Scott Learning Center Research Reports

2010 - 2021

Welcome to the Field Research Page for the Scott Learning Center in Scott, MS. This page summarizes the results from our field research program. The Scott Learning Center (SLC) targets its research on:

  • Corn, cotton, and soybean for Southern U.S. crop production. 
  • Enabling Southern Farmers with Large Scale Research Plots​
  • Research encompassing Various Soil Types found throughout the South​
  • Demonstration of digital Ag through use of ClimateTM tools​
  • Exploring cutting edge cotton technologies and best management practices

DEKALB Asgrow Deltapine Scott Learning Center on map

Each season the SLC conducts a grower directed research program on 400 acres of varying soil types in the heart of the Mississippi Delta.  The purpose of this program is to provide growers across the south and southeastern US with answers to questions about basic agronomics as well as guidance on Bayer product placement.  We look forward to grower input into the programs at the SLC and as always, please feel free to contact us with any suggestions for future research topics.

CLICK ON A TAB BELOW TO SEE DATA COLLECTED BY CROP

Cotton is a crop requiring significant in-season management inputs.  To optimize performance of each variety planted, both growth habit and responses to plant growth regulators should be considered for each specific variety.  Each year, the SLC conducts work evaluating varietal response to soil type, crop rotation, fertility management, planting populations and plant growth regulator applications.  We have also begun to compile long term summaries of these studies to help define the response of broad groups of varieties to plant growth regulator applications.  

Soybeans are the largest acreage crop supported from the SLC.  For this reason, soybeans are planted into a wide variety of production systems which represent very diverse soil types, row configurations and planting dates.  Also, many acres are evaluated for replanting each season. Work ranges from replanting simulations, planter error simulations, planting date studies and a wide range of variety evaluations across several soil types.  

Southern corn production requires significant pre-plant planning.  Each year, the SLC evaluates corn hybrid response to a variety of input decisions with the aim of helping to answer questions about southern corn production.  Included is research that addresses corn hybrid population response, standability evaluations, planting depth studies and planting configuration comparisons.

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