In late summer 1955, after two months of surveying and studying uranium deposits in Saratoga County, Robert Zullo and his partners, George McDonnell and Lewis Lavery, saw their claims publicly dismissed in print by a business rival, who told the Leader-Herald there were “no major deposits of uranium in the Sacandaga region.” Geologist John Bird of Schenectady had been hired by a Wyoming uranium-mining company to survey the area, and after thirty days, he had found uraninite only in “ridiculously small” quantities. » Continue Reading.
Posts Tagged ‘science’
Under the newly formed Mohawk Mining Company (MMC), the trio of George McDonnell, Lewis Lavery, and Robert Zullo had high hopes of successfully developing uranium deposits they discovered near Batchellerville in Saratoga County. Plans were made for radiometric surveys of the sites, and they began pumping water from two feldspar quarries to examine the deeper rock for additional specimens. Tests were also planned on old piles of mine tailings that caused Geiger counters to react. » Continue Reading.
After the big news of a possible uranium ore bed near Plattsburgh failed to pan out in early 1949, the search for ore continued locally and nationally.
Many magazines, including Life (“The Uranium Rush”) and Popular Mechanics (“The ’49 Uranium Rush”) featured stories on the phenomenon that was sweeping the country. The coincidence of timing — the 100th anniversary of the 1849 California gold rush — made for enticing newspaper headlines as well. » Continue Reading.
In folklore and literature, Jack Frost is often portrayed as a mischievous guy, sort of Old Man Winter’s younger self. He’s a personification of everything cold. In our region he’s a busy guy, at least for half of the year.
And an artistic one.
He gets credit for painting the trees orange and yellow and red in the fall. And we’re all familiar with ground frost, that harbinger of winter that looks like a dusting of snow. This phenomenon occurs when the temperature of objects near the ground falls below freezing. Water in the air freezes onto objects, sometimes as what looks like frozen dewdrops, sometimes as branched crystals. » Continue Reading.
It’s hard not to think the above title is ridiculous. Believable possibilities would be iron, feldspar, talc, or garnet. But uranium? And on top of that, a rush? With the excitement of hopeful lottery players, folks in the past have swarmed the mountains and lowlands at word of supposed gold discoveries, or silver, or other metals, all of them precious in terms of financial value to the finder. But rushing to find radioactive materials — the stronger the better — in the Adirondacks? Really?
For the first four decades of the twentieth century, large mines at a few locations worldwide provided the bulk of uranium used in America. Discoveries of ore in Quebec and Ontario in the early 1900s caused speculation that deposits existed in the Adirondacks as well due to a shared geological history. In 1914, George Chadwick, professor of geology and mineralogy at St. Lawrence University, opined that “there’s no special reason” why radium-bearing rocks wouldn’t exist in the local mountains. Perhaps none had been found, he said, because no one had looked for them. » Continue Reading.
The Northern New York Agricultural Development Program has posted the first results of a project evaluating the opportunity to clone high sugar maple trees. The long-term goal is to produce rooted “sweet tree” clones that maple producers can plant to enhance their sugarmaking operations.
Cornell University plant pathologist Keith L. Perry conducted the research in collaboration with Joe Orefice, director of the Cornell Uilhein Maple Research Forest in Lake Placid. » Continue Reading.
History credits the discovery of uranium to a German chemist, Martin Henrich Klaproth, in 1789. In 1896, just over a century later, a French chemist, Eugene-Melchior Peligot, discovered uranium’s radioactivity. Uranium ore, known as pitchblende, was revealed shortly after by Marie and Pierre Curie as the source of radium, which they mentioned as a possible future treatment for cancer.
Polish born Marie, (her name was Sklowdowska) was the first woman to win a Nobel prize, and the first person to win twice — in 1903, in physics, for her work on radiation, and in 1911, in chemistry, for discovering polonium and radium. Only she and Linus Pauling have won in two different fields. (She also developed the practical use for x-rays that dramatically enhanced patient care on the battlefields of World War I). » Continue Reading.
The decision by the Adirondack Park Agency (APA) is in: by a vote of 8 to 1 the APA Board voted to recommend a classification for the Boreas Ponds Tract that will split the tract between Wilderness and Wild Forest, leaving Gulf Brook open into the heart to the parcel. In their comments many of the Commissioners lauded the “balance” and “compromise” they felt this recommendation represented.
