37 – 45 of 736 Results
Increasing soybean field drainage systems to allow farming operations earlier in wet springs and reduce nutrients and soil losses, 62-2023
To understand how drainage could influence the water table in the soil, there is a need to look a
Evaluating fungicide efficacy, desiccant applications, and delayed harvest for soybean grain quality, 14-2023
Current management strategies for this disease include crop rotation with non-hosts, tillage, fun
Adjuvants to improve pre- and postemergence weed control in soybean, 64-2023
Adjuvants reduce surface tension that may allow soil-applied herbicides to penetrate dense crop r
Costs and Benefits of Precision Management for Iron Deficiency Chlorosis (IDC) in a Production Setting, 12-2023
We know that variety selection is the first step in addressing IDC.
Understanding Spatial Response to Phosphorus/Potassium Fertilizer Application, 18-2023
Correlation/Calibration studies conducted by Mississippi State University and others are used to
Renewable Energy Sources and Agriculture
The effect of renewable energy sources/production on agriculture is discussed.
Biochar for Soil Remediation
Details about biochar and its use as a soil additive are presented.
Fungicide efficacy for control of seedling and foliar soybean diseases
Fungicide efficacy ratings [from CPN] for control of soybean seedling and foliar diseases are pre
10-2023-Tagert Low Cost Precision Ag Irrigation Annual Report
Variable-rate irrigation (VRI) is the precision agriculture practice of customizing irrigation amounts to different areas within a field based on the unique characteristics of each area. VRI can be used to compensate for and minimize problems associated with in-field spatiotemporal variability, especially that of soil moisture. However, the initial and maintenance costs of zone control VRI is often daunting, and the fear of managing these systems discourages farmers from adopting this technology. Sector control VRI systems are less expensive and easier to operate because only the revolution speed of the center pivot is adjusted, and most late-model center pivots can be programmed to travel at a different speed (and thus apply a different irrigation amount) in each of several pie-shaped sectors without additional control panel upgrades.