Honey bees pollinate an average of $215 billion worth of crops worldwide each year. Despite high demand, record colony losses are prohibiting beekeepers from supplying their services to pollinator-dependent industries. Therefore, honey bee colonies require genetic improvements in growth; stress tolerance; pest, pathogen, and disease resistance; reproductive capacity; and yield. However, honey bee breeders have produced slow genetic gains in all these areas over the past century because traditional multi-trait breeding programs are time- consuming, expensive, and difficult to integrate into current beekeeping operations. Beekeepers are still in the early stages of breeding Step 1(Incidental) and need to enter Step 2 (Statistical Breeding) and Step 3 (Genomic Breeding) to enables breeders to accelerate the breeding cycle, and increase breeding progress. In this talk, Dr. Slater will talk about the stages of breeding and how beekeepers can enter Step 2 and 3.
Subscribe to the SBGMI Newsletter here: eepurl.com/hToTyj
Join the SBGMI: www.sbgmi.org/...
Stay up to date on our premium speaker events: www.sbgmi.org/...
Members receive annual access to premium content and 2023 Virtual Winter Conference Recordings featuring Dr. John Harbo, Dr. Jamie Ellis, Dr. David Peck, Dr. Robyn Underwood, Michael Bush, Nathalie B. Kim Flottum, Stephen Repasky, Adrian Quiney, and Les Crowder! SBGMI Members have access to content April 1, 2023 through sbgmi.org/mich...
#genetics #genomics #honeybee #hygiene #resistance #varroa #honeybee
Need Free Honey Bee Swarm Removal: www.mibeeswarmr...
Interested in learning more about the Northern Queen Initiative go to www.fightingthe...
Негізгі бет Dr. Garett Slater, Bee Breeding in the Age of Genomics | Improved Breeding Paradigm
No video
Пікірлер