The good news is that Imperial Forces are losing the battle for planetary dominance. The bad news is that we still play for their team.
The British Imperial System of measurement, born in 1824 to help streamline a host of odd units inherited from various cultures, was at the time an improvement. In 1965, the UK adopted the decimal-based metric system, despite the fact it was invented by the French. Today, metric is universal in science and medicine, and of the 195 nations on the planet, only 2 have yet to abandon the former British system for general commerce. » Continue Reading.
Conserving our native fish is a major goal of the Ausable River Association (AsRA). We know the Ausable River watershed, particularly the high elevation tributaries to the East Branch, is one of the most likely places to retain Brook Trout under future climate warming scenarios across their native range. We also know that much of that habitat is fragmented by undersized culverts that serve as barriers to fish passage. Finally, we know that introduced non-native species, such as Brown Trout and Rainbow Trout, threaten our native fish populations. These facts are well documented in the scientific literature and summarized in reports produced by the Eastern Brook Trout Joint Venture.
When developing conservation strategies to protect our native fish, one of the first things we need to understand is where fish are. Surprisingly, we know very little about where Brook Trout and other native fish are found in the Ausable River watershed. We have a broad sense of their distribution, but when we walk up to a particular reach of a small tributary we are often making “best guesses.” Before doing stream or habitat restoration work, we take the time, with our partners at the U.S. Fish and Wildlife Service, to survey the fish population. » Continue Reading.
The Wildlife Conservation Society (WCS) has announced that it is a recipient of the National Science Foundation’s (NSF) 2017 Dynamics of Coupled Natural and Human Systems program award. WCS will receive about $500,000 in funding for its project, “Experimental Investigation of the Dynamic Human-Environmental Interactions Resulting from Protected Area Visitation.”
Work on the 4-year project will be managed by the WCS Adirondack Program office in Saranac Lake with research expected to begin in 2018.
The project is expected to test the common assumption that expanding access to protected lands will inspire a broader conservation ethic among park visitors. It’s hoped the study results will ultimately inform state and federal policies to increase participation in outdoor recreation and manage public access. » Continue Reading.
What happened to the Adirondack Park Agency’s classification of the Boreas Ponds Tract? Months have passed with no sign of it on the APA’s monthly agenda. Information does seep out here and there, and it’s not encouraging. By now it’s no secret that plans are afoot for the Boreas classification that have nothing to do with the intended, legal process: namely development of the Draft Supplemental Environmental Impact Statement (DSEIS), public hearings and public written comments and analysis, all leading to a recommended alternative.
Instead, the State is scrambling to find a way to accommodate the wishes of Governor Cuomo, who fancies a “hut-to-hut” system in the Adirondacks that includes facilities at Boreas, a development not contemplated in any of the four currently proposed alternatives. This is not how it is supposed to work and it raises questions of who is accountable for a classification process gone wrong.
I recently wrote about the impacts of acid rain, which results from burning fossil fuels, on Adirondack lakes and streams. But, did you know that Cornell University has been a leader in efforts to safeguard natural fisheries within the Adirondacks and to protect them from the damaging effects of acid rain, invasive species, and climate change for well-over half-a-century?
In fact, Cornell’s cold-water fishery research has historically focused on the Adirondack region. And just last year, the New York State College of Agriculture and Life Sciences at Cornell University (CALS) established a new faculty fellowship in fisheries and aquatic sciences, named for the late (and extremely-well-respected) Professor of Fishery Biology, Dr. Dwight A. Webster; the educator who laid the groundwork for what is now the Adirondack Fishery Research Program (AFRP). » Continue Reading.
The 2017 Atmospheric Sciences Research Center’S (ASRC) Falconer Science/Natural History Lecture Series will be held Tuesday evenings at 7 pm at the ASRC Whiteface Field Station, 110 Marble Lane, Wilmington.
These lectures are free and open to the public. » Continue Reading.
A SUNY College of Environmental Science and Forestry undergraduate received the Hudson River Foundation’s Polgar Fellowship this summer to conduct water sampling in Wolf Lake on SUNY-ESF’s Huntington Wildlife Forest (HWF) under my guidance.
Sampling will be conducted to determine if water quality changes observed over the past few summers in Wolf Lake might be due to a relatively unknown but widespread organism, the freshwater jellyfish Craspedacusta sowerbii. » Continue Reading.