The provenance, files and decisions behind the national atlas.
For spreadsheets and your own analysis.
GeoJSONWGS84 points with prominence bounds.
JSONIncludes saddle connections and metadata.
Run recordExtent, counts, timings and checksums.
The primary terrain source. All four DMV0050 quadrant archives, acquired through the public JGP service. Original model produced in 2011–2014; the portal package is labelled 2007–2016.
Public download portal. Path: Državni topografski sistem → Digitalni model višin → DMV 0050. Archives DMV0050_SZ, SV, JZ and JV.ZIP.
Official geographical names. Snapshot package dated 7 November 2026, listed under CC BY 4.0 on OPSI. Used only as provisional nearby summit labels; no height values are taken from its text-size field.
The public elevation dataset is listed under Creative Commons Attribution 4.0. GURS source attribution is retained on the map and in the documentation.
Dumitrescu & Diac: An Efficient Algorithm for Computing Mountain Prominence in Almost Linear Time. The paper describes terrain connectivity, union-find and boundary classification.
Miha Čekada, Določanje izrazitosti vrhov, Planinski vestnik, March 2016, pp. 47–50. An earlier LiDAR-based study of Slovenian two-thousanders. Background reference; not imported as our result.
OpenStreetMap supplies the street basemap; Leaflet supplies the interactive map. Our relief, contours and summit coordinates are derived from GURS data. OSM attribution and tile usage rules apply.
Slovenia’s 2023–2025 survey offers a newer 0.5 m terrain model. This is a future comparison source, not an input to the current catalogue.
Twelve official statistical-region polygons from RPE, snapshot 1 November 2026, CC BY 4.0. Full geometry determines memberships; their union defines the Slovenian output outline.
Standard basic (leaf) mountain areas, CC BY 4.0. These are generalized research boundaries; exact source names remain in metadata. Slovenian names include editorial translations, and Pohorje is included in the northeastern prealps unit.
Open-data licence for the Global Mountain Biodiversity Assessment inventory. No mountain area is inferred for unmatched points; they remain under Other hills.
TERRAIN ARCHIVE MANIFEST SHA-256
a048e7410bd8f72b35d2fd03587afa8de3ed050455ae190294caaa7523f13f39Download the contributing tile list Download original algorithm tests Download national-engine tests Download benchmark parity check Download national data checks Download display region boundaries Download region definitions and counts Matej Čufer · Primož Plešec
Project concept and development. Terrain, geographical names, region boundaries and basemap retain their own source credits and licences.
This atlas began with a question shared by two hikers and programmers: could public elevation data reveal the hills and mountains around us, including the unnamed ones?
We chose Gorenjska as a first study area, used a generous rectangular window, and preserved room around it for connecting terrain. We then extended the exact same 5 m approach nationwide and added statistical regions, mountain areas and an optional 100 m external border strip. The catalogue remains a research result tied to its data and definition.