EVERYPlant Coastal Redwood 16 -- 6 Models 3D model

cgtrader

Coastal Redwood Scientific Name: Sequoia sempervirens This Variant: 16 of 20 Habitat: Within its native range, this majestic tree grows abundantly in coastal mountainous regions where incoming ocean moisture supplies ample precipitation. The tallest and oldest specimens thrive in deep valleys and gullies, where year-round streams flow freely and fog drip is a regular occurrence. Range: This tree dominates a narrow strip of land approximately 750 km long along the Pacific coast of North America; the most southerly grove can be found in Monterey County, California, while the most northerly stands are located in extreme southwestern Oregon. Notes: A hardy evergreen tree known for its remarkable longevity, living well over 1,800 years. The Coastal Redwood is the tallest living tree on Earth, reaching heights of up to 115.5 meters. These ancient giants are also among the oldest living things. As a highly valuable species in the lumber industry, it plays a vital role. Fossil records indicate that its once-extensive distribution has been significantly reduced. Included Models: This package contains six meticulously crafted models Standard -- 345,045 polygons -- 73m tall Distressed -- 274,649 polygons -- 73m tall Unhealthy -- 105,321 polygons -- 69.4m tall Dead -- 21,571 polygons -- 69m tall Young -- 303,417 polygons -- 38.6m tall Immature -- 195,686 polygons -- 14.5m tall LowPoly variations available upon request. Re-meshing options can be accessed by making a simple request; adapt mesh, uniform mesh, strict quads, tris, mixed, poly increase or decrease, etc. Current customers of the product won't incur any charges for this service. Most other customization requests are also open to you. No charge will be incurred for current customers of the product. EVERYPlant has a mission: to create accurate 3D models for every plant species on the planet - and some extinct, fantastical, or science-fiction variations as well! Okay, maybe not every single one, but we'll certainly attempt to model all identifiable plant species with a common name. Would you like to keep track of our progress? Visit our Facebook page for up-to-date details: https://www.facebook.com/EVERYPlant.Project/. Join us there.