Beneath a Soft Horizon
Beneath a Soft Horizon is a tranquil mixed media painting on paper, evoking the stillness of twilight through soft blues, pale pinks, and delicate organic forms. Quietly luminous, it invites a moment of reflection, presence, and inner calm.
Mixed media on watercolour paper
42 x 29.7 cm
Unframed, suitable for framing behind glass
Beneath a Soft Horizon is a tranquil mixed media painting on paper, evoking the stillness of twilight through soft blues, pale pinks, and delicate organic forms. Quietly luminous, it invites a moment of reflection, presence, and inner calm.
Mixed media on watercolour paper
42 x 29.7 cm
Unframed, suitable for framing behind glass
Beneath a Soft Horizon is a tranquil mixed media painting on paper, evoking the stillness of twilight through soft blues, pale pinks, and delicate organic forms. Quietly luminous, it invites a moment of reflection, presence, and inner calm.
Mixed media on watercolour paper
42 x 29.7 cm
Unframed, suitable for framing behind glass
Beneath a Soft Horizon by Christine McArdle invites you into a serene, dreamlike space where delicate tones and soft energy unfold like a memory just beneath the surface.
A gentle horizon line anchors the composition, as pale blues, icy pinks, and soft glittering elements drift across the page. Organic motifs, floral suggestions, seed like pods, and quiet linework whisper their presence without demanding attention. This is a painting that hums rather than speaks, with a visual language that invites stillness and contemplation.
Subtle variations in tone and texture create depth within softness, offering the viewer a quiet moment of inward reflection. The composition feels expansive yet intimate, like a landscape remembered rather than seen.
This mixed media piece on watercolour paper incorporates ink, acrylic, watercolour, and a light touch of glitter. The pastel areas have been sealed with fixative for longevity.
Unframed and ready for custom presentation, ideal for float mounting or framing under glass to protect its surface.