© The Royal Society of New Zealand 2007Trifolium glanduliferum Boiss. var. nervulosum (Boiss. & Heldr.) Zoh., glandular (or gland) clover is an annual pasture species, with Mediterranean origin, recently introduced into Australia. The species was previously reported as self-pollinating. Studies with four accessions originating from Israel clearly suggest that Trifolium glanduliferum is a highly self-incompatible species, which requires vectors including bees to ensure pollination. Unpollinated bagged and hand tripped florets showed no signs of pollen tube growth and no seed set, while cross-pollinated florets showed pollen tube growth and gave high seed set. A high pollen:ovule ratio suggested that the species is between facultative outcros...
Traditionally, annual colonising species are expected to have high rates of self-fertilisation, alth...
Cullen australasicum (syn. Psoralea australasica) is a native perennial legume with potential in the...
Despite their diversity and the potential for specialized pollination systems, Australian Fabaceae h...
ALTHOUGH an understanding of the mode of pollination is generally considered a prerequisite to the i...
Five fixed isoenzyme selections, within the white clover (Trifolium repens) cultivar S100, were used...
Flowers of white clover (Trifolium repens L.) are hermaphrodite and self-incompatible; their cross- ...
In red clover seed production, low seed yield is limiting the commercial exploitation of tetraploid ...
The difficulties encountered in making reliable controlled self- and cross-pollinations are limiting...
In insect-pollinated plants, the effects of habitat fragmentation on gene flow are mediated through ...
This dataset includes hand pollination, honey bee pollination and pollen germination experiments des...
The species Trifolium polymorphum Poiret is endemic to Uruguay and is widespread in native grassland...
Many flowers have both male and female parts, and produce seeds when pollen (male) reaches the ovary...
Red clover is almost completely self-sterile, and consequently a main factor in seed production is t...
Five fixed isoenzyme selections, within the white clover (Trifolium repens) cultivar S100, were used...
Exotic plant invasions threaten ecological communities world-wide. Some species are limited by a lac...
Traditionally, annual colonising species are expected to have high rates of self-fertilisation, alth...
Cullen australasicum (syn. Psoralea australasica) is a native perennial legume with potential in the...
Despite their diversity and the potential for specialized pollination systems, Australian Fabaceae h...
ALTHOUGH an understanding of the mode of pollination is generally considered a prerequisite to the i...
Five fixed isoenzyme selections, within the white clover (Trifolium repens) cultivar S100, were used...
Flowers of white clover (Trifolium repens L.) are hermaphrodite and self-incompatible; their cross- ...
In red clover seed production, low seed yield is limiting the commercial exploitation of tetraploid ...
The difficulties encountered in making reliable controlled self- and cross-pollinations are limiting...
In insect-pollinated plants, the effects of habitat fragmentation on gene flow are mediated through ...
This dataset includes hand pollination, honey bee pollination and pollen germination experiments des...
The species Trifolium polymorphum Poiret is endemic to Uruguay and is widespread in native grassland...
Many flowers have both male and female parts, and produce seeds when pollen (male) reaches the ovary...
Red clover is almost completely self-sterile, and consequently a main factor in seed production is t...
Five fixed isoenzyme selections, within the white clover (Trifolium repens) cultivar S100, were used...
Exotic plant invasions threaten ecological communities world-wide. Some species are limited by a lac...
Traditionally, annual colonising species are expected to have high rates of self-fertilisation, alth...
Cullen australasicum (syn. Psoralea australasica) is a native perennial legume with potential in the...
Despite their diversity and the potential for specialized pollination systems, Australian Fabaceae h...