What’s the Temperature Like Down There?

Wendy Wu ’22 Marine mammals are highly sensitive to temperature, often witnessed migrating to warmer/colder waters depending on their preferences. Research into the thermal habitats of marine mammals has so far been based on surface water temperatures. Stephanie Adamczak, a graduate student at the School of Marine and Atmospheric Sciences at Stony Brook University, sought to investigate the impact of deeper water temperatures on habitat … Continue reading What’s the Temperature Like Down There?

Who is to Blame for Earth’s Death?

Natalia Pszeniczny, Grade 10 Introduction Environmental deterioration has been a huge topic of discussion between scientists and politicians. When dealing with such a delicate topic, it is important to consider all angles: democratic, environmental, personal, and economic. The issues presented with climate change vary in complexity. Many people are concerned that the increasingly rigid environmental restrictions will prevent their companies from expanding to their full … Continue reading Who is to Blame for Earth’s Death?

Environmental Policies: Can They be Beneficial for the Environment at the Cost of Economic and Personal Freedom?

Angela Zhu, Grade 11 The past decade has been recorded as the warmest in history, with global temperatures reaching dangerous highs (1). Smog coats the skies of many cities around the world, and factories continue to burn fossil fuels, sending various greenhouse gases into the Earth’s atmosphere. To combat these devastating effects on the environment, governments globally have enacted environmental policies which seek to reduce … Continue reading Environmental Policies: Can They be Beneficial for the Environment at the Cost of Economic and Personal Freedom?

Localization, Authenticity, & Intersectionality – Ingredients to the Effective Implementation of Environmental Policies

Lauren Avilla, Grade 12 The key to unlocking success in environmental policy has always been guided by the singular concept of sustainability. It has proven the backbone of many federal environmental policies such as the Clean Water Act (CWA), Clean Air Act (CAA), and the National Environmental Policy Act (NEPA). Conceptually, the practice of fulfilling the needs of now while simultaneously maintaining resources for the … Continue reading Localization, Authenticity, & Intersectionality – Ingredients to the Effective Implementation of Environmental Policies

Implications of Solar Geoengineering

Ashley Goland ’23 Solar geoengineering is a technology that aims to reflect incoming sunlight away from the Earth to reduce the rise of global temperatures, and one proposed approach is to send aerosols into the atmosphere. Although this method may seem like a quick, relatively cheap way to delay further climate change, the effects it could have upon marine and terrestrial organisms are not yet … Continue reading Implications of Solar Geoengineering

Countdown to 2050 to Save the Amazon.

Priyanshi Patel ‘22 The number of fires in the Amazon last year had renewed public concern for the future of the region’s forest biome. The concerns date back to the early 1970s when Brazil made the Transamazon Highway, after which the rate of deforestation increased. One of the principal questions Amazon scientists are asking is, how much deforestation and global climate change can the Amazon’s … Continue reading Countdown to 2050 to Save the Amazon.

Herbaceous Layer Dynamics in Central Appalachian Hardwood Forests

Fatin Chowdhury ’20 Forests are stratified in sections such as the herbaceous layer, which includes tracheophytes (plants with vasculature) over 1 meter in height and can be extremely ecologically significant. Potential factors influencing forest dynamics in this context include top layer (overstory) characteristics and soil quality. A researcher at the University of West Florida, Frank S. Gilliam, recently conducted work at the Fernow Experimental Forest … Continue reading Herbaceous Layer Dynamics in Central Appalachian Hardwood Forests

Threatened mangrove forests can regenerate carbon stocks to defer climate change

Joyce Chen ’23 Shrimp is currently in high demand and is the most-consumed seafood in the United States. However, farming shrimp comes with a large sacrifice. Shrimp are found in shrimp ponds, which are converted from mangrove forests; these forests are known for sequestering, or storing, carbon, thereby delaying global warming. With the expansion of shrimp aquaculture, mangrove forests have depleted significantly, losing up to … Continue reading Threatened mangrove forests can regenerate carbon stocks to defer climate change

CRISPR Editing in Fruit Flies to Mimic Monarch Butterflies

Ellie Teng ‘21 Monarch butterflies can consume toxic milkweed plants due to mutations in their genome. Both the caterpillar and the butterfly store the consumed toxins to defend against predators. Eating a monarch would cause a predator to regurgitate. Researchers at the University of California, Berkeley have utilized the CRISPR-Cas9 tool to genetically modified harmless fruit flies (Drosophila melanogaster) to have the ability to eat … Continue reading CRISPR Editing in Fruit Flies to Mimic Monarch Butterflies

Big-Hearted: Arrhythmia in the World’s Largest Living Animal

Mariam Malik ‘22 Bradycardia is a slower-than-normal heart rate, and can vary depending on age and physical condition. According to the American Heart Association, a heart rate lower than sixty beats per minute (BPM) qualifies as bradycardia. Tachycardia, on the other hand, is a heartbeat that is too fast, specifically one that beats over a hundred times per minute. Both conditions vary by age and … Continue reading Big-Hearted: Arrhythmia in the World’s Largest Living Animal

Interactions between a Tree Exudate and a Loquat-Seed Starch

Fatin Chowdhury ’20 As naturally derived ingredients become more sought after in manufacturing and other areas, the science behind biodegradable material continues to expand. Recently, in order to better understand the chemical dynamics of different ingredients in biomaterials and explore the possibility of developing an edible film, a pair of scientists located in South Korea investigated the interactions of a tree-based gum with loquat-seed derived … Continue reading Interactions between a Tree Exudate and a Loquat-Seed Starch

Environment Dependent Dietary Adjustment by Invasive Aquatic Species

Fatin Chowdhury ‘20 Recently, researchers at three Brazilian universities examined patterns of feeding behavior displayed by the Knodus moenkhausii fish invasive to Brazil. The researchers described a two-fold hypothesis. Firstly, the species is expected to be non-specialist and opportunistic, feeding on whatever food source is most readily accessible. Secondly, resource abundance affects the nature of the trophic niche it resides in. Accordingly, flexibility in diet … Continue reading Environment Dependent Dietary Adjustment by Invasive Aquatic Species