Survey support
Aerial surveys for wildlife, fauna, marine animals and pest monitoring
Thermal and high-resolution visual drone surveys can support wildlife detection, fauna monitoring, marine-animal observation and pest-animal management across areas that are difficult or slow to cover from the ground or water. TALONYX plans safe operations, captures spatially referenced evidence and supplies location-based outputs.
Why it matters
Detection is conditional
Thermal sensors record temperature contrast—not species identity. Detectability is affected by canopy cover, weather, background temperature, survey timing, animal behaviour, flight height and sensor settings.
For ecological work, we coordinate with the project ecologist to determine whether thermal aerial survey is suitable, define target conditions and align flights with the wider survey design. Visual context, location information and field notes help specialists assess observations.
For suitable marine and coastal work, high-resolution visual surveys may help detect and map observable near-surface animals such as dugongs, marine turtles, rays, sharks or larger fish. Feasibility depends heavily on water depth and clarity, sea state, sun glint, turbidity, animal behaviour and the survey design supplied by the relevant marine specialist.
For pest-animal detection and monitoring, repeat thermal surveys can help identify activity areas, estimate observable numbers under defined conditions, direct ground control and compare patterns after intervention. Results must still account for imperfect detection and changing survey conditions.
Specialist collaboration
From wildlife evidence to practical management
For native-species research, TALONYX can support specialist ecologists with thermal survey design, aerial data capture and spatial evidence, while professional ecological interpretation remains with the project ecologist. Where work involves human–wildlife conflict or vertebrate pest-animal management, consultancy and on-ground management solutions can also be provided through TALONYX’s sister business PADFOOT.
Where it helps
Projects and applications
- Koala and arboreal-fauna search support
- Macropod and larger-fauna detection
- Nocturnal and threatened-species survey support
- Dugong, marine-turtle and other near-surface marine-fauna detection support
- Feral deer, pig, goat, rabbit and other pest-animal monitoring
- Control planning and post-treatment monitoring
- Riparian, wetland, coastal and difficult-access habitat
- Development assessment and pre-clearance support
- Rehabilitation and offset monitoring
Useful outputs
Evidence shaped for the workflow
- Thermal imagery and video
- High-resolution visual and marine-survey imagery
- Location-tagged detections and observation layers
- Survey tracks, sightings and observation-effort records
- Indicative counts or density evidence where methodologically suitable
- Activity, hotspot and priority-area maps
- Repeat-survey comparison outputs
- Flight paths, field notes and operational metadata
How we work
A clear path from question to usable evidence
- 01
Confirm target animals, management question and required interpretation
- 02
Assess canopy or water conditions, terrain, weather window, airspace and access
- 03
Design repeatable thermal or visual capture settings and survey tracks
- 04
Fly within suitable environmental and observation conditions
- 05
Review and quality-check potential detections against visual context
- 06
Supply spatial observations, counts where appropriate, metadata and detection limitations
- 07
Repeat under comparable conditions when trend or treatment response is required
Evidence with context
Clear about capability—and limitations
A non-detection is not evidence of absence. Thermal contrast, canopy, terrain, weather, animal behaviour and survey timing affect terrestrial detectability, and thermal imagery alone may not confirm species. Marine visibility is additionally constrained by water depth and clarity, turbidity, sea state, glare, viewing angle and whether animals are at or near the surface. Ecological or marine survey adequacy and species conclusions remain with the relevant specialist; counts are reported within the limits of the agreed detection method.
Common questions
Planning the work
Can thermal drones identify a species with certainty?
Usually not on thermal imagery alone. Size, movement, location and visual context may assist, but confirmation can require an ecologist, ground inspection or other survey evidence.
Can drones detect dugongs or marine turtles?
Potentially, where animals are at or near the surface and water clarity, depth, sea state, glare and viewing conditions are suitable. High-resolution visual imagery is generally more relevant than thermal sensing for this work. Survey design, identification and conclusions should be led or reviewed by the appropriate marine-fauna specialist.
Can TALONYX monitor pest animals as well as native fauna?
Yes. Thermal surveys can support detection, activity mapping, control planning and repeat monitoring for suitable pest animals, including feral deer, pigs, goats and rabbits. Feasibility depends on habitat, target behaviour and thermal conditions.
Does TALONYX design the ecological survey?
We can contribute operational and sensor advice, but the project ecologist or marine specialist should define ecological objectives, target species, survey adequacy and interpretation where professional expertise is 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
Test whether thermal or visual survey suits the target and conditions.
Tell us the target animal, habitat, survey objective and location. We can assess detectability, flight feasibility and the specialist input needed for a defensible survey.
Start a conversation