Author
Hulse-Kemp, Amanda | |
STOFFEL, KEVIN - University Of California | |
RUSKEY, JAY - Good Land Organics | |
VAN DEYNZE, ALLEN - University Of California | |
CANTU, DARIO - University Of California | |
MEDRANO, JUAN - University Of California |
Submitted to: Meeting Abstract
Publication Type: Abstract Only Publication Acceptance Date: 6/5/2017 Publication Date: N/A Citation: N/A Interpretive Summary: Technical Abstract: Traditional coffee farming has occurred worldwide at equatorial latitudes below 25° under very specific growing conditions with acidic soils, warm temperatures and high humidity. Environmental conditions have been found to have large impacts on the quality and taste of the berry, which in turn affects the roasting and cupping qualities. The Geisha variety of Coffea arabica, has been grown successfully over the past six years near Santa Barbara, California, 19° latitude north of any other plantation in the world. A representative line of Geisha being grown in California was utilized to produce the first publicly available tetraploid C. arabica genome sequence using long-read technology. Resequencing of a panel of 35 additional varieties was obtained using short-read technology. Together these data sets are being used to generate an initial understanding of the diversity within and among varieties at the genome level. This information and forthcoming analyses will be informative to the breeders beginning to establish successful coffee breeding and farming programs to support a new California coffee market. |