Researchers at Mo’orea LTER did not observe evidence that corals acclimatize to ocean acidification, but they did observe that some are more sensitive to it than others.
As part of their current project, researchers at MCM LTER are writing a detailed study on the environmental history of the McMurdo Dry Valleys. The monograph will be available online and published as a book with an academic press. For more information visit the McMurdo Dry Valleys History website.
Several WHOI PIs have participated in the “STEAM” program with Falmouth High School art teacher Jane Baker. The STEAM educational movement advocates for the integration of Arts (“A”) into more traditional grouping of STEM disciplines (Science, Technology, Engineering and Mathematics). For more information, visit Ann Tarrant’s website. Project Status: Completed
They also frequently collaborate with Antarctica-based members of the NSF Artists and Writers program. Other McMurdo arts and media collaborations can be viewed here.
LTER Network presentations and posters at American Geophysical Union (AGU) Meeting 2018
Researchers Frederik Schulz (US Department of Energy’s Joint Genome Institute) and Lauren Alteio (University of Massachusetts) have discovered sixteen new giant viruses in soil samples from a long-term research site at the Harvard Forest LTER, described in a Nature Communications paper published in November 2018. Giant viruses are larger than most single celled organisms, and tend… Read more »
On the boundaries of fresh and saltwater systems, coastal marshes give rise to diverse, productive ecosystems that act as carbon sinks. Their secret? Freshwater marsh plants receive just the right amount of nutrients and salt from periodic seawater tides to thrive. However, incursions of saltwater into these systems are increasing —often caused by drought and… Read more »
Observed benefits of carbon dioxide enrichment to C3 v. C4 plants appear to reverse after 12 years of treatment.
Climate change is already impacting polar habitats such as the Arctic tundra, where increasing temperatures are causing permafrost to thaw and exposing soil and organic matter that have been buried for thousands of years. Many scientists predicted that this soil, once exposed, would release a massive amount of sequestered carbon into the atmosphere, contributing to… Read more »
I paused at the top of Coweeta Hydrologic Lab’s transect #327, peering down, down, down at the slope beneath me. Katie Bower, a research technician at Coweeta, and two summer interns had already started down the narrow pathway, accustomed to its slippery leaf layer and sharp contours. Taking a deep breath, I followed slowly behind.