Researchers took advantage of a 24-year experiment maintained by the Kellogg Biological Station LTER to assess the possibility that cultivation practices might drive evolution of less-cooperative microbes.
How do you begin to approach wicked problems, those that span socioeconomic and ecological spheres, when solutions involve multiple and varied stakeholders? Researchers at the Kellogg Biological Station LTER began to tackle one of U.S. agriculture’s greatest challenges, excess nitrogen pollution, by hosting “The N Roundtable,” to improve the flow of information through a farming landscape that has changed dramatically in the past few decades.
Credit: Jim, the photographer. CC Y 2.0To reduce the risk of being eaten, prey animals may change their behavior (by staying hidden during certain hours, for example) and adapt physiologically. Although these responses help prey survive in the short-term, they also suppress their ability to move and reproduce. By studying insect responses to the risk… Read more »
How do you begin to approach wicked problems, those that span socioeconomic and ecological spheres, when solutions involve multiple and varied stakeholders? Researchers at the Kellog Biological Station LTER began to tackle one of U.S. agriculture’s greatest challenges, excess nitrogen pollution, by hosting “The N Roundtable,” to improve the flow of information through a farming landscape that has changed dramatically in the past few decades.
A typical warm summer night is complemented with the familiar glow of fireflies and the light spectacle they create darting around and lighting up the night sky. However, the timing of these light shows might be affected by environmental changes. In order to better understand the life history of the firefly, researchers from the Kellogg Biological Station (KBS) LTER investigated the phenological patterns of fireflies from 2004-2015 to determine what explains the variability observed in their mating season.
Some bacteria become less cooperative with their plant hosts under long-term nutrient additions, finds new research by Jen Lau, an ecologist at the Kellogg Biological Station (KBS) LTER, and her collaborator Katy Heath at the University of Illinois. “A decade ago, no one was thinking about the idea of rapid evolution—the kind you could see… Read more »
Ask any teacher to identify their students’ favorite question. The answer is universal: “Why do I need to learn this?” The Research Experience for Teachers (RET) Program, funded through NSF and LTER, seeks to give teachers the tools to answer this question in ways that excite and engage their students.
The Kellogg Biological Station (KBS) Long Term Ecological Research (LTER) scientist Christie Bahlai has been selected as one of the first Mozilla Fellows for Science. The four fellows selected represent a change in the process of scientific research, championing openness, collaboration and mentorship. More than 130 researchers applied for the 10-month paid fellowships that will… Read more »
KBS LTER director Phil Robertson was part of team that authored a report that, for the first time, provides uniform scientific methods for quantifying the changes in greenhouse gas emissions and carbon storage from various land management and conservation activities. Read more: http://msutoday.msu.edu/news/2014/msu-helps-shape-usda-greenhouse-gas-policy/
Benefits to water and soil quality plus climate stabilization achieved with good crop yields By changing row-crop management practices in economically and environmentally stable ways, US farms could contribute to improved water quality, biological diversity, pest suppression, and soil fertility while helping to stabilize the climate, according to an article in the May issue of… Read more »
