Glass Dragon & Chicken- 1985

and Related Works

A surreal pairing of color intensity and force, Glass Dragon and Chicken stages an excited confrontation between myth for some people and playfulness for others. The scene feels both humorous and uncanny, as if two symbolic worlds have collided inside a room that is too still to contain them. The work invites viewers to consider how simple toy objects become psychologically charged when placed in the theater of interior space.

A mid‑career oil painting that merges mythic symbolism with the fragile materiality of glass, Glass Dragon and Chicken (1985) Richard L Tuck’s 1980s period of experimentation—where modernist technique meets cultural critique. The pairing of dragon and chicken creates a tension between power and vulnerability, myth and domesticity, permanence and fragility.

Richard L Tuck, Glass Dragon and Chicken, oil on canvas, 30×40”, 1985

Glass Dragon and Chicken presents two symbolic figures rendered in paint as glass surfaces. The dragon—traditionally a sign of strength, protection, and mythic force—appears to transfer its power to paint, its transparency suggesting both resilience and visual energy. Opposite it, the chicken introduces a counterpoint: a creature tied to fertility, prosperity, spiritual symbolism, and everyday life but here its goofy emergence in paint. Their juxtaposition creates a layered dialogue between the heroic and the humble, the fantastical and the light-hearted.

The painterly treatment of glass materiality heightens this tension. Both figures seem suspended between solidity and surface elaboration, echoing the cultural contradictions of the 1980s—an era of spectacle, consumerism, and symbolic overload. The painting’s modernist handling of form and color anchors these symbols in a grounded, painterly reality, while the Pop‑inflected imagery invites viewers to question what myth is, what is commodity, what is valuable, and what is simply part of daily life.

Related works below explore my joyful excitement of color on and within surfaces