To improve yield in canola, a wider gene pool is needed. We demonstrated that seed yield can be improved in inbred as well as hybrid canola using genes from the genetically distinct oilseed yellow sarson, a related species from Asia. The knowledge gained and germplasm developed from this research can be used by breeders and researchers to develop improved canola cultivars.
Crop & Pasture Science
Volume 75 Number 6 2024
Farmers value simple rules of thumb for predicting crop yields. Using 12 years of National Variety Trial data, we discovered that variation in yield of wheat and barley across southern Australia is most strongly correlated with variation in aridity index, the ratio of seasonal rainfall to seasonal potential evapotranspiration. Our finding reinforces the importance of water as the primary driver dictating grain yield in southern Australia.
CP23320 Abstract | CP23320 Full Text | CP23320PDF (1.5 MB) | CP23320Supplementary Material (1.7 MB) Open Access Article
Accumulation of soil organic carbon is considered beneficial to both farm productivity and the environment. Although conservation farming might make little direct contribution to soil carbon stocks, it is likely to be essential for the retention of soil carbon stores in duplex soils. Conversely, the co-retained nitrogen might have more value than the carbon stocks.
Tackling with ratoon stunting disease in sugarcane is crucial for global sugar production. We developed a simple method that provides rapid and accurate way to measure levels of the bacteria that cause RSD in sugarcane plants, aiding farmers in effectively measuring disease severity. This advancement is important for safeguarding sugarcane crops, ensuring stable sugar production, and supporting economies worldwide.
CP24053 Abstract | CP24053 Full Text | CP24053PDF (1.3 MB) | CP24053Supplementary Material (1.7 MB) Open Access Article