RECENT WORK

Recent Work

I explore strategies to improve acceptance of sustainable food production systems. Specifically, I conduct taste tests and consumer research to understand attitudes towards systems such as perennial agriculture (crops that do not require planting every year), aquaponics (fish and vegetables grown in the same water circulating system to reduce energy inputs and waste), and plant-based proteins (associated with fewer human health and environmental detriments). My long-term goal is to identify in-win approaches that result in a tasty and healthy eating experience for consumers and economically sustainable solutions for food producers, all while minimizing environmental impact.

Perennial agriculture

By avoiding annual planting and tilling, perennial agriculture results in improved soil and water quality and reduces greenhouse gas emissions.

Aquaponics

Growing fish and vegetables in the same water circulating system reduces energy costs and water use while reducing waste and improving total yield efficiency.

Plant-based proteins

Plant-based diets are associated with lower environmental impact and positive human health benefits.