Daniel Lager's artwork, titled "Forever," presents a captivating scene featuring a red house nestled among tall tree trunks and lush vegetation. In the foreground, dense yellow grass intertwines with tree trunks rendered in violet hues, creating a dynamic and textured visual element. In the background, the striking red silhouette of the house takes center stage, set against a serene light blue sky. This layered chromatic arrangement creates a powerful contrast that immediately captures the viewer's attention.

Compositionally, the piece is symmetrical, with the red house positioned at the center of the composition. The symmetry adds a sense of balance and order to the artwork, while the contrasting flat and textured surfaces create depth and visual interest. The textured foreground elements contrast with the smooth, bold red silhouette of the house, emphasizing its significance within the scene.

Details:
Artist: Daniel Lager
Title: "Forever"
Medium: Print
Dimensions: 20 x 30 inches
Condition Report: Overall good condition

About the artist:
Daniel Lager, born and residing in St. Paul, Minnesota, has pursued his artistic journey with passion and dedication. He studied at the Minneapolis College of Art & Design in the early 1980s and has been showcasing his art nationally for over three decades. As a conceptualist artist, Lager's work is a reflection of the images in his mind, which he believes speak louder than words. He has a keen interest in exploring the simple patterns and colors found in nature, allowing him to paint from the mind's eye.

Lager's artistic technique involves reverse painting on acrylic glass with acrylic paint. He begins by painting the foreground and details first, with the background being the final element to define each concept. His art is characterized by simple yet powerful concepts and a rich color palette that sets the mood of each piece. "Forever" is a testament to his ability to create visually compelling scenes that invite viewers to explore the complexities of nature and the relationship between contrasting elements.