Seagrass / SAV restoration
Site assessment, donor selection, nursery propagation, and precision planting with survival monitoring.
- Baseline surveys & mapping
- Genetic stock & sourcing plans
- Protective exclosures
Science‑led coastal restoration
We cultivate and restore seagrass (SAV), build oyster reefs & living shorelines, and monitor water quality — led by in‑house marine biologists and seasoned field techs.
- Nursery & propagation
- Drone‑assisted planting
- Permitting & compliance
0 acres
seagrass restored
0 m
shoreline protected
0/7
monitoring stations
Services
Oyster reefs & shorelines
Modular reef design, living shoreline installations, and post‑construction performance tracking.
- Spat‑on‑shell & alternatives
- Wave attenuation modeling
- Habitat complexity targets
Monitoring & analytics
Water quality, benthic health, fish/invertebrate assemblages with transparent dashboards.
- QA/QC protocols
- eDNA & photogrammetry options
- Regulatory reporting packages
Permitting & compliance
End‑to‑end coordination with local, state, and federal agencies; mitigation & restoration plans.
- USACE / state applications
- Mitigation banking support
- Biological opinions
Nursery & propagation
Controlled nursery systems for seagrass and SAV with health metrics and traceability.
- Quarantine & disease screening
- Light & nutrient control
- Transplant logistics
UAS / Drone operations
High‑resolution mapping and assisted planting to cover large areas efficiently.
- FAA Part 107 pilots
- Change detection mapping
- Orthomosaics & DSM
Our approach
Science‑first
Led by in‑house marine biologists; methods align with peer‑reviewed science and agency guidance.
Field‑proven
Equipment and SOPs refined by field techs who install, maintain, and monitor every site.
End‑to‑end
From site selection and permitting to construction and long‑term monitoring — one accountable team.
Projects
Shallow Bay Seagrass Pilot
5‑acre pilot with donor meadow genetic matching, protective exclosures, and 24‑month monitoring.
- Status
- Active
- Scope
- Assessment → Propagation → Planting → Monitoring
Harbor Oyster Breakwaters
Living shoreline with modular reef units reducing wave energy and increasing habitat complexity.
- Status
- Completed
- Scope
- Design → Install → Post‑construction monitoring
Water Quality Network
Ten continuous monitoring stations streaming to a public dashboard with alerting.
- Status
- Active
- Scope
- Deploy → Calibrate → Analyze → Report
Team
Marine Biology
Seagrass ecologists, fisheries biologists, and coastal engineers collaborate on robust designs.
Field Operations
Divers and field techs trained in low‑impact installation, safety, and rigorous documentation.
Data & Reporting
Standardized methods, QA/QC, and clear deliverables for permitting and stakeholder updates.
Contact
Tell us about your site and goals. We’ll follow up with a short discovery call.