Collecting data from freshwater lakes is essential for monitoring ecological health and water quality. Traditional methods involve using manned vessels that require multiple personnel and often rely on ecologically harmful fuels or involve tedious manual kayaking. These methods are not only resource-intensive but also infrequent, typically responding to ecological issues only after significant damage has occurred.
This project aims to revolutionize lake monitoring by developing an unmanned surface vehicle (USV) that can autonomously perform bathymetric surveys. This USV enables more frequent and comprehensive data collection, helping detect and address issues caused by industrial projects, tourism, or agricultural runoff before they become detrimental to the lake’s ecosystem.
Project Objectives:
Design Criteria: The USV was constructed to meet the following criteria:
Proof of Concept: The prototype USV has demonstrated the following capabilities:
Long-term Goals:
This project has the potential to significantly improve the monitoring and management of freshwater lakes by providing a cost-effective, efficient, and environmentally friendly solution. By enabling frequent and comprehensive surveys, the USV helps detect ecological issues early, allowing for timely interventions that can preserve the health of aquatic ecosystems. The affordability and accessibility of the USV make it a valuable tool for scientists, local communities, and educational institutions, fostering a collaborative approach to environmental conservation and research.
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