UGA College of Agricultural & Environmental Sciences Field Report
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  • Expert Resources

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    Gardening
    Invasive species
    Food and food safety
    Ants, termites and other pests
    Pollinators
    Livestock
    Emergency preparedness
    Home safety and maintenance
    Health, family and finances
    Nutrition
    Water quality
    Lawn maintenance and landscaping
    Turfgrass
    View all topics

    What is an Expert Resource?


    We publish unbiased, research-backed expert advice to empower Georgians with practical, trustworthy information they can trust.

    These resources are written and reviewed by experts in the UGA College of Agricultural and Environmental Sciences and the UGA College of Family and Consumer Sciences.

    Learn how we produce science you can trust
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  • Irrigation for Lawns and Gardens

    B 894

    Irrigation for Lawns and Gardens

    In order to maintain a lush, green lawn and productive garden, supplemental water in the form of irrigation is often needed during peak water use periods. Two basic types of irrigation are suitable for the home landscape: sprinkler irrigation and drip (or trickle) irrigation. This publication contains comprehensive information about irrigating lawns and gardens.

    Kerry Harrison and Wesley Porter

    |

    April 30, 2017
  • Agricultural Safety: Preventing Injuries

    B 1255

    Agricultural Safety: Preventing Injuries

    Most farm injuries and fatalities are preventable when you adhere to safe operating practices. The following are general guidelines for improved safety on the farm.

    Glen Rains

    |

    April 11, 2017
  • Alternatives to Synthetic Herbicides for Weed Management in Container Nurseries

    B 1410

    Alternatives to Synthetic Herbicides for Weed Management in Container Nurseries

    Weed management is one of the most critical and costly aspects for container nursery production. High irrigation and fertilization rates create a favorable environment for weed growth in addition to crop growth. Weeds can quickly out-compete the crop for light and other resources, reducing the rate and amount of crop growth as well as salability. Weed management in nursery production is most effectively achieved by preventative practices, primarily with the use of pre-emergent herbicides. However, there are valid reasons for managing weeds using alternatives to synthetic herbicides. Weed management alternatives to synthetic herbicides include sanitation, exclusion, prevention, hand weeding, mulching and use of cover crops, heat and non-synthetic herbicides. Only some of these alternative methods can be used to control weeds in containers, but all can be used to manage weeds around containers and in non-crop
    areas.

    Matthew Chappell

    |

    March 28, 2017
  • Sampling Irrigation Water for Blueberry Production

    C 1104

    Sampling Irrigation Water for Blueberry Production

    This publication outlines the sampling procedure for irrigation water to be used in blueberry production. Follow the outlined steps to provide a certified lab with a sample that is representative of the irrigation water to be used for growing blueberry plants.

    Gary Hawkins, Wesley Porter, and Erick Smith

    |

    Dec. 20, 2016
  • B 1142

    Best Management Practices for Wood Ash as Agricultural Soil Amendment

    Ash has been considered a waste product instead of a resource, because few industries have taken advantage of its beneficial properties. Several alternative uses for wood ash have been developed. Land application is one of the best because nutrients taken from the land during harvest are recycled back to the land.

    Julia Gaskin and L. Risse

    |

    Sept. 2, 2016
  • Recommended Practices for Using Wood Ash as an Agricultural Soil Amendment

    B 1147

    Recommended Practices for Using Wood Ash as an Agricultural Soil Amendment

    This publication covers a procedure for applying wood ash as a lime substitute on agricultural lands. This method can be used by manufacturers and dealers who wish to supply wood ash or by landowners who wish to receive wood ash. If the practices in this publication are followed, there should be no adverse environmental effects or regulatory consequence from the land application of wood ash.

    Julia Gaskin

    |

    Sept. 2, 2016
  • Drip Irrigation Checklist: Winterization

    C 1094

    Drip Irrigation Checklist: Winterization

    This publication addresses winterization of a drip irrigation system. The circular includes information about winterization timing, components of a drip system, precautions to take when servicing a drip system, and a quick reference run-down to the winterization process.

    Marvin Wells, Tim Coolong, Dario Chavez Velasquez, Wesley Porter, and Erick Smith

    |

    Aug. 9, 2016
  • Drip Irrigation Checklist: Start-Up

    C 1093

    Drip Irrigation Checklist: Start-Up

    This publication reviews the critical items to address when starting a drip irrigation system that has been idle. This is important information for specialty crop producers and homeowners that have drip irrigation systems servicing fruit, nut, and vegetable crops.

    Marvin Wells, Tim Coolong, Dario Chavez Velasquez, Wesley Porter, and Erick Smith

    |

    Aug. 4, 2016
  • Soil Sampling for Precision Management of Crop Production

    B 1208

    Soil Sampling for Precision Management of Crop Production

    While site-specific soil sampling can improve field management, it must be accompanied by the conscientious collection and analysis of data. The new technologies that have elevated precision agriculture into the forefront of farm management cannot offset poor data collection and soil-testing techniques. Inaccurate data on soil properties will inevitably lead to improper management decisions.

    This bulletin addresses three primary factors that can affect the precision management of soil fertility: 1) collecting proper soil-sample cores and the consequences of improper soil sampling, 2) breaking the field into smaller management areas, and 3) differences in test results and recommended application rates between soil-test laboratories. A step-by-step procedure is then presented on how to use variabl e yield goals to develop field maps showing variable application rates o f fertilizers and lime.

    Glen Rains, Calvin Perry, and Wesley Porter

    |

    March 12, 2016
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