EVERYPlant Coastal Redwood LowPoly SINGLE Low-poly 3D model

cgtrader

Name: Coastal Redwood LowPoly Scientific: Sequoia sempervirens About this Package: This package delivers a single model of a fully mature plant in excellent health. Designed for budget-conscious buyers seeking a straightforward purchase, it offers an affordable solution without sacrificing quality. For those requiring more variety, look to the EVERYPlant store where 12 separate versions featuring different stages of maturity, health, and LOD details are available. Habitat: Within its range, this tree thrives in coastal mountainous regions where oceanic moisture nourishes it with regular precipitation. The tallest and oldest specimens can be found in deep valleys and gullies, where year-round streams flow and fog drip is a constant occurrence. Range: This species occupies a narrow strip of land approximately 750 km long along the Pacific coast of North America; its southernmost grove resides in Monterey County, California, while its northernmost groves are located in extreme southwestern Oregon. Notes: A resilient evergreen tree with an impressive lifespan (1,800+ years), it stands as the tallest living tree on Earth, reaching heights exceeding 115m. These trees also hold a place among the oldest living entities. Valued for their timber, fossil records indicate that they once held a wider distribution. Included in this Package: A single mature and healthy plant model. Re-meshing is available upon request; options include adaptive mesh for reduced poly count (the default setting), uniform mesh for easier editing, strict quads, tris, mixed, or any other specific requirement. Existing customers receive these services at no additional charge. Various modifications to the models can also be accommodated upon request, all provided complimentary to existing customers of the product. The textures included are primarily 4k (4096x4096) for detailed rendering purposes; however, smaller resolutions such as medium 2k, small 1k, and tiny may be necessary or preferred in certain situations due to potential loading issues.