703 – 711 of 715 Results
Fungicide Resistance Management--MSSOY White Paper
Over the last several years, resistance to fungicides has become a concern in soybean production. Fungicide-resistant fungal populations generally result from the continuous use of a fungicide or fungicides with the same mode of action (MOA). Thus, s...
Soil Terminology--MSSOY White Paper
From acidic soil to watershed, use this glossary to define words and phrases in the world of soils.
Glyphosate-Resistant Palmer Amaranth and Ryegrass Management
Use this brochure to get quick information on how to prevent and control glyphosate-resistant Palmer amaranth and ryegrass in your fields.
Soybean Seeding Rate and Plant Population--White Paper
Selecting the appropriate seeding rate for a soybean production system can affect optimal yield potential and net returns, as well as negative factors including potential for lodging. Choosing the optimal seeding rate for a given product...
Cover Crops and Conservation--CTIC
The use of cover crops is steadily increasing throughout the United States. Many no-till farmers consider cover crops to be the next step in conservation agriculture. Leaving the soil undisturbed and keeping something growing as many days as possib...
Cover Crops--MSSOY White Paper
Cover crops provide numerous benefits for the soil, including reduced erosion, improved ability to hold water and greater organic matter. But some soybean farmers still aren't sure whether they'll return the investment. This document discusses the be...
Use and Disposal of Treated Soybean Seed--MSSOY White Paper
Early-season diseases and insects are common problems in Mid-South and Mississippi soybean farming. Seed treatments have been and continue to be instrumental in controlling these risks. However, using these seed treatment products turns the seed into...
Early Soybean Production System Handbook
In the past, full-season (MG V-VIII) soybean varieties have been planted during May and June and harvested in October and November. Rains frequently delay harvest, and wet soils result in harvesting inefficiencies and rutting of fields, especially du...
2,4-D- and Dicamba-tolerant Crops--Some Facts to Consider--Purdue Extension
This publication shares the perspective of some Purdue University scientists on the subject of managing weeds in crops, explains why 2,4-D- and dicamba-tolerant crops were developed, and discusses some of the concerns surrounding the short- and long-...