“It ain’t over till it’s over!” Amazing as it seems, several producers have not laid poly pipe. After the five plus inches of rainfall we received last week, some producers are questioning the need to lay pipe this late in
Corn is not immune to yield loss until physiological maturity occurs. However, it is not nearly as vulnerable during late reproductive stages. This article includes a chart which should substantially help assess the risk of potential corn yield reduction during late reproductive stages.
Considering the abundant rainfall during June and the corn crop progressing closer toward maturity, many are wondering whether additional irrigation may even be needed. This article discusses how to make that and other late-season irrigation decisions.
Foliar corn diseases continue to be observed throughout the MS corn crop. Common rust, gray leaf spot, northern corn leaf blight, and southern corn leaf blight are all present at low levels throughout the Delta. As of Wednesday (June 25, 2014), southern corn rust had only been observed in southeastern MS (Forrest, George, Greene, Jackson, Perry, and Stone counties).
We are having lots of questions concerning the proper set up of surge valves. First, please consider some of the basic terminology associated with furrow irrigation. We encourage you to visit http://www.youtube.com/watch?v=46sSLFBUrh8 and view the video before continuing. Phases
The importance of soil moisture sensors is becoming more evident as we continue forward this growing season. Today (Monday, June 16th), we received a call regarding sensor readings that were assessed early this morning. The following are the data discussed in this scenario.
Row crop irrigation needs are ramping up and one of the tools we can use to better assess soil moisture is Watermark sensors. This article describes how to analyze the data generated by sensors to help you better schedule irrigation.
More and more corn growers are applying various management inputs around tassel stage in order to improve efficiency and corn productivity. This article discusses how crop physiology affects the appropriate timing and crop response.
Considering the abundant rainfall we experienced during April and typically have, it is usually very important to optimize nitrogen fertilizer management. This newsletter discusses best management practices for corn nitrogen fertilization. These recommendations reduce the risk of nitrogen loss and can improve crop response when wet weather is prevalent during the spring.
Mississippi growers will likely plant far more acres to grain sorghum than previous years. This article outlines suggested seeding rates and other key planting tips for successful sorghum production.
Much like last year, as rains delay corn planting progress, more concerns arise regarding the appropriate “cut-off” date for planting corn. This article states new guidelines for late corn plantings based upon recent MSU research.
Corn planting can be a hectic time, but it pays to take care of business when planting corn. Here are some keys to a successful start and optimal corn yields.
March is here, anticipation is building and our fields may dry out soon, if rain holds off. So when should we start planting corn? This article gives tangible recommendations for determining suitable planting time when nature throws us curveballs.
Wet, saturated soils and variable environmental conditions certainly complicate issues associated with nitrogen fertilization of wheat fields in the Mid-South. This article gives guidelines for getting better wheat response to your fertilizer dollars.
Included are Mississippi State’s suggested grain sorghum hybrids for planting during the 2014 season. These hybrid recommendations are intended for dryland production.
Mississippi has a 24c label allowing Avipel use on field or sweet corn seed for the purpose of repelling blackbirds and cowbirds. Thus, we no longer need to rely on an emergency condition to be declared. This newsletter will discuss different formulations and use of this product on corn seed.
RISER irrigation approach reduces water use by 50% while maintaining yield potential.
The MSU Corn Hybrid Demonstration Program evaluates superior corn hybrids from numerous seed companies who participate in the MSU Corn for Grain Hybrid Trials. Our objective is to provide you more opportunity to evaluate premier corn hybrids and substantially supplement the information gathered in the University Hybrid Trials.
Attached please find the agenda for the Delta Ag Expo in Cleveland, MS. Make careful note that the dates of the meeting have changed from previous years due to a minor scheduling conflict with the Bolivar County Exposition Center.
This effort lists those corn hybrids which have demonstrated superior productivity in the MSU Corn for Grain Hybrid Trials. Approximately 80 corn hybrids representing the vast majority of seed companies in the Mid-south participate in the MSU hybrid trials. This information should help you better assess relative corn hybrid productivity and profitability in future seasons for either irrigated or dryland culture.
Italian ryegrass is a serious weed in wheat production and continues to spread across much of Mississippi. The increasing prevalence of Italian ryegrass in grower fields is compounded by the lack of control from many commonly used herbicides, such as ALS inhibitors and glyphosate.
Metribuzin is an important herbicide for controlling numerous weed species in wheat. However, wheat varieties may differ in tolerance to metribuzin. This article shows our evaluations of wheat varieties included in the current MSU Wheat Variety Trials for metribuzin tolerance. This should help you better assess potential for wheat crop injury.
This publication lists those wheat varieties which have demonstrated superior productivity in the MSU Wheat and Oat Variety Trials and summarizes their characteristics. This impartial information should help you better assess wheat varieties and pick those suited for your farm this season.
Numerous questions have come in over the past few weeks regarding proper grain storage. Maintaining moisture below 15% is extremely important to reduce the likelihood of fungal growth. However, not all fungi that develop on harvested grain are problematic and toxin production is not something that can occur overnight. Even though fungi such as Aspergillus flavus can produce a green fungal growth on harvested grain not all fungi that grow on grain can be considered to be A. flavus.
This season’s corn crop is generally much later than normal and far behind the pace of last year’s crop. Thus, even the earliest fields will need additional irrigation or rainfall for several more weeks. This article discusses crop progress and methods to schedule and terminate irrigation water for corn.
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