hasSpatialResolution

P25684
predicate

Indicates that something is characterized by a specific level of spatial detail or granularity at which it can represent or distinguish features in space.

Try in SPARQL

All labels observed (36)

Label Occurrences
spatialResolution 53
hasSpatialResolution canonical 7
spatialResolutionRange 4

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'
Input
Predicate: hasSpatialResolution
Generated description
Indicates that something is characterized by a specific level of spatial detail or granularity at which it can represent or distinguish features in space.

Sample triples (104)

Subject Object
Landsat 5 30 meters via predicate surface "spatialResolutionMultispectralScanner" ⓘ
TANSO-CAI 0.5–1.5 km via predicate surface "spatialResolution" ⓘ
Landsat 7 15 meters via predicate surface "panchromaticBandResolution" ⓘ
Landsat 7 30 meters via predicate surface "multispectralBandResolution" ⓘ
Landsat 7 60 meters via predicate surface "thermalBandResolution" ⓘ
ASTER 15 m (VNIR) via predicate surface "spatialResolution" ⓘ
ASTER 30 m (SWIR) via predicate surface "spatialResolution" ⓘ
ASTER 90 m (TIR) via predicate surface "spatialResolution" ⓘ
MISR about 275 meters at nadir via predicate surface "spatialResolution" ⓘ
MISR about 1.1 kilometers at some angles via predicate surface "spatialResolution" ⓘ
Advanced Spaceborne Thermal Emission and Reflection Radiometer 15 m via predicate surface "spatialResolution" ⓘ
Advanced Spaceborne Thermal Emission and Reflection Radiometer 30 m via predicate surface "spatialResolution" ⓘ
Advanced Spaceborne Thermal Emission and Reflection Radiometer 90 m via predicate surface "spatialResolution" ⓘ
CRISM instrument
surface form: CRISM
about 18 meters per pixel in targeted mode via predicate surface "spatialResolution" ⓘ
CRISM instrument
surface form: CRISM
about 100–200 meters per pixel in mapping mode via predicate surface "spatialResolution" ⓘ
HiRISE instrument
surface form: HiRISE
approximately 0.3 m per pixel via predicate surface "groundSampleDistanceAtNadir" ⓘ
Multi-angle Imaging SpectroRadiometer 275 meters via predicate surface "spatialResolution" ⓘ
Multi-angle Imaging SpectroRadiometer 1.1 kilometers via predicate surface "spatialResolution" ⓘ
Interim Biogeographic Regionalisation for Australia regional via predicate surface "spatialResolution" ⓘ
High Resolution Spectrometers in Hall A on the order of 0.5 milliradian via predicate surface "hasAngularResolution" ⓘ
Mercury Laser Altimeter on the order of meters via predicate surface "rangeResolution" ⓘ
Compact Reconnaissance Imaging Spectrometer for Mars
surface form: CRISM
as fine as ~18 meters per pixel in targeted mode via predicate surface "spatialResolution" ⓘ
Landsat 8 15 meters via predicate surface "imageResolutionPanchromatic" ⓘ
Landsat 8 30 meters via predicate surface "imageResolutionMultispectral" ⓘ
THEMIS instrument about 18 meters per pixel via predicate surface "spatialResolutionVisible" ⓘ
CAS500-1 about 0.5 m panchromatic via predicate surface "spatialResolution" ⓘ
CAS500-1 about 2 m multispectral via predicate surface "spatialResolution" ⓘ
NASA TEMPO urban-scale resolution via predicate surface "spatialResolution" ⓘ
ESCA (Electron Spectroscopy for Chemical Analysis)
surface form: ESCA
typically tens of micrometers via predicate surface "spatialResolution" ⓘ
EPIC approximately 10 km via predicate surface "imageResolutionAtSubsatellitePoint" ⓘ
AVHRR approximately 1.1 km at nadir via predicate surface "typicalSpatialResolution" ⓘ
Total Ozone Mapping Spectrometer on the order of tens of kilometers via predicate surface "spatialResolution" ⓘ
Ozone Monitoring Instrument 13 km × 24 km via predicate surface "spatialResolutionAtNadir" ⓘ
SLOSH basin-specific grid resolution via predicate surface "spatialResolution" ⓘ
HRV (High Resolution Visible) 10 m (panchromatic) via predicate surface "spatialResolution" ⓘ
HRV (High Resolution Visible) 20 m (multispectral) via predicate surface "spatialResolution" ⓘ
French-Italian ORFEO system high-resolution via predicate surface "spatialResolution" ⓘ
Amazonia-1 satellite
surface form: Amazonia-1
approximately 60 meters via predicate surface "groundResolution" ⓘ
Gaofen-2 1 m via predicate surface "panchromaticResolution" ⓘ
Gaofen-2 4 m via predicate surface "multispectralResolution" ⓘ
Electroencephalography low compared to fMRI ⓘ
Magellan about 100 to 300 meters via predicate surface "radarResolution" ⓘ
LISS-I sensor 72.5 metres via predicate surface "spatialResolution" ⓘ
Linear Imaging Self-Scanning Sensor-I
surface form: LISS-I
medium resolution via predicate surface "spatialResolutionClass" ⓘ
LISS-I medium resolution via predicate surface "spatialResolutionCategory" ⓘ
LISS-II sensor 36.25 metres via predicate surface "spatialResolution" ⓘ
LISS-II medium resolution via predicate surface "spatialResolutionClass" ⓘ
LISS-III 23.5 m via predicate surface "spatialResolution" ⓘ
WiFS moderate spatial resolution via predicate surface "spatialResolution" ⓘ
Linear Imaging Self-Scanning Sensor-III
surface form: LISS-III
medium resolution via predicate surface "spatialResolutionCategory" ⓘ