Tap directly into the extensive research library of Cotton Incorporated. Here, you can filter your results by category, sort them by date and select your preferred media type to streamline the resources you see.
Establishing a strong plant stand is the first step in achieving a productive cotton crop. This paper focuses on proper: 1) seed metering, 2) downforce settings, and 3) planting depth for your planting conditions including new options to automate these settings. A future paper will consider other advances in planter technology such as new seed […]
A major hurdle in the integration of cover crops into the cotton production system is the establishment of the cotton crop. This report discusses the ability of seven row cleaner and four double disk opener systems to process multiple-species, high biomass cover crop mixes.
High seed costs have made selecting the correct plant population even more important in recent years. This paper uses several different plant population studies conducted with different varieties and environments to provide a summary of how plant population can impact cotton yields.
This brief document is designed to provide cotton producers and researchers with estimates of planting and harvesting machine capacities. Different variables and scenarios are evaluated and explained to assist with determining the number of acres that can be planted and/or harvested in a given year.
This online resource from the University of Tennesee provides information about specific diseases that commonly affect cotton seedlings.
This calculator provides guidance for cotton planting timing based on weather conditions. The map defaults to North Carolina but can be used across the U.S.
This web page gathers all cotton-related posts from the UTcrops News Blog, operated by the University of Tennessee Institute of Agriculture.
The Mississippi Crop Situation blog provides producers, consultants and industry within the state with up-to-date production and economic information to help maintain profitability.
Twice-monthly webcasts address timely cotton management issues. This is a collaborative project between Cotton Incorporated and the Plant Management Network.
While a standard nitrogen recommendation for cotton has been 50-55 lbs. N/480 lb. bale, small-seeded, modern cotton cultivars might require less N than did those previously grown. A common experiment was conducted in ten states for two years.
The University of Georgia updates its cotton insect control recommendations annually. This 2020 commercial edition for cotton provides data for the types and amounts of insecticide for each different insect, and rates the efficacy for different insecticide/pest combinations.
This publication illustrates how to place soil water sensors and interpret the data in order to improve cotton irrigation management and achieve both higher water use efficiency and higher yields.