The dragon is the most emblematic visual symbol of Chinese civilization, yet contemporary cultural-creative products draw overwhelmingly on the codified imagery of the Ming–Qing dynasties. An empirical survey of over 3,200 listings across two major ...
The dragon is the most emblematic visual symbol of Chinese civilization, yet contemporary cultural-creative products draw overwhelmingly on the codified imagery of the Ming–Qing dynasties. An empirical survey of over 3,200 listings across two major e-commerce platforms found that products whose primary design source is prehistoric dragon motifs account for only 2.4% of the total. Yet approximately 5,000–6,500 years ago, the C-shaped jade dragon of Hongshan (红山) culture, the flat-plaque jade dragon of Lingjiatan (凌家滩) culture, and the dragon-head motif of Liangzhu (良渚) culture had already produced three fundamentally distinct modes of visual organization: contour-dominant recognition, partial-component participation in overall perception, and high-density order establishing sacred authority. This formal simplicity aligns deeply with contemporary design's preference for minimalism and symbolic expression—yet these resources remain almost entirely undeveloped, and the few existing revitalization practices lack systematic visual-gene analysis and actionable design-transformation pathways.
This study takes the dragon-shaped jade motifs of the three prehistoric cultures as its research objects and follows a five-stage research chain—archaeological object survey / visual gene extraction / design pathway construction / expert evaluation / physical prototype fabrication—to provide a replicable and evaluable methodological framework for the design transformation of traditional visual cultural resources.
At the level of visual gene analysis, the study extracts the core visual genes of each type across four analytical dimensions: morphological organization, information density, visual reading depth, and ritual context. The Hongshan (红山)-type motif centers on the C-shaped curving contour and an enlarged head volume—the lowest information density among the three types and the closest in formal logic to contemporary minimalist design. The Lingjiatan (凌家滩)-type shows partial components (horns, facial features, dorsal ridges) beginning to possess independent recognizability, occupying a transitional position between Hongshan (红山)'s gestalt organization and Liangzhu (良渚)'s dense order. The Liangzhu (良渚)-type establishes sacred authority through high-density incised linework, strict bilateral symmetry, and a hierarchically layered enclosure structure, producing a gaze-inviting visual mechanism. These fundamental differences provide an objective morphological basis for differentiated design pathways.
At the level of design pathway construction, three pathways are developed from the respective visual genes and then synthesized in a single prototype. The Hongshan (红山)-type 'visual subtraction' pathway achieves maximum overall recognizability with minimal formal elements, best suited to brand logos and rapid-transmission digital content. The Lingjiatan (凌家滩)-type 'modular recombination' pathway converts dragon-form components into flexibly reconfigurable visual modules, best suited to serialized product development and multi-variant generation. The Liangzhu (良渚)-type 'order-density control' pathway calibrates line density and symmetrical structure to maintain solemnity while keeping visual complexity within the threshold tolerable to modern media, best suited to premium cultural-creative products and museum display contexts. The three pathways are combined in a layered hierarchy—Hongshan (红山) contour as primary structural skeleton, Lingjiatan (凌家滩) modular logic as secondary structural organization, Liangzhu (良渚) double-ring eye motif as tertiary detail—and realized as a set of orthographic drawings and a physical carving in Hetian nephrite, verifying the formal viability of this integrated approach.
At the level of expert evaluation, seven specialists from six fields assessed the three prototypes through semi-structured interviews and a five-point quantitative rating scale. All three prototypes received high cultural-fidelity scores (4.0–4.5), validating the archaeological plausibility of the visual-gene extraction approach. The Hongshan (红山)-type scored highest in aesthetic acceptability and market viability; the Liangzhu (良渚)-type excelled in cultural fidelity but showed expert disagreement on mass-market adaptability; the Lingjiatan (凌家滩)-type returned balanced scores across all dimensions and was confirmed by a frontline site-conservation specialist as the type 'closest to contemporary people's understanding of the dragon.' Qualitative analysis yielded seven core themes: multidimensional contemporary resonance of prehistoric visual genes; cross-field consensus on capturing spirit over form; the necessity of audience segmentation and scene stratification; authoritative field-based confirmation of Lingjiatan (凌家滩)'s distinctive status; systematic supplementation of three-dimensional and digital dimensions; the independent evaluative value of the youth-audience perspective; and shared long-term consensus on IP ecosystem development.
The study reaches three principal conclusions. In terms of research objects, the spare formal quality of prehistoric dragon motifs confers greater contemporary revitalization potential than the elaborately codified imagery of later dynasties—a judgment reached independently by all seven specialists from their respective disciplinary standpoints. In terms of design pathways, the three differentiated pathways and their integrated application received broad expert endorsement and were carried through to physical realization in jade. In terms of methodology, the five-stage research chain provides a replicable, cross-disciplinary methodological paradigm for the design transformation of traditional visual cultural resources, with evident potential for extension to other motif types such as bird motifs, zoomorphic masks, and bronze-vessel decoration.