Drosera silvicola Species Profile
Drosera silvicola is a pygmy sundew endemic to the Darling Scarp. The sundew is named after its forested habitat (silva = woodland, -cola = inhabiting). Drosera silvicola is one of…
Drosera silvicola is a pygmy sundew endemic to the Darling Scarp. The sundew is named after its forested habitat (silva = woodland, -cola = inhabiting). Drosera silvicola is one of…
Drosera gigantea has many different colour variations in both its leaves and stems. The green form is the most common variety The red form is less common than the green…
An exceptionally nice population of Drosera purpurascens grows atop a large mossy granite outcrop on the south coast of Western Australia. The plants are exposed to full sun and attain…
Utricularia volubilis is an aquatic bladderwort endemic to south west Western Australia. The species is named for its twining peduncle (volubilis = twining), which wraps around sedges to support the…
Drosera whittakeri is a rosetted tuberous sundew endemic to South Australia. The species is named after Joseph Whittaker, who collected the species in the 1800s. Drosera whittakeri has a rosette…
Sometimes damage to the meristem by pathogens, mutations or hormonal imbalances can cause plants to flatten into a ribbon-like growth. In tuberous sundews, this is phenomenon is very uncommon although…
Drosera marchantii is an erect tuberous sundew from Jarrah woodland in Western Australia. The species is named in honour of Neville Marchant, a notable systematic botanist. Drosera marchantii has an…
Drosera indumenta is a scrambling sundew named for its hairs that cover the entire plant (indumentum = covering of hair). Drosera indumenta has a long, scrambling stem that grows up…
Drosera citrina is a pygmy sundew endemic named for its lemon-yellow flowers (citrinus = lemon coloured). Drosera citrina is a small sundew with a rosette of many low-lying leaves around…
Drosera bulbigena is one of the smallest tuberous sundews, with an erect stem that grows up to a few cm in height. The species is named after its propensity to…