This post is presented by our media partner Grow Opportunity
View the full article here.
“As a company backed by science, we have long invested in research both independently and with leading academic institutions, and have achieved significant learning from our work,” says Jose Celedon, PhD, director, breeding and Ggnetics at Aurora. “Our recent work on auto-flowering will be a gamechanger for cannabis and hemp production. This research speaks to our expertise and investment in science that will move this industry forward.”
Most of the commercially grown cannabis is photoperiod sensitive, meaning that plants require shifts in day length to trigger flowering. While this can be controlled readily in indoor production, it is a limitation for outdoor cultivation, especially in high-latitude regions. Aurora has received a US Patent 12,002,546, “Methods of Determining Sensitivity to Photoperiod in Cannabis”, which enables Aurora’s breeding program to identify and select for the auto flowering trait. This latest research solidifies Aurora’s position as an innovative industry leader, poised to shape the future of cannabis agriculture.
Aurora’s commitment to research and innovation has generated tangible results for the company, significantly improving potency and yield, thereby driving down cost per gram and increasing overall efficiency. Aurora has significantly invested in cannabis breeding since 2018, and the novel cultivars identified from this world class breeding program consistently yield 40-100% more flower than legacy varieties.
The company’s focus on unravelling the molecular mechanisms controlling flowering and maturity time in cannabis holds promise for enhancing crop yield and adaptability. By exploiting the natural variation in the circadian rhythm of cannabis, Aurora aims to elevate the economic value of both medical and recreational cannabis. Through leveraging genetic research and development, the company aims to overcome traditional limitations, paving the way for improved cultivation techniques and market opportunities.
This post was originally published by our media partner here.
