Ecological Engineering and Marine Restoration Group
We are the Ecological Engineering and Marine Restoration Group (EEMRG) at Florida Tech. Our mission is to apply the ecological engineering framework to address the array of various human-related challenges impacting marine systems. By approaching these complex issues this way, we strive to amplify the beneficial outcomes for both the natural environment and the communities that depend on coastal areas.
Why ecological engineering?
Ecological engineering focuses on integrating the needs of humans and the natural environment through the creation, conservation, or restoration of an
ecosystem. Typical project goals include reducing local pollution, resolving resource challenges, and assisting in ecosystem recovery after a major disturbance. These projects not only address the primary goal but also prioritize modifying and utilizing the system in a manner that minimizes harm and protects natural habitats from degradation.
At its core, ecological engineering focuses on understanding the relationship between human society and its natural environment. This is the entire basis for ecological engineers' aim to develop strategies that bolster the health of local ecosystems while simultaneously benefiting humans.
We aim to use this same framework to enhance local ecosystems in order to combat human impacts.
The Indian River Lagoon
Located on the east coast of Florida, much of our research focuses on the Indian River Lagoon (IRL). The IRL is a unique ecosystem, stretching 156 miles down the coast of Florida and making up over 10 distinct habitats. The temperature location allows flora and fauna to thrive, supporting thousands of species of organisms. The IRL faces many challenges, including increased levels of nutrient runoff, algal blooms, pollution, habitat destruction, seagrass loss and invasive species. These issues predominantly stem from the popularity of the IRL as a tourist destination. Our goal is to counter some of these impacts by enhancing
the natural systems of the lagoon through ecological engineering and restoration.