Furrowed Snow and Soil Ground Texture

This seamless PBR ground texture features furrowed agricultural earth partially covered in snow for realistic winter terrain. The texture captures a high-resolution, top-down view of a field after a light snowfall. It displays a distinct, rhythmic furrowed pattern with deep, dark soil troughs alternating with raised ridges of accumulated white snow. The contrast between the cold, bright snow and the exposed, earthy brown soil creates a naturalistic, weathered aesthetic suitable for large-scale terrain mapping. The surface detail is granular, showing the texture of compacted snow clumps alongside the loose, uneven quality of agricultural soil, providing a highly convincing winter landscape surface for environmental modelling.

The download is a 70.4 MB compressed archive with the texture set at 2K with colour, normal, roughness, ambient occlusion and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Users can apply this PBR texture to large planes or terrain meshes to simulate winter fields. The included displacement and normal maps are essential for achieving the necessary depth and realistic shadowing within the furrows. When mapping, ensure the tiling is set to the real-world scale of 4.00 metres to maintain the correct proportions of the furrows. The packed ARM maps allow for efficient integration into standard PBR shaders, ensuring accurate roughness and specular responses under various lighting conditions.

This material is ideal for exterior visualisation projects involving agricultural landscapes, rural environments, or expansive winter scenes. It works well for site plans, master planning, and background terrain in architectural renders where a seasonal touch is required. Professionals will find this useful when populating site surroundings, farm-based developments, or parklands transitioning through winter. It pairs naturally with other organic materials like dry grass, mud, or frost-covered vegetation to build complex, layered environmental scenes for both residential and large-scale landscape architectural contexts.