Don't Just Study the Problem.
Build a Better Solution.
The Conservation & Discovery Center is envisioned as a place where field observations from the Indian River Lagoon can connect directly with research, engineering, environmental data, prototype development and real-world testing.
A problem discovered by Project Lagoon could become a research question, a new design, a prototype, a field test — and eventually a conservation solution capable of being used far beyond one location.
The Best Research Questions May Start Out on the Water.
Science and innovation begin with actual environmental observations. Not every observation automatically becomes a research project — but real-world experience can surface questions worth investigating.
EXAMPLES OF QUESTIONS:
- Why does debris repeatedly collect here?
- How does a material behave after long-term exposure to Lagoon conditions?
- Could a different habitat structure perform better?
- Can a sensor be redesigned to make field monitoring easier?
- Can recovered material be safely reused for another conservation purpose?
Understand the Environment Before Trying to Change It.
The proposed environmental Research Laboratory may support appropriate analysis of water, sediment, soil, sand, environmental materials, debris-related materials, potential leachate, microplastics, material composition and selected field samples. Future specialized equipment may include technologies such as XRF or other appropriate analytical systems, subject to final research scope, staffing, safety requirements and funding.
The laboratory should support Project Lagoon, restoration research, materials evaluation, environmental monitoring, university collaboration, student research, prototype evaluation and long-term environmental questions.
The proposed laboratory is not an accredited regulatory testing laboratory. It does not currently perform certified compliance testing. Specific analytical capabilities are not promised until equipment, methods and staffing are established.
The Lagoon Doesn't Produce One Kind of Data.
Environmental understanding may require bringing together many different information sources. The proposed AI/Data Hub can help organize and connect information — organizing observations, comparing datasets, identifying patterns, assisting image/object review, identifying potential hotspots, creating maps, supporting field assignments, generating reports, preserving research provenance and supporting long-term analysis.
AI supports people. AI does not make final scientific, regulatory or recovery decisions autonomously.
To Understand the Lagoon Today, Sometimes You Have to Look Back.
Currents Through Time is envisioned as an environmental intelligence platform helping people explore evidence and change across the Indian River Lagoon. Project Lagoon and future Center research may eventually contribute appropriate information into this broader environmental intelligence ecosystem.
Not all Project Lagoon data is already integrated into CTT. Environmental datasets should not be overstated.
A Century of Lagoon History, Current Conditions and Incoming Data — Visible at a Glance.
Currents Through Time is the environmental intelligence and data platform. The Living Lagoon Monitor is the physical and digital visitor experience powered by that intelligence.
Unlike a traditional museum display, the Living Lagoon Monitor would continue changing as new environmental information enters Currents Through Time. Visitors could literally watch the lagoon's environmental record grow over time.
Three Layers of the Living Lagoon Monitor
The experience is designed around three interconnected layers.
THE WALL — UNDERSTAND THE LAGOON IN SECONDS
A massive digital environmental timeline showing historical conditions, major environmental events, trends, restoration activity, current conditions and incoming information.
THE EXPLORER — SHOW ME WHY
Interactive displays allowing visitors, students and researchers to explore years, locations, indicators, events, evidence, datasets and environmental changes.
THE LIVE FEED — THE STORY IS STILL BEING WRITTEN
Show new validated observations, monitoring information, Project Lagoon records, research information and other appropriate environmental records becoming part of the growing knowledge base.
Show Me Why.
Students, families and researchers can use adjacent interactive touchscreen stations to explore years, environmental indicators, locations, events and supporting evidence while the large Living Lagoon Monitor remains visible nearby.
The Story Is Still Being Written.
New validated observations, monitoring information, Project Lagoon records, research information and other appropriate environmental records become part of the growing knowledge base — visible to visitors in real time.
Unlike a traditional museum display, the Living Lagoon Monitor continues changing as new environmental information enters Currents Through Time. Visitors could literally watch the lagoon's environmental record grow over time.
Turn a Research Question Into Something You Can Test.
The proposed Innovation Lab is where ideas can move from research into practical design. It connects the Research Laboratory and AI/Data Hub to the fabrication side of the campus.
