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Full-Text Articles in Life Sciences
To Dust You Shall Return: A Theological Argument For The Human Compost Movement, Sydney N. Ederer
To Dust You Shall Return: A Theological Argument For The Human Compost Movement, Sydney N. Ederer
Undergraduate Honors Theses
This research paper analyzes Catholic, Daoist, and Jewish beliefs on death, the body, the soul, afterlife, and after death rituals in order to build a connection between these beliefs and human composting practices. It uses these three religious traditions to find support for and recognize potential opposition against the human compost movement. These conclusions are in turn used to make a claim for human composting. Thorough research and a careful analysis of religious beliefs and traditions surrounding death and the body provides theological support for human composting as a recommended method for body disposal after death. Therefore, this research is …
The Physiological Effects Of Exercise On California Yellowtail (Seriola Dorsalis) White Muscle, Julie Giannini
The Physiological Effects Of Exercise On California Yellowtail (Seriola Dorsalis) White Muscle, Julie Giannini
Undergraduate Honors Theses
California yellowtail (Seriola dorsalis) is a species of ray-finned fish that demonstrates a significant increase in muscle mass in response to sustained exercise at optimal swimming speed. In this study, three groups of yellowtail have been analyzed for a 6-month period to determine if the length of exercise affects white muscle fiber development and if these changes persist when the exercised fish have been returned to a normal “resting” condition. Gene analysis was performed to test if MyoD, a myogenic regulatory factor, was upregulated in response to exercise. To test these questions, the groups compared included a control …
Effect Of Adult Chemical Cues On Molting Of Fiddler Crab Megalopae In Low Salinity Seawater, Sydney Rilum
Effect Of Adult Chemical Cues On Molting Of Fiddler Crab Megalopae In Low Salinity Seawater, Sydney Rilum
Undergraduate Honors Theses
Three species of fiddler crabs, Uca minax, U. pugnax, and U. pugilator, are commonly found in estuaries along the Atlantic coast, each with distinct adult habitats differing in salinity and sediment grain size. Prior research has found evidence for larvae exhibiting selective settlement; however, the degree to which and the method by which they choose their species-appropriate habitat to settle in is still unknown. Additionally, a recent study determined that chemical cues from adult crabs stimulate molting in field-caught fiddler crab megalopae, as previously determined in lab-reared megalopae; however, in 35 ppt seawater, few U. minax molted. …