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Another great example of how grazing saves time and money!We implemented intensive rotational grazing on this area to kill off broomstraw. Benefits here are as follows:– This area was cut just twice in 2024– Only once with string trimmers, the pictures below are before the trimming crew ran through.Literally ran… there’s nothing to cut!– Fire prevention, using the intensive method, the sheep trampled the broom straw under the panels, preventing a fire hazard that was previously controlled with trimming and herbicide. Next step going into 2025 is get lime applications in and broadcast the local seed mix to choke out remaining weeds and establish a nice edible ground cover to replace said weeds.

Sheep in action!

I was rolling around touring the sites and couldn’t help but notice how well the sheep did here. We are excited with the results from the 2024 growing season on this site. This is year one of sheep on the facility with only 2 mechanical cuttings needed to maintain weeds. Going forward, we are looking at long term management battles with broomstraw and foxtail. Hoping to begin a reseeding plan for areas of Bermuda grass. With some planning, we can “cut” mechanical mowing down to one cutting! Managing the foxtail will be the most intensive portion. Lots of spot mowing at the right times throughout the year until the seed bank is depleted. Broomsedge/Straw will be managed with lime/phosphorus applications and some intensive grazing with broadcast seeding.

Solar Farms and Property Values in the Midwest

The relationship between utility-scale solar farms and property values is often a topic of debate, particularly in communities where these projects are proposed. Concerns about declining property values frequently surface during public hearings, reflecting the uncertainty that surrounds the visual and economic impacts of large solar installations. Recent research focusing on over 70 solar projects in the Midwest sheds light on this issue, offering insights that challenge some common assumptions. The study found that solar farms are often built in areas with slightly lower property values, but those values tend to increase modestly by about 0.5% to 2% once the projects are operational. This increase is likely tied to the economic benefits solar farms bring, such as tax revenues for schools, local job creation, and community engagement efforts by developers. Smaller projects, especially those around 5 MW, showed a greater positive impact, as they are easier to screen with vegetation and less visually intrusive. While earlier studies suggested solar farms might lower property values, this research indicates that any negative effects are minimal, if present at all. The findings also raise questions about the need for strict setback requirements, suggesting that relaxing these rules could ease development without harming property markets. Though the study had limitations, such as relying on Zestimate data and zip codes, it provides valuable insight. Solar farms, far from being a detriment, may offer modest but meaningful benefits to nearby communities, supporting both local economies and the broader shift to renewable energy. However, the study didn’t account for newer trends like agrivoltaics, where sheep grazing or crops are integrated into solar farms. These practices could add further value to communities by enhancing the agricultural productivity of the land, fostering biodiversity, and creating additional economic opportunities. Future research could explore how these dual-use systems might amplify the positive impacts of solar farms, offering even greater benefits to property values and local economies. Read the whole study here