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Not surprisingly, several of the top 20 articles posted online at the Progressive Forage website in the last 12 months (November 2017 to November 2018) belong to the hay market reports, written by Editor Dave Natzke.
It’s my professional duty to pry.
Quite often, someone will say, “You’ve got to come see my …” – meaning their new invention, their operation, their business model or their product. It runs against my editorial grain to promote any element, so we (as an editorial team) are pretty careful in the writing approach to these “front” stories, as I call them.
When I help growers choose the right alfalfa for their operations, there are a lot of factors we discuss. As an adviser, my goal is to really understand each grower’s unique situation and management style to recommend an alfalfa variety that best fits those needs.
Misconceptions abound on how much nitrogen is lost from applying urea on pastures and hay fields. Some producers think they can lose all the nitrogen applied as urea if certain conditions exist.
Since the program piloted in 2009, Missouri and Kansas grazing livestock producers have had access to pasture, rangeland and forage (PRF) insurance coverage as a tool to mitigate the risks of drought. Today, producers in all states have access to the coverage and the risk management it provides.
This is a story of agriculture in Britain hundreds of years ago, with some applications for us today. The year was 1750. The population of Britain was estimated at 5.5 million. It had reached this level several times over the former 1,000 years but had never surpassed it.
As many of you begin to think about seed selection for the next growing season, it’s important to consider not only an optimal variety for your area but also the types of legal protections limiting your use of saved seeds.
The Shelby Super Snake Mustang travels at 250 mph. That car, with an 850-horsepower engine, sits on Rod St. Clair’s office showroom floor and is indicative of his very attitude toward life.
Currently underway is a project to enable alfalfa producers to map yield and quality (or more precisely, nutritive value) across an alfalfa field using an unmanned aircraft system (UAS – also called a drone) at sufficient resolution to enable identification of the yield damage caused by wheel traffic.
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