Lucretius: the Wonderer

I seek to create a Lucretius text useful for a high school classroom including a commentary on four sections of the poem. The passages include 2.998 – 1047 which explains how the Epicurean atomic theory, 3.912—979 the famous passage that denies the underworld and its tortures, 5.855 – 923 the semi-Darwinian passage detailing the sorts of creatures that can exist in this world, and 5.1194– 1240 about the detrimental effects of humans fearing gods. In addition to writing a commentary on these passages, I will explore the perception of Lucretius though the present day, in hopes of discovering how and why this important and influential author has been so systematically excluded from secondary latin literary studies. My discussion will include an overview of how modern Latin textbooks do or do not mention Lucretius and how his presence in these textbooks compares to his role in university-level Latin course offerings. In addition to writing a commentary on these passages, I will explore the perception of Lucretius though the present day, in hopes of discovering how and why this important and influential author has been so systematically excluded from secondary latin literary studies. My discussion will include an overview of how modern Latin textbooks do or do not mention Lucretius and how his presence in these textbooks compares to his role in university-level Latin course offerings. I am hoping this research will be useful both pedagogically and for learning how decisions about literary content are made in American secondary and higher education in Latin.

Evaluating Alternative Nutrient Sources in Subsistence-Level Aquaponic Systems

Many food production methods are both economically and environmentally unsustainable. Our project investigated aquaponics, an alternative method of agriculture that could address these issues. Aquaponics combines fish and plant crop production in a symbiotic, closed-loop system. We aimed to reduce the initial and operating costs of current aquaponic systems by utilizing alternative feeds. These improvements may allow for sustainable implementation of the system in rural or developing regions. We conducted a multi-phase process to determine the most affordable and effective feed alternatives for use in an aquaponic system. At the end of two preliminary phases, soybean meal was identified as the most effective potential feed supplement. In our final phase, we constructed and tested six full-scale aquaponic systems of our own design. Data showed that soybean meal can be used to reduce operating costs and reliance on fishmeal. However, a more targeted investigation is needed to identify the optimal formulation of alternative feed blends.