If you are in Essex and Clinton counties, you may notice an airplane flying a grid pattern at low altitude for a few weeks this December as scientists from the U.S. Geological Survey map buried geological features that provide clues into mineral resources in the area.
The region was known for iron ore mining in the late 1800s and early 1900s, but it also contains deposits of rare earth minerals according to the USGS. Rare earth minerals are used in advanced technology such as in cell phones, rechargeable batteries and super-magnets. The surveys will measure subtle changes in Earth’s magnetic field that reflect different types of buried rock. They will also measure low, background levels of natural radioactivity that help with mapping different types of surface rocks. Together, these data will allow visualization of geological structures at and beneath the surface. » Continue Reading.
A team of University of Texas at Arlington biologists working with the U.S. Geological Survey in the Black and Oswegatchie river basins has found that watershed wetlands can serve as a natural source for the improvement of streams polluted by acid rain.
The group, led by associate professor of biology Sophia Passy, also contends that recent increases in the level of organic matter in surface waters in regions of North America and Europe – also known as “brownification” – holds benefits for aquatic ecosystems. The research team’s work appears in the September issue of the journal Global Change Biology. » Continue Reading.
For more than 125 years, the U.S. Geological Survey (USGS), the largest producer of printed topographic maps, has portrayed the complex geography of the nation. Prior to 2009, USGS topographic maps were created using traditional cartographic methods and printed using the lithographic printing process.
Now the USGS National Geospatial Program is nearing completion of the conversion of these these historical printed topographic quadrangles to an electronic format (GeoPDF). The scanning and processing effort serves the dual purpose of creating a master catalog and digital archive copies of the irreplaceable collection of topographic maps in the USGS Reston Map Library, as well as making the maps available for viewing and download online. » Continue Reading.
It’s been a bit surreal to read about this summer’s record-breaking drought from the lush, thunderstorm-drenched environs of Long Lake. But while the central Adirondacks may have had plenty of rain this summer, other parts of the North Country have not.
I have been tracking drought conditions across the region with stream gage data from US Geological Survey that measures stream levels and transmits the information in real-time to the internet. The USGS began stream gage construction in the late 19th century, and now maintains 7,500 gages across the country including dozens in the Adirondack region. The data from these gages are used for many purposes including flood forecasting, water supply allocation, wastewater treatment, highway engineering and recreation (rafting anyone?). » Continue Reading.
U.S. Senator Patrick Leahy (D-Vt.) and U.S. Senator Charles Schumer (D-N.Y.) have announced that they have secured funding to prevent the imminent shutdown of 18 United States Geological Survey (USGS) river and lake gauges in the Lake Champlain basin. Those gauges – nine in Vermont and nine in New York – were seen as vital to communities impacted by last year’s spring floods and during Tropical Storm Irene. The funding has been secured through the Great Lakes Fishery Commission (GLFC). » Continue Reading.
One of the more amazing statistics to emerge from Tropical Storm Irene was that the East Branch of the Ausable crested at 18.43 feet in Ausable Forks—three feet higher than the previous record and more than eleven feet above flood stage. The river’s flow peaked at fifty thousand cubic feet per second, a hundred times greater than normal.
Just a few months after the record storm, the U.S. Geological Survey is warning that it will be forced to discontinue most of the streamgages in the Lake Champlain basin on March 1 unless funding can be found to keep them going.
Throughout New York State, the USGS plans to discontinue thirty-one gages, including nine in or near the Adirondack Park. (The USGS uses the spelling “gages” rather than “gauges.”)
The gage that measured the record crest on the East Branch of the Ausable is not on the chopping block, not yet anyway. However, one nearby that is at risk has been in operation for more than eighty years, longer than any of other gages scheduled to be discontinued.
“We’ve got eighty-two years of records at this site. It is important for determining how flows are changing over time,” said Ward Freeman, director of the USGS New York Water Science Center in Troy. The center’s website contains real-time data from rivers throughout the state.
Streamgages measure the height and flow of rivers. Data are used to predict floods, calculate nutrient pollution, assess conditions for paddling, and determine when it’s appropriate to put lampricide in tributaries of Lake Champlain.
John Sheehan, spokesman for the Adirondack Council, warned that without stream data, riverside communities will find it more difficult to protect themselves. “We won’t know what the changes in a river’s height and volume are, and as a result we can’t plan for flooding events,” he said.
In the past, many gages were funded through congressional earmarks, but lawmakers eliminated the earmarks a few years ago to save money, Freeman said. He added that the USGS needs $134,000 to keep the nine North Country gauges operational. (Each gage costs about $15,000 a year to operate and maintain.)
Eight of the gages are on rivers that feed Lake Champlain. Besides the Ausable, they are the Great Chazy, Little Ausable, Salmon, Boquet, Mettawee, and Putnam Creek. The ninth is on a narrow part of Lake Champlain itself near Whitehall.
Gages on another dozen rivers in Vermont that feed Lake Champlain also are scheduled to be shut down. Four others were discontinued in October.
This year, USGS was able to keep the gages on Lake Champlain tributaries running only after obtaining financial assistance from the Lake Champlain Basin Program. Freeman said he hopes the Lake Champlain organization and other interested parties can come up with money again.
