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Whelan Robert J, Reid Amanda
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Australian Journal of Ecology. 1989 14(1). p.33
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SHORT NOTES
Craig A.,
Wooller R. D.,
Osborne T. O.,
Davidson Ian,
Langley C. H.,
Frazier J.,
Berruti A., Clark A.
Ostrich. 1982 53(2). p.112
Pollination biology of the Proteaceae in Australia and southern Africa
COLLINS BRIAN G., REBELO TONY
Australian Journal of Ecology. 1987 12(4). p.387
Flower colour change in Banksia ilicifolia: A signal for pollinators
B.LAMONT BYRON, COLLINS BRIAN G.
Australian Journal of Ecology. 1988 13(2). p.129
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Sinclair Elizabeth A.,
Bussell John D., Hobbs Richard J.
Ecology and Evolution. 2013 3(7). p.2138
The mating system and patterns of genetic variation in Banksia cuneata A. S. George (Proteaceae)
J Coates David, Sokolowski Ronald E S
Heredity. 1992 69(1). p.11
Genetic control of self-incompatibility and reproductive development in flowering plants (1994)
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