Utricularia bisquamata Species Profile
Utricularia bisquamata is a small bladderwort native to Southern Africa. The plant is extremely common in nature and its fecundity is reflected in cultivation, where it is a common hitchhiker…
Utricularia bisquamata is a small bladderwort native to Southern Africa. The plant is extremely common in nature and its fecundity is reflected in cultivation, where it is a common hitchhiker…
Utricularia dichotoma is a variable purple bladderwort widely distributed across Australia and New Zealand. In 2020, Jobson and Baleeiro performed a phylogenetic review of the complex. By comparing the DNA sequences…
Utricularia dichotoma subsp. oxleyensis is a taxon from the upland swamps near the Oxley Wild Rivers National Park region in NSW. It is probably the least observed of the subspecies…
Tropical savannah habitats encompass the majority of inland Cape York. These environments are characterised by open, grassy woodlands that are under the influence of the monsoon. Carnivorous plants are mainly…
Utricularia geoffrayi and Utricularia minutissima have been frequently confused with each other, with many misidentified plants in cultivation and in scientific collections. Formal descriptions of the taxa fail to fully…
Cape York is by no means easy to get to. Large stretches of the main road up the Peninsula get washed away by the wet season floods every year, only…
A network of shallow seasonally moist heathland swamps forms atop the sandstone cliffs of the Kanangra Plateau. As the ground dries out in summer, a profusion of Utricularia dichotoma and…
The northernmost swamps of the Cape York Peninsula are some of the most biodiverse carnivorous plant habitats in the world. Over twenty species of carnivorous plants across three genera are…
As 2022 comes to a close, I reflect on the highlights of a massive year of travel and discovery - both of carnivorous plants and of myself. At the beginning…
Utricularia brennanii is a terrestrial bladderwort native to tropical and north eastern Australia. It was recently separated from the closely related U. lasiocaulis by Jobson and Baleeiro (2022) and is…