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32 publications were found on Field-Crops
  • 2000-2001 Canola Performance Tests (RR 674) The 2000-2001 canola growing season was characterized by a dry and cool fall, an early and cold winter, and a mild spring. Soil conditions were extremely dry during September and October. This made land preparation difficult and, in some cases, delayed planting.
  • 2012-2013 Georgia Small Grain Performance Tests (AP 100-5) This publication contains results of the 2012-2013 small grain performance tests in Georgia.
  • 2013-2014 Georgia Small Grain Performance Tests (AP 100-6) This publication contains results of the 2013-2014 small grain performance tests in Georgia.
  • 2014-2015 Georgia Small Grain Performance Tests (AP 100-7) Results of the 2014-2015 performance tests of small grains grown for grain and forage are printed in this research report. Grain evaluation studies were conducted at five locations in Georgia, including Tifton, Plains, and Midville in the Coastal Plain region; Griffin in the Piedmont region; and Calhounin the Limestone Valley region. Small grain forage evaluation tests were conducted at four locat…
  • 2020 UGA On-Farm Cotton Variety Evaluation Program (AP 110-5) Variety selection is one of the biggest decisions and investments cotton growers make each year. In 2010, the UGA Extension Cotton Agronomists implemented the UGA On-Farm Cotton Variety Evaluation Program to assist in this decision. In this annual publication, varieties were evaluated in 2020 across a wide range of environments in the cotton producing regions of Georgia in cooperation with county …
  • 2021 Georgia Cotton Production Guide (AP 124-1) The 2021 cotton production guide provides an in-depth look at cotton production in Georgia and the southeastern United States. Issues discussed include economic outlook, fertility, weed management, insect management, disease and nematode management, irrigation decisions, precision ag technology, and general agronomics of the cotton crop (varieties, PGR applications, defoliation, etc.).
  • 2021 UGA On-Farm Cotton Variety Evaluation Program (AP 110-6) Variety selection is one of the biggest decisions and investments cotton growers make each year. In 2010, the UGA Extension Cotton Agronomists implemented the UGA On-Farm Cotton Variety Evaluation Program to assist in this decision. Varieties are evaluated across a wide range of environments in the cotton producing regions of Georgia in cooperation with county agents and industry partners. The imp…
  • 2022 Georgia Cotton Production Guide (AP 124-2) The cotton production guide provides an in-depth look at cotton production in Georgia and the southeastern United States. Issues discussed include economic outlook, fertility, weed management, insect management, disease and nematode management, irrigation decisions, precision ag technology, and general agronomics of the cotton crop (varieties, PGR applications, defoliation, etc.).
  • 2022 Georgia Plant Disease Loss Estimates (AP 102-15) 2022 plant disease losses, including control costs, amounted to an estimated $933 million. The value of the crops used in this estimate was approximately $8200 million, resulting in a 11.4% relative disease loss across all crops included in this summary. The estimated values for most crops used to compute these disease losses are summarized in the UGA Center for Agribusiness & Economic Development…
  • 2022 UGA On-Farm Cotton Variety Evaluation Program (AP 110-7) Variety selection is one of the biggest decisions and investments cotton growers make each year. In 2010, the UGA Extension Cotton Agronomists implemented the UGA On-Farm Cotton Variety Evaluation Program to assist in this decision. In this annual publication, varieties were evaluated in 2020 across a wide range of environments in the cotton producing regions of Georgia in cooperation with county …
  • 2023 Georgia Cotton Production Guide (AP 124-3) The 2023 edition of the cotton production guide provides an in-depth look at cotton production in Georgia and the Southeastern U.S. Issues discussed include economic outlook, fertility, weed management, insect management, disease and nematode management, irrigation decisions, precision ag technology, and general agronomics of the cotton crop (varieties, PGR applications, defoliation, etc.).
  • An Introduction to Conservation Tillage for Vegetable Production (B 1539) Conservation tillage with agronomic crops (i.e., cotton, corn, soybeans, etc.) has been successful in Georgia production. Such production practices have several benefits, the most notable being the elimination of soil erosion. Other benefits include but aren't limited to increases in soil organic matter, maintaining a healthy rhizosphere (root-zone soil), reduction of riparian and waterway polluti…
  • An Introduction to Fiber Hemp Production in Georgia (C 1236) This publication is an introduction to growing industrial hemp for fiber production in Georgia. While not exhaustive, it outlines some of the major production challenges in growing this crop in the Southeastern U.S.
