The downside risk of crop production affects the entire supply chain of the agricultural
industry nationally and globally. This also has a profound impact on food security, and thus …

Crop yield must increase to keep pace with growing global demand. Past increases in crop
production have rarely been attributable to an individual innovation but have occurred when …

Climate change will drive increased frequencies of extreme climatic events. Despite this,
there is little scholarly information on the extent to which waterlogging caused by extreme …

Enabling crop flowering within an optimal calendar window minimises long-term risk of
abiotic stress exposure, improving prospects for attaining potential yield. Here, we define the …

Frost, drought and heat are key abiotic constraints to barley production in Australia. To
maximise grain yield, crop life-cycle needs to be timed to minimise growth stresses …

The relative time to maturity of grain crops is an important consideration for producers, yet
there are no universally accepted classification schemes for cultivar phenology to guide …

Accurate information about phenological stages is essential for canola field management
practices such as irrigation, fertilization, and harvesting. Previous studies in canola …

The practice of leaving a paddock out of production for an entire growing season, known as
long fallowing, is used to accumulate soil water and mineral nitrogen (N) and break disease …

Context Mungbean, a grain legume with high nutritional value, is grown widely throughout
Asia and increasingly in Australia. Despite growing interest amongst farmers, mungbean …

The climate crisis challenges farmer livelihoods as increasingly frequent extreme weather
events impact the quantum and consistency of crop production. Here, we develop a novel …