Aquatic and coastal environments
A clearer view of wetlands, waterways and marine environments
Wetlands, waterways and marine environments can be difficult to access, slow to survey and sensitive to disturbance. Aerial and underwater monitoring support can help teams understand vegetation extent, bank and shoreline condition, visible marine fauna, underwater features and access constraints while building repeatable spatial evidence over time.
Why it matters
Connected evidence above and below the waterline
Aerial capture gives aquatic, coastal and environmental specialists a broad-area view before they enter sensitive, unstable or difficult-access terrain. It can help identify access points, vegetation patterns, erosion features, visible near-surface marine fauna and priority locations for targeted investigation.
Repeat flights can provide a consistent record of shoreline position, bank condition, vegetation extent, restoration change and observable marine activity. GIS links those observations with hydrology, bathymetry or supplied marine datasets, management zones, infrastructure and previous monitoring.
TALONYX is ADAS-qualified to assist with planned underwater surveys and in-water evidence collection. Depending on the project, this may include underwater imagery, georeferenced observations, transect support, condition documentation and field assistance to aquatic or marine specialists.
TALONYX supplies technical field evidence and spatial products. Aquatic and marine ecology, hydrology, geomorphology, species identification and specialist coastal interpretation remain with the appropriately qualified project professionals.
Where it helps
Projects and applications
- Wetland condition monitoring
- Riparian vegetation assessment
- Riverbank, shoreline and erosion monitoring
- Mangrove, saltmarsh, seagrass and coastal vegetation mapping support
- Marine-fauna observation support, including dugongs and marine turtles
- Underwater imagery, transect and condition-survey support
- Restoration and rehabilitation monitoring
- Waterway and marine access or constraints mapping
- Environmental approvals and compliance evidence
- Council and government natural-area programs
Useful outputs
Evidence shaped for the workflow
- High-resolution aerial and underwater imagery
- Orthomosaics and site maps
- Vegetation extent and coastal-habitat mapping support
- Bank, shoreline and observable underwater-condition evidence
- Location-tagged marine-fauna observations where feasible
- Multispectral vegetation assessment where suitable
- GIS-ready consultant layers
- Repeat monitoring datasets and comparison figures
How we work
A clear path from question to usable evidence
- 01
Define the aquatic, coastal or marine monitoring question and required specialist interpretation
- 02
Review hydrology, bathymetry where available, access, tides, sea state, terrain and sensitive areas
- 03
Agree aerial or underwater survey design, timing, boundaries, safety controls and reference information
- 04
Collect suitable aerial, visual, multispectral or underwater evidence
- 05
Process site-wide products and relevant spatial layers
- 06
Integrate supplied specialist and field observations and compare survey periods
Evidence with context
Clear about capability—and limitations
Water level, tides, season, wind, sea state, sun glint, canopy, water depth, turbidity and clarity can affect what is visible and whether survey periods are comparable. Aerial and underwater imagery do not replace fit-for-purpose aquatic sampling, hydrological measurement, bathymetric or geomorphic assessment, or specialist species and habitat identification. Underwater work remains subject to project scope, dive planning, conditions, safety requirements and the limits of the relevant ADAS qualification.
Common questions
Planning the work
Can repeat imagery measure bank or shoreline change?
It can support change assessment when capture geometry, accuracy, timing and environmental conditions are suitable. The required confidence and scale should be agreed before monitoring begins.
Can TALONYX assist with underwater surveys?
Yes. TALONYX holds ADAS commercial-diving qualifications and can support appropriately planned underwater imagery, observations, transects and condition documentation. The scope depends on dive conditions, safety requirements, qualification limits and the survey design or interpretation required from aquatic or marine specialists.
Can aerial surveys detect marine animals?
They may detect observable near-surface animals such as dugongs, marine turtles, rays, sharks or larger fish when water clarity, depth, sea state, glare and animal behaviour are favourable. A non-detection is not evidence of absence, and specialist survey design and interpretation may be required.
Can TALONYX work as a subcontractor?
Yes. We can work directly with a client or discreetly within an environmental consultancy or project team. Scope, branding, data custody and communication responsibilities can be agreed before mobilisation.
What information is needed for a quote?
A site location or boundary, the project question, timing, intended outputs, access constraints and any relevant survey, approval, treatment or reporting requirements.
Can outputs be supplied for GIS and reporting workflows?
Yes. Deliverables can be prepared for integration with project GIS, consultant analysis and reporting. Formats, coordinate reference systems, metadata and naming conventions are agreed at scoping.
Does TALONYX use AI or automated analysis?
Where it is suitable, automation and AI-assisted methods may help classify observations, identify patterns or accelerate quality checks. They are treated as analytical tools rather than conclusions: outputs remain subject to fit-for-purpose methods, source-data review, validation, documented limitations and human accountability.
Discuss your project
Plan evidence above and below the waterline.
Share the aquatic or marine question, site conditions and required outputs. We can help scope suitable aerial, spatial and underwater survey support.
Start a conversation