Latest Long Term Ecological Research Network Stories
A joint National Science Foundation (NSF) and National Institutes of Health program -- ecology of infectious diseases (EID) -- supports efforts to understand the underlying ecological and biological mechanisms behind human-induced environmental changes and the emergence and transmission of infectious diseases.
"I wonder if I shall fall right through the Earth!" mused Alice-in-Wonderland as she tumbled down the rabbit-hole." How funny it'll seem to come out among people that walk with their heads downwards!
Result in findings on spread of infectious diseases; decline and recovery of endangered species; biodiversity of old-growth forest ecosystems.
A U.S.-led study has found climate change on the Antarctic Peninsula -- one of the most rapidly warming spots on Earth -- is now affecting microscopic life. Researchers using detailed satellite data have discovered global warming is not only affecting just the penguins at the top of the food chain, but simultaneously life at the base of the ecosystem. The researchers from the National Science Foundation's LTER -- Long Term Ecological Research program -- led by Hugh Ducklow of the Marine...
The plight of the worldâ€™s oceans is dire, according to recent studies, through insults from human-derived activities depopulating and damaging reefs, altering coastlines, and creating pollutants, such as nitrogen runoff from terrestrial watersheds.
Scientists have gathered more evidence that suggests flowing water on Mars -- by comparing images of the red planet to an otherworldly landscape on Earth.
An experiment in a dry Antarctic stream channel has shown that a carpet of freeze-dried microbes that lay dormant for two decades sprang to life one day after water was diverted into it, said a University of Colorado at Boulder researcher.
- A transitional zone between two communities containing the characteristic species of each.