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.
Crossing boundaries: two new synthesis working groups funded at the LTER
The Long-Term Ecological Research (LTER) Network Office is excited to announce that two new synthesis working groups will launch in 2024.
Remaining Relevant: The Hubbard Brook Online Book
As ecological trends change with a changing climate, the Hubbard Brook Online Book will continue to reflect the most current understanding of the forest ecosystem whenever it is read.
Unlocking the Power of Public Engagement: An Innovative Approach to Enhancing Public Engagement with Science through the LTER Network
The APEAL project uses the LTER Network to study how research networks can improve public engagement strategies, offer insights from scientists and communities, and foster actionable plans to inspire change. By Cristina Mancilla, Community Engagement Officer at the LTER Network Office Often, the narrative around public engagement is one of vague commitments and good intentions,… Read more »
Across fourteen LTERs, soil carbon is a “gatekeeper” on the nitrogen cycle
An LTER cross site synthesis effort reveals that soil carbon availability determines nitrogen mineralization and nitrification rates across a wide diversity of terrestrial ecosystems.
Data Analysts at the LTER boost working group productivity
The LTER Network Office hired two data analysts, Angel Chen and Nick Lyon, in 2021 to tackle short but critical wrangling tasks during working groups’ in-person meetings. Here’s how they’ve helped groups during the past year.
Seven new synthesis working groups at the LTER
The LTER is excited to welcome seven new Synthesis Working Groups in 2023!
Ecosystems are resistant or resilient to hurricanes, but not both
Ecosystems resist devastation from hurricanes by choosing either of two strategies: high resistance or high resilience.
Stream Dissolved Nitrogen Cycling Responds to Human Activity across the Landscape
A new global data synthesis of stream chemistry indicates human activities reduce streams ability to retain and transform nutrients.
Pooling insights on organic matter dynamics: Five emergent themes from an LTER network-wide synthesis
LTER network scientists work together to reveal key trends in organic matter processing, storage and transport across ecosystems.
Top Stories
LTER at AGU, 2024
New DataNugget: Do urchins flip out in hot water?
From Species Richness to Ecosystem Resilience: a Synthesis Study of Marine Consumer Nutrient Supply
Love writing about science? Now accepting applications for our 2024 LTER Graduate Writing Fellows program!
A changing Arctic drives a new generation of research
Measuring Methane in 4D: Tree Fluxes at Harvard Forest
Shaped by fire: the Bonanza Creek LTER
Renewed funding for the LNO prioritizes synthesis, broadening participation, and mentorship
It begins with quality data: non-LTER student uses SBC LTER data to learn R, presents work at ESA
Science at the Top of the World, or, 48 Hours at Beaufort Lagoon Ecosystems LTER