Category:Remote sensing

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日本語: リモートセンシング

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English: Remote sensing is the acquisition of information about an object or phenomenon without making physical contact with the object and thus in contrast to on site observation.

remote sensing

acquisition of information about an object or phenomenon without making physical contact;use of satellite-/aircraft-based sensor technologies to detect, classify objects on Earth (on the surface, in the atmosphere, oceans) based on propagated signals

Subclass of

gathering of information

Authority control

GND ID: 4016796-3

Subcategories

This category has the following 15 subcategories, out of 15 total.

B

► Richard Bamler‎ (3 F)

D

► DART‎ (69 F)

E

► Earth Observing System program‎ (1 C, 6 F)

F

► FORMOSAT-5‎ (1 C, 3 F)

G

► Geographic information systems‎ (17 C, 189 F)

H

► Hyperspectral imaging‎ (10 F)

L

► Remote Sensing Laboratory (Nellis Air Force Base)‎ (7 F)
► LIDAR‎ (5 C, 1 P, 45 F)

M

► Media from Remote sensing‎ (5 F)

O

► Orthophoto‎ (1 C, 54 F)

P

► Photogrammetry‎ (6 C, 86 F)

R

► Radars‎ (52 C, 1 P, 4 F)

S

► Satellite imagery‎ (1 C)

V

► Vegetation indices‎ (1 C, 4 F)
► Videos of remote sensing‎ (1 C, 4 F)

Media in category "Remote sensing"

The following 125 files are in this category, out of 125 total.

