Articles
PERFORMANCE OF ‘US 71655-014’, A FIRE BLIGHT RESISTANT PEAR SELECTION FROM THE USA
Article number
909_18
Pages
177 – 181
Language
English
Abstract
US 71655-014 is a fire blight resistant pear selection developed at the USDA Appalachian Fruit Research Station in Kearneysville, West Virginia.
In an earlier, unreplicated trial in Oregon it was determined that US 71655-014 had several positive attributes including precocity, annual production, attractive fruit appearance, good storability and consumer acceptance.
In 2005, a replicated trial was established in Hood River, Oregon to compare the field performance of
US 71655-014 to Beurre dAnjou, the primary winter pear cultivar in the USA. The experimental design was a randomized complete block with ten single-tree replicates on OH×F 97 rootstock. US 71655-014 had higher five-year cumulative yield, yield efficiency, fruit set, and fruit number compared to Beurre dAnjou.
US 71655-014 had lower fruit weight and trunk cross-sectional area than Beurre dAnjou. A fruit thinning trial with three cropload treatments was initiated in 2010. Fruit thinning resulted in larger fruit with a corresponding shift in weight-class distribution.
In an earlier, unreplicated trial in Oregon it was determined that US 71655-014 had several positive attributes including precocity, annual production, attractive fruit appearance, good storability and consumer acceptance.
In 2005, a replicated trial was established in Hood River, Oregon to compare the field performance of
US 71655-014 to Beurre dAnjou, the primary winter pear cultivar in the USA. The experimental design was a randomized complete block with ten single-tree replicates on OH×F 97 rootstock. US 71655-014 had higher five-year cumulative yield, yield efficiency, fruit set, and fruit number compared to Beurre dAnjou.
US 71655-014 had lower fruit weight and trunk cross-sectional area than Beurre dAnjou. A fruit thinning trial with three cropload treatments was initiated in 2010. Fruit thinning resulted in larger fruit with a corresponding shift in weight-class distribution.
Publication
Authors
S. Castagnoli, J. Turner, T.C. Einhorn, R. Bell
Keywords
Pyrus communis, cultivar evaluation
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