The Jefferson Project at Lake George is making real-time water quality and weather data from its unprecedented scientific monitoring and research program available directly to the public through a new digital Data Dashboard at jeffersonproject.live.
Although concentrations of chemicals and pollutants like salt and nutrients have increased in the deep waters of Lake George, they’re still too low to harm the ecosystem at those depths, according to an analysis of nearly 40 years of data published today in Limnology and Oceanography.
The Jefferson Project at Lake George is looking for shoreline dock owners interested in participating in a new summer assessment of shoreline algae.
Small animals at the base of the freshwater food chain can rapidly adapt to salt pollution – from sources like winter road deicing, agriculture, and mining – but at a price.
In an installation at the ECHO, Leahy Center for Lake Champlain, The World of Plankton allows up to four players to gather around a giant digital touch table to capture and explore zooplankton, phytoplankton, and fish species.
Lake George, N.Y. – The world’s most advanced environmental monitoring system – developed through The Jefferson Project at Lake George – is being used to understand and protect Skaneateles Lake, a central New York drinking water source now threatened by toxic algae. Building on a connection through the New York State Harmful Algal Bloom (HABs) Initiative launched in late 2017, the Jefferson Project installed a custom-designed robotic sensing platform on Skaneateles, and began collecting data just prior to an early-August HABs event this year.
Can environmental toxins disrupt circadian rhythms – the biological “clock” whose disturbance is linked to chronic inflammation and a host of human disorders? New research findings puts question squarely on the table.
Amphibians can evolve increased tolerance to pesticides, but the adaptation can make them more susceptible to parasites, according to a team that includes researchers at Rensselaer Polytechnic Institute.
Organic additives found in road salt alternatives — such as those used in the commercial products GeoMelt and Magic Salt — act as a fertilizer to aquatic ecosystems, promoting the growth of algae and organisms that eat algae, according to new research published today in the Journal of Applied Ecology.
A common species of zooplankton—the smallest animals in the freshwater food web—can evolve genetic tolerance to moderate levels of road salt in as little as two and a half months, according to new research published online today in the journal Environmental Pollution.