An understanding of the causes of genotype× environment (G× E) interactions is essential
for the implementation of efficient selection and evaluation networks. Currently, studies …

Sugarcane is a high biomass crop grown mostly in rain-fed environments. Water is a key
determinant of sugarcane productivity, and in most production regions, varying and …

Sugarcane is an important crop to the Australian economy, and the plant breeding program
has contributed significantly to the success of the sugarcane industry. Currently, the …

Sugarcane is a major economic crop that is grown mostly where water availability is a
dominant limitation to production. However, selection for cane yield under dry conditions is …

The causes of genotype× environment (G× E) interactions in sugarcane (Saccharum spp.)
are unclear. The objectives of this study were to (i) investigate the G× E interactions and site …

Sugarcane is the source of over three quarters of the world's sugar, and is grown widely in
the tropics and sub-tropics. Despite rising demand, average yields have not increased …

The performance of quantitative traits in sugarcane (Saccharum spp. complex) often varies
across diverse environments because of significant genotype-by-environment interaction …

Sugarcane breeding programs aim to deliver new high-yielding varieties, resistant to
diseases and pests, which contribute to profitability and sustainability of cane industries …

Sugarcane improvement has traditionally been conducted by nationally focussed breeding
programs, with some exchange of elite cultivars among some programs. It has been …

Climate change could affect sugarcane production directly through biophysical processes
and indirectly as governments start implementing energy and environmental policies. Life …