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    • Cucumber Disease Management
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    • Development of Genomic Tools for Cucurbit Species
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Grafted watermelon

2024 Fusarium wilt experiment in SC

June 10, 2024June 25, 2024 cuccap CucCAP Disease Management Team, Cucurbit Crop & Disease Management Resources

More Evidence that Choosing Grafting or the Right Cultivar is More Important than Using Fungicides to Manage Fusarium Wilt of Watermelon

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Carolina Strongback watermelon rootstock tolerant of Fusarium

February 13, 2024February 13, 2024 cuccap Cucurbit Crop & Disease Management Resources

A costly but effective option for watermelon producers hoping to overcome fusarium wilt disease is the use of Carolina Strongback rootstock.

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2023 Fusarium Wilt experiment

June 23, 2023July 3, 2023 cuccap Cucurbit Crop & Disease Management Resources

From Clemson Plant Pathologist Tony Keinath. This year’s Fusarium wilt experiment includes 3 seedless cultivars, 3 fungicide treatments applied via drip irrigation, and grafting. preliminary results are based on disease development 10 weeks after transplanting.

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Research Updates on Georgia Cucurbits

April 12, 2023June 21, 2024 cuccap CucCAP Project Partners

Cucurbit production in Georgia is affected annually by a variety of pests and diseases. Two diseases in particular, fusarium wilt and cucurbit anthracnose, have been a cause of concern for the last five years.

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CucCAP researchers demonstrate the ability of powdery mildew resistant rootstocks to protect susceptible watermelon scion seedlings

October 8, 2018June 3, 2022 cuccap CucCAP Watermelon Team, Featured Articles

The group determined that bottle gourd rootstocks were effective in imparting resistance to the susceptible watermelon scion and released the two bottle gourd rootstocks that were the most effective in conferring resistance.

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Featured Article

CucCAP scientists use cucumber core collection to map fruit quality traits

The CucCAP core collection, comprised of 388 accessions representing >96% of the genetic diversity for cucumber present in the U.S. National Plant Germplasm System, harbors important sources of disease resistance. As sources of resistance are often present in germplasm with poor fruit quality, scientists from Michigan State University characterized the collection for fifteen fruit quality traits. Genetic associations (QTL) for each trait were identified from genome-wide association studies (GWAS). Many of the genetic locations were in close vicinity to previously identified fruit trait QTL and candidate genes; several novel loci and genes potentially important for these traits were also identified.

For further reading:

Lin YC, Weng Y, Fei Z, Grumet R. 2025. Mining the cucumber core collection: phenotypic and genetic characterization of morphological diversity for fruit quality characteristics. Horticulture Research 12:uhae340.

 

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USDA National Institute of Food and Agriculture U.S. DEPARTMENT OF AGRICULTURE

The Cucurbit Coordinated Agricultural Project (CucCAP) is a USDA-National Institute of Food and Agriculture Specialty Crop Research Initiative grant under award number
2020-51181-32139.

Cooperating Institutions:

Boyce Thompson Institute; Cornell University; Michigan State University; North Carolina State University; Clemson University; University of Puerto Rico; University of Wisconsin; University of Florida; University of Georgia; West Virginia State University; U.S. Department of Agriculture, Agricultural Research Service

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