Interview with PolarTREC teacher Paula Dell and her students from Lindblom Math & Science Academy about their underwater camera probe called "Fish Spy 2" to study icefish in Antarctica.
Article featuring PolarTREC teacher Paula Dell (Biology of Antarctic Fishes 2011, 2013) and her students from Lindblom Math & Science Academy high school in Chicago, Illinois who have created a Fish Spy robotic camera to study icefish in Antarctica.
This lesson focuses on adaptations as a driving force in evolutionary diversity. Adaptations are characteristics within a species that enhance its chances of survival and reproduction. Adaptations can be behavioral, structural, or functional. Students must understand that these adaptations are not acquired in the course of the organism’s lifetime, but are inherited traits that have been passed down
PolarTREC teacher Paula Dell accompanied researcher Kristin O’Brien’s team to Palmer Station in Antarctica for two
months in 2011 to conduct research on antarctic fishes. This article describes their expedition, their evolving collaboration and includes interviews with both Paula Dell and PolarTREC project manager, Janet Warburton.
An article describing Kevin Anchukaitis' work at the Lamont Doherty Earth Observatory. Tree rings embody a record of climate change going back thousands of years, and they grow on every continent except Antarctica. “They let us reconstruct climate around the world, in both space and time."
Article describing PolarTREC teacher Susy Ellison's recent expeditions to Alaska to take part in a tree ring study in the Arctic National Wildlife Refuge and an archaeological expedition in Kivalina.
This PolarConnect event was held on 27 May 2011 with PolarTREC teacher, Paula Dell who presented about the biology of Antarctic Fishes and the unique Icefish. She is working at Palmer Station, Antarctica.
In this lesson students research scientific field expeditions and learn what it is like working in the field. Students are able to ask questions of the research team as part of their project. Students then share what they have learned with their classmates.
Objective
1. Students understand what really goes on in the field during a scientific study.
2
Given sets of graphable data students will show that various viewpoints can be supported depending on how data is presented and interpreted. These may or may not be accurate or relevant representations of data results over time. This lesson contains basic graphing components, interpretation of information and communication to others of findings depicted in graphs. Teachers may choose
An important science skill that needs to be developed is asking significant questions that advance knowledge. This activity helps students to understand the difference between significant and trivial questions.
Objective
Students should be able to distinguish between significant questions that advance knowledge and trivial questions.
Procedure
1. Have the students define significant question and trivial questions in a