR (MIPAS STRATO).- B.118 MIR (Millimeter-Wave Imaging Radiometer).- B.119 MIRACO2LAS (Mid-IR Airborne CO2 Laser Spectrometer).- B.120 MIRAS (Microwave Imaging Radiometer with Aperture Synthesis).- B.121 MIROR (Michelson Interferometer with Rotating Retroreflector).- B.122 MISI (Modular Imaging Spectrometer Instrument).- B.123 MITE (Megapixel Imaging Technology Camera System).- B.124 MkIV (Mark-IV Interferometer).- B.125 MMS (Meteorological Measurement System).- B.126 MMW-SAR (Millimeter Wave SAR).- B.127 MOBY (Marine Optical Buoy).- B.128 MSS (Maritime Surveillance System).- B.128.1 SLAR (Side-Looking Airborne Radar).- B.128.2 IR/UV (Infrared/Ultraviolet System).- B. 128.3 MWR (Scanning Microwave Radiometer).- B.128.4 Camera (Photographic Camera System).- B.128.5 Video (Video Camera System).- B.128.6 THERMO (Thermal Radiometer).- B.129 MTP (Microwave Temperature Profiler).- B.130 MTS (Millimeter-Wave Temperature Sounder).- B.131 MUSIC (Multi-Spectral Infrared Camera).- B.132 NAILS (NCAR Airborne Infrared Lidar System).- B.133 NAPP (National Aerial Photography Program).- B.134 NASAR-1 (NASDA Airborne SAR-1).- B.135 NASIC (NASA Aircraft — Satellite Instrument Calibrator).- B.136 NCARNOX (NCAR NOx Chemiluminescent Sensor).- B.137 NCAR Electra Aircraft Instrumentation.- B.138 NEC-SAR (NEC Corporation SAR).- B.139 NOAA/AOC Airborne Program.- B.139.1 NOAA WP-3D Doppler Radar System.- B.139.2 Scan Strategies of TDR.- B.139.3 ASDL (NOAA Aircraft Satellite Data Link).- B.139.4 ODW (Omega Dropwind Sonde).- B.139.5 NOAA P-3 Infrared Radiometers.- B.139.6 AXBT (Air Expendable Bathythermograph).- B.140 NOAL (NOAA Ozone Airborne Lidar).- B.141 NPL Instruments.- B.141.1 FTS (Fourier Transform Spectrometer).- B.141.2 TDLHS (Tunable Diode Laser Heterodyne Spectrometer).- B.142 NS001 (Thematic Mapper Simulator).- B.143 NUSCAT (Airborne Ku-Band Scatterometer).- B.144 OLS (Oceanographic Lidar System).- B.145 OVID (Optical Visible and Near-Infrared Detector).- B.146 PBMR (Pushbroom Microwave Radiometer).- B.147 PERSEUS (Unmanned High-Altitude Research Aircraft).- B.148 PHARUS (PHased ARray Universal SAR).- B.149 PMS (Particle Measuring Systems Inc.) Instruments.- B.150 PMS (Portable Multichannel Spectrometer).- B.151 POLDER (Airborne Instrument).- B.152 PORTOS.- B.153 PRIRODA Airborne Instruments.- B.154 RACS (Rotating Antenna C-Band Scatterometer).- B.155 Radius (Microwave Radiometer).- B.156 RAMS (RAdiation Measurement System).- B.157 RAMSES (Radar Aéroporté Multi-Spectral d’Etude des Signatures).- B.158 RENE.- B.159 RESSAC (Radar pour l’Etude du Spectre des Surfaces par Analyse Circulaire).- B.160 RMK (Reihenmeßkammer — Metric Camera).- B.161 ROSIS (Reflective Optics System Imaging Spectrometer).- B.162 ROWS (Radar Ocean Wave Spectrometer).- B.163 R-SLAR (RRL-SLAR).- B.164 SABL (Scanning Aerosol Backscatter Lidar).- B.165 SASAR (South African SAR).- B.166 SB-RAS Airborne Instruments.- B.166.1 MAKREL-2 Lidar.- B.166.2 Svetozar-3 Lidar.- B.166.3 M2M (Makrel-2 Modified).- B.167 SFSI (SWIR Full Spectrographic Imager).- B.168 SHOALS (Scanning Hydrographic Operational Airborne Lidar Survey).- B.169 SILVACAM (Real-time False Color CCD Video Camera).- B.170 SLAR (Side-Looking Airborne Radar, NLR).- B.171 SMIFTS (Spatially Modulated Imaging FTS).