Sometimes the Next Conservation Tool Doesn't Exist Yet.
The Conservation Fabrication & Innovation Center is a major component of the long-term campus vision — a high-bay fabrication and prototype-development environment where approved conservation concepts can become physical prototypes.
Not all equipment has already been selected or purchased.
Build for the Problem — Not Just for the Shelf.
These are categories of innovation, not claims of finished commercial products. Development may involve original design, university collaboration, licensed technology, corporate partnerships, existing technology adapted with permission, and freedom-to-operate/IP review where appropriate.
LIVING SHORELINE COMPONENTS
Habitat-supporting shoreline and erosion-control concepts.
HABITAT STRUCTURES
Oyster, fish and other appropriate habitat modules.
WAVE ATTENUATION
Concepts that may help reduce wave energy where environmentally and structurally appropriate.
SEAGRASS PROTECTION
Devices or systems intended to support protection or restoration efforts.
FLOATING MONITORING PLATFORMS
Platforms for sensors, environmental monitoring or research.
SENSOR HOUSINGS & MOUNTS
Field-ready components for environmental instruments.
ROV / DRONE COMPONENTS
Specialized field equipment and research accessories.
MARINE DEBRIS COLLECTION TOOLS
Devices designed around Project Lagoon field experience.
PROJECT LAGOON EQUIPMENT
Custom field tools, baskets, mounts, handling systems and survey equipment.
FUTURE SURE BUOY TECHNOLOGY
Potential future buoy or monitoring-device concepts.
A Conservation Solution Shouldn't Create a New Environmental Problem.
Materials used for restoration and marine applications must be evaluated carefully. Research and testing should determine suitability — a material is not 'eco-friendly' simply because it is recycled.
Evaluation may include environmental safety, structural performance, durability, marine exposure, leaching, ecological compatibility, manufacturing requirements, deployment method and end-of-life considerations.
The Lagoon Becomes Part of the Testing Process.
Appropriate prototypes can move from controlled testing into carefully planned field pilots. All deployment remains subject to ownership/site permission, engineering, environmental review, permitting, navigation considerations, agency requirements, research protocols and monitoring requirements.
If We Don't Measure What Happens Next, We Haven't Finished the Experiment.
Deployment should be followed by monitoring. Possible measures depend on the project but could include physical durability, structural condition, habitat use, sediment response, shoreline response, water conditions, biological observations, maintenance requirements, sensor performance, failure modes, unintended impacts and comparison with baseline conditions. Monitoring connects to Hidden Waters, Project Lagoon, the AI/Data Hub, the Research Laboratory and Currents Through Time where appropriate.
The First Version Doesn't Have to Be the Final Version.
Unsuccessful results can still provide valuable information. The Center should encourage evidence-based improvement rather than treating every prototype as a success.
A FAILED TEST CAN STILL BE A SUCCESSFUL EXPERIMENT IF WE LEARN FROM IT.
What If a Student Project Could End Up in the Lagoon?
The potential university and college collaboration model connects classroom learning to real-world conservation impact. Potential opportunities include capstone projects, senior design, undergraduate research, graduate research, internships, field research, prototype development, environmental monitoring and data analysis.
No university has formally partnered unless authorized.
Don't Hide the Work Behind a Wall.
Appropriate portions of the Science & Innovation campus can become part of the visitor experience. Visitors and school groups could safely observe real work without entering controlled laboratory or industrial areas. This connects to Percy's Conservation Academy and STEM education.
If Something Works, the Impact Shouldn't Have to Stop at One Test Site.
Successful, validated concepts may eventually have pathways to wider deployment. If SCWS develops original intellectual property, future licensing or mission-aligned manufacturing may be explored subject to nonprofit law, tax considerations, intellectual-property strategy, legal review, regulatory requirements, conflict-of-interest policies and board oversight.
Net resources generated through appropriate mission-aligned activity could support the nonprofit conservation mission. No revenue projections are made. Commercialization is not guaranteed.
From a Problem in the Water to a Solution in the Water.
