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5. Contributors

Author

Abeledo, L. Gabriela, primary, Alimagham, Majid, additional, Andrade, Fernando H., additional, Ávila-Valdés, Andrea, additional, Bange, Mike, additional, Behn, Anita, additional, Bell, Mike, additional, Berry, Peter M., additional, Bertero, H. Daniel, additional, Borrell, Andrew, additional, Cafaro La Menza, Nicolas, additional, Calderini, Daniel F., additional, Campos, Hugo, additional, Carolina Lizana, X., additional, Chauhan, Yashvir S., additional, Chenu, Karine, additional, Cirilo, Alfredo G., additional, Cock, James H., additional, Connor, David J., additional, Cruickshank, Alan, additional, Debaeke, Philippe, additional, del Pozo, Alejandro, additional, Eyre, Joe, additional, Farooq, Muhammad, additional, French, Bob, additional, Fukai, Shu, additional, George-Jaeggli, Barbara, additional, Godwin, Ian, additional, Grassini, Patricio, additional, Guilioni, Lydie, additional, Hajjarpoor, Amir, additional, Hammer, Graeme, additional, Heitholt, Jim, additional, Hoffmann, Christa M., additional, Inman-Bamber, Geoff, additional, Izquierdo, Natalia G., additional, Jackson, Phillip, additional, Jordan, David J., additional, Kashiwagi, Junichi, additional, Kholova, Jana, additional, Kirkegaard, John A., additional, Koch, Heinz-Josef, additional, Korbu, Lijalem Balcha, additional, Kumar, Shiv, additional, Lake, Lachlan, additional, Lilley, Julianne M., additional, Ma, Bao-Luo, additional, Mace, Emma, additional, Märländer, Bernward, additional, Mera, Mario, additional, Mínguez, M. Inés, additional, Miralles, Daniel J., additional, Monzón, Juan Pablo, additional, Nayyar, Harsh, additional, van Oosterom, Erik, additional, Otegui, María E., additional, Pinochet, Dante, additional, Prado, Santiago Alvarez, additional, Pushpavalli, Raju, additional, Rachaputi, Rao, additional, Ramirez, David A., additional, Ramirez, Maria Laura, additional, Rao, Idupulapati M., additional, Rattalino Edreira, Juan I., additional, Rehman, Abdul, additional, Ren, Changzhong, additional, Rodriguez, Daniel, additional, Rondanini, Deborah P., additional, Rubiales, Diego, additional, Sadras, Victor O., additional, Sandaña, Patricio, additional, Savin, Roxana, additional, Sehgal, Akanksha, additional, Serrago, Román A., additional, Siddique, Kadambot H.M., additional, Singels, Abraham, additional, Singh, Sarvjeet, additional, Singh, Vijaya, additional, Sita, Kumari, additional, Slafer, Gustavo A., additional, Smith, Millicent R., additional, Snider, John, additional, Soratto, Rogério P., additional, Specht, James E., additional, Tao, Yongfu, additional, Tenorio, Fatima A., additional, Turner, Neil C., additional, Uhart, Sergio A., additional, Vadez, Vincent, additional, Wade, Len J., additional, Wright, Graeme C., additional, Yadav, Rashmi, additional, and Zheng, Zhiming, additional

Published
2021
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6. Canola

Author

Kirkegaard, John A., primary, Lilley, Julianne M., additional, Berry, Peter M., additional, and Rondanini, Deborah P., additional

Published
2021
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11. Exploiting genotype × management interactions to increase rainfed crop production: a case study from south-eastern Australia

Author

Hunt, James R, primary, Kirkegaard, John A, additional, Harris, Felicity A, additional, Porker, Kenton D, additional, Rattey, Allan R, additional, Collins, Marisa J, additional, Celestina, Corinne, additional, Cann, David J, additional, Hochman, Zvi, additional, Lilley, Julianne M, additional, and Flohr, Bonnie M, additional

Published
2021
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21. Defining optimal sowing and flowering periods for canola in Australia

Author

Lilley, Julianne M., Flohr, Bonnie M., Whish, Jeremy P.M., Farre, Imma, and Kirkegaard, John A.

Subjects
Farmers, Crop yields, Rain, Cultivars, Natural disaster damage, Water resources, Production management, Droughts, Business, international
Abstract

Increasingly variable rainfall and temperatures and larger farm size in Australia have prompted earlier sowing of canola (Brassica napus L). Improved agronomy and the release of cultivars suited to a wider range of environments have facilitated the expansion of canola production into new environments. To maximise grain yield at earlier sowing dates and in new environments, growers need to know the most suitable development pattern for their environment and sowing date to reduce production losses associated with frost, heat and drought at flowering. A simulation analysis was conducted at 77 locations across the Australian cropping zone to determine the optimal period for flowering to start in order to maximise long-term yield. The simulation accounted for effects of frost, heat and water stress on yield as well as duration of biomass accumulation. The optimal start of flowering period (OSF) was a function of the environment rather than the cultivar, and the relative importance of frost, heat and water stress varied with location. We found that the OSF was earlier (mid to late July), in most Mediterranean environments of Western Australia, South Australia and Victoria and later (August to September) in the southern temperate environments of Tasmania, Victoria and New South Wales (NSW). In medium and low rainfall areas of NSW, temperature extremes and rainfall interacted so that the OSF occurred in mid-July to mid-August. In low rainfall environments the duration of the optimal period was shorter (19-35 days) in most cases than in high rainfall environments (30-52 days). Knowledge of the OSF for a location, will allow breeders to develop cultivars with appropriate phenological characteristics for target environments. For growers, an understanding of the OSF, combined with an appropriate phenology classification of commercial cultivars, will allow selection of cultivar and sowing date combinations which decrease the risk of stress and maximise productivity., https://www.sciencedirect.com/science/article/pii/S0378429018320641

Published
2019

24. Corrigendum to: optimising grain yield and grazing potential of crops across Australia's high-rainfall zone: a simulation analysis. 1. Wheat

Author

Bell, Lindsay W., Lilley, Julianne M., Hunt, James R., and Kirkegaard, John A.

Subjects
Rain -- Analysis, Crop yields -- Analysis, Agricultural industry -- Analysis, Wheat -- Analysis, Business, international
Abstract

Abstract Interest is growing in the potential to expand cropping into Australia's high-rainfall zone (HRZ). Dual-purpose crops are suited to the longer growing seasons in these environments to provide both [...]

Published
2016

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