Published in 2017, A Meeting of Land and Sea synthesizes twenty years of research in combination with over 300 color photographs, maps, and charts to explore the history, ecology and conservation of Martha’s Vineyard.
At its annual Prose Awards luncheon on February 8 in Washington D.C., the American Association of Publishers announced that A Meeting of Land and Sea. Nature and the Future of Martha’s Vineyard had been awarded the 2018 prize for Environmental Science. The PROSE Awards annually recognize the very best in professional and scholarly publishing by… Read more »
The LTER Network Communications Office developed this monthly webinar series to keep investigators across the community apprised of new developments from the LTER synthesis groups. Webinars are hosted by the LTER Network Communications Office and the National Center for Ecological Analysis and Synthesis (NCEAS). Each of the speakers will discuss the opportunity they perceived to… Read more »
As this winter continues to bring freezing temperatures and intense “bomb cyclone” snow storms to the eastern U.S., many are wondering: “When, exactly, will spring arrive?” Researchers with the Harvard Forest LTER were wondering the same thing as they conducted a study using drones to track timing of phenological events in a mixed forest ecosystem… Read more »
The Ocean Sciences Meeting (OSM) has become an important venue for scientific exchange across a wide range of marine science disciplines, especially as human impacts on the oceans reach unprecedented levels. OSM, co-sponsored by the American Geophysical Union (AGU), the Association for the Sciences of Limnology and Oceanography (ASLO), and The Oceanography Society (TOS), will be held 11–16 February, in… Read more »
New research from the Baltimore Ecosystem Study LTER site reveals that pharmaceutical residues in urban streams may be facilitating the proliferation and persistence of highly resistant bacteria that can survive despite the presence of these drugs.
Tropical forests are sometimes referred to as the “lungs of the planet,” and for good reason – the high plant biomass of tropical regions produces a large portion of the oxygen we breathe and absorbs significant amounts of carbon dioxide. Rainfall, nutrient availability, and amount of disturbance (natural or human) a forest experiences can all… Read more »
A recent meta-analysis found that aridity and low soil nitrogen levels seem to limit — rather than stimulate — plants’ ability to increase production of fine roots under elevated carbon dioxide conditions.
The path to the beach was steep, partially eroded by the wind and rain on this Pacific Ocean-facing cliff in Santa Barbara. Carefully holding my camera, I scampered down as gracefully as I could after Kyle Emery and Nick Schooler, two PhD students at the University of Santa Barbara. From the top of the cliff,… Read more »
Two undergraduate students bent over shiny metal trays loaded with wrack from the nearby beaches at the Santa Barbara Coastal Long Term Ecological Research site (SBC LTER). Bright lights lit up their tweezers as they sifted through vegetation and detritus, searching for specific creatures: beach hoppers, beetles, flies, and isopods, as well as different species… Read more »
