EVERYPlant Red Mangrove 04 -- 7 Models 3D model

cgtrader

Name: Red Mangrove Scientific: Rhizophora mangle This Variation: 4 of 20 Habitat: Thriving in coastlines, this plant finds a perfect home in brackish water and swampy salt-marshes where tropical and sub-tropical climates abound. Range: Widespread across the tropics in estuarine ecosystems throughout the Americas, Caribbean, Africa, Oceania, Australia, and numerous other locations worldwide. Notes: Unmistakably characterized by its distinctive stilt roots giving it the iconic mangrove appearance, this plant boasts an extraordinary ability to colonize new territories due to its seeds fully developing on the tree before dropping off into salt-water, where they can survive for up to a year. Included in this Package: A total of 7 detailed models Standard -- 186,576 polygons -- 14.4 meters tall. Fully mature and bearing fruit. With minor signs of disease and yellowing foliage, it remains relatively healthy and suitable for most scenes and applications. Distressed -- 228,848 polygons -- 14.7 meters tall. Exuding a high level of foliage damage and disease, along with missing and broken branches, this model offers a worn and weary look perfect for various settings. Unhealthy -- 191,211 polygons -- 15.3 meters tall. Plagued by a significant lack of healthy foliage, its presence lends an air of decline to any scene it occupies. Dead -- 39,945 polygons -- 11.9 meters tall. Bereft of life and foliage, this tree stands as a skeletal testament to the passage of time, suitable for grim or eerie atmospheres. Young -- 116,225 polygons -- 7.5 meters tall. With its maturity only halfway through the process, this model embodies an aspect both youthful and primeval. Immature -- 41,298 polygons -- 2.9 meters tall. Characterized by limited foliage and more erect posture, it exemplifies the nascent form of a still-unrealized giant. No Fruit -- 150,535 polygons -- 14.4 meters tall. Mirroring the standard model in appearance but lacking its reproductive elements, this option is ideal for distant or detailed renders where subtlety counts. Various low-poly alternatives are available on request. Models can also be adapted upon demand via methods such as re-meshing to include adaptive meshes, uniform textures, and modifications to polycounts, quads, tris, and more – all free of charge to existing customers. Ever the enthusiast for the botanic wonders, EVERYPlant seeks nothing less than to chart each distinct plant species known by name across the globe (alongside certain extinct varieties). Our ultimate goal, although seemingly insurmountable, can be monitored through updates on our Facebook page. To track progress and participate in the project's excitement, visit https://www.facebook.com/EVERYPlant.Project/ and become part of the journey.