397 – 405 of 715 Results
MSPB FY16 Annual Report
The Mississippi Soybean Promotion Board (MSPB) invested more than $2.2 million in production research in 2016, including projects studying insect management, disease-resistance breeding, weed control, irrigation timing and scheduling and more.
31-2016 Li PSD Resistance Annual Report
Results from the first year of MSPB Project No. 31-2016 titled "Evaluation of soybean breeding lines for resistance to Phomopsis seed decay and for high seed germinability" are presented.
Surge Irrigation Information--MSSOY White Paper
Surge irrigation is the intermittent application of water used to improve distribution uniformity down a furrow. Surge valves are used to more evenly distribute furrow-applied water in the soybean rooting zone in order to reduce runoff and deep percolation. Linked articles describe how to program surge valves and use them to accomplish more efficient irrigation, as well as results from research that show how surge irrigation will improve water use efficiency of irrigated soybeans in the Midsouth.
Soil Moisture Sensors for Irrigation
Using soil moisture sensors to schedule soybean irrigation is a proven method to increase irrigation efficiency.
33-2016 Stetina Reniform Nematode Final Report
Final results from MSPB Research Project No. 33-2016 titled "Post-Infection Development of Reniform Nematode on Resistant Soybean Lines..." are presented.
Mississippi Soybean Scouting & Management Guide
A farmer reference for the identification and management of soybean pests and problems.
Using SOYMAP to Choose Soybean Varieties for Midsouth Locations--MSSOY White Paper
Links to tools and guides for selecting soybean varieties to plant at Midsouth locations are provided.
Soil Weed Seedbank--One Source of Weed Problems--MSSOY White Paper
The soil weed seedbank plays a major role in the persistence of weeds in agricultural production fields. Control of the soil weed seedbank as a component of weed management is discussed.
15-2016 Allen Disease Monitoring Annual Report
Results from the 2016 conduct of MSPB Project No. 15-2016 are presented.