A new synthesis from the Baltimore Ecosystem Study shows that residents with greater land and water cover in the Metropolitan Baltimore, Maryland area were less likely to perceive environmental problems.
Are you working on (or interested in) synthesizing research across LTERs? Do you think your work could benefit by engaging Site PIs and hearing directly what is being done in your research area at each site? Do you have an idea for a project or paper that could emerge from such a set of discussions?… Read more »
“We know that salt marsh plants face stressors like sea level rise, drought, and excess nutrient runoff. What is more difficult to predict is the localized response to these stressors,” writes Kyle Runion of his
The Selections Across Scales synthesis group seeks trait and fitness data collected on individuals within experimental manipulations or across environmental gradients.
A 104 year old dataset reveals that a Pacific Ocean cycle determines grass cover at New Mexico’s Jornada Basin LTER—and then shows that link is now broken.
There are a multitude of reasons why gelatinous zooplankton pose an enticing scientific challenge. Dante Capone explores why the CCE LTER studies these creatures in a new SSALTER blog post.
Cole Doolittle studies how fires alter plant communities in the Pacific Northwest, and he talks about the impact of fires in this SSALTER blog.
A new study leveraging a 40-year data set from old-growth forests demonstrates that trees can experience growth suppression or release depending on the identity and size of their downed neighbor.
Lightning Talks from the 2023 Science Council Meeing.
Participating in research at an LTER site is exciting and stimulating. Multiply that by 27 sites across diverse biomes and the opportunities are mind-boggling. Please join the LTER Network Office and LTER Executive Board Chair Evelyn Gaiser to learn about the science conducted at LTER sites across the country and how you can stay connected…. Read more »
