Filming Has Begun on a Campus Documentary Featuring Tom Cone
The documentary is made possible, in part, by a grant from the Abbot Academy Association, continuing Abbot’s tradition of boldness, innovation, and caring.
Filmmaker Charlie Stuart ’62 brought a film crew last week to document Mr. Tom Cone’s 51st year (and last as he is retiring at the end of this year) of teaching and his knowledge of the natural history of this campus. Dr. Christine Marshall-Walker and I applied for an Abbot Academy Association Grant to fund a short film featuring Tom Cone. His deep understanding of nature and his passion for teaching are gifts to be archived and cherished for years to come.
Along with his crew, John Baynard and Mike Tridenti, Charlie filmed Tom Cone with his Biology 100 class observing different types of trees.
First, Mr. Cone took his class to see a red oak tree which was planted after the Gelb Science Center was built in 2004. He was pointing out the characteristics of the Red Oak Leaves and pointing out the acorns. Each oak has its own variety of acorn and leaves. The Red Oak Leaves have lots of little points at the end of the divisions.
Then, they went to a beautiful Red Maple Tree in full color. He spoke about the pigments and how they are made and how the weather effects the color production. The Maples in particular may produce a red pigment that many other types of trees don’t have.
Next, they looked at a Copper Beech Tree located near Newman House on the Salem Street side of Gelb. They were talking about how this tree, like the American Beech, is characterized by smooth bark. If it is found in parks, this is the tree that many people will carve their initials into it. It can potentially grow to be 300 years old. We used to have an American Beech near Gelb, but it was removed to build the Sykes Center, so the students could not see it today.
They weren’t the only Biology 100 out that day! Dr. Catherine Kemp’s class was also looking at the same trees and talking about characteristics of each tree.
Charlie and his team will be on campus throughout the year, so keep an eye out for more filming stills and the final product in the spring!
Animal Behavior Students Observe Schooling in Fish
In Mr. Tom Cone’s Animal Behavior classes last week, students participated in an interesting lab about determining the schooling ability of certain fish.
According to Tom Cone, the significance of schooling in fish is that of safety, but also companionship. When fish are good at schooling (gathering in large groups), it helps them look bigger to other fish which is a great anti-predator mechanism. It also helps with procreation, as a fish to mate with is never far away. In addition, studies have shown that schooling fish live longer in groups, which indicates schooling is also a social behavior.
Mr. Cone set up multiple fish tanks with different species of fish inside. Students divided into groups and chose a type of fish to observe. The experiment is set up where one fish is in the large tank and the others are in an adjacent smaller tank. The large tank is separated into four equal quadrants.
Students then began to observe the single fish in the large tank – for 10 minutes they record the location (which quadrant) of the fish. They repeat the recordings with the small tank on the other side of the large tank.
The students then tried to make observations to determine what attracts the one fish to the others (the releaser or stimuli) – is it their color? their size? their markings? They then repeated the entire experiment, but instead of using the small jar of fish, they created their own model of a fish using paper and markers to see if the fish behave the same way.
Students then took the data they gathered and used it to determine if their species of fish is a “schooling” fish. Some students found significant data that their species of fish is great at schooling – their fish stayed mostly in the quadrant adjacent to the other fish. Other students found that their fish may not be great at schooling as they swam all around the tank.
Physics Department Has Fun With Infrared!
Caroline Odden, Physics Chair, just got an infrared camera that attaches to the iPhone. Here’s a class portrait in infrared.
Infrared radiation may be used to detect temperature variations. In this image, the white places are the warmest, followed by red, yellow, green, and blue. Astronomers take advantage of all kinds of radiation (including infrared) to learn about the universe. Infrared detectors are also used for a variety of practical purposes here on earth. For example, thermal (infrared) imaging may be used on buildings to detect where heat is being lost in the winter.