¶ Wildlife Monitoring and Habitat Mapping
| Company | Aeroscan |
| Country | India |
| Website | https://aeroscantechModellogy.com/forestry-solutions/ |
| Category | Planning & Inventory › Remote sensing & mapping |
¶ Overview
Wildlife monitoring and habitat mapping in forestry refers to the systematic collection, analysis, and spatial representation of data describing the distribution, abundance, movement, and ecological requirements of fauna species within managed forest landscapes, providing the evidence base needed to balance timber production with biodiversity conservation obligations. Traditional survey methods — spotlight counts, pitfall trap arrays, call playback surveys, and quadrat-based vegetation assessments — remain important but are increasingly augmented by a suite of remote sensing and sensor technologies that dramatically increase spatial and temporal coverage without proportional increases in field effort. Passive acoustic monitoring devices deployed on trees record the echolocation calls of microbats and the vocalisations of owls, frogs, and threatened birds such as the Leadbeater's possum and the swift parrot, with automated species identification software processing thousands of hours of recordings to produce presence-absence data across large forest areas. Camera traps with motion triggers document ground-dwelling mammals including quolls, bandicoots, and wombats across plantation edges and old-growth interfaces, while AI-powered image classification pipelines reduce the manual review burden for ecologists. LiDAR remote sensing — acquired from airborne or UAV platforms — generates high-resolution three-dimensional models of forest canopy structure, enabling the mapping of hollow-bearing tree density, understorey complexity, and coarse woody debris volumes, all of which are key habitat attributes for forest-dependent fauna. In Australia, where the intersection of commercial forestry with threatened species habitat is a recurring source of regulatory and social scrutiny — particularly for operations in Victoria's Central Highlands and Tasmania's native forests — robust wildlife monitoring and habitat mapping programs are essential for demonstrating compliance with Regional Forest Agreement conditions, meeting requirements of the Environment Protection and Biodiversity Conservation Act 1999, and maintaining social licence to operate.
¶ Assessment
A valuable tool that supports long-term sustainability by improving habitat insight and reducing ecological and regulatory risks, though its productivity benefits remain indirect.
¶ Details
| Field | Value |
|---|---|
| Company | Aeroscan |
| Country | India |
| Type | Company |
| FWPA RD&E | 7.3 |