Education Commons^™

Selective Framing And Narrative As Anthropocentric Agents In Yellowstone: America’S Eden, Breanna Lee Hansen

USF Tampa Graduate Theses and Dissertations

Yellowstone: America’s Eden is but one example of nature documentaries tackling the complexities of nature-culture relationships during the age of the Anthropocene. Yellowstone National Park, the first to be named, is a primary example of how our relationship to the natural world developed through conservation and commodification. Yellowstone: America’s Eden demonstrates how film techniques conceal nature as a human construct through selective framing and narrative. By analyzing editing techniques made in the representation of Yellowstone National Park, this thesis bridges anthropocentrism to nature documentaries. Drawing on interdisciplinary research from media studies, environmental humanities, and anthropology, this thesis analyzes the ways …

Lesson Plans In Astronomy, Ecology And Biology, Admin Stem For Success

STEM for Success Showcase

This document contains various lesson plan ideas for concepts within the fields of biology, ecology, astronomy, and geology.

Water Pollution And Ecology, Admin Stem For Success, Natalie Wilson

STEM for Success Showcase

Research activity to teach students about water pollution

Cell Volume As A Determinant Of Virus-Mediated Population Growth In Ciliates, Jace Miller, John Paul Delong Phd

Honors Theses

Many protists and other small aquatic organisms consume virus particles, a behavior known as virovory. Some species of protists, such as the ciliate Halteria grandinella, can grow and divide using viruses as their sole food source. Other ciliate species have previously been shown to consume large quantities of viral particles, but it is unclear if they are able to support population growth with viruses alone. Because large ciliates have a higher energy demand, we hypothesize that they will be unable to support population growth on a virus-only diet. We fed nine ciliate species a diet of chloroviruses and found …

Utilizing Markov Chains To Estimate Allele Progression Through Generations, Ronit Gandhi

Honors Theses

All populations display patterns in allele frequencies over time. Some alleles cease to exist, while some grow to become the norm. These frequencies can shift or stay constant based on the conditions the population lives in. If in Hardy-Weinberg equilibrium, the allele frequencies stay constant. Most populations, however, have bias from environmental factors, sexual preferences, other organisms, etc. We propose a stochastic Markov chain model to study allele progression across generations. In such a model, the allele frequencies in the next generation depend only on the frequencies in the current one.

We use this model to track a recessive allele …