EVERYPlant Date Palm 07 -- 10 Models 3D model

cgtrader

Name: Date Palm Scientific: Phoenix dactylifera This Variation: 7 of 20 Habitat: Most areas with well-drained sandy soil in its natural range can find the Date Palm thriving. Range: Northern Africa likely sees it as a native plant, but an exact origin is challenging to determine due to widespread cultivation efforts over time. Notes: With a history dating back more than 8,000 years, humans have been cultivating this species, witnessing significant advancements in civilisation development along the way. Extensive orchards dedicated to growing Date Palms cover large tracts of land in Africa and Asia. Additionally, it serves as an ornamental species worldwide. Included in this Package: A total of 10 models Standard -- 481,676 polygons -- 19.8m tall. A mature, fruiting tree, this model is relatively healthy, featuring normal foliage but some diseased and yellowed parts. It's suitable for most scenes and applications. Use this for an optimal look without excessive detail that could be overwhelming. Distressed -- 452,779 polygons -- 19.8m tall. This variant showcases a heightened level of foliage damage and disease alongside broken and missing fronds, lending it an appearance as if ravaged by external factors. Unhealthy -- 169,948 polygons -- 20.4m tall. Placed in a poor state due to much diseased and damaged foliage. Dead -- 48,922 polygons -- 15.5m tall. Showing no other option but death: it boasts bare and broken fronds with only lifeless vegetation. Young -- 466,105 polygons -- 11.7m tall. Representing a mid-cycle maturation phase. Immature -- 130,941 polygons -- 5.4m tall. In an early development stage where height far exceeds its shorter trunk, suggesting the beginnings of what is to become an expansive mature specimen later in life. No Fruit -- 225,841 polygons -- 19.8m tall. With fewer details like fruits and less of an overall poly count than standard models due to saving computational resources during mid to distant renders when precision isn't as crucial a requirement, saving considerable computation overhead compared against standard tree representation options with increased visual depth accuracy. No Dead Fronds -- 431,238 polygons -- 19.8m tall. Similar to No Fruit models except without fronds; best for plantation setups, etc., where such frond damage should be expected due its curating conditions in controlled situations, like cultivated settings, making a great model alternative suitable under said application scenario demands low resource intensity. Least Detail -- 169,166 polygons -- 19.8m tall. Reduced further and offering simplified visual representations: this tree version lacks details on fruits or foliage which otherwise add substantial computational resource load per rendered image output resulting less than what would happen to standard, highly detailed model equivalents thus better fits application demands of distant visual renders under specific requirement restrictions that cannot have excessive poly detail count due said reason of efficiency. Trunk Displacement -- 1,107,581 polygons -- 19.8m tall. For enhancing its natural look this version employs Trunk displacement and thus the amount in computational assets assigned as well because more precise appearance quality with real tree model matching expectations to high level graphical standards achieved thanks increase in total polygon amounts generated per final output picture created in software environment for best realism rendering requirements on closeup settings due increased number of detailed geometry structures formed which also reflects a lot of extra computation necessary over normal, simpler representations thus can use resource optimisation strategies applied accordingly within said model types given its inherent higher polygon amount already, but since every aspect gets considered together then efficiency stays unaffected due well-defined system optimised towards the highest fidelity at present day visual display resolutions achieved through increased resolution and accuracy when desired from rendering.