Tag: theobroma cacao

March 6, 2012 General Ag News and Notes Post a Comment

DESIGNATING FEBRUARY AS HAWAIIAN GROWN CACAO MONTH.

hawaii-agriculture-logoHOUSE OF REPRESENTATIVES 1589
TWENTY-SIXTH LEGISLATURE, 2011
STATE OF HAWAII
H.B. NO. 1589 H.D.1
A BILL FOR AN ACT

BE IT ENACTED BY THE LEGISLATURE OF THE STATE OF HAWAII:

SECTION 1. The legislature finds that cacao of the theobroma cacao tree, the dried and fermented seed from which chocolate is made, is native to the central and western Amazon region and is widely distributed throughout the humid tropical regions with commercial production concentrated in Brazil, Ivory Coast, Ghana, Indonesia, and Nigeria.

The legislature finds that the cacao industry in Hawaii is in its infancy stage with fewer than thirty growers and a total acreage of approximately fifty acres, but holds the promise of helping diversified agriculture markets. The University of Hawaii College of Tropical Agriculture and Human Resources has conducted a series of meetings, including the one-day workshop entitled “Future of Cacao in Hawaii’ held October 23, 2008, involving key stakeholders in the local cacao industry and representatives statewide to strategize on methods for positioning Hawaii in the growing cacao market.

Continue reading
August 26, 2011 General Ag News and Notes Post a Comment

Hawaii Agriculture Research Center | Cacao (Theobroma cacao L.)

Cacao (Theobroma cacao L.) is native to Central and South America and has been cultivated since prehistoric times in Mexico. For cacao production to be profitable in Hawaii, high tonnage and superior quality are required. However, Hawaiian cacao plantings are variable in both quality and yield, and are not necessarily adapted to Hawaii’s growing conditions. The genotypes of these trees are unknown, and growers are not able to identify the types of cacao trees on their farms. Through the use of DNA marker techniques, we are now able to Error! Hyperlink reference not valid. of superior cultivars based on their parentages/pedigrees. By the use of simple sequence repeat DNA markers, many individual trees have been fingerprinted. The survey group was found to include Criollo, Trinitario, Forastero and their hybrid types, plus genetically unique trees. The large genetic variation among Hawaii’s cacao trees currently grown here suggests it may not be necessary to import additional cacao genotypes to supplement locally available germplasm. The existing variation allows us to select and produce superior genotypes specifically suited for a grower’s production environment.

Hawaii Agriculture Research Center