Brubaker, C.L.

Recently Added

Genetic Approach to Characterise Fusarium Wilt Resistance in Australian Native and Cultivated Cotton

L.A., BecerraLopez-Lavalle, Brubaker, C.L. (2006-08-10)

Fusarium oxysporum f. sp. vasinfectum (Fov) is an economically significant pathogen of cotton in Australia.

Genetic Characterisation of Chromosome inheritance in G. Hirsutum X C Genome Alien Chromosome Addition lines: Fusarium Wilt Resistance in Australian Gossypium

McFadden, H.G, Becerra Lopez-Lavalle, L.A, Brubaker, C.L. (Australian Cotton Growers Research Association, 2002-08-13)

In 2000/01, the Australian cotton industry produced approximately 3.4 million bales with a gross estimated value of 1.7 billion dollars.

Potential Fusarium Pathogens of Cotton associated with native Gossypium species

Brubaker, C.L., Wang, B, Burdon, J (Australian Cotton Growers Research Association, 2002-08-13)

Fusarium wilt of cotton, caused by the soil-borne fungus - Fusarium oxysporum formae specialis vasinfectum (Fov), is a worldwide disease of great economic importance.

Using Wild Australian Gossypium Germplasm in Cotton Breeding

Brubaker, C.L., Grace , J. P., Brown , A. H. D., Kilby , M. J. (Australian Cotton Growers Research Association, 1996-08-16)

Historically, the wild Australian Gossypium species have played a minor role in cotton breeding.

Using Wild Australian Gossypium Germplasm in Cotton Breeding

Brubaker, C.L., Grace , J. P., Brown , A. H. D., Kilby , M. J. (Australian Cotton Growers Research Association, 1996-08-16)

Historically, the wild Australian Gossypium species have played a minor role in cotton breeding.