The real power of the Center is connecting capabilities that are often separated: field operations, science, data, engineering, fabrication, education and real-world testing.
THEN USE WHAT WE LEARN TO MAKE THE NEXT SOLUTION BETTER.
A Real-World Place Where New Water-Quality Solutions Can Be Developed, Tested and Demonstrated.
The Lagoon Water Treatment & Environmental Engineering Testbed is envisioned as a real-world environmental engineering research site where technologies that could improve estuarine water quality can be developed, tested, measured and demonstrated.
The Center is not claiming that one filtration system will clean the Indian River Lagoon. The Center is creating a place where new methods of improving lagoon water quality can be developed, tested, measured, demonstrated and — when successful — scaled into real-world solutions.
See Incoming Water. See Treated Water. See the Difference.
Connect the system to the Research Lab and AI/Data Hub. Where practical, allow visitors to see portions of the system and compare incoming water versus treated water through live digital exhibits.
Three Categories of Research.
Organize research around three connected intervention zones: preventing and treating impacts before water enters the lagoon, controlled treatment and research within lagoon conditions, and post-treatment return, reuse and monitoring.
Potential Research Areas
The testbed is modular rather than permanently tied to one treatment method.
Can Freshwater Discharges Be Managed to Reduce Ecological Impacts?
Include research into large freshwater inputs entering the Indian River Lagoon. The Center does not claim that adding salt is the solution.
The research question: Can freshwater discharges be captured, reused, treated, stored, gradually released, blended, conditioned or otherwise managed to reduce ecological impacts associated with rapid salinity changes?
A Future Mobile Platform Could Take Treatment Research Into the Field.
A future mobile research concept could potentially use a dedicated vessel, pontoon, barge, trailer-based system or modular equipment. Permanent or temporary piping, remote treatment locations, larger pumping systems or distributed treatment infrastructure are described only as future possibilities requiring demonstrated benefit and appropriate authorization.
The Complete Development Cycle.
Connect this program directly to the Conservation Fabrication & Innovation Center. Show the complete development cycle from identifying a problem through scaling a successful solution.
THE CENTER IS NOT CLAIMING THAT ONE FILTRATION SYSTEM WILL CLEAN THE INDIAN RIVER LAGOON.
Where practical, visitors should be able to see real lagoon water entering an experimental system and view appropriate portions of treatment and measurement.
Students and researchers could investigate treatment effectiveness, energy requirements, operating cost, environmental effects and scalability.
The Center Itself Becomes a Living Laboratory.
The campus should not simply teach other people how to protect water while becoming part of the problem itself. Every reasonable effort should be made to reduce the campus's own environmental impact, measure what works and use the property as a real-world learning environment — connecting grounds, infrastructure and operations to the research mission.
Campus Water Use & Rainfall
Campus water use, rainfall and runoff are measured and studied — not merely managed. Rain gardens, bioswales and permeable surfaces become real research sites.
Rainwater Capture & Treatment
Rainwater capture and reuse are explored where feasible. Treatment systems and wash-down water management provide real data on what works in a Florida coastal environment.
NatureScape & Living Shoreline Monitoring
NatureScape native landscaping and living shoreline demonstrations are monitored for habitat performance, runoff reduction and ecological response — connecting grounds management to conservation research.
Campus Energy Generation & Use
Solar field or solar canopies, efficient building systems, battery and storage possibilities and campus energy monitoring provide data on renewable energy performance in a coastal climate.
Electric Mobility & Charging
Electric campus mobility and charging infrastructure provide data on fleet energy use, operational patterns and the practical realities of electric transportation in a working conservation campus.
AI/Data Hub Environmental Monitoring
The Center's AI and data infrastructure may eventually help monitor campus energy generation, consumption, water use, captured and reused water, runoff systems, treatment systems and overall environmental performance — turning the campus itself into a research dataset.
The campus is not claimed to be net-zero or fully solar powered unless future engineering demonstrates that. No environmental performance results are claimed that do not yet exist. Campus runoff routing to another watershed requires future property-specific engineering, hydrology, drainage and regulatory review.