In a previous study, the Australian terrestrial orchid Diuris maculata sensu lato, from a site near Melbourne in Victoria, was suggested to be a floral mimic of several sympatric legume species. The widespread distribution of this orchid species (or species complex) suggests that there may be a number of different model and pollinator species throughout this range, and that additional studies are necessary to characterise its pollination adequately. In this study, the pollination of D. maculata in the Sydney region, mainly at Scheyville National Park, was compared with the results previously obtained in Victoria. At Scheyville National Park, Trichocolletes venustus was the only native bee species found in significant numbers, and the flower...
Specialized pollination systems can contribute to plant diversification and species co-existence, bu...
Biological invasion is one of the leading threats to global biodiversity. Invasive species can chang...
The pollination process in Trigonidium obtusum Lindl. (Epidendroideae: Maxillariinae) is documented....
Abstract. In a previous study, the Australian terrestrial orchid Diuris maculata sensu lato, from a ...
In a previous study, the Australian terrestrial orchid Diuris maculata sensu lato, from a site near ...
Most Diuris species possess flowers of pea-like form and colour, and occur in association with flowe...
Background and Aims: While there is increasing recognition of Batesian floral mimicry in plants, the...
Background and Aims While there is increasing recognition of Batesian floral mimicry in plants, ther...
Background and Aims While there is increasing recognition of Batesian floral mimicry in plants, ther...
Background and Aims While there is increasing recognition of Batesian floral mimicry in plants, ther...
The thesis demonstrates a unique pollination system in the Australian orchid genus Diuris via floral...
Rewarding plants can enhance the pollination success of co-occurring plants pollinated by food mimic...
Thelymitra epipactoides has a highly variable visual display achieved through polychromatic flowers ...
The extraordinary taxonomic and morphological diversity of orchids is accompanied by a remarkable ra...
Biological invasion is one of the leading threats to global biodiversity. Invasive species can chang...
Specialized pollination systems can contribute to plant diversification and species co-existence, bu...
Biological invasion is one of the leading threats to global biodiversity. Invasive species can chang...
The pollination process in Trigonidium obtusum Lindl. (Epidendroideae: Maxillariinae) is documented....
Abstract. In a previous study, the Australian terrestrial orchid Diuris maculata sensu lato, from a ...
In a previous study, the Australian terrestrial orchid Diuris maculata sensu lato, from a site near ...
Most Diuris species possess flowers of pea-like form and colour, and occur in association with flowe...
Background and Aims: While there is increasing recognition of Batesian floral mimicry in plants, the...
Background and Aims While there is increasing recognition of Batesian floral mimicry in plants, ther...
Background and Aims While there is increasing recognition of Batesian floral mimicry in plants, ther...
Background and Aims While there is increasing recognition of Batesian floral mimicry in plants, ther...
The thesis demonstrates a unique pollination system in the Australian orchid genus Diuris via floral...
Rewarding plants can enhance the pollination success of co-occurring plants pollinated by food mimic...
Thelymitra epipactoides has a highly variable visual display achieved through polychromatic flowers ...
The extraordinary taxonomic and morphological diversity of orchids is accompanied by a remarkable ra...
Biological invasion is one of the leading threats to global biodiversity. Invasive species can chang...
Specialized pollination systems can contribute to plant diversification and species co-existence, bu...
Biological invasion is one of the leading threats to global biodiversity. Invasive species can chang...
The pollination process in Trigonidium obtusum Lindl. (Epidendroideae: Maxillariinae) is documented....