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United States Department of Agriculture

Agricultural Research Service

Collaborations

The Crops Pathology and Genetics Research has a long and productive history of collaborative research involving stakeholders.


Current collaborators and projects:

AMERICAN VINEYARD FOUNDATION, NAPA, CA, UNITED STATES
  • Utilizing High Resolution Computed Tomography to Visualize Early Stages of Wood Canker Disease in Resistant and Susceptible Grapevines

  • Use of Surface Renewal to Detect Water-Stress-Induced Changes in Daily Water Requirements in Vineyards


  • CALIFORNIA DEPARTMENT OF FOOD AND AGRICULTURE, SACRAMENTO, CA, UNITED STATES
  • Revealing the Epidemiology of Grapevine Red Blotch-Associated Virus, An Urgent Need for California Grape Growers


  • CALIFORNIA DEPARTMENT OF PESTICIDE REGULATION, SACRAMENTO, CA, UNITED STATES
  • Reducing Dependence on Pre-Plant Soil Fumigation in Almond and Stone Fruit Orchards


  • CALIFORNIA RICE RESEARCH BOARD, YUBA CITY, CA, UNITED STATES
  • Application of Forward and Reverse Genetics for Rice Improvement

  • Application of Molecular Marker-Assisted Selection to Rice Improvement (Continuing Project)


  • CALIFORNIA WALNUT BOARD, FOLSOM, CA, UNITED STATES
  • Development of Disease-Resistant Walnut Rootstocks: Integration of Conventional and Genomic Approaches


  • REGENTS OF THE UNIV OF CALIFORNIA-RIVERSIDE, RIVERSIDE, CA, UNITED STATES
  • Development of Disease Resistant Walnut Rootstocks: Integration of Conventional and Genomic Approaches (Root Lesion Nematode)

  • Identifying Sources of Resistance to Wood-Canker Diseases in Grape Germplasm


  • REGENTS OF THE UNIVERSITY OF CALIFORNIA, Davis, CA, UNITED STATES
  • Development of Disease Resistant Walnut Rootstocks: Integration of Conventional and Genomic Approaches (Uc Davis Component)

  • Educational Outreach for the Pacific Area-Wide Pest Management Program for Integrated Methyl Bromide Alternatives

  • Identifying Sources of Resistance to Wood-Canker Diseases in Pistachio Germplasm

  • Identifying the Sociological Factors That Limit Adoption of Preventative Control Practices for Wood-Canker Diseases

  • Research to Better Understand and Manage Vascular Disease and Drought by Looking at the Inner Workings of the Grapevine Vascular System

  • Development and Use of Metagenomic Approaches to Address Challenging Soilborne Disease Problems in Horticultural Crops

  • Infection Biology of Wood-Canker Pathogens of Grape


  • REGENTS OF THE UNIVERSITY OF CALIFORNIA, ANR, Oakland, CA, UNITED STATES
  • Development of Disease Resistant Walnut Rootstocks: Integration of Conventional and Genomic Approaches (Extension Efforts)

  • Identifying Sources of Resistance to Wood-Canker Diseases in Almond Germplasm

  • Advancing Ipm in Floriculture Crops by Improving Plant Health and Increasing the Use of Natural Enemies

  • Partnership in Support of USDA Climate Hubs and University of California Division of Agriculture and Natural Resources


  • UNIVERSITY ENTERPRISES, INC., SACRAMENTO, CA, UNITED STATES
  • Identifying the Economic Factors That Limit Adoption of Preventative Control Practices for Wood-Canker Diseases


  • UNIVERSITY OF CALIFORNIA, DAVIS, DAVIS, CA, UNITED STATES
  • Grapevine Germplasm with Resistance to Trunk Diseases

  • Long-Term Assessment of Perennial Fruit and Nut Crop Responses to Methyl Bromide Alternatives

  • Investigation on Evolution of Virulence in the Sudden Oak Death Pathogen, Phytophthora Ramorum

  • Grapevine Transcriptomic Responses to Infection by Wood-Canker Diseases

  • Revealing the Epidemiology of Grapevine Red-Blotch-Associated Virus, An Urgent Need for California Grape Growers-Entomology Component

  • Development of Comet-Farm and Greenhouse Gas Accounting for Specialty Crops


  • UNIVERSITY OF MISSOURI, COLUMBIA, MO, UNITED STATES
  • Development of Disease Resistant Walnut Rootstocks: Integration of Conventional and Genomics Approaches (Propagation of Germplasm for Tcd)


  • UNIVERSITY OF TENNESSEE, KNOXVILLE, TN, UNITED STATES
  • Development of Disease Resistant Walnut Rootstocks: Integration of Conventional and Genomic Approaches (Thousand Cankers Disease)


  • USDA, NIFA, Washington, DC, UNITED STATES
  • Development of Disease-Resistant Walnut Rootstocks: Integration of Conventional and Genomic Approaches

  • New Detection, Research, and Extension Tools for Managing Wood-Canker Diseases of Fruit and Nut Crops


  • USDA, OFFICE OF THE CHIEF ECONOMIST, WASHINGTON, DC, UNITED STATES
  • Comet-Farm Specialty Crops


  • VIRGINIA POLYTECHNIC INSTITUTE AND STATE UNIV, BLACKSBURG, VA, UNITED STATES
  • Developing New Extension Tools for Wood-Canker Diseases of Grape That Encourage Adoption of Preventative Control Practices in Young Vineyard


  • Last Modified: 7/23/2016
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