

Nursery Pig Performance Impacted by Total Dissolved Solids in Water
Because water quality can vary considerably between production sites, it is important to identify the qualities of water that impact the growth performance of nursery pigs.
Because water quality can vary considerably between production sites, it is important to identify the qualities of water that impact the growth performance of nursery pigs.
As the snow melts, we are going to be left to deal with mud at a minimum and extensive flooding as a possible worst-case scenario. While we can’t control the pace of melting or the possibility of additional precipitation, we may be able to take a few steps to mitigate the negative impacts.
As is the case with providing for the care of livestock and other large animals during flooding, a little forward planning for the care of pets can really pay off when considering the disruptions that spring flooding can bring.
September 2019 has been pleasantly warmer than usual, and our crops need every bit of that warmth to reach maturity before our first frost arrives. Fortunately, temperatures have cooled slightly this week but just to near average for this time of year.
For most of us, wheat is wheat. However, there is a distinct difference between spring and winter wheat, even though the vegetative characteristics of these two wheat types are very similar.
If the forecast holds true, it looks like it is going to be another year of excessive soil moisture and possible flooding come this spring. The increased level of soil moisture has implications with regards to plant stand establishment as well as root rot and nematode infestations.
Spring green-up is the time to be watching for black grass bug activity. Large populations of this early-season pest can cause severe damage to pasture (up to 90% forage reduction) and infest the edges of wheat fields.
Chloride, the ionic form of chlorine, although not considered an essential nutrient, has long been observed to be highly beneficial to field crops. Chloride is known to play an essential role in plant development and osmoregulation.
Tan spot and powdery mildew pathogens are two residue-borne pathogens that can infect wheat early in the season. These diseases can lead to poor tillering, and their continued development can lead to yield loss.
Although the majority of winter wheat in the state is rated good to excellent in the recent USDA-NASS report, a few winter wheat fields in Central South Dakota have been diagnosed with wheat streak mosaic disease (WSMD) caused by wheat streak mosaic virus (WSMV).