Dionaea muscipula Alien Fused Tooth Small (Shipped Bare-Root)

Dionaea muscipula Alien Fused Tooth Small (Shipped Bare-Root)The Alien Fused Tooth represents a fascinating convergence of two of the Venus flytrap's most distinctive morphological traits: the legendary Alien cultivar's massive, elongated bean shaped traps with their characteristic bifurcated teeth, combined with the otherworldly fused tooth marginal spine structure that creates an almost extraterrestrial appearance. This rare hybrid captures the geometric complexity that serious collectors prize, marrying trap

Green Jaws' GJ Explosion is a striking seasonal transformer that begins the growing year with standard trap morphology before shifting into its namesake character: bizarre pompom-like central mutations that emerge by mid-summer

This striking morphological shift makes PomPom an endlessly fascinating cultivar for collectors seeking novelty and seasonal visual drama in their collection

slender petioles that elevate unusually large trap heads above the rosette

distinguished by remarkably long red-pink teeth and a low-growing rosette habit that reveals the plant's full intensity as summer progresses

slender petioles lift the traps high above the rosette

This variety warrants investigation by serious collectors seeking to expand their understanding of Venus flytrap diversity beyond the well-catalogued standards

A distinctive color variant for collectors seeking something outside the typical red spectrum

Green Jaws' GJ Rose represents a fascinating departure from typical Venus flytrap morphology—this mutant selection forgoes functional traps entirely in favor of elaborately frilled

Developed by the legendary Henning von Schmeling and registered in 2013

5 cm borne on proportionately very short leaf bases — roughly equal in length to the trap itself

A purely mutation-focused cultivar with no coloration emphasis

while its prostrate growth habit and crested stem anatomy create a captivating aesthetic that rewards the discerning collector seeking morphological complexity and stability