This is the final excerpt in this series. Authors Whit Hibbard and Dr. Lynn Locatelli conclude that investing in training for anyone handling and moving livestock is cheaper and more effective in the long run than trying to create and install expensive handling equipment that doesn't necessarily do the job.
Victor Shelton of the NRCS in Indiana puts out a monthly newsletter called "Grazing Bites." In the June issue he talks about what we can do to stay ahead of our forage when it's growing rapidly in the early grazing season.
In a recent Opinion piece in the New YorkTimes (Pastoral Icon or Wooly Menace), author Richard Conniff describes British environmentalist George Monbiot's problem with...
So you got that soils report and you're trying to figure out what you need to do to make your soils work better for your forages. Lime helps release calcium for use by plants, but there are times when you shouldn't use it.
You don't need to spend your hard earned cash on fancy facilities. Here Whit Hibbard and Dr. Lynn Locatelli continue their analysis highlighting why inexpensive, easy to use BudBoxes make more sense than high dollar facilities.
Just in time for Memorial Day, the Farmer Veteran Coalition (FVC) announced the national launch of the Homegrown by Heroes Initiative. It's a product...
In Part 4 of their analysis, Whit Hibbard and Dr. Lynn Locattelli describe how these kinds of facilities respond better to animal behavior than those suggested by Dr. Temple Grandin, and why they make your life as a livestock handler easier.
Is your spring late or early? Does it seem like some forages aren't springing up like you wish they would? Victor Shelton shares some background on "Growing Degree Days" and their impact on photosynthesis and plant growth.
Dr. Temple Grandin designed livestock handling facilities with curves and solid sided tubs to keep livestock moving forward without fear. But analysis by Whit Hibbard and Dr. Lynn Locatelli shows that livestock don't respond well in these facilities. Here's Part 3 of their analysis.