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 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.
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.
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.
Water is the most important nutrient to all livestock animals and is sometimes overlooked. Poor quality water can have a negative effect on growth, reproduction, and general productivity of the animal.
Poor-quality water will cause an animal to drink less. As a result, they also consume less forage and feed, which leads to weight loss, decreased milk production and lower fertility.
A combination of tillage, no residue, and lack of crop canopy can lead to severe erosion and topsoil loss in the face of extreme weather patterns in the spring. The most effective strategy for producers to adapt to these extreme events is to improve soil health.
July 01, 2020
SDSU Extension offers on-site livestock water testing services at all SDSU Extension Regional Extension Centers and several SDSU Extension County Offices throughout the state.
Fall cover crops provide multiple benefits to producers. These benefits include pathogen and pest protection, drought protection, weed control, reduced soil erosion, nutrient acquisition and retention, increased soil organic matter, and conservation of soil water by improvement of soil structure that increases infiltration and water holding capacity.