2014 Annual Report Relevancy Statements

2014 Annual Report Relevancy Statements

UVM research scientists and outreach specialists ...

3 - MAINTAINING THE ENVIRONMENT

  • develop and run compost bio assays to test for presence or absence of persistent pesticides to minimize future crop damage due to contaminated composts
    Compost Bioassay
    HAZELRIGG 3

  • develop a business plan and identify opportunities for funding for the Vermont Pesticide Education and Safety program to make it more self sustaining in light of diminishing assistance and funds from Federal sources
    The UVM Pesticide Education and Safety Program Improvement Initiative
    HAZELRIGG 3

  • evaluating nutrient leaching from compost exposed to a wide range of saturation conditions.
    An Evaluation of Potential Nutrient Leaching From Six Types of Compost
    HURLEY 3

  • using transdisciplinary research methods to understand climate change influences and farmer needs, and to visualize and recommend management practices to enhance resilience of Vermont farms.
    Climate Change Best Management Practices on Vermont Farms
    HURLEY 3

  • determine how introduced plants acquire new plant traits that make them more aggressive and how these new traits can create new feedback relationships in the community that result in the creation of heavily invaded ecosystems
    Eco-Evolutionary Feedbacks and the invasive success of introduced Phalaris arundinacea
    MOLOFSKY 3

    5 projects

    3a - Entomology and Integrated Pest Management

  • determine whether CPB population in the Eastern and Western US differ in terms of standing genetic variation. We also intend to determine the ancestry of the pest populations. Such knowledge is essential to begin understanding how the beetles continue to evolve resistance to all major insecticides so rapidly.
    Genetic factors associated with insecticide resistance in Colorado potato beetle
    CHEN 3a

  • develop integrated pest management strategies for hops to improve economic and environmental sustainability of this crop in the northeast
    Hop varietal tolerance to potato leafhopper (Empoasca fabae)
    DARBY 3a

  • develop an integrated pest management (IPM) program that addresses current and emerging disease, arthropod pest and weed problems in a wide range of crops using management options with the least impact on the environment, human health and non-target organisms.
    A Comprehensive, Interdisciplinary Vermont Extension IPM Program Addressing Stakeholder Priorities and Needs
    HAZELRIGG 3a

  • deliver an integrated pest management (IPM) program in a wide range of crops important to Vermont's economy with the ultimate goal to use management options that have the least impact on the environment, human health and non-target organisms.
    The Transdisciplinary Vermont Extension IPM Program Addressing Stakeholder Priorities and Needs for 2013-2016
    HAZELRIGG 3a

  • provide a timely resource for identification and management of disease, arthropods and weeds important to Vermont agriculture, home gardens and landscapes to decrease unnecessary pesticide use
    National Plant Diagnostic Network for the Food and Agriculture Defense Initiative
    HAZELRIGG 3a

  • scout vegetable and berry farms in Vermont and provide weekly pest and disease information to the growers through newsletters and listserves in the northeast to help reduce the unnecessary use of pesticides.
    Fruit and Vegetable Pest Scouting Calendar
    HAZELRIGG 3a

  • compare three orchard disease and arthropod management systems using standard organic fungicides and novel agricultural biostimulants to identify new disease/pest management tools for organic apple growers in the northeast.
    Comparison of Three Organic Apple Managment Systems on Disease and Arthropod Pests
    HAZELRIGG 3a

  • identify alternative uses of anaerobic digester products in response to the diversion of organic wastes from landfills.
    Plant Toxicity Tests
    NEHER 3a

  • gain an understanding of the biological diversity associated with improved soil quality and function
    Plant-Parasitic Nematode Management as a Component of Sustainable Soil Health Programs in Horticultural and Field Crop Production Systems
    NEHER 3a

  • assess the potential of fungi for management of thrips in forests and greenhouse ornamental crops.
    Entomopathogenic Fungi for Management of Pear Thrips, Western Flower Thrips and Other Related Insect Pests with Soil - Inhabiting Stages in Greenhouses and Forests
    PARKER 3a

  • conduct a pilot training program on scouting and pest and disease ID to encourage growers to implement IPM.
    Scouting to Reduce Chemical Pesticide Use in Greenhouse Ornamentals
    SKINNER 3a

  • assess the virulence, persistence and spread of select fungal isolates applied to hemlock woolly adelgid.
    Dynamics of Naturally Occurring Fungal-Induced Epizootics of Hemlock Wooly Adelgid
    SKINNER 3a

  • conduct a trapping program for western bean cutworm in corn-growing areas in Vermont to assess this pest threat.
    Developing an IPM Program for Western Bean Cutworm, a New Corn and Dry Bean Pest in the NE Region
    SKINNER 3a

    13 projects

    3b - Nutrient Runoff and Water Quality

  • designing, constructing, and monitoring a bioretention raingarden for treating stormwater runoff in a parking lot in Waitsfield, Vermont.
    Implementing Low Impact Development in Waitsfield, Vermont
    HURLEY 3b

  • develop a better understanding of carbon and nutrient dynamics in Vermont soils
    Multistate Research Coordination Northeastern Region
    ROSS 3b

    2 projects

    3c - Environmental Management

  • determine the potential of native and introduced perennial grasses for biomass production for thermal energy in Vermont
    Grass Biomass Project
    BOSWORTH 3c

    1 project

    3d - Forest Resources

  • investigating fire feedbacks on ecological communities.
    Linking Models to Data to Investigate Patterns and Process in Savannas
    BECKAGE 3d

  • forecasting forest composition and carbon sequestration in response to global climate change
    Projecting climate change impacts on Vermont forests using dynamic vegetation models
    BECKAGE 3d

    2 projects