“We’re going to do all we can to save these gages,” Freeman said.
Eric Howe, a technical coordinator for the basin program, said the non-profit organization will do everything it can to keep the gages operational, but it’s too early to tell if the group will have enough funds. Last year it spent about $150,000 to keep the gages running.
“The gages were extremely important during Tropical Storm Irene,” Howe said. “They helped us see what the tributaries were doing in the flooding.”
Thanks to a gage on the Winooski River, he said, farmers were able to round up volunteers to harvest crops in advance of floods.
Freeman is asking those willing to contribute funding for the gages to call him or Rob Breault at 518-285-5658 or email firstname.lastname@example.org.
Click here to read the Adirondack Explorer’s comprehensive coverage of Tropical Storm Irene.
Photo by Ken Aaron: a high-water line near Ausable Forks.
The New York State Museum has received a $1 million federal grant to conduct a new research project aimed at protecting endangered species of native freshwater mussels from the impacts of invasive zebra mussels.
With the grant from the U.S. Environmental Protection Agency (EPA), through its Great Lakes Restoration Initiative, Museum scientists will use what they are calling an “environmentally safe invention – a biopesticide” to continue their research with a new emphasis on open water applications. The project will be led by Museum research scientists Daniel Molloy and Denise Mayer. » Continue Reading.
New studies by the U.S. Geological Survey confirm arguments that Lake George conservation organizations and agencies have made for years: development threatens the aquatic life of streams.
“We learned that there is no ‘safe zone,’ meaning that even minimal or early stages of development can negatively affect aquatic life in urban streams,” said Tom Cuffney, a USGS biologist.
“When the area of driveways, parking lots, streets and other impervious cover reaches 10 percent of a watershed area, many types of pollution-sensitive aquatic insects decline by as much as one third, compared to streams in undeveloped forested watersheds,” said Cuffney. Native fish also decline in streams even at low levels of development, levels historically considered safe for stream life, the studies found.
“The studies validate the findings of our Lake George Stream Assessment Project, initiated three years ago by Waterkeeper Chris Navitsky, namely, that land uses impact the health of our streams,” said Peter Bauer, the executive director of the Fund for Lake George.
“We know from the sites we sampled that streams decline in water quality as they pass through areas that are more heavily developed,” said Bauer.
“These studies show that we need to be careful,” said Emily DeBolt of the Lake George Association, which operates a stream biology monitoring program for volunteers.
While even the most developed watersheds within the Lake George basin are not yet urbanized, protection of existing stream corridors should be a priority, said Bauer and DeBolt.
According to the USGS, the studies examined the effects of urbanization on algae, aquatic insects, fish, habitat and chemistry in urban streams in nine areas across the country.
“As a watershed becomes developed, the amount of pavement, sidewalks and other types of urban land cover increases. During storms, water is rapidly transported over these urban surfaces to streams. The rapid rise and fall of stream flow and changes in temperature can be detrimental to fish and aquatic insects. Stormwater from urban development can also contain fertilizers and insecticides used along roads and on lawns, parks and golf courses,” the USGS said.
The Lake George Park Commission is authorized by New York State law to protect stream corridors within the Lake George watershed, said Mike White, executive director of the Lake George Park Commission.
The Commission has drafted regulations that will limit construction and the cutting of trees and vegetation within 35 feet of a tributary of Lake George.
The regulations are currently under review by the Governor’s Office of Regulatory Reform. Once that office approves the draft, a series of public hearings will be held, said White.
“Stream buffers are the most efficient way to protect the water quality and ecology of streams, and regulations are the only effective way of preserving those buffers,” said Peter Bauer.
“Once a buffer is disturbed, it’s very difficult to restore it to its original function,” Bauer said.
Investing in stream corridor protection is also an investment in the water quality of Lake George, he said.
“One half of all the water entering Lake George comes from streams,” said Bauer. “The fate of Lake George is tied inextricably to the health of its streams.”
Photo: Lake George Stream Assessment monitors, 2008.
Several questions arose after last month’s post regarding carries on private land and interpreting gauge readings. A number of concerns noted situations where paddlers were on a LAKE and then got out of their boats on privately owned shores or docks. From everything I have read or heard, the discussions regarding the public’s rights of passage are focused on RIVERS. If a river is navigable—and it’s not always clear how this is defined—and it flows through private lands, the issue is when and in what manner a paddler can carry around obstructions that are encountered. » Continue Reading.
As Almanack contributor Alan Wechsler reported yesterday, the big rain we had on Monday has wrecked havoc on Adirondack winter recreation. Alan noted that ice climbing, backcountry skiing, and local ski resorts were particularly hard hit (West Mountain just south of the Blue Line was forced to close), and to those we should add snowmobiling, as many trails around the region are all but impassable. Even the Saranac Lake Winter Carnival felt the pain, when rain seriously damaged this year’s Ice Palace necessitating builders to almost start from scratch. Over the past two days the region’s nearly 30,000 miles of streams, brooks, and rivers have gathered volume and strength. In Washington County the Mettawee and Hoosic Rivers have flooded their banks, and the Batten Kill is near flood stage. The Hudson and Schroon Rivers are running very high and the Boquet has topped it’s banks, but the most serious flooding has occurred in the Franklin County community of Fort Covington where flooding along the Salmon River has threatened a number of buildings and required evacuations.
