Dragon-Lore Caves (Corpus)

The Dragon-Lore Caves corpus is a KML dataset compiled from open gazetteer and toponymic sources enumerating subterranean sites that bear dragon-related names across multiple linguistic traditions. The dataset contains 29 placemarks drawn from five continents and is intended as a first-pass cross-cultural index rather than a site-by-site field dossier; deeper analysis of individual caves is reserved for dedicated entries as they are scribed.

Distribution by region, as enumerated in the placemark index, skews toward East Asia and Europe. East Asian placemarks account for fourteen entries, of which eight are located in the People's Republic of China (Longgong, Yellow Dragon, Old Dragon, Shuanglong, Assembly Dragon, Evil Dragon, Chuanlong, and Tenglong caves) and three in Japan (Ryusendo, Ryugado, Jaana). Southeast Asian sites include Dragon and Naka caves along the Khammouane–Isan corridor, Thien Cung in Vietnam, and Wat Ban Tham in Thailand. The European set comprises eleven sites spanning Croatia, Mallorca, Greece, Poland (Wawel), Austria (Drachenhöhle), Switzerland (Drachenloch), Slovakia (Demänovská), France (Caverne du Dragon), and Germany (Syrauer). The corpus is completed by Dragon's Cave at Pomos in Cyprus and Dragon's Breath Cave in Namibia, the latter the sole African placemark.

Provenance of the dataset is external: the names, coordinates, and folder structure were compiled from publicly available gazetteers and travel-literature references, not from privileged institutional intelligence. See the source dataset at ../../resources/maps/Dragon-Lore Caves.kml; a placemark index is at ../../resources/maps/Dragon-Lore Caves.index.md. Claims drawn from this corpus are restricted here to distribution observations and a minimum of institutional framing; per-site analysis lives in individual entries as they are scribed.

Claims

c0001 — Global distribution across five continents, weighted East Asia and Europe

The corpus contains 29 placemarks distributed across five continents. Density concentrates in East Asia (fourteen sites, of which eight lie within the People's Republic of China) and in Europe (eleven sites, spanning Croatia, Spain, Greece, Poland, Austria, Switzerland, Slovakia, France, and Germany). Cyprus supplies one Mediterranean placemark and Namibia supplies the only African entry. No South American, North American, Australian, or Antarctic placemarks are present in the current revision.

c0002 — Subset of sites overlap published paleontological literature

Several placemarks in the corpus correspond to sites already documented in published paleontological literature independent of GDCC authorship. The most prominent example is Drachenloch in canton St Gallen, Switzerland, excavated by Emil Bächler between 1917 and 1923 and widely cited in open scholarship for its cave-bear skull deposition. Wawel in Kraków and Caverne du Dragon on the Chemin des Dames are further examples where the toponym predates GDCC interest and the published record is external.

c0003 — Clustering consistent with Tethyan corridor mapping

The clustering pattern exhibited by the corpus is consistent with proposed Aerodraconidae corridor mapping along the Tethyan margin [███] during the late Pleistocene. The European arc from Mallorca through the Balkans and the East Asian arc through the Wuling uplift and the Japanese archipelago both trace former shoreline and orogenic-belt geometries consistent with a migratory substrate documented in GDCC annual review materials. Corridor reconstruction remains speculative pending lineage-specific dating of the relevant caves.

c0004 — Chongqing density aligns with Wuling MSS cluster

The density of Chongqing-region placemarks in the corpus aligns with the Wuling uplift subterranean-lineage cluster documented in MSS field reports. Old Dragon Cave in Nan'an District and the broader ring of dragon-named sites across adjacent Guizhou, Hunan, and Hubei sit within the corridor the field team has already marked as lineage-dense. The alignment supports treating the Chongqing sub-corpus as a coherent cluster rather than as independent placemarks.