EVERYPlant Lepidodendron Scale Tree LowPoly 4 --12 Models--

EVERYPlant Lepidodendron Scale Tree LowPoly 4 --12 Models-- Low-poly 3D model

Description

Name: Lepidodendron Scale Tree LowPoly

Scientific: Lepidodendron obovatum (Ledidodendron aculeatum also available from EVERYPlant)

This Variation: 4 of 4. This is a Low Poly model. A High Poly version is also available.

Notes: Extinct tree-sized, tree-like plant from the Carboniferous Period to the late Permian (about 360 to 205 million years ago). Though superficially it resembled a tree, this plant was most closely related to modern quillworts, meaning it wasn't a true tree. As it grew its central stem eventually split into exactly two branches, and then each branch further split into exactly two more as the plant continued to mature; further dichotomical branching occured until the plant reached full maturity. At the ends of its branches were oval-shaped cones. As the plant grew it shed its lower leaves which resulted in the scar-pattern found on its stem and branches giving it its name of 'scale tree'. Fossils have been found extensively throughout the world suggesting it had a global reach.

Included in this Package: 12 models in total

  1. Standard -- 11,747 polygons, 19,277 vertices -- 33.74m tall. Green, fully mature and in good health. Useable in most scenes.
  2. Thriving -- 11,726 polygons, 19,245 vertices -- 33.74m tall. Peak health.
  3. Unhealthy -- 10,430 polygons, 16,698 vertices -- 33.86m tall. Relatively poor state with foliage missing or diseased.
  4. Dying -- 6,275 polygons, 8,635 vertices -- 33.46m tall. Just hanging onto life and showing only unhealthy and diseased foliage.
  5. Dead -- 4,586 polygons, 5,448 vertices -- 33.46m tall. Showing only bare and broken branches and dead foliage.
  6. Uprooted -- 4,645 polygons, 5,570 vertices -- 13.29m tall. Dead plant fallen onto its side.
  7. Ancient -- 35,203 polygons, 58,509 vertices -- 40.45m tall. Very old plant, larger and considerably gnarled.
  8. Young -- 4,697 polygons, 6,668 vertices -- 28.46m tall. Smaller plant, some half way through its maturing cycle.
  9. Immature -- 888 polygons, 1,314 vertices -- 13.61m tall. Very small and young plant.
  10. Sapling -- 536 polygons, 914 vertices -- 6.34m tall. Recently sprouted.
  11. Lower Poly -- 6,078 polygons, 12,768 vertices -- 33.74m tall. Fewer polys to save system resources. For mid or distant renders. Standard model included, remainder models upon request (no charge).
  12. Higher Poly -- 18,077 polygons, 27,283 vertices -- 33.74m tall. More polys for greater detail. For close-up renders. Standard model included, remainder models upon request (no charge).

Re-meshing and any reasonable modification available upon request. No charge to existing customers of the product.

The textures included are mainly 4k (4096x4096); additional texture sizes of medium 2k, small 1k, and tiny <1k textures can also be downloaded. Separated alpha maps can be download as well.

EVERYPlant has a mission ... which is to model every plant species in the world (plus some extinct, fantasy and sci-fi variations as well)! Okay, maybe not every plant, perhaps just the identifiably different species which have at least a common name!

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EVERYPlant Lepidodendron Scale Tree LowPoly 4 --12 Models--
$14.00
 
Royalty Free License 
EVERYPlant Lepidodendron Scale Tree LowPoly 4 --12 Models--
$14.00
 
Royalty Free License 
Response 95% in 0.8h
3D Modeling
Low-poly Modeling
Rigging
Skinning
UV mapping
Texturing
PBR modeling
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3D Model formats

Format limitations
Native
  • Blender (.blend)303 MB
Exchange
  • OBJ (.obj, .mtl)300 MB
  • Collada (.dae)302 MB
  • glTF (.gltf, .glb)300 MB
  • Autodesk FBX (.fbx)304 MB
  • Textures Medium 2K147 MBVersion: Medium 2KVersion: Small 1KVersion: Tiny Less 1K

3D Model details

  • Publish date2024-02-24
  • Model ID#5117161
  • Animated
  • Rigged
  • VR / AR / Low-poly
  • PBR
  • Geometry Polygon mesh
  • Polygons 11,747
  • Vertices 19,277
  • Textures
  • Materials
  • UV Mapping
  • Unwrapped UVs Overlapping
  • Plugins used
  • Ready for 3D Printing
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