As the first frost date approaches, producers often have concerns about the risk of prussic acid poisoning in livestock. Certain forage plants, especially sorghums and related species are associated with an increased risk of death loss because of prussic acid poisoning.
2019 has been a year fraught with challenges for ranchers across South Dakota. Abundant precipitation is usually a blessing, however, wet conditions coupled with a cool spring followed by warmer temperatures has caused another problem across the rangelands of South Dakota: ergot poisoning.
The warmer weather and spring migration this March have us all thinking of better days ahead. Unfortunately, it also has us thinking about flooding again this spring.
For many homes with a basement or crawl space, a sump pump and drainage system can help reduce the risk of a basement flooding from high water table situations. Here are a few tips for making sure your sump pump is working as it should, and you are not causing problems for your neighbors downstream.
Current events have made decisions around crop options very difficult this spring. Field peas are an option that may have a fit for some producers.
Spring is a busy time for South Dakota farmers and ranchers with planting, calving, and other field preparations. Soil sampling and fertilizing pastures, alfalfa, or other forages might be overlooked.
Winter kill and general stand loss of alfalfa has specifically been of concern in many parts of South Dakota the last two years. Most observed alfalfa winter kill is due to low, wet or flooded areas where plants were suffocated and died over the winter.
The goals of applying any crop protection products include: increasing effectiveness, mitigating drift, and maximizing profits. We will focus on mitigating drift, even though all three interact with each other.
The most common type of pea in American gardens is the shelling pea, also called the “garden pea” or “English pea.” Tender, sweet peas are removed from thin, tough pods before eating.
SDSU Agricultural & Biosystems Engineering students, as a senior design project, recommended constructing a retention structure on a property near Lake Mitchell in order to reduce the phosphorus content entering the lake.