EVERYPlant Date Palm 06 -- 10 Models 3D model

cgtrader

Date Palm Scientific: Phoenix dactylifera This Variation: 5 of 20 Habitat: Date Palms naturally thrive in most places with well-drained sandy soil. Range: Most likely native to northern Africa, though exact origin is hard to pinpoint due to extensive cultivation practices. Notes: This plant has been cultivated for over 8,000 years and has a rich history alongside human civilization. Today it is grown in large orchards across Africa and Asia, as well as used as an ornamental species worldwide. Included in this Package: 10 models in total Standard -- 976,419 polygons -- 23m tall. A fully matured and fruiting tree that appears relatively healthy, with some normal foliage damage and yellowing leaves visible for accuracy's sake. Suitable for most scenes and applications. Distressed -- 675,421 polygons -- 23m tall. Displaying an increased level of damaged and diseased foliage, as well as missing fronds and other defects to add visual realism. Unhealthy -- 359,191 polygons -- 23m tall. In a relatively poor state with most of its foliage either damaged or diseased. Dead -- 57,421 polygons -- 18m tall. Showing only broken fronds and dead leaves. Young -- 931,819 polygons -- 14m tall. A smaller tree in the midst of maturing, exhibiting its normal size and foliage at this developmental stage. Immature -- 169,419 polygons -- 5.7m tall. A juvenile tree that has yet to reach its mature size or form. No Fruit -- 286,419 polygons -- 23m tall. Identical to the standard model except without fruit details generated for a lower polygon count suitable for mid to far views. No Dead Fronds -- 912,159 polygons -- 23m tall. Features no dead fronds which usually hang against the trunk of a more neglected tree, mimicking how it looks in controlled plantations or other manicured settings. Least Detail -- 213,159 polygons -- 23m tall. Stripped of all fine details including fruit and other decorations. Trunk Displacement -- 2,722,159 polygons -- 23m tall. Trunk has been subjected to extensive detailing using a more precise approach which raises the overall poly count in this instance, perfect for close-up renders. EVERYPlant has taken on a bold mission, which includes modeling all identifiable plant species around the globe along with a number of fictional variations found within our collective imaginations or based off existing but now extinct forms. Our end goal may be lofty, so why not stay informed about our progress by following our page at https://www.facebook.com/EVERYPlant.Project/?