Red-Blue Light Optimization for Lettuce Growth

The organics team is working to optimize lettuce growth in hydroponic systems by experimenting with alternating blue-red light cycles. This project aims to deepen our understanding of how plants respond to different wavelengths of light during various stages of their growth cycle, paving the way for more efficient and sustainable cultivation methods.

Microbe-Mediated Greywater Processing for Hydroponic Systems

Here, we aim to leverage genetically-engineered microbes to upcycle detergent-contaminated water (i.e. greywater) for use in our hydroponic systems! The utilization of greywater holds significant importance, particularly in regions where consistent access to clean water is limited, such as isolated communities or drought prone regions. By incorporating greywater into farming practices, we hope to contribute to the sustainability objectives of our generation.

Microalgae Cultivation for Alternative Fuel Generation

In partnership with our engineering team, we are developing innovative methods to harvest microalgae cultivated in vertical farming systems. Additionally, we are utilizing chemical processes to convert the harvested algae into sustainable biofuels, advancing our efforts toward renewable energy solutions.

Plant-Pathogen Interactions in Hydroponic Systems

As vertical farming and alternative agricultural methods gain popularity, it becomes increasingly important to understand how plants and other organisms interact within these innovative environments. In collaboration with a USDA researcher, we are investigating plant-pathogen interactions in hydroponic systems to deepen our understanding of these dynamics and their implications for sustainable agriculture.