  • Calibration Method for Sprayers and Other Liquid Applicators (C 683) This publication discusses the proper calibration methods sprayers and other liquid applicators.
  • Commercial Southern Pea Production (C 485) This horticulture publication is about the commercial production of southern peas.
  • Cotton Growth Monitoring and PGR Management (C 1244) Cotton growth monitoring is vital to producing a healthy crop, making sure that the crop is growing on track, and that there are minimal stresses on the crop. Growth monitoring also can assist in making plant growth regulator (PGR) applications. PGR applications are complex, and many factors play into the decision of when to use them and at what rates. The goal of this publication is to discuss th…
  • Cowpea Curculio in Southern Pea (C 1038) This publication describes ways to identify and manage cowpea curculio damage in Southern pea.
  • Crop Profile for Cowpeas in Georgia (B 1480) Georgia ranks in the nation's top 10 in cowpea (southern pea, Vigna unguiculata) production, with estimates of more than 4,900 acres grown in approximately 49 of 159 counties in the state in the 2014 production season. Colquitt County, located in southwest Georgia, leads the state in production with 1,900 acres. This cowpea crop profile is the first in the Southeast United States and will support …
  • Designing Research and Demonstration Tests for Farmers' Fields (B 1177) As farmers and farm advisers, you make many management choices during a growing season. For example, you may have to decide which cultivar to plant, which herbicide to use, how frequently to apply a fungicide, and what rate of nematicide to use. Often the information needed to make the best decision is available to you, but when it is not available you can frequently compare the options by conduct…
  • Georgia Pest Management Handbook Series: Field Peas (SB 28-17) Commercial insect and weed control in field peas. Updated annually.
  • Georgia Pest Management Handbook Series: Sesame (SB 28-26) Commercial insect and weed control in sesame. Updated annually.
  • Georgia Pest Management Handbook Series: Sugarcane (SB 28-29) Commercial insect and weed control in sugarcane. Updated annually.
  • Georgia Pest Management Handbook Series: Sunflower (SB 28-30) Commercial insect and weed control in sunflowers. Updated annually.
  • Industrial Hemp Production in Georgia (B 1530) With the passage of the 2018 Agriculture Improvement Act (U.S. farm bill), the federal government removed industrial hemp (Cannabis sativa L.) from the list of Schedule I drugs and opened up opportunities for farmers to produce this once widely grown crop. At the time of publication, states are currently operating under the 2014 U.S. Farm Bill that allowed pilot programs for hemp production focusi…
  • Oat Diseases in Georgia: Identification and Control (C 1263) This publication contains information on the most important and common diseases of oats, the biology of the causal agents, as well as a detailed description of the disease symptoms, relevant up-to-date information on conditions favoring the diseases, as well as cultural, genetic, and chemical methods of control. The publication is intended for producers, crop consultants, county faculty, students,…
  • Planting Guide for Row Crops in Georgia (C 813) This planting guide will help producers establish grasses and legumes commonly grown in Georgia.
  • Row Crop Planter Checklist: Tips to Achieve Successful Stand Establishment (C 1231) The lack of proper planter setup and maintenance results in common planting mistakes that affects crop stand and yield every year. Growers can easily avoid these mistakes by following a few simple steps at the beginning of the planting season to ensure proper planter setup for maximized field performance. This simple and easy-to-follow checklist provides tips on how to properly set up different pl…
  • Shipper Sweet Corn in Southern Georgia (B 1549) Summarizes shipper sweet corn production in southern Georgia.
  • Soil Sampling for Precision Management of Crop Production (B 1208) 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…
  • Soil Sampling Grid Size Considerations for Site-Specific Nutrient Management (C 1297) This publication provides information on selecting an optimal soil sampling grid size that can accurately depict spatial nutrient variability within the fields in the southeastern US and helps in informing precision site-specific nutrient applications.
  • Success with Cover Crops (EB 102) This publication discusses the benefits of planting cover crops, how to select an appropriate cover crop to meet your needs, and includes information about using cover crops successfully.
  • Using SpotOn® Digital Meter for Boom Sprayer Calibration (C 1252) Boom sprayer calibration using conventional methods (catching flow for certain time or distance) for large (60-90 ft; 54-72 nozzles) boom sprayers can be a time-consuming process. This short publication outlines steps to take to verify nozzle output and calibrate a boom sprayer, including tables with useful information on flow rates at multiple speeds for two common nozzle spacings and an equation…