Those interested in accessing information about what is happening to streams in your local area as a result of the heavy rain can access the U.S. Geological Survey’s (USGS) streamgage network, which operates a nationwide system of about 7,000 streamgauges that monitor water level and flow. Streamgages transmit real-time information, which the National Weather Service uses to issue local flood warnings, and which paddlers in the know can use to estimate conditions. Some streamgauges have been operational since the early 1900s; the gauge just upstream from the Route 22 bridge over the Boquet, for instance, has been recording since 1923.
According to a just-released U.S. Geological Survey (USGS) study, scientists detected mercury contamination in every fish sampled in 291 streams across the country. About one fourth of the fish sampled were found to “contain mercury at levels exceeding the criterion for the protection of people who consume average amounts of fish, established by the U.S. Environmental Protection Agency,” according to USGS. More than two-thirds of the fish exceeded the U.S. EPA level of concern for fish-eating mammals. Mercury contamination of fish, ospreys, loons, and other aquatic-feeding animals continues to be a concern in the Adirondack region where the problem is the most acute of all New York State. New evidence in the Northeast shows mercury contamination in animals that only feed on land, spreading the concern from water based ecosystems to terrestrial ones as well. » Continue Reading.
On Nov. 1, 1933, Mrs. Bruce Reid recorded seeing both a male and female ivory-billed woodpecker in Texas. And on May 28, 1938, Oscar McKinley Bryans observed a ruby-throated hummingbird in Michigan, noting that the birds were most common when apple trees were blooming.
These are just two of more than 6 million personal observations scribbled and preserved on notecards in government files. The cards record more than a century of information about bird migration, a veritable treasure trove for climate-change researchers because they will help them unravel the effects of climate change on bird behavior, according to Jessica Zelt, coordinator of the North American Bird Phenology Program at the USGS.
That is — once the cards are transcribed and put into a scientific database. And that’s where citizens across the country come in – the program needs help from birders and others across the nation to transcribe those cards into usable scientific information.
“These cards, once transcribed, will provide over 90 years of data, an unprecedented amount of information describing bird distributions, migration timing, and migration pathways and how they are changing,” said Zelt. “There is no other program that has the same historical depth of information that can help us understand the effect that global climate change has on bird populations across the country. When combined with current information, scientists will better understand how birds are responding to climate change and how to develop tools to help manage that change, especially for at-risk species.”
The millions of hand-scribbled cards sit in row upon row of federal green filing cabinets of ancient vintage in a modest and fittingly old office dating from before WWII. The cards contain almost all of what was known of bird distribution and natural history from the Second World War back to the later part of the 19th century, said USGS senior scientist Chan Robbins, who kept track of the cards’ whereabouts in attics and basements during the intervening years.
“When I go through the files, it is just amazing some of the stories that are recorded there,” said Jessica Zelt, who is an avid birder herself. “For example, one of our online participants recently wrote to tell me she had transcribed a migration card on purple martins by American ornithologist Margaret Morse Nice from 1926. It is exciting to see people today being linked to a piece of birding history.”
Participants recorded their name, locality and year, along with arrival and departure dates, date of abundance, and whether it was a species common in that area. Personal observations on the cards often caught the enthusiastic joy of a birder sighting a rare bird.
The collection, said Zelt, includes information on about 900 species, including some sightings of rare, extinct, or nearly extinct birds, such as the giant albatross, ivory-billed woodpecker and Carolina parakeet, birds whose very names make the hearts of avid birders go pitter-patter.
The BPP is joining efforts with the USA National Phenology Network, which has just kicked off a national program to recruit citizen scientists and professional researchers to monitor plant and animal life cycles, or phenology. The two efforts will complement each other flawlessly, with the BPP combining its expertise on historical bird data with the USA-NPN’s ongoing work to document changes in flowering, fruiting, migrations, reproduction, hibernation, and other plant and animal phenological events.
The BPP was started in 1880 by Wells W. Cooke, who wanted to broaden knowledge and understanding of migration. Eventually, famed scientist C. Hart Merriam expanded the volunteer network to include the entire United States, Canada and part of the West Indies. By the late 1880s the program had 3000 volunteers. Although the program was actively maintained by the federal government, in 1970 the program closed, until it re-opened again last year.
This program relies heavily on the participation of citizen scientists, said Zelt. It currently houses 6 million cards, which need to be scanned onto the website and then converted, solely by volunteers, into a database. Birders who want to concentrate on one particular group of birds can select that group or even a particular species.
To date, volunteers have scanned about 184,000 cards on hooded orioles, barred owls, spotted owls, scarlet tanagers, American redstarts, rose-breasted grosbeak and many other species. That leaves about 5,816,000 cards to go.
If you’d like to volunteer, visit the website. Remember that you can follow current sightings by Northern New York birders here.
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