OCTOBER 13, 2021 · 3:47 PM
Large-scale wind and solar energy development has generated both opportunity and conflict across Ohio in recent years. For several months, we monitored the progress of Senate Bill 52, a proposal intended to address community and landowner concerns about wind and solar facilities. This past Monday marked the effective date for Senate Bill 52, passed by the Ohio Legislature in June, and we’ve been busy developing new resources to help explain the laws that are now effective.
– Keith Johnson, Purdue Extension Forage Specialist
A yew bush used as landscaping is in need of a trim. Don’t feed the trimmings to livestock or death will occur. (Photo Credit: Keith Johnson)
It’s that time of year when the yew (pronounced like the letter “U”) is likely in need of a trim to look best as a landscaping plant. Yews have been used as a common landscaping shrub or small tree for decades. They have closely spaced, glossy, rather tough, dark green, linear pointed-end leaves that are 1.5 – 2 inches long. Hard-to-see male and female flowers are found on separate plants and form fleshy red to yellow fruits that contain a single seed.
Many plants have poisonous compounds that can cause all kinds of concerns, and even death, if consumed. The interactions that I have had with veterinarians, suggest that the yew is right at or near the top of plants that cause livestock death. A disheartening scenario is when yew trimmings are thrown over the fence by the livestock owner or neighbor thinking that the trimmings would make a great snack for the livestock. Fresh or dry trimmings, it doesn’t matter. The result will be the same – death.
Yews are hardy perennial landscaping plants, but don’t toss the trimmings to your equine, heard, or flock or they won’t see the light of the next day.
In memory of livestock that met “Their Maker” because they ate yew.
Garth Ruff, Beef Cattle Field Specialist, OSU Extension
Greg LaBarge, Agronomic Crops Field Specialist, OSU Extension
Hay and haylage crops are grown on just over 1 million acres in Ohio (NASS, 2019) and are grown on more Ohio farms (44% of all farms) than any other crop (Becot et al., 2020). In addition, there are over 1.3 million acres of pastureland on nearly 39,000 farms (50% of all farms) in the state of Ohio (NASS, 2017). Fertilizer costs represent 40% – 60% of the variable input costs of forage hay production (Ward et al., 2016, 2018), and so managing these costs is key to an Ohio forage producers’ ability to stay competitive. Furthermore, water quality issues in the state underscore the need for Ohio farmers to manage on-farm nutrients as efficiently as possible. A farmer’s ability to find this optimal balance between meeting crop nutrient requirements without over-application is highly reliant on the best available information. Continue reading
Recent conditions in some areas (soaked soil, fog- and dew-filled mornings, high daytime humidity) can give a different impression about the season so far than weather data at https://www.oardc.ohio-state.edu/weather1/ and various forecasts. Temperature, rainfall, and other data are collected around the clock at OSU vegetable (and other) research sites in Fremont, Celeryville, Wooster, and Piketon and have been for decades. So far in 2021, these four locations have accumulated less precipitation and more growing degree days (GDD) than their historical averages. Also, climate and weather authorities reported on June 11 that the Upper Midwest, including Ohio, is set to experience hot, droughty conditions. Most agree that a dry year is less problematic than a wet one — provided irrigation is possible. However, it can be difficult for vegetable growers to escape the unwanted effects of excessively high temperatures. A way to separate potentially minor, moderate, and severe heat stress, example effects of moderate-severe heat stress, and main strategies for mitigating heat stress during production are summarized below.