Lophate 3-Porate Pollen Grain (Vernonieae-Type) – High-Detail Scientific 3D Model

High-resolution 3D model of a lophate 3-porate pollen grain, based on documented pollen morphology from the tribe Vernonieae (Asteraceae). Suitable for scientific visualization, education, microscopy illustration, and conceptual biological artwork.This model represents a lophate 3-porate pollen type, characterised by a raised network of ridges (lophate exine) enclosing polygonal lacunae, with three circular germination pores distributed across the surface.

The morphology is based on published palynological descriptions and comparative SEM imagery of pollen grains from the tribe Vernonieae (family Asteraceae), a diverse group of flowering plants commonly studied in pollen taxonomy.

Important:This model depicts a morphological pollen type, not a specific species. Many members of Vernonieae share near-identical pollen architecture, and species-level identification is not possible from morphology alone. The model is therefore presented as a representative Vernonieae-type pollen grain, following standard scientific practice.

Comparable taxa include (examples only):Vernonia spp. (e.g. Vernonia amygdalina, Vernonia cinerea)Elephantopus spp.Centratherum spp.Stokesia spp.

Clean, non-scanned geometry.Optimized topology suitable for close-up renders.High surface detail suitable for macro visualization.Neutral shading ready for custom materials or rendering pipelines.

the 3 main structures withought the stones come to 300k polygons. The mesh is subdivided for displacement.

This model is a scientifically informed representation, not a diagnostic or taxonomic identification of a specific plant species. It is intended for visualization, educational, and illustrative purposes.