Scree-covered

Describing a surface or landscape area extensively covered in scree. Scree refers to a loose accumulation of broken rock fragments, typically found at the base of cliffs, mountains, or hillsides. These rocks, often of various sizes from gravel to large boulders, have been dislodged by weathering processes such as freeze-thaw cycles or erosion. A scree-covered area is characterized by its unstable, often steep, terrain and the absence of significant vegetation growth, which struggles to take hold on the shifting, rocky slopes. The overall aesthetic suggests a desolate and rugged environment, and the term emphasizes the dominant presence of this broken rock accumulation.

Scree-covered meaning with examples

• The hikers ascended the mountain path, their progress slowed by the treacherous scree-covered slopes. Loose rocks skittered underfoot, making each step a careful negotiation. The panoramic views from the summit were spectacular, but the journey was a test of endurance, requiring careful footing and a steady pace across the unstable terrain. The climb tested their fitness to the limit.
• Explorers venturing into the remote canyon found the walls of the gorge to be scree-covered, a testament to the powerful forces of erosion that had carved the landscape over millennia. The sheer cliffs, softened by the rock debris, presented both challenge and spectacle. Their ropes and equipment were vital, and they navigated carefully along the precipitous sides of the ravine, always mindful of falling rocks.
• The painting depicted a stark, almost monochrome landscape. The artist captured the barren beauty of a scree-covered hillside under a brooding, overcast sky. Details such as the rough texture of the rock fragments and the absence of any trees added to the stark feeling of desolation that made the artwork thought-provoking. The artist captured the essence of desolation.
• Geologists studying the ancient landslides examined the remnants of rock falls, finding extensive scree-covered areas indicative of past seismic activity and significant changes to the surrounding terrain. Analysis of the rock composition and the distribution of debris provided insights into the formation of the mountain range, and helped understand the movement over millions of years.