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The third-grade students are running a week-long experiment on zebrafish.
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Williams students teach the lesson.
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Working in small groups, the third-graders are conducting the experiments.
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Each aquarium has a male and a female zebrafish.
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The curriculum teaches scientific methods for experiments.

Williams Brings 'BioEyes' Back To Lanesborough Elementary

By Andy McKeeveriBerkshires Staff
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The students are learning genetics through the process of watching zebrafish development.
LANESBOROUGH, Mass. — It starts with a question: what do baby zebrafish look like?
 
Then observation, noting what adult zebrafish look like and how they act. Then a hypothesis, an educated guess on what the babies will look like. And finally, an experiment, breed the fish and see.
 
That's the scientific process third-graders are going through at Lanesborough Elementary School. The lesson is part of the BioEyes program ran by Williams College.
 
The college sends students into the classroom with the fish over a period of a week to run the experiment. 
 
"Hands-on science is one of the most fun things you can do. This is a weeklong program so they can see everything from the parents to the development of the embryo. It hatches and become larvae and can swim around and they can see its heart beating, they can see the pigment develop. And all of that happens in a course of a week. Zebrafish are unique because you can see through the body," said Williams College Lecturer Martha Marvin.
 
The program was developed about a decade ago in Philadelphia in which research institutions with the fish reach out to elementary schools to run it. Williams took it on in 2010 and has been bringing it into two or three schools in the county each year.
 
"This is our seventh year. We've been doing it since 2010 and we've done different towns, different schools," Marvin said. "The program was originally developed in Philadelphia and was developed to bring science into the classrooms."
 
Last week the college was in Williamstown Elementary and next week it will be in Brayton Elementary in North Adams. On Tuesday, Lanesborough students began their experiment. 
 
The students used a net to fish a male zebrafish out and then a female and placed them in tanks. With workbooks they wrote down information about the zebrafish and then watched as the two swam together in the tanks. The students drew pictures of everything they saw, noting the number stripes or number of fins, the color of the water, the behavior. Then they came to a conclusion — what they believed the babies would look like.
 
On Wednesday, the Williams students will return and by then the eggs will be laid and fertilized and the students will again follow through with their observations when peering through a microscope and taking notes. On Thursday they'll find out exactly what the baby zebrafish look like — and find out if their hypothesis was correct.
 

Williams has been bringing the program to elementary schools since 2010.
"The teachers don't have to do any raising of the fish or anything. We just bring everything in. Our program is unique because we teach it with Williams students," Marvin said.
 
Williams brought the program to Lanesborough for the first time last year for the fourth grade class. Now, the program has been moved a grade lower to help with academic standards.
 
"This year it is different because we are doing all third grade. We've done third grade before in North Adams but with the Next Generation Science Standards this life science fits better in third grade," Marvin said.
 
The learning goes both ways. The Williams students learned about zebrafish enough to teach the curriculum in class. Now, they get experience working with elementary school students and experience teaching.
 
"The Williams College students get experience in the classroom. They're using a well-developed curriculum so they have that in place. They can go into a classroom and know more about how to communicate with the kids, how to teach the kids, and get that experience," Marvin said.

Tags: biology,   LES,   STEM,   Williams College,   

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Bull Hill Road Well in Lanesborough Moves Forward

By Breanna SteeleiBerkshires Staff

LANESBOROUGH, Mass. — The Planning Board heard a proposal from the Village Fire and Water District about a proposed drinking-water supply well at 40 Bull Hill Road.

Officials with the village and with project developers Tighe and Bond gave the project description at the Planning Board's meeting on Monday.

Since 2020, the district has relied on the Minor Road Well, which they said is lacking a redundant water supply source. The Bull Hill Road project will establish a second groundwater source to meet current and future water demands, according to their site plan review application.

The district had previously discontinued its Bridge Street well because of PFAS contamination. Perfluoroalkyl and polyfluoroalkyl substances are a wide variety of chemicals used in consumer products. Exposure to sufficiently elevated levels may cause developmental effects in infants, impact certain organ functions and the immune system, elevate cancer risk, and cause other health effects.

The project well on Bull Hill Road will be on property the district acquired some time ago. It became a prospect for development around five years ago after the state ordered the district to abandon the Bridge Street well.

The project is on about 1.45 acres of land and will be a source of drinking water for about 2,400 residents.

"There's been a variety of testing completed, as well as a larger well has been drilled at the site, and the larger well, in hopes, would become the production well, as again, the redundant water supply, that's all been permitted so far and tested in accordance with MassDEP drinking water program regulations, and all of the tests came back astonishingly positive," said Joseph Popielarczyk, senior project manager and water/wastewater leader at Tighe and Bond. "So there's lots of water down there, and the water quality is great."

Construction is tentatively expected sometime in 2027 or 2028. He said generator procurement could affect the schedule, with lead times estimated at 40 to 52 weeks. They noted the facility could be built and tested before the backup generator arrived.

The project team described remaining permits and approvals, including MassDEP review and an anticipated Conservation Commission order of conditions. They also said funding was in place, while the timeline remained partly dependent on state review.

Resident Barbara Davis-Hassan asked whether nearby septic systems could threaten the well and whether sewer connections might be possible. 

Popielarczyk said the properties were outside the required source water protection's 400-foot Zone One area, and said there is no worry of contamination from nearby septic systems.

Hassan also asked about what the noise level would be. Popielarczyk said that there will be a generator for the well and that it would be outdoors in an enclosure that will minimize sound and would run mainly for periodic testing or during a power outage.

The board accepted the site plan.

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