Vigna is an agriculturally important genus containing several important species used as pulses, forages, vegetable, or cover crops. The genus is represented in Australia by 5 species, 4 indigenous (V. radiata, V. vexillata, V. luteola, V. marina) and 1 endemic (V. lanceolata). A germplasm collection has been assembled comprising >400 accessions of the 5 Vigna species from Australia and offshore and seed committed to storage as the CSIRO National Vigna collection. For a large number of accessions, herbarium sheets have also been prepared either from field or glasshouse-grown plants and lodged with the Qld Herbarium, Brisbane. This paper describes the structure of the collection and, for each of the 5 species and major regional variants, summ...
Not AvailableWild Vignaspecies possess a reservoir of useful genes that have potential to be utilize...
A comparative study was conducted of the growth and development of 12 wild accessions of Vigna vexil...
Many agricultural systems around the world are challenged by declining soil resources, a dry climate...
Vigna is an agriculturally important genus containing several important species used as pulses, fora...
A 2-week road trip was made through the Pilbara region to collect seed of native Vigna species. Thir...
Variation was assessed in the endemic Australian herbaceous legume, V. lanceolata Benth., by using a...
Wild relatives of crop plants help broaden the genetic diversity available for plant breeding. To fi...
This article describes 35 years of research into the potential value of Australian native legumes of...
As well as being part of the wider gene pool of cultivated species such as mungbean and cowpea, Vign...
Variation among 79 accessions of Vigna vexillata was evaluated for a range of traits of potential ag...
This article describes 35 years of research into the potential value of Australian native legumes of...
Proposals are made toward the infraspecific delimitation of taxa in the Vigna vexillata complex in s...
Proposals are made toward the infraspecific delimitation of taxa in the Vigna unguiculata complex. O...
Four neotropical species of Vigna Savi (Leguminosae, Phaseolinae) have potential value as forage cro...
Vigna vexillata is an underutilised perennial tuberous legume with several multipurpose uses. In a c...
Not AvailableWild Vignaspecies possess a reservoir of useful genes that have potential to be utilize...
A comparative study was conducted of the growth and development of 12 wild accessions of Vigna vexil...
Many agricultural systems around the world are challenged by declining soil resources, a dry climate...
Vigna is an agriculturally important genus containing several important species used as pulses, fora...
A 2-week road trip was made through the Pilbara region to collect seed of native Vigna species. Thir...
Variation was assessed in the endemic Australian herbaceous legume, V. lanceolata Benth., by using a...
Wild relatives of crop plants help broaden the genetic diversity available for plant breeding. To fi...
This article describes 35 years of research into the potential value of Australian native legumes of...
As well as being part of the wider gene pool of cultivated species such as mungbean and cowpea, Vign...
Variation among 79 accessions of Vigna vexillata was evaluated for a range of traits of potential ag...
This article describes 35 years of research into the potential value of Australian native legumes of...
Proposals are made toward the infraspecific delimitation of taxa in the Vigna vexillata complex in s...
Proposals are made toward the infraspecific delimitation of taxa in the Vigna unguiculata complex. O...
Four neotropical species of Vigna Savi (Leguminosae, Phaseolinae) have potential value as forage cro...
Vigna vexillata is an underutilised perennial tuberous legume with several multipurpose uses. In a c...
Not AvailableWild Vignaspecies possess a reservoir of useful genes that have potential to be utilize...
A comparative study was conducted of the growth and development of 12 wild accessions of Vigna vexil...
Many agricultural systems around the world are challenged by declining soil resources, a dry climate...