From a recent Ohio State press release, details on research involving a Buckeye in the College of Engineering:
“Electricity grids that incorporate storage forpower sourced from renewable resources could cut carbon dioxide emissions substantially more than systems that simply increase renewably sourced power, a new study has found.
“The study, published … in the journal Nature Communications, found that storage could help make more efficient use of power generated by sources such as wind and solar and could help power grids move away from relying on fossil fuels for energy.”
CFAES recently launched a new website for farmers hit by Ohio’s record rain. Called “Addressing 2019 Agricultural Challenges,” the site gives help on topics related to the ongoing rain-caused farming crisis—from prevented planting to crop insurance to managing stress and more.
Ohio’s unplanted, late-planted, and drowned farm fields, along with those present throughout the Midwest, are actually visible from space, according to a July 2 Washington Post story that interviewed, among others, CFAES soybean expert Laura Lindsey. As seen by satellite, the story says, the region’s beleaguered fields are “more brown belt than farm belt.”
“Right now, farmer stress levels are really high,” Lindsey is quoted as saying in the story. “Farmers are worried about losing their farms.”
What can Ohio farmers do about the state’s recent record rainfall? How can they handle prevented planting and other issues caused by that rain? Going forward, how can they help their farms adapt to our wetter, warming world? Those and other questions will be answered at Climate Smart: Farming with Weather Extremes, a conference set for Thursday, July 18, in Plain City.
For a story published today in Leapsmag magazine, writer Kenneth Miller asked CFAES scientist Rattan Lal, recent winner of the Japan Prize, “Can Soil Solve the Climate Crisis?” Find out what he’s thinking.
An op-ed in the May 13 edition of the Los Angeles Times quotes CFAES scientist Rattan Lal on the benefits of regenerative agriculture—practices such as using compost, minimizing tillage, and growing cover crops. Regenerative agriculture is a “win-win-win option” that can make the soil healthier, increase food production, and help fight climate change, he is quoted as saying. But it is “not widely understood” yet by policymakers, the public, and many farmers.
Forbes writer Bruce Y. Lee featured the work of CFAES scientist Rattan Lal, Distinguished University Professor of Soil Science, in an April 14 article titled “Here Is a Major Soil Problem That Will Affect Health.”
“The dirt on soil,” Lee writes, “is that it may be playing a major role in climate change, food security, and thus human health.”
Lal and Ohio State President Michael V. Drake, MD, are both quoted in the story on how, around the world, erosion, depletion, and other problems caused by poor soil management are threatening people’s ability to grow enough food.