UW Extension publication examines sainfoin weed control

            Weed Management in Sainfoin is now available from the University of Wyoming Extension to help potential and current sainfoin growers manage weeds in their crop.

Sainfoin has become a desirable option as a forage alternative due to its adaptability to a wide range of growing conditions.

“We get a lot of questions on how to manage weeds, since most of the available information on sainfoin doesn’t provide specific weed control recommendations,” said Andrew Kniss, University of Wyoming professor for plant sciences.

The bulletin is broken into three parts: weed control considerations for pre-crop, during the establishment phase and in the established sainfoin crop.

“Weed management is different in sainfoin compared to alfalfa or some of the grass hay species because there are far fewer herbicides available,” said Kniss.

This free bulletin is available as a pdf, HTML text or ePub at bit.ly/sainfoin-weeds.

Share the Post:

Related Posts

Jennifer Bell.

UW Works with Wyoming DEQ-AML, UR Energy on Soil Reclamation Project Using Coal Char

The Wyoming Department of Environmental Quality Abandoned Mine Lands Division (WDEQ-AML), UR Energy USA, and the University of Wyoming have formed a collaborative five-year research partnership to advance soil health and mine reclamation technologies. The project evaluates innovative soil amendments, including state-produced coal char, to accelerate the restoration of disturbed lands to productive native rangelands across Wyoming.

Read More

UW Researchers Use Graph Theory to Study Autism in Mice

Just as a city cannot be understood by studying individual buildings without considering the roads connecting them, the brain cannot be fully comprehended by examining individual neurons without studying how they work together as a network.

This is how Rongsong Liu, a professor in the University of Wyoming Department of Mathematics and Statistics and the Department of Zoology and Physiology, views the work she and other researchers conducted using graph theory to better understand autism spectral disorder (ASD) in mice.

Read More