Resource Directory
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.
Proper Moisture at Harvest for Cotton Stored in Round Modules
This brochure reminds producers of the importance of harvesting cotton at proper moisture content (less than 12%) and what the potential costs are if they do not. The brochure also discusses how to determine when it is safe to harvest if a moisture meter is not available.
Securing Round Modules for Transport
The National Cotton Ginners recommends these safe tie-down procedures for transporting round modules.
Spindle Harvester Maintenance and Operation
This 38-page reference document covers key areas in maintaining spindle harvesters (pickers) and tips for efficient operation.
RFID Tools for Cotton Module Management
This web page provides links to various software tools and educational information on the use of RFID (radio frequency identification) tags.
Cotton Harvest Systems
This Cotton Incorporated web page is a hub for information about the different types of cotton harvest systems, seed cotton handling storage and cotton module traceability.
Module Marker Study
Applying the correct module marking ink at harvest is important to preventing contamination. This report examines the potential for four different sprays to result in contamination at the textile mill.
Stripper Harvesting
This 22-page PDF provides information on how to maintain and efficiently operate stripper harvesters, including field cleaner tuning tips.
Seed Cotton Handling and Storage
This reference document covers traditional module building, tarp maintenance and handling round and half-size cotton modules.
Cotton Yield Maps
This eight-page document provides background material on cotton yield monitors and then provides five case studies where yield monitors have been a valuable tool for precision management.
Precision Planter Components: Part 1 – Seed Metering, Downforce Control and Depth Control
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 […]
Precision Planter Components: Part 2
This document discusses precision planting with an emphasis on monitoring and control technology incorporated into planter systems. It is part 2 of a 2 part paper on precision planting technologies that considers planning for planting operations; seed monitoring and delivery; opening and closing systems; and reporting options.
Establishing Profitable Cotton Stands in High Biomass Cover
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.