EVERYPlant African Oil Palm 03 -- 10 Models 3D model

cgtrader

African Oil Palm Scientific: Elaeis guineensis This Variation: 4 of 25 Habitat: Grown abundantly in diverse soil types and locations throughout Africa, avoiding arid conditions and their associated deserts. Range: Indigenous to west and southwest Africa, yet widely cultivated commercially across tropical regions worldwide. Notes: Serving as the primary source of palm oil, this species holds considerable commercial importance, although it also bears environmental concerns stemming from widespread cultivation that often results in massive deforestation of native land for plantations. Included in This Package: 12 Models Standard -- 381,319 polygons -- 17.3m tall. Mature and fruit-bearing with healthy foliage, except for minor diseased fronds typical to the natural state. Suited for a variety of scenes and applications. Distressed -- 361,209 polygons -- 16.8m tall. Displaying significantly damaged and disease-affected foliage as well as broken fronds. Unhealthy -- 239,812 polygons -- 16.2m tall. Presenting an unsound state with missing and diseased foliage. Dead -- 54,902 polygons -- 12.5m tall. Characterized by dead foliage, broken trunks, and the absence of life on a massive scale. Young -- 360,123 polygons -- 10.5m tall. This small model displays a mid-stage maturity in its growth cycle. Immature -- 200,512 polygons -- 4.9m tall. Shows a significantly smaller stature than mature specimens due to delayed or impeded development stages of tree cultivation. No Fruit -- 288,121 polygons -- 16.9m tall. Equivalent to the standard model except that it lacks the intricacies associated with ripe fruits for scenarios requiring high detail rendering while keeping lower poly counts feasible. No Dead Fronds -- 342,817 polygons -- 17.2m tall. All lifeless and decaying leaves found along tree trunks in un-manicured regions are missing to accurately simulate settings like rural farms or densely populated forests without human influence on environmental appearance during far distance captures where visual refinement can significantly reduce data density from scene models intended for less detail resolution scenes like filmic animation with lower level rendering requirements. Least Detail -- 251,509 polygons -- 16.9m tall. Incorporates the lowest degree of realism within the series as its most general representation with minimum poly count ideal use in far-off renders to cut back on load and increase processing performance. Trunk Displacement -- 575,823 polygons -- 17.1m tall. Boasts enhanced level design by incorporating higher-resolution tree features visible under high zooming like animation sequences. Various variations of this tree type exist, ranging from its base to every unique aspect imaginable including extinct species - available as soon as requested via contact forms.