Cedar Creek Ecosystem Science Reserve has a proud history of significant monitoring work that goes back to the beginning of the field of ecosystem ecology. It is also the site of several of the longest field studies...
A team has unraveled the mystery of why wild rice won’t grow in water with high levels of sulfate—and the other consequences of sulfate in waterways.
University of Minnesota researchers find that using conductivity as a tracer is more cost-effective and straightforward than other methods.
University of Minnesota scientists find that Lake Malawi had a past climate much wetter than previously thought, thanks to sediment analysis.
U. of Minnesota researchers study two lakes in Washington state to uncover insights that could improve sediment core interpretation in the future.
A team of international researchers has charted water scarcity issues around the world and incorporated their findings into a single map for planners and policymakers, according to a release from the University of Minnesota. The new water...
Scientists had hoped that more plant growth would mean large additional carbon sink capacity enough to offset carbon dioxide emissions in the atmosphere, but a recent study shows the capacity gained by plants may simply be inadequate...
A study led by the University of Minnesota has found that there is a class of water contaminants present largely due to indirect human actions, according to a release. The contaminants in question are polybrominated diphenyl ethers...
Although researchers have long known that biodiversity tends to stabilize plant productivity over time, it wasn’t clear if the stabilizing effect occurred during extreme weather events or after. A study from the University of Minnesota reveals the...
Waterlogged soils known as peatlands are great natural carbon storage systems, but are regularly developed into oil palm plantations. A new study from University of Minnesota suggests that developing peatland into plantations releases twice as much carbon...