Nature · Sumatra · summit-crater terrain section
Kerinci: terrain elevation and local relief
Kerinci uses an approximately 3,775-meter surface estimate in EGM2008 from Copernicus GLO-30. The bounded terrain section has about 2,290 meters of local relief above its lowest sampled point. Published summit surveys are separate references.
≈ 3,775 m
Data-derived estimate- Measurement
- Highest sampled surface in the documented Copernicus terrain section · EGM2008
- Subject or version
- Sumatra · summit-crater terrain section
- In feet, rounded
- 12,386.4 ft (1 ft = 0.3048 m)
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Terrain boundary, base and datum
- Vertical reference
- EGM2008. Published surveys are separate; no datum conversion is applied.
- Highest sampled surface
- 3775.4 m at -1.697500°, 101.264444°.
- Local base
- 1485.0 m at -1.666111°, 101.313611°. Lowest sampled point within this bounded terrain section.
- Section bounds in WGS84-G1150
- West 101.214861°, east 101.313750°; south -1.728472°, north -1.665139°.
- View and scale
- Orthographic map section facing north. Equal horizontal and vertical map scales. Approximate grid spacing: 30.9 m east-west and 30.7 m north-south. Lower and surrounding terrain omitted.
produced using Copernicus WorldDEM-30 © DLR e.V. 2010-2014 and © Airbus Defence and Space GmbH 2014-2018 provided under COPERNICUS by the European Union and ESA; all rights reserved
A little more perspective
The Smithsonian Global Volcanism Program lists Kerinci at 3,800 meters and identifies the summit on the southwest rim of its crater. This Copernicus section reaches about 3,775 meters in EGM2008. The neutral surface is an older dataset view, not a current crater survey or eruption illustration; no ash plume is included in the mountain’s measured extent.
The local-relief view subtracts the lowest sampled point in this section: 1485.0 meters at -1.666111° latitude, 101.313611° longitude. This produces about 2,290 meters of relief within the stated boundary. It is not a universal mountain base, a route’s total ascent, or topographic prominence.
The rendered surface uses the public 2021 Copernicus release, primarily based on TanDEM-X observations from 2011–2015 with infill from other sources. It is a surface model rather than a current bare-earth survey. Neutral shading explains the geometry without claiming a snow season or photographic ground texture. No datum conversion or summit correction is applied.
Quick facts
Kerinci uses an approximately 3,775-meter surface estimate in EGM2008 from Copernicus GLO-30. The bounded terrain section has about 2,290 meters of local relief above its lowest sampled point. Published summit surveys are separate references.
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Sources and measurement notes
- Smithsonian Global Volcanism Program: Kerinci, volcano 261170
- Copernicus DEM: dataset definition, datums and attribution
- Public Copernicus GLO-30 release documentation
- Wikidata: summit-area identity and initial coordinate
- Copernicus source terrain tile 1 (GeoTIFF)
The approximately 3,775-meter sampled surface remains separate from the Smithsonian’s 3,800-meter volcano reference. Crater geometry and current activity cannot be inferred at survey precision from this older global grid.
Source review recorded . Maintained by Ishan Karunaratne. Suggest a correction with a source and the exact measurement being compared.