Utricularia simmonsii Species Profile
Utricularia simmonsii is a terrestrial bladderwort endemic to tropical Australia. The species produces the smallest known flowers of the genus, measuring around 1 mm across. The wine-red blooms are fairly…
Utricularia simmonsii is a terrestrial bladderwort endemic to tropical Australia. The species produces the smallest known flowers of the genus, measuring around 1 mm across. The wine-red blooms are fairly…
Utricularia dunstaniae is a terrestrial bladderwort endemic to the the Top End of the Northern Territory and Kimberleys of Western Australia. The species is notable for the pair of very…
Utricularia linearis is an affixed aquatic bladderwort endemic to the Northern Territory. The species has a simple white flower roughly 1 cm long. The lower corolla lip flares outwards and…
Carnivorous Plant Time-lapse. These fearsome plants capture their living prey with intricate traps before digesting them for their nutrients. This project by Boaz Ng took over 3.5 years to shoot.…
U. gibba is an aquatic bladderwort with a global distribution. In Australia, it is mainly found along the coast of northern and eastern Australia. The foliage of U. gibba is…
In the last months of 2020, I ventured into the Victorian countryside to document the carnivorous plants that grow there. I found several newly described taxa and learned so much…
Utricularia biloba is an affixed aquatic bladderwort native to the east coast of Australia. The species is named for its lower corolla lip, which is split into two lobes. Utricularia…
This review is not sponsored and the author has no affiliation the brands mentioned. Over the past 2.5 years, I have developed my photographic style in conjunction with this blog.…
Utricularia dichotoma subsp. dichotoma is one of eight subspecies within the U. dichotoma species complex identified by Jobson et al. 2020. The taxon is mainly distributed in highland regions of…
In the last months of 2020, I ventured into the Victorian countryside to document the carnivorous plants that grow there. I found several newly described taxa and learned so much…