Brigalow Catchment Study – Virtual Tour of Key Research Sites
The Brigalow Catchment Study’s virtual tour showcases key research sites with 360-degree panoramas, drone footage, custom navigation, embedded videos, and 3D models, providing an engaging and informative experience
The Client
The Brigalow Catchment Study is a long-term research project examining the impact of land management practices on water quality, soil health, and agricultural productivity in Queensland’s Brigalow Belt. By comparing cleared and uncleared land, the study provides critical insights to support sustainable farming, environmental conservation, and policy development.
The Challenge
Our Solution
To enhance the Brigalow Catchment Study Virtual Tour, the team refined the approach to improve clarity, navigation, and overall usability. The goal was to create a seamless and informative experience while addressing technical limitations and user concerns. By leveraging drone footage and ground-based 360-degree images, the team optimized the available data to create the most immersive experience possible. While a full 3D model was not part of the original scope, the drone-captured imagery was enhanced to maximize resolution and detail, improving the visibility of key study areas and equipment.
To resolve navigation issues, connectivity between viewpoints was improved, allowing users to move smoothly between locations without being forced back to the home screen. Areas like the C5 Exclusion Plot were adjusted for better accessibility, and the C1 Flume was added to provide a more complete representation of the site.
The team also carefully considered the level of detail included in the tour to maintain clarity without overwhelming users. Based on discussions, certain elements, such as hydrological boundaries, were omitted to keep the virtual tour focused and user-friendly. Through these refinements, the Brigalow Catchment Study Virtual Tour was transformed into a more engaging, accurate, and accessible resource, providing a high-quality visual representation of the research site.
Optimized drone footage and 360-degree images to enhance resolution and clarity
Improved connectivity between viewpoints for smoother navigation
Adjusted C5 Exclusion Plot accessibility to prevent users from getting stuck
Maximised visibility of key study areas and equipment despite 3D model limitations
Added the C1 Flume to complete the site representation
Refined the level of detail to balance usability and accuracy
Omitted hydrological boundaries to keep the tour clear and focused
Integrated user feedback to ensure continuous improvements and refinements
Enhanced overall user experience, making the virtual tour more engaging and accessible
Project Team

CRAIG FINE

JAMIE SHER

CHRISTOPHER CLEAR
Client Testimonial
Get an Instant Quote on 1300 00 3392
Our Recent Projects
-
Childcare 3D Virtual Tour | 21 McIntyre St Matterport See how a full 2400 sqm childcare site was captured with a high-quality 3D virtual tour
-
AMS Constructions TerryWhite Chemmart Beenleigh 3D Tour Discover how AMS Constructions delivered fast-turnaround Matterport 3D scans for TerryWhite Chemmart Beenleigh, managing multiple sites, tight schedules,
-
RKM Roller Company – 3D Animation of Conveyor & Roller Systems 3D animation for RKM Roller Company showcases conveyor and roller systems with clear, step-by-step
-
Cirlock 3D Product Animation for Technical Visualisation 3D Walkabout created a 3D animation of the Cirlock, clearly showing product features and functionality in a clean,
-
Campbell Architecture | Matterport Scan of Claremont Property 3D Walkabout captured a Matterport scan of a Claremont home, giving Campbell Architecture a digital twin they
-
Health Careers International | Virtual Tour of IHNA Brisbane Campus 3D Walkabout captured IHNA’s Brisbane campus using Matterport, delivering a clean, self-guided virtual tour with