- B.172 SRI Lidar Systems.- B.172.1 ALPHA-1, -2 (Airborne Lidar Plume and Haze Analyzer).- B.172.2 RFUV (Raman, Fluorescent and UV-DIAL Lidar).- B.173 SSTR (Sea Surface Temperature Radiometer).- B.174 STAR (Sea-Ice and Terrain Assessment Radar).- B.175 STRATO 2C (Piloted High-Altitude Research Aircraft).- B.176 SUMAS/ASUR/RAL-Sensor (Submillimeter Radiometers).- B.177 Sunphotometer.- B.177.1 HIRAASS (High Resolution Airborne Autotracking Sun Spectrometer).- B.178 THOMAS (THz OH Measurement Airborne System).- B.179 TOPOSYS (Scanning Laser System).- B.180 TRWIS (TRW Imaging Spectrometer).- B.181 TSCC (Tilt Scan CCD Camera).- B.182 TU-134A (Tupolev Flying Laboratory).- B.182.1 SIR (Scanning Infrared Radiometer).- B.182.2 IMARC (Imaging Multifrequency Airborne Radar Complex).- B.182.3 AFA-41/10 (Aerial Foto Apparatus).- B.183 UMMCI.- B.184 VIFIS (Variable Interference Filter Imaging Spectrometer).- B.185 VIRL (Visible and near Infrared Lidar).- B.186 VIS (Video Imaging System).- B.187 WAOSS (Wide-Angle Optoelectronic Stereo Scanner).- B.187.1 WAOSS (Spaceborne Version).- B.187.2 WAOSS (Airborne Version).- B.187.3 WAAC (Wide-Angle Airborne Camera).- B.188 WHiRL (Wide-angle High-Resolution Line-imager).- B.189 WINDRAD (Wind Radiometer).- B.190 WIS (Wedge Imaging Spectrometer).- C Reference Data and Definitions.- C.1 Definitions, Concepts, Summaries.- C.1.1 Remote Sensing across the Electromagnetic Spectrum.- C.1.2 Types and Classes of Remote Sensors and Sensing Data.- C.1.3 Some Aspects of Radiometric Instrument Calibration.- C.1.4 Correction/Calibration Methods for Sensor Data.- C.1.5 Imaging Systems in the Visible and IR Spectra.- C.1.6 Resolution (for Visible and Infrared Imagery).- C.1.7 Multispectral Scanners.- C.1.8 Imaging Spectrometers.- C.1.9 Passive Radiometry.- C.1.10 Active Radiometry.- C.1.10.1 Types of Radar Sensors.- C.1.10.2 SAR Terminology and Definitions.- C.1.10.3 SAR Imaging Modes.- C.1.10.4 Looks, Speckles and Radiometric Resolution of SAR Images.- C.1.10.5 Lidars (Laser-Based Remote Sensing).- C.1.11 Fourier Transform Spectrometer (FTS).- C.1.12 Summary of Microwave Tracking Systems.- C.2 Orbital Terminology in Remote Sensing.- C.2.1 Sun-synchronous Orbit.- C.2.2 Geosynchronous Orbit.- C.2.3 Repeat Coverage or Temporal Resolution.- C.2.4 Some Orbit Selection Requirements.- C.2.5 Lagrangian Points.- C.3 Observational Scales in Modeling.- C.4 Summary of World Data Centers (WDCs).- C.5 Committee on Earth Observation Satellites — CEOS.- C.6 Bits and Pieces.- C.6.1 Store-and-Forward (S&F) Systems.- C.6.2 Space Shuttle Mission Chronology.- C.6.3 Frequency Designations.- C.7 Solar Wind and the Magnetosphere — An Introduction.- Appendix A Survey of Campaigns.- Appendix A.1 Campaigns.- Appendix A.2 International Research Programs.- Appendix A.2.1 International Geosphere-Biosphere Programme.- Appendix A.2.2 World Climate Programme.- Appendix B Glossary.- Appendix C Acronyms and Abbreviations.- Appendix D Index of Sensors.
The book provides an inventory of different sensor systems (airborne and spaceborne) currently in operation, projected for the near future and those that played a significant role in the recent past.

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