Resistance breeding in sweet cherries

Fischer M; Hampson CR (ed.); Anderson RL (ed.); Perry RL (ed.); Webster AD

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Resistance breeding in sweet cherries

机译：甜樱桃的抗性育种

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A method of testing for resistance to Cytospora spp. (Valsa canker) in sweet cherries was adapted for use in the breeding work at Pillnitz. The first Cytospora tests of Pillnitz sweet cherry germplasm identified the following resistant cultivars: Burlat, Hudson, Merton Heart, Span'sche Knorpel and the Pillnitz selections Nanni, Nalina and Nadino. Van, Hedelfinger, Kassins and Lambert were confirmed to be very susceptible. A new technique of testing for Pseudomonas resistance was developed in association with the Institute of Phytopathology at Aschersleben. Cultivars tested for Pseudomonas syringae were susceptible to varying degrees. Resistance and susceptibility to Cytospora did not appear to be related to that for Pseudomonas. The two charactersseemed to be independently inherited. It is concluded that enough variation in resistance to Cytospora exists to provide a foundation on which to base a successful breeding programme.

机译：一种检测对Cytospora spp的抗性的方法。甜樱桃中的（Valsa溃疡病）（Valsa canker）被改用于Pillnitz的育种工作。 Pillnitz甜樱桃种质的首次Cytospora测试确定了以下抗性品种：Burlat，Hudson，Merton Heart，Span'sche Knorpel和Pillnitz选择Nanni，Nalina和Nadino。 Van，Hedelfinger，Kassins和Lambert被证实非常易感。与Aschersleben的植物病理学研究所合作开发了一种检测假单胞菌耐药性的新技术。测试丁香假单胞菌的品种在不同程度上易感。对Cytospora的抵抗力和敏感性似乎与假单胞菌没有关系。这两个字符似乎是独立继承的。可以得出结论，对Cytospora的抗性存在足够的变异，可以为成功的育种计划提供基础。

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《Acta Horticulturae》 |1996年第410期|共10页
作者
Fischer M; Hampson CR (ed.); Anderson RL (ed.); Perry RL (ed.); Webster AD;
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正文语种 eng
中图分类园艺;
关键词
cherries; techniques; plant pathogenic fungi; disease resistance; plant diseases; plant pathogens; variety trials; varietal reactions; fruit crops; plant pathogenic bacteria; plant pathology; Prunus avium; Valsa; Pseudomonas syringae; bacteria; Prunus; Germany;

机译：樱桃;技术;植物病原真菌;抗病性;植物病害;植物病原体;品种试验;品种反应;果品作物;植物病原细菌;植物病理学;李属小樱桃;瓦尔萨;丁香假单胞菌;细菌;李;德国;

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专利

1. Resistance tests on sweet cherries (Prunus avium L.). Part 6: evaluation of the sweet cherry collection of the Fruit Genebank Dresden-Pillnitz for resistance to Cytospora and Pseudomonas. [J] . Fischer M, Hohlfeld B Erwerbsobstbau . 1998,第3期

机译：对甜樱桃（Prunus avium L.）的抗性测试。第6部分：对德累斯顿-皮尔尼茨水果种质库的甜樱桃集合对Cytospora和Pseudomonas的抗性进行评估。
2. Screening sweet cherry cultivars from the Pacific Agri-Food Research Centre Summerland breeding program for resistance to brown rot (Monilinia fructicola) [J] . Kappel Frank, Sholberg Peter L. Canadian Journal of Plant Science . 2008,第4期

机译：从太平洋农业食品研究中心萨默兰育种计划筛选甜樱桃品种对褐腐病的抵抗力（Monilinia fructicola）
3. Resistance breeding in sweet cherries [J] . Fischer M, Hampson CR (ed.), Anderson RL (ed.), Acta Horticulturae . 1996,第410期

机译：甜樱桃的抗性育种
4. Sour cherry breeding - Resistance to leaf spot diseases, Blumeriella jaapii [C] . Mirko Schuster International Conference on Cultivation Technique and Phytopathological Problems in Organic Fruit-Growing . 2004

机译：酸樱桃育种 - 抗叶斑病疾病，Blumeriella Jaapii
5. Genetic diversity of Prunus serotina and the evaluation of other wild species for breeding sour cherry resistance to cherry leaf spot [D] . Downey, Suzanne Lynn 1999

机译：樱桃樱桃的遗传多样性及其他野生种的选育。
6. Multiple-population QTL mapping of maturity and fruit-quality traits reveals LG4 region as a breeding target in sweet cherry (Prunus avium L.) [O] . Alejandro Calle, Ana Wünsch 2020

机译：成熟度和果实质量特征的多人QTL映射揭示了LG4区域作为甜樱桃（Prunus Avium L）的繁殖靶标
7. GENEALOGICAL ANALYSIS AND IDENTIFICATION OF DONORS AND SOURCES OF VALUABLE BREEDING TRAITS IN THE SWEET CHERRY GENE POOL (OVERVIEW) [O] . O. V. Eremina 2018

机译：甜樱桃基因库中有价值育种性状的系谱分析及鉴定（概述）

Resistance breeding in sweet cherries

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