Ten years later: an LTER synthesis working group leads to discovery and accelerates four careers
The CoRRE Working Group continues to develop new ways to study plant community change across the globe.
Shrubs Take Over the Prairie: Cascading Changes Reshape Grassland Water Systems
by Dante Capone, PhD Student at the Scripps Institute of Oceanography and the California Current Ecosystems LTER Invasion of woody shrubs into grasslands disrupts the water cycle, with cascading effects on the ecosystem and conservation. A Prairie Transformed: The Puzzle of Vanishing Water In the tallgrass prairie of Kansas’ Konza Prairie LTER, rain filters through… Read more »
Planted prairie strips are safe for native pollinators
Strips of native prairie planted within agricultural monocrops are not an “ecological trap” for native pollinators, but also do not reduce the runoff of insecticides that may pose a threat.
From Species Richness to Ecosystem Resilience: a Synthesis Study of Marine Consumer Nutrient Supply
Marine LTER sites come together to synthesize how consumer-mediated nutrient dynamics are changing throughout time and in response to disturbances.
A changing Arctic drives a new generation of research
An experiment at treeline, one on the tundra, one in the Kuparuk. Each has provided researchers with valuable truths about how each Arctic system responds to change.
Shaped by fire: the Bonanza Creek LTER
Bonanza Creek was quick to remind me of its true nature: everything about its ecology follows the flame.
Science at the Top of the World, or, 48 Hours at Beaufort Lagoon Ecosystems LTER
Grad student Nick Link spent two days in Utqiaġvik, Alaska with BLE LTER experiencing research on the Arctic coast.
How do Ecosystems Recover from Extreme Drought?
A team of Sevilleta LTER researchers are leveraging an existing long-term drought experiment to build critical understanding of dryland ecosystem responses in the aftermath of extreme drought.
Racially discriminatory housing policies determine who benefits from nature in Minneapolis
A new paper from the Minneapolis-St. Paul LTER shows that properties that had a racial covenant have better access to environmental benefits than those without.
Gradient of Soil Fertilization Helps Tundra Shrubs Expand Across the Arctic
Scientists at the Arctic LTER find that different points along a gradient of soil fertility aid ectomycorrhizal and ericaceous tundra shrubs. Their findings hint at the potential for those two types of shrubs to co-expand over the Arctic—a previously unconsidered scenario that could have vast implications for the future of the northern tundra
Top Stories
Ten years later: an LTER synthesis working group leads to discovery and accelerates four careers
From Manhattan to the Arctic Tundra: 3 student’s summer adventure in Alaska
Shrubs Take Over the Prairie: Cascading Changes Reshape Grassland Water Systems
2024 LTER Year in Review: Generating Momentum
Request for Synthesis Proposals 2025
Site Exchange Opportunity
Why Salamanders? A SSALTER Blog Post
Planted prairie strips are safe for native pollinators
DataBits: Conventional Commits
LTER at AGU, 2024