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Ebrahiem M. Babiker, Stephen J. Stringer, Barbara J. Smith, and Hamidou F. Sakhanokho

range of evergreen plant species, including native Vaccinium species. Since the alternate host is not present in the southeastern states, further investigation is needed to identify the inoculum source in this area. Several southern highbush cultivars

Open access

Ebrahiem M. Babiker, Stephen J. Stringer, Hamidou F. Sakhanokho, Barbara J. Smith, and James J. Polashock

Vaccinium species in crosses to incorporate genes for adaptation; however, little is known about Neofusicoccum species identification and the responses of native Vaccinium species to infection. Morphological differentiation between different species of

Free access

Paul M. Lyrene

Vaccinium arboreum (sparkleberry; section Batodendron ) is a widespread and abundant diploid blueberry species native in the southeastern United States ( Stockton, 1976 ; Vander Kloet, 1988 ). It flowers in April in north Florida and produces

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Patrick H. Kingston, Carolyn F. Scagel, David R. Bryla, and Bernadine Strik

Worldwide production of highbush blueberry ( Vaccinium sp.) has increased tremendously in recent years, from ≈42,000 ha in 2005 to over 109,000 ha in 2014 ( Brazelton, 2016 ). This rapid growth is driven by strong consumer demand for the fruit and

Open access

David R. Bryla, Carolyn F. Scagel, Scott B. Lukas, and Dan M. Sullivan

Soil salinity is becoming an increasing problem for production of blueberry ( Vaccinium section Cyanococcus ), particularly in arid and semiarid regions. Under such conditions, salts, which can originate from soil parent material (weathered

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Mark K. Ehlenfeldt, Lisa J. Rowland, Elizabeth L. Ogden, and Bryan T. Vinyard

can be used and selected to produce desirable acclimation and deacclimation processes. Literature Cited Arora, R. Rowland, L.J. Lehman, J.S. Lim, C.C. Panta, G.R. Vorsa, N. 2000 Genetic analysis of freezing tolerance in blueberry ( Vaccinium section

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Christopher S. Imler, Camila I. Arzola, and Gerardo H. Nunez

, such as blueberries ( Vaccinium spp. section cyanococcus). Development of cultivars and practices that reduce dependence on these inputs requires a better understanding of the processes that affect rhizosphere pH. Some herbaceous and woody plants can

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Mark K. Ehlenfeldt and James J. Polashock

Blueberries (family Ericaceae, species Vaccinium , commonly section Cyanococcus ) are a diverse taxonomic group, and blueberries currently in commercial production represent three major Vaccinium species and two ploidy levels: 4 x V

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Sylvia J. Brooks and Paul M. Lyrene

Morphological characteristics of many derivatives from Vaccinium arboreum Marsh × Vaccinium section Cyanococcus crosses were studied. The purpose of the study was to determine if V. arboreum traits were being inherited and expressed in hybrid progeny and to identify characteristics that would enable hybrid field identification. This study focused on the F1 hybrids of V. darrowi Camp × V. arboreum (F1 hybrids) and the open-pollinated progeny of the F1 hybrids [mother is known (MIK)]. Also included in the study were the parents: V. darrowi, V. arboreum, and V. corymbosum L. (pollen parent of the MIKs). Many leaf, flower, and fruit characteristics were measured for all five taxa. Leaf characteristics included length, width, and presence or absence of stalked glands, pubescence, and marginal bump glands. The floral characteristics measured were corolla length and width, corolla aperture, pedicel length, peduncle length, bracteole length and width, and the presence or absence of anther awns and bracteoles. Berry and seed mass were the fruit characteristics investigated. Four unique V. arboreum traits were found to be expressed in the F1 and MIK hybrid populations. These were the presence of anther awns, large seed size, bracteole shape, and marginal glands. These traits should permit field identification of hybrid plants.

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Hirotoshi Tsuda, Hisato Kunitake, Mai Yamasaki, Haruki Komatsu, and Katsunori Yoshioka

In Japan, 19 native species of the genus Vaccinium are distributed from Hokkaido to the Kyushu region ( Yamazaki, 1989 ). The diploid evergreen shrub shashanbo is distributed from the east to the west of Japan, and its edible berries are commonly