The South Dakota 4-H Robotics Challenge is an opportunity for youth who have been learning about robotics to demonstrate their learning, celebrate their accomplishments, and interact with others who share an interest in robotics.
A guide of common dung beetles of South Dakota.
As farms and ranches across South Dakota continue to endure increasing costs of production while receiving less cash for grain and livestock marketed; ranch managers must be extra diligent when implementing new range improvements and grazing systems on their ranches.
Proper collection of soil samples is extremely important as the accuracy of the soil test depends on the quality of the soil sample provided to the lab.
SDSU Extension fertilizer recommendations are based on field research in South Dakota and neighboring states.
This is a quick reference guide to common herbicides and their rotation restrictions for selected crops.
Factsheet that reviews the steps to obtain a manure application rate based on crop need, soil and manure testing.
About YQCA – the national program
Youth for the Quality Care of Animals (YQCA) is a national multi-species quality assurance program for youth ages 8 to 21 with a focus on three core pillars: food safety, animal well-being, and character development. The YQCA program is an annual certification created for youth producing and/or showing beef cattle, dairy cattle, sheep, meat goats, dairy goats, swine, poultry, and rabbits. The program has been designed by extension specialists and national livestock program managers to ensure it is accurate, current and relevant to the needs of the animal industry and shows, and is appropriate for youth learning levels.
Best Management Practices Guide for Restoration of Native Grasslands and Sensitive Sites Resulting from Energy or Industrial Development
A general guide to South Dakota landowners who are considering or who have allowed energy or other industrial development on their property.
Not all soils are conducive to growing quality grapes, so prospective vineyard sites should be tested before a decision is made to plant grapes. Tests can identify soils that are either too high in pH, salts, or salinity, or that are “too rich” (too high in organic matter and nitrogen) for grapes. In addition, testing before planting allows for the incorporation of nutrients—such as phosphorus—that do not move easily through the soil to plant roots.