14inch RCOpticalSystems2.jpg 183 × 131; 4 KB
2009 RSC.JPG 1,190 × 842; 69 KB
A Canadian photographic reconnaissance pilot examining a mosaic of Hamburg docks at Benson, Oxfordshire, August 1943. CH10865.jpg 2,480 × 1,710; 1.24 MB
A schematic of how electromagnetic energy is attenuated as it goes from the sun (source) to a sensor after interaction with the Earth.svg 1,050 × 740; 711 KB
A WAAF flight officer photographic interpreter with two Canadian pilots of a photographic reconnaissance squadron, examining newly-developed 8" x 7" film at Benson, Oxfordshire, August 1943. CH10864.jpg 2,480 × 1,714; 1.03 MB
Airborne Laser Scanning Discrete Echo and Full Waveform signal comparison.svg 744 × 870; 147 KB
AirSAR-instrument-on-aircraft.jpg 1,670 × 2,528; 386 KB
AMSUB scan tracks.png 1,808 × 2,032; 942 KB
AphelionApplication22.jpg 300 × 300; 36 KB
AphelionApplication4.jpg 300 × 300; 43 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19123462804).jpg 1,680 × 2,058; 311 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19123469314).jpg 2,126 × 2,094; 510 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19125037023).jpg 1,740 × 2,234; 409 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19125046833).jpg 1,426 × 1,822; 668 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19125083003).jpg 1,912 × 2,414; 1.5 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19125086673).jpg 1,900 × 2,510; 1.05 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19125102963).jpg 1,954 × 2,616; 1.63 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19125186133).jpg 1,476 × 2,118; 336 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19557901668).jpg 1,770 × 1,826; 490 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19557906710).jpg 1,810 × 2,162; 619 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19557921580).jpg 1,410 × 2,160; 293 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19558103438).jpg 2,171 × 2,790; 1.39 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19558111558).jpg 2,180 × 2,590; 1.21 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19559356389).jpg 1,826 × 2,302; 948 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19559525319).jpg 2,159 × 2,370; 987 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19559529179).jpg 2,170 × 2,582; 1.49 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19719762796).jpg 1,466 × 2,284; 670 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19719766716).jpg 2,040 × 1,444; 829 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19719800996).jpg 1,910 × 2,458; 1.43 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19719842266).jpg 2,126 × 2,090; 476 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19719954596).jpg 2,178 × 2,268; 986 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19738931442).jpg 1,292 × 2,144; 676 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19746006545).jpg 1,814 × 1,682; 831 KB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19750638421).jpg 1,922 × 2,462; 1.33 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19750658981).jpg 1,814 × 2,124; 1.21 MB
Application of remote sensing methods for tracking large cetaceans - North Atlantic right whales (Eubalaena glacialis) (1992) (19750799491).jpg 1,468 × 2,084; 453 KB
Archaeological use of EM spectrum.svg 1,050 × 743; 101 KB
AVIRIS Los Alamos.png 614 × 570; 304 KB
Beam spreading Doppler Radar.jpg 9,000 × 3,000; 2.23 MB
Białowieża Forest in false colour composition.jpg 6,433 × 7,954; 45.97 MB
Blackbody emission.svg 1,050 × 740; 56 KB
Ceres-raps-scan.jpg 300 × 254; 141 KB
Classification Schema.svg 1,050 × 743; 33 KB
Column Measurements Representation.png 2,250 × 3,000; 1.56 MB
Death-valley-sar.jpg 1,200 × 2,501; 668 KB
Decreasing radiometric resolution from L7 15m panchromatic.svg 1,052 × 744; 2.94 MB
Decreasing spatial resolution from l715m panchromatic.svg 1,052 × 744; 3.79 MB
Diurnal thermal variation.svg 1,050 × 740; 41 KB
EM Spectrum Properties reflected.svg 675 × 400; 158 KB
Empiracle Remote Sensing Analysis.svg 1,052 × 744; 777 KB
Example Plot of Umkehr curve..tif 1,700 × 2,200; 10 KB
FIS Logo.jpg 624 × 282; 49 KB
FormationProcessesAndArchaeologicalDetection.svg 1,052 × 1,488; 2.06 MB
Global SRTM Bathymetry map.png 6,600 × 3,000; 4.63 MB
Global tree canopy map NASA.jpg 7,920 × 3,472; 3.67 MB
GRACE Amazon hydrology.jpg 800 × 1,155; 142 KB
Hemiphoto stream1.jpg 250 × 254; 20 KB
Hemiphoto stream2.jpg 250 × 254; 14 KB
Hemispherical photo1.jpg 2,861 × 2,835; 2.7 MB
Hemispherical photography canopy manual rich 1989.pdf 1,275 × 1,650, 92 pages; 1.23 MB
Hemispherical photography image manual rich 1989.pdf 1,275 × 1,650, 88 pages; 1.81 MB
Hemispherical photography laicalc manual 1995.pdf 1,275 × 1,650, 13 pages; 55 KB
HPS-MODIS-543RGB-2002-4 glacier-inventory.png 4,460 × 12,351; 4.5 MB
Hyperspectral And Frame Camera Detection Arrays.svg 1,050 × 743; 210 KB
IDRISI GIS.jpg 1,920 × 1,200; 837 KB
Ilwis38a.png 600 × 508; 330 KB
Incoming spectral reflectance from different objects to a sensor system.svg 800 × 600; 55 KB
Interspect UAS photogrammetry.jpg 4,252 × 1,242; 6.84 MB
Interspect UAV B 3.1.png 2,076 × 1,924; 3.28 MB
Kamera Positionen.jpg 300 × 161; 11 KB
Land cover map of Nepal using Landsat 30 m (2010) data.jpg 2,400 × 1,200; 2.07 MB
Landsat 2 with Data Striping.gif 399 × 399; 85 KB
Main india night Jan 06-21-28 01.gif 368 × 229; 104 KB
Mixed pixel.svg 1,050 × 743; 32 KB
Modis swath bow.jpg 5,416 × 354; 449 KB
Mono multi and hyperspectral.svg 744 × 818; 244 KB
Mono, Multi and Hyperspectral Cube and corresponding Spectral Signatures.svg 744 × 724; 211 KB
MS and HS scanning systems.svg 765 × 990; 194 KB
Mtm-05277e 3d.png 1,274 × 972; 522 KB
Multi and Hyper spectral imaging systems.svg 765 × 990; 196 KB
Multi Hyper-spectral Image feature space.svg 1,050 × 743; 86 KB
MultispectralComparedToHyperspectral.jpg 360 × 361; 117 KB
Oblique camera distortions.svg 920 × 481; 26 KB
PACE bus Earth.png 1,024 × 791; 1.16 MB
PatternRecognitionProcess.png 800 × 544; 120 KB
PGR Paulson07 big.jpg 810 × 985; 111 KB
Phailin CTT 11 Oct 2013.jpg 1,024 × 1,024; 310 KB
Photon wavelength.svg 744 × 1,053; 36 KB
Pitch Roll and Yaw.svg 1,050 × 743; 60 KB
Pixel By Pixel Footprint For Imagery.svg 932 × 756; 19 KB
Pixelresampling.svg 1,012 × 418; 130 KB
Plant Biology Experiment in Archaeology.svg 1,050 × 740; 1.17 MB
Pozar wolka kosowska 10 05 2011.png 1,124 × 627; 746 KB
Radiometric Resolution.svg 1,052 × 744; 5.02 MB
RapidEye Satellites Artist Impression.jpg 1,450 × 1,050; 96 KB
Rapideye-mockupp.jpg 852 × 631; 97 KB
Relationship pixel size and mixed pixels.svg 740 × 1,050; 808 KB
Remote Sensing Energy Interaction Schematic.svg 1,050 × 740; 396 KB
Remote Sensing Illustration-ar.png 1,302 × 1,217; 471 KB
Remote Sensing Illustration.jpg 1,302 × 1,217; 148 KB
Remote Sensing tackling geological problem.png 641 × 561; 23 KB
Remote Sensing Wavelength Info.png 600 × 312; 20 KB
River valleys in the Białowieża Forest.jpg 2,471 × 3,352; 6.91 MB
Schematic Drawing of Remote Sensing.png 758 × 625; 58 KB
Schematic Drawing of RS.png 757 × 624; 60 KB
Sfm.jpg 220 × 164; 14 KB
Shortwave energy through atmosphere.svg 1,050 × 740; 29 KB
Solar spectrum cs.svg 800 × 600; 47 KB
Solar spectrum en.svg 800 × 600; 49 KB
Solar spectrum it.svg 800 × 600; 49 KB
Space saves society logo.png 350 × 311; 422 KB
Spatial resolution comparison for archaeological features.svg 1,052 × 744; 32.68 MB
Specific phytoplankton absorption spectra.xcf 805 × 492; 96 KB
Spectral responses of Landsat 7 ETM+, Landsat 8 OLI and Sentinel 2 MSI in the visible and near infrared.png 960 × 625; 105 KB
Sunsynchronous orbit en.jpg 2,600 × 2,600; 608 KB
Sunsynchronous orbit.svg 502 × 657; 40 KB
Susan L. Ustin.jpg 4,137 × 2,749; 3.97 MB
TacSat-3 Model Earth Background.jpg 620 × 616; 106 KB
TacSat3 testing.jpg 234 × 351; 13 KB
Tacsat3 theater reconnaissance.png 2,048 × 1,548; 2.12 MB
TacSat3Bus.png 372 × 278; 167 KB
The path covered by light from the sun through the water body to the remote sensing sensor.jpg 632 × 817; 46 KB
Távcsöves vonalzó.jpg 512 × 384; 24 KB
UNOSAT Gaza Sewage Plant Pre Post Map v12 Highres.png 3,306 × 2,340; 7.23 MB
UNOSAT GazaStrip Damage Review 19Feb09 v3 Lowres.png 2,481 × 3,509; 4.54 MB

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