Huatuyan Cave: Ming-era Lives in Guangxi

Huatuyan Cave sits on a limestone outcrop overlooking the valleys of Lihu Yaozu Town, Huatu Village in Nandan County (Hechi City, Guangxi). Archaeological data indicates episodic use of the cave across the late medieval period, concentrated within the Ming dynasty centuries (roughly 1400–1700 CE). Excavations yielded discrete hearth features, small assemblages of ceramic fragments and faunal remains, and human skeletal material in disturbed depositional contexts consistent with a small, possibly seasonally occupied settlement or communal burial area.

The cinematic layers of soot-stained walls and broken sherds speak to everyday continuity rather than elite construction—people living at the forest's edge, adapting to a karst landscape. Limited evidence suggests links with broader Ming-era material culture in southern China, but local practices likely persisted, creating a hybrid of regional traditions and household-level adaptations. Spatially, the site is one among many small cave and rock-shelter occupations documented in Guangxi, reflecting a pattern of localized habitation rather than a major population center.

Archaeological interpretation remains cautious: stratigraphic disturbance, small assemblage size, and sparse contextual information limit firm conclusions about chronology and social organization. The story that emerges is provisional—a fragmentary portrait of a small Ming-era community embedded in Guangxi's rugged landscape.

Ancient DNA analysis from Huatuyan Cave includes eight sampled individuals dated to the 1400–1700 CE range. This is a small dataset: because the sample count is under 10, conclusions must be regarded as preliminary. Maternal lineages (mtDNA) were resolved for several individuals and show haplogroups commonly associated with East and Southeast Asia: D (2 individuals), F (1), N (1), M (1), and R (1). These maternal haplogroups are widely distributed in southern China and parts of mainland Southeast Asia and are consistent with continuity of regional maternal ancestry during the late medieval period.

Y-chromosome (paternal) haplogroup information is not reported or was insufficiently preserved for confident assignment in the available samples, limiting insights into paternal lineages and patrilineal structure. Some samples exhibited low coverage or degraded DNA, which explains why not all eight individuals yielded full mitochondrial or nuclear profiles.

Genetic affinities inferred from available genomic markers tentatively suggest alignment with contemporary and ancient southern Chinese populations rather than large-scale influx from distant regions during the sampled interval. However, low sample counts, potential kinship among sampled individuals, and limited geographic scope mean that these genetic patterns should be treated as a preliminary window into local population history rather than definitive evidence of population continuity or migration.