EVERYPlant Date Palm 20 -- 10 Models 3D model

cgtrader

Date Palm: Name Phoenix dactylifera \n\n Scientific Variety 1 of 20\n\n Habitat Typically, Date Palms thrive in environments with well-drained sandy soil across their natural range.\n\n Origins While probably native to northern Africa, pinpointing the exact origin is a challenge due to widespread cultivation over thousands of years.\n\n Noteworthy History Dating back over 8,000 years, this plant has been an integral part of human civilization, now being cultivated extensively in African and Asian orchards as well as used ornamentally worldwide.\n\n Models Included in this Pack 10 different variations for modeling flexibility\n\n Standard -- 1,106,015 polygons -- Standing at 24.2 meters tall, fully mature, fruiting, and displaying minor diseased foliage. Useable for a wide range of applications.\n Distressed -- 1,022,423 polygons -- Measures 24.3 meters tall, exhibiting increased foliage damage and disease, along with broken fronds and some missing foliage.\n Unhealthy -- 510,238 polygons -- Displaying signs of decay with extensive dead or diseased foliage. Its mature state is barely visible.\n Dead -- 67,452 polygons -- Shows only a small number of damaged branches with minimal to no living tissue left.\n Young -- 1,073,731 polygons -- At 14.5 meters tall, the younger tree stands half way through its maturation cycle.\n Immature -- 184,154 polygons -- Barely reaches six point six meters tall and still displays immature aspects. A shorter trunk in relation to overall height distinguishes it from the more mature varieties.\n No Fruit -- 256,352 polygons -- Serves as a base model similar to Standard, but does not include fruiting for those instances where smaller poly counts can enhance mid-to-distant renders without losing quality detail.\n No Dead Fronds -- 1,028,681 polygons -- Essentially the Standard model, yet all frond remains are stripped away mimicking what is seen in a perfectly pruned Date Palm. \n Least Detail -- 272,456 polygons -- Displays minimal details, such as those small but crucial fruit or stubs and has the potential for being rendered over larger distances while using significantly lower polygon count compared to others.\n Trunk Displacement -- 2,267,381 polygons -- With higher levels of poly detail from applied displacements, particularly visible when looking at close-range images, best utilized for near-image scenes or render applications.\n Additional details and information on modifications and new versions can be obtained. EVERYPlant has been devoted to accurately representing all living organisms found on our planet (including extinct, mythical creatures that appear in literature), but focusing more significantly on well-represented species of flowers that share similar or exact names! Keep track of progress by joining our group. We can be reached through the Facebook website and welcome all supporters: https://www.facebook.com/EVERYPlant.Project/