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A red tractor and seed drill planting in a no-till field.

Project to Study Soil Health Economics in South Dakota

Soil degradation has become one of the most pressing global issues, because of its adverse effects on world food security, environment and quality of life.

A no-till and conventionally managed watershed side-by-side. The no-till field has dramatically less flooding and runoff.

Tale of Two Watersheds

See the difference that cover crops and a no-till cropping system can have on watersheds when high winds and heavy rains impact our region. The difference in the amounts of run-off water is astounding!

Flood waters obstructing a paved country road.

Understanding Flood Hazards in the United States

Understanding the different types of flood hazards and their causes is crucial for effective flood management and disaster preparedness.

Residential water well in a flooded lawn.

Restoring and Sampling Private Wells in South Dakota

In South Dakota, private well owners must take immediate and effective steps to restore their wells after a flood. This guide provides essential information on assessing, repairing, disinfecting, and sampling your well.

Lake water with abundant blue-green algae throughout.

What is the “a” in Chlorophyll-a?

Have you ever heard the term "chlorophyll a" used in reference to a lake's blue-green algae content? From type "a" to type "f," learn how different types of chlorophyll impact lakes and aquatic environments.

A lush, green riparian area adjacent to a wetland area.

Permitting Considerations for Riparian Areas

Streams and riparian areas are a valued resource to ranchers, providing, among other things, forage, water, and shelter for livestock. Unfortunately, their relatively low prevalence on the landscape and livestock’s heavy reliance on them has led to widespread degradation to many streams and riparian environments in rangelands worldwide.

Color-coded map showing rainfall accumulation at the locations of the four hub study sites in South Dakota. For assistance reading this graphic and data set, please call SDSU Extension at 605-688-6729.

Range Roundup: Precision Agriculture Range Project With Producer Participation

SDSU Extension researchers started a new precision agriculture range project using remote sensing, machine learning, and ground-collected vegetation samples to develop an application to measure forage quality and quantity throughout the state in near real-time.

Beef cattle out at pasture at Cottonwood Field Station

Impacts in Natural Resource and Range Management

South Dakota is home to many unique land, water and wildlife resources. Our experts and partners offer research-based information to help people enjoy, preserve and profit from these natural resources.

A green front-end-loader pulling a hay mower with a flushing bar.

Haying With Wildlife in Mind

Anyone who has spent time cutting hay knows that hayland can be a magnet for wildlife in late spring and early summer. Hay fields are often considered an “ecological trap” for wildlife; that is, they appear to be high quality habitat for nesting or feeding due to tall, dense grass and legumes, but often lead to increased mortality once harvesting is under way.

Mixed group of cattle in a winter pasture.

Ready, Set, Manage Hay Differently

Feed is expensive and sometimes hard to find. Pasture prices, harvest expenses, hauling and waste add to the total feed bill. Evaluate your forage situation this winter and make changes that improve your profitability.