The bay we are working to protect

Regenerative Tourism at Horseshoe Reef: Mapping the Deep Western Section

A high-resolution orthomosaic of the deep western section of Horseshoe Reef, showing dense coral coverage and intricate reef structures. The image, created using photogrammetry, highlights the complex habitat that supports marine life, including honu, o’milu, and herbivorous fish species. This orthomosaic is used for ecological monitoring and conservation research.

A Dive with Purpose: Regenerative Tourism in Action

At Ocean Alliance Project, we believe in regenerative tourism—a model where visitors and community members don’t just observe nature but actively contribute to its conservation. Through our Kamaʻāina Ecological Monitoring Program, we recently conducted a survey of the deep western section of Horseshoe Reef, collecting data to produce a high-resolution 3D model and orthomosaic of the site. This work helps track coral health over time and supports long-term marine conservation efforts.

Unlike traditional tourism, where visitors passively experience a location, regenerative tourism focuses on active participation and lasting environmental impact. On this dive, participant Layla Soaper helped document the reef through advanced underwater imaging techniques, contributing directly to scientific research. By engaging in data collection and ecological monitoring, Layla and others in our program play a vital role in protecting Hawaii’s reefs.

A high-resolution orthomosaic of the deep western section of Horseshoe Reef, showing dense coral coverage and intricate reef structures. The image, created using photogrammetry, highlights the complex habitat that supports marine life, including honu, o’milu, and herbivorous fish species. This orthomosaic is used for ecological monitoring and conservation research.

Exploring the Deep Western Section of Horseshoe Reef

Horseshoe Reef is a highly biodiverse coral ecosystem, particularly in its deep western section. This site is known for its dense coral coverage and abundant marine life, making it an essential habitat for many species:

  • Green sea turtles (honu) frequently traverse the reef, resting on coral ledges.
  • Large milkfish and o’milu (bluefin trevally) hunt smaller fish in the reef’s intricate structures.
  • Moray eels can be spotted in coral crevices, waiting to ambush prey.
  • Herbivorous fish, including kole (goldring surgeonfish), kala (unicornfish), and uhu (parrotfish), help maintain the reef’s health by controlling algae growth.

Using Photogrammetry for Reef Conservation

Through photogrammetry, we captured a detailed 3D reconstruction of this section of Horseshoe Reef, allowing scientists, conservationists, and the public to explore and analyze its structure. These models serve as a baseline for monitoring coral health, tracking changes over time, and identifying potential restoration sites. By integrating cutting-edge technology with community-driven conservation, we can make reef monitoring more accessible and impactful.

Building a Community of Ocean Stewards

This project highlights how regenerative tourism empowers participants to contribute to marine conservation in a meaningful way. Layla, like many of our program participants, gained hands-on experience in ecological monitoring, underwater imaging, and data collection—skills that not only enhance her understanding of marine ecosystems but also support broader conservation initiatives.

Join Us in Protecting Hawaii’s Reefs

By participating in our regenerative tourism programs, you can:

This work is not just about exploration—it’s about giving back to the ocean. If you’re interested in making a difference through regenerative tourism, get involved now!

Download Files

Leave a Reply

Search

Popular Posts

Discover more from Ocean Alliance Project

Subscribe now to keep reading and get access to the full archive.

Continue reading