Expanding the “bio” in biogeochemical modeling: including voles in arctic climate models
Explicit representation of voles improves models of the impacts of climate change on Arctic ecosystem function
Explicit representation of voles improves models of the impacts of climate change on Arctic ecosystem function
A new global data synthesis of stream chemistry indicates human activities reduce streams ability to retain and transform nutrients.
The Community Building working group from the LTER Diversity, Equity, and Inclusion Committee will be facilitating a panel discussion on community engagement with colleagues from across the network
New research from a long-term experiment at the Konza Prairie LTER shows that past climate conditions influence how ecosystems respond to current water availability.
Ever want to make your own ecological sensor? This guide by Mark Gahler will help you get started in the right direction.
Microbial resilience and response with ongoing climate change is influenced by land use legacies at the Coweeta LTER.
John Porter and An Nguyen, with the LTER Information Managers, outline 8 reasons to archive and share data supported by the literature.
With just a phone camera, anyone can add to a growing dataset tracking environmental change at the Virginia Coast Reserve LTER.
LTER network scientists work together to reveal key trends in organic matter processing, storage and transport across ecosystems.
Palmer Antarctic LTER researchers track the full migration of Southeast Pacific humpback whales, the first time this has been done.