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Aquatic Macroinvertebrate Identification Workshop

Tue, 01/02/2018 - 19:36
Vermont EPSCoR hosted an aquatic macroinvertebrate identification workshop on December 17, 2017 at St. Michael’s College with high school students from Essex, Winooski, Rice Memorial, Oxbow, and Champlain Valley Union. The workshop trained current high school teams how to pick through and identify macroinvertebrate samples found in their local streams.

The workshop was part of a series of similar opportunities that the Center for Workforce Development and Diversity (CWDD) program offers each year to Vermont high school students led by Dr. Declan McCabe, Professor of Biology at Saint Michael’s College. Several teams will return to St. Michael’s campus to use dissecting microscopes, allowing them a further opportunity to learn about the organisms found in their streams.
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Vermont High School Team Attends American Geophysical Union Fall Meeting

Tue, 01/02/2018 - 19:36
Streams project high school team from Bellows Free Academy, which included Fairfax science teacher Tom Lane, junior Lillith Sweet, and senior Malachi Witt attended the American Geophysical Union (AGU) fall meeting in New Orleans, LA.

The week-long conference ran from December 11-15, 2017 and represented the largest Earth and space science meeting in the world. The BFA Fairfax team presented their Vermont EPSCoR research poster, “A View of Water Quality Characteristics Pertinent to Phosphorous Movement in a 2nd Level Tributary to Lake Champlain” at the poster session on December 14th, giving the students a chance to explain and present their findings to interested participants from all over the world. The students also attended a Bright Stars luncheon, which honored middle school and high school students who participated in the conference.
Categories: Latest News



Curbing climate change: Study finds strong rationale for the human factor

Tue, 01/02/2018 - 06:30
Humans may be the dominant cause of global temperature rise, but they may also be a crucial factor in helping to reduce it, according to a new study that for the first time builds a novel model to measure the effects of behavior on climate.

Drawing from both social psychology and climate science, the new model investigates how human behavioral changes evolve in response to extreme climate events and affect global temperature change.
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