469 – 477 of 716 Results
15-2015 Allen Dis. Monitoring Annual Report
Results from MSPB Project No. 15-2015 entitled "Soybean disease monitoring for Miss. soybean producers" are presented.
MSPB 2015 Annual Report
MSPB invested more than $2.3 million in production research in 2015, including projects studying insect management, disease-resistance breeding, weed control, irrigation timing and scheduling and more.
Soybean Disease and Nematode ID Guide--UT Extension
Information on how to identify soybean diseases and nematodes, and how to manage them, is presented in this UT Extension publication.
30-2015 Nandula HR Weeds Final Report
Results from a project to assess the effect of new herbicide-resistant soybean technologies on control of herbicide-resistant weeds and soil microbial activity are presented.
Farmer Credit and Lending Conditions--MSU Ag. Econ.
Dr. Bryon Parman, Assistant Professor in MSU's Dept. of Agricultural Economics, has produced publications that focus on how interest rates, equipment and farmland value, and commodity prices are affecting producers' credit-worthiness.
66-2014 Sabanadzovic SVNV Final Report
A new disease with virus-like symptoms has been observed in Midsouth soybean fields. This new virus has been characterized as a novel, thrips-transmitted virus named soybean vein necrosis virus. The results from this project provide an in-depth view of where the virus is located in Mississippi and how it appears on infected plants.
Mississippi Agricultural Land Values and Cash Rents Report--MSU-Ag Econ
Mississippi dryland and irrigated cropland values and cash rents for the 2014-2018 period are summarized.
33-2015 Stetina Reniform Nematode Resistance Final Report
Results from a 3-year project designed to develop soybean lines that are resistant to reniform nematode are presented.
Herbicide Spray Drift and Spray Nozzles--MSSOY White Paper
Because pesticides differ in their requirements for coverage to be effective, spray droplet size is important. Resources provided here should be consulted for pertinent information that will guide pesticide applicators in choosing nozzles that will produce the appropriate droplet size to both control targeted pests and reduce drift when spraying pesticides.