EVERYPlant Glossopteris 2 --20 Models-- 3D model

Name: Glossopteris

Scientific: Glossopteris communis

This Variation: 2 of 4. This is a High Poly model. A Low Poly version is also available.

Notes: Glossopteris were the dominant trees of the middle to high-latitude lowland vegetation across the supercontinent Gondwana during the Permian Period. Glossopteris fossils were critical in recognizing former connections between the various fragments of Gondwana: South America, Africa, India, Australia, New Zealand, and Antarctica. They arose in the Southern Hemisphere around the beginning of the Permian Period (298.9 million years ago), but became extinct during the end-Permian mass extinction. These trees are assumed to have been deciduous, as fossil leaves are commonly found as dense accumulations representing autumnal leaf banks.

Included in this Package: 20 models in total

1. Standard -- 251,239 polygons, 428,264 vertices -- 25.01m tall. Green, fully mature and in good health. Useable in most scenes.
2. Early Spring -- 139,830 polygons, 179,577 vertices -- 25.01m tall. Seasonal, immature leaves have just begun to grow.
3. Autumn -- 251,359 polygons, 426,425 vertices -- 25.01m tall. Leaves have changed colour and some fallen.
4. Falling Leaves -- 252,464 polygons, 429,015 vertices -- 25.01m tall. Autumn leaves in the process of falling from the tree.
5. Winter -- 128,917 polygons, 150,789 vertices -- 25.01m tall. Barren branches.
6. Thriving -- 280,509 polygons, 482,077 vertices -- 25.01m tall. Peak health.
7. Unhealthy -- 145,865 polygons, 237,390 vertices -- 25.01m tall. Relatively poor state with foliage missing or diseased.
8. Dying -- 64,962 polygons, 92,845 vertices -- 25.01m tall. Just hanging onto life and showing only unhealthy and diseased foliage.
9. Dead -- 29,168 polygons, 36,633 vertices -- 23.9m tall. Showing only bare and broken branches and dead foliage.
10. Stump -- 5,547 polygons, 6,931 vertices -- 2.7m tall. A dead plant with its trunk broken and missing.
11. Uprooted -- 48,730 polygons, 63,874 vertices -- 7.7m tall. Dead plant fallen onto its side.
12. Ancient -- 299,917 polygons, 486,200 vertices -- 27.92m tall. Very old plant, larger and considerably gnarled.
13. Young -- 150,811 polygons, 269,232 vertices -- 18.47m tall. Smaller plant, some half way through its maturing cycle.
14. Immature -- 7,446 polygons, 12,615 vertices -- 6.26m tall. Very small and young plant.
15. Sapling -- 947 polygons, 1,746 vertices -- 1.38m tall. Recently sprouted, may not have any leaves.
16. Lower Poly -- 91,533 polygons, 227,110 vertices -- 25.01m tall. Fewer polys to save system resources. For mid or distant renders. Standard model included, remainder models upon request (no charge).
17. Higher Poly -- 472,290 polygons, 713,371 vertices -- 25.01m tall. More polys for greater detail. For close-up renders. Standard model included, remainder models upon request (no charge).
18. Quads -- 285,639 polygons, 485,268 vertices -- 25.01m tall. Quad polygons throughout (as opposed to mixed, which is much more efficient). Standard model included, remainder models upon request (no charge).
19. Triangles -- 485,220 polygons, 431,414 vertices -- 25.01m tall. Triangle polygons throughout (as opposed to mixed, which is much more efficient). Standard model included, remainder models upon request (no charge).
20. Uniform Mesh -- 298,568 polygons, 490,414 vertices -- 25.01m tall. Uniform meshing throughout (as opposed to adaptive). For easier editing. 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! If you don't see it in our store, please get in contact; we have thousands of species on file awaiting upload.