Tundra Nutrient Seasonality

Models are great to use to make a concept easier to understand, to visualize a process or outcome, and also to allow a scientist to test selected variables. IMOLD is a great model of leaf decomposition, because it allows the students to interact with two variables affecting decomposition rates, and test those variables in many more ways than they could

This lesson describes how decomposition happens, and the role of microorganisms in this process. The animation, which runs for 3:23 minutes total time, covers information that students may or may not be familiar with. Here is one suggestion for working your students through the animation. By actively taking notes during the animations, students can engage in a dialogue with the

The purpose of this lesson is to highlight the importance of the structure of a leaf at its implications for how it decomposes. The animation, which runs for 2:03 minutes total time, covers information that students may or may not be familiar with. Here is one suggestion for working your students through the animation. By actively taking notes during the

The purpose of this lesson is to highlight the importance of the Carbon Cycle in the natural cycles of photosynthesis and respiration. It also models how human activity can alter the carbon cycle. The animation, which runs for 2:56 minutes total time, covers a large amount of information that students may or may not be familiar with. Here is one

Overview

IMOLD is a highly interactive website designed by Drs. Michael N. Weintraub and Daryl L. Moorhead in collaboration with the Center for Creative Instruction at the University of Toledo. Susan Steiner, PolarTREC teacher with Dr. Weintraub on the expedition, Tundra Nutrient Seasonality, collaborated on IMOLD’s design. Other teachers have contributed wonderful classroom activities that can be found posted

While in Toolik Lake, Alaska, PolarTREC teacher Susan Steiner worked with a robotic platform that traversed sections of tundra collecting information on a variety of different environmental variables. This article describes the sensors and instrumentation used on the platform in greater detail.

Overview

Small groups of students will establish their own phenology plots for long term study. Students will make a field sketch of a sample plot and turn it into a scale map. The map will accurately place plants the students have identified for tracking phenophases, so that the plots can be monitored long term. Phenology is a vital part of

Powerpoint presentation given at 2012 North Carolina Science Teachers Association professional development conference "Catch the Wave". Co-presenters Nick LaFave and Susan Steiner presented their PolarTREC experiences and information about PolarTREC.

Presented Powerpoint slideshow including two interactive activities for two 90 minutes sessions of North Carolina New Schools Common Practices Symposium. The presentation included activities I've used in the classroom based on the PolarTREC experience, as well as images from the summer at Toolik.

Susan Steiner, Science Teacher at Macon Early College High School, returns from her summer in the tundra

Article posted in Western Carolina University's alumni magazine Class Notes section about Susan Steiner's expedition to Toolik Field Station, Alaska.

Display at Macon County Library while my expedition is ongoing. Also includes a few hundred bookmarks with expedition address on it

In this one hour webinar, PolarTREC teacher Susan Steiner and researcher Michael Weintraub explain the science, research questions, and results of their work at Toolik Field Station.

Interview in The Franklin Press about Ms. Steiner's upcoming expedition to Toolik Field Station in the Arctic.