EVERYPlant African Oil Palm 02 -- 10 Models 3D model

cgtrader

Name: African Oil Palm\n\nScientific: Elaeis guineensis\n\nThis Variation: 1 of 20\n\nHabitat: Found growing in diverse soil types and locations worldwide, excepting desert and sub-desert conditions where temperatures and rainfall are inadequate.\n\nRange: Native to western and southwestern Africa, but commercially cultivated across the tropical regions for palm oil production.\n\nNotes: The primary source of palm oil, this species is economically critical; however, it has also caused extensive environmental damage through large-scale deforestation for plantation cultivation.\n\nIncluded in this Package: 10 detailed models for use in various visual effects applications and scenes.\n\nStandard -- 242,561 polygons -- 16.6m tall. In its fully mature stage with a full fruit set, this model is presented as a robust specimen exhibiting slight disease and yellowing of leaves, which is normal for a mature palm.\nDistressed -- 201,866 polygons -- 16.6m tall. Featuring increased foliage damage, more prominent diseased areas, broken fronds, and overall health degradation, ideal for distressed environments and situations.\nUnhealthy -- 145,739 polygons -- 15.4m tall. Shown in a compromised state with most of its foliage absent or infected, making it suitable for use in scenarios requiring unhealthy plant life.\nDead -- 36,261 polygons -- 12.6m tall. Characterized by bare branches and entirely dead fronds, perfect for depictions of desertification and decayed landscapes.\nYoung -- 229,693 polygons -- 9.6m tall. Capturing a mid-growth phase, the young tree appears half-mature, smaller in stature compared to mature counterparts.\nImmature -- 143,852 polygons -- 4.5m tall. Displaying an early growth stage with reduced foliage density and shorter trunk relative to height, it provides an ideal model for use in simulations of undergrowth and initial germination stages.\nNo Fruit -- 211,921 polygons -- 16.6m tall. Utilizing the same base as the Standard model, this variation presents the palm tree without generated fruit, best suited for medium- and long-range shots where minute details may be omitted to save computational resources.\nNo Dead Fronds -- 224,510 polygons -- 16.6m tall. As found on cultivated palms in controlled plantations, dead fronds hanging from the trunk are absent, maintaining an aesthetically neat and tidied appearance, especially when visual representations prioritize precision and control over real-world disorder.\nLeast Detail -- 190,898 polygons -- 16.6m tall. Featuring the barest minimal level of detailing, it includes only the major forms, saving valuable computing resources without affecting image quality for the purposes of close render distances, thereby improving processing times for artists dealing with detailed images at high zoom levels or working under tight deadlines.\nTrunk Displacement -- 443,076 polygons -- 16.6m tall. Achieved through specialized manipulation, its applied trunk deformation significantly increases polygon counts and adds an even greater depth to this detail level, primarily for applications in closely-rendered situations and detailed close-up images.\nLowPoly variations can be produced upon customer request, offering adaptability according to artist requirements without altering the product price or quality. Re-meshing techniques, such as adaptive mesh generation, strict quad mesh formation, or varying density increases of polygons across a model, can also be executed upon existing client's order requests with zero charge. These modifications support customization to suit project specifics. Every other feasible adjustment can be arranged as needed for our clients at no additional fee to them.\n\nThe EVERYPalm project focuses on developing and collecting an expansive catalog that comprehensively addresses nearly all plant species on Earth, also extending into lesser known historical variations. Wanting a view on current progress or even supporting the development effort itself? Check their mission's progression updates at our active community on Facebook where further contributions and input are invited to shape its ambitious future: https://www.facebook.com/EVERYPalm.Project/