EVERYPlant Red Mangrove 10 -- 7 Models 3D model

cgtrader

Red Mangrove Scientific: Rhizophora mangle This Variation: 10 of 20 Habitat: Coasty regions, where brackish water and salt-marshes thrive in tropical climates. Range: Throughout the tropics' estuaries. Found widespread across the Americas, Caribbean, Africa, Oceania, Australia, and various other places. Notes: Recognizable for its distinctive stilt roots giving it a well-known mangrove appearance. The seed is fully formed on the plant before falling and surviving up to one year in salt-water. Its seeds can therefore easily colonize new territories. Included in this Package: Standard -- 135,551 polygons -- 10.9m tall. It has been modeled as a fully mature tree with fruits attached, though it is shown with some disease and discolouration of its leaves. Distressed -- 182,759 polygons -- 11.1m tall. The tree's state has deteriorated due to increased foliage damage and diseases present. Unhealthy -- 105,365 polygons -- 11.2m tall. Much of the tree's leaves have turned into a disease. Dead -- 15,400 polygons -- 11.2m tall. Only bare branches can be seen in addition to foliage that is not green anymore. Young -- 84,770 polygons -- 5.7m tall. Its younger stage makes it appear half-matured with fewer leaves present. Immature -- 34,504 polygons -- 2.2m tall. It appears as a tree without mature foliage attached due to having its posture quite straight. No Fruit -- 110,969 polygons -- 10.9m tall. No details of fruit are available in the model version. Mid or long shot pictures of such scenes wouldn't display finer points in much detail saving computing resources by decreasing count. Upon demand lower quality Low Poly models can be created for these needs. If required we will adjust or change it in to higher mesh count model, like increasing polys by request. All plant types at EVERYPlant come with different options: changing it into an Adaptive Mesh which maintains good smooth surfaces with low mesh detail where lesser complexity would work for certain cases - making scene performance not affected; Uniform mesh does not offer anything unique; or converting models to tris/tripole combinations for reduced weight in systems. Please keep in mind EVERYPlant has set up a Mission to help us create detailed 3D scans of the whole wide range world of plants – also adding some science, sci-fi ones too because that would surely take many more years before done by humans on Earth today; join and find our page Facebook at: https://www.facebook.com/EVERYPlant.Project/.