Llewllyn, D. J. (1993). Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill. Watson Ferguson and Company.
Chicago Style (17th ed.) CitationLlewllyn, Danny JLiu. Genetic Engineering of Insect Resistant Crop Plants, A Technique for Prediction of Rainfall Duration from Daily Rainfall Data in the Australian Sugar Belt, Variation of Sugar and Fibre Components of Dry Matter in Leaf, Top and Stalk of Sugarcane, A Coordinated Extension Approach for Maximising Returns from Mechanical Harvesting, Lime Saccharate Studies at Mulgrave Mill. Watson Ferguson and Company, 1993.
MLA (8th ed.) CitationLlewllyn, Danny JLiu. Genetic Engineering of Insect Resistant Crop Plants, A Technique for Prediction of Rainfall Duration from Daily Rainfall Data in the Australian Sugar Belt, Variation of Sugar and Fibre Components of Dry Matter in Leaf, Top and Stalk of Sugarcane, A Coordinated Extension Approach for Maximising Returns from Mechanical Harvesting, Lime Saccharate Studies at Mulgrave Mill. Watson Ferguson and Company, 1993.