How Far the Penguins Should March

Meghan Bialt-DeCelie ’19 The effects of Global Climate Change can dramatically alter the environment as well as the organisms which inhabit it. One species that is particularly affected by climate change is the emperor penguin (EP), so much so that researchers from the Wood Hole Oceanographic Institution (WHOI) believe they should be protected under the Endangered Species Act. The random and unpredictable nature of climate … Continue reading How Far the Penguins Should March

Figure 1. Acoustic analysis of buzzing from foraging bees provides a faster and less invasive method of monitoring bee pollination.

That Buzzing Noise

Meghan Bialt-DeCelie ’19 Bees play a critical role in crop survival. Because of this, farmers and scientists must always stay ahead by following patterns in their behavior to quickly manage and appropriately respond to complications in their population growth. Acoustic analysis of organisms is not a new concept; however, it is not often used on insects. Researchers led by Nicole Miller-Struttmann PhD from Webster University … Continue reading That Buzzing Noise

Figure 1: Researchers use chemistry and genetics to investigate what makes the best tasting tomato to improve the tasteless modern commercialized varieties.

Science Behind Tomato Flavor

Meghan Bialt-DeCelie – ’19 Modern commercialized crops have been modified over the years to grow large, plentiful, and resistant to environmental damage. The taste of something like a tomato depends on the sugars, acids, and volatile compounds that are detected by one’s receptors for taste and smell. Researchers sequenced the tomato’s genome and investigated nearly 400 accessions among commercialized, heirloom and wild tomatoes to see … Continue reading Science Behind Tomato Flavor

Figure 1. The Great Barrier Reef is discolored due to severe coral bleaching caused by global warming.

An End to Global Warming Could End Mass Coral Bleaching

By Megan Y. Tan ’19 The Great Barrier Reef is the world’s largest coral system stretching over an area of more than 300,000 square kilometers off the coasts of Australia. Though the Great Barrier Reef Marine Park protects a large part of the reef from fishing and tourism, it is still not safe from environmental factors such as global warming. In fact, climate change has … Continue reading An End to Global Warming Could End Mass Coral Bleaching

Figure 1. Biodiversity loss is partially compensated by the altered behaviors of remaining organisms.

Extinction of a Species is Compensated by Remaining Ecosystem

By Patrick Yang ’20 Biodiversity loss is often associated with ecosystem degradation because it is assumed that a species’ ecological role vanishes along with the species in the case of extinction. Current models of ecosystems utilize this assumption and predict an accelerated decline in ecological properties as biodiversity loss increases. Although this is a logical prediction, Dr. Martin Solan at the University of Southampton and … Continue reading Extinction of a Species is Compensated by Remaining Ecosystem

The Removal of Coal Mine Contaminates

by Jenna Mallon (’18) Numerous abandoned coal mines exist throughout the US, many of which are consistently spewing toxic drainage, known as Acid Mine Drainage (AMD), into our waters. AMD leads to elevations in sulfuric acid, iron, aluminum, and manganese levels, which leads to extensive environmental damage. Scientists have struggled to find a cost-effective and efficient way of removing these substances. It has been hypothesized … Continue reading The Removal of Coal Mine Contaminates

The Effectiveness of Wildlife Conservation

by Jenna Mallon (’18) Numerous organizations, such as the World Wildlife Fund, exist in order to help protect and save our environment and the animals that live in it. As scientists gain a better understanding of our impact on the world, wildlife conservation has become a more pressing issue. Since scientists must act fast in order to save species and ensure their propagation into the … Continue reading The Effectiveness of Wildlife Conservation

Researchers Find Correlation Between Pollen Storages and Foraging Activity

by Jenna Mallon (’18) A lot goes on inside the hives of Apis mellifera, commonly known as the western honeybee, to keep the colony of bees alive and healthy. Forager bees work outside the hive to collect water, pollen, nectar, and resin: all of which are necessary for the survival of the bees. Collecting pollen and understanding the behavior and action of forager bees has … Continue reading Researchers Find Correlation Between Pollen Storages and Foraging Activity