lrsSmithDee-StillWaters(woodstorks) Dee Smith

The composition presents a scene steeped in atmospheric tranquility, centered around a group of wading birds within a wetland environment. The artist has rendered a landscape dominated by lush vegetation and still water, creating a sense of depth through layered planes. A dense curtain of Spanish moss hangs from the trees in the background, softening the light and contributing to an overall feeling of humidity and enclosure.
Here we see several large, white birds – likely woodstorks – engaged in various activities. One bird is captured mid-flight, its wings fully extended, suggesting a sudden movement that disrupts the stillness of the scene. Others are depicted wading through shallow water, their reflections mirrored perfectly on the surface. The artist’s attention to detail is evident in the rendering of individual feathers and the subtle variations in color across the birds plumage.
The palette is predominantly muted greens, browns, and grays, punctuated by the stark white of the birds. This limited range contributes to a sense of naturalism and reinforces the quiet mood. The water’s surface acts as a crucial element, not only reflecting the forms above but also creating visual pathways that guide the viewers eye through the composition.
Beyond the straightforward depiction of wildlife in its habitat, the painting seems to explore themes of balance and transition. The stillness of the water contrasts with the dynamism of the bird in flight, hinting at a constant interplay between stability and change within the natural world. The dense vegetation could be interpreted as representing both abundance and potential constraint – a reminder of the complex relationship between life and its environment. The reflections on the water’s surface also suggest duality – an echo of reality that is simultaneously present and separate.

The artists choice to focus on a seemingly ordinary moment in nature elevates it, inviting contemplation about the beauty and fragility of these ecosystems.