Project Reef 3D

MEXICAN-LED · PACIFIC-BOUND

See the reef.
Record the change.

A transpacific scientific expedition turning underwater imagery into lasting, measurable reef records.

PROJECT REEF 3D

Project Reef 3D coral
FIELD OBSERVATION

What will we wish
we had recorded?

Reefs are changing fast. Project Reef 3D documents their structure and visible living community, leaving a record that people can return to, study and compare.

Coral reefs sustain biodiversity, coastal livelihoods and local economies. Recording their condition today creates a foundation for understanding tomorrow’s changes.

DOCUMENT CAREFULLYSHARE KNOWLEDGEBUILD LOCAL CONTINUITY

From photographs
to living records.

One consistent field method. Many ways to learn from the same reef.

Select & survey

Identify relevant sites, record survey footprints and capture overlapping underwater images.

Reconstruct in 3D

Match shared features across photographs to create a measurable snapshot of reef structure.

Interpret & connect

Link the model with imagery, environmental observations and expert-validated annotations.

Return & compare

Work with local participants to repeat surveys where feasible and build a record of change.

A DIGITAL SNAPSHOT OF A REAL PLACE

Shape. Structure.
Visible life.

Consistently collected imagery can support the identification of coral, algae, habitat and other visible features.

Wildflow is Project Reef 3D’s partner for data processing, storage and visualization, transforming underwater imagery into accessible 3D reef records.

3D reef visualization · Processing and visualization by Wildflow.

From field observations
to shared knowledge.

A shared spatial reference connects observations collected at the same site and grows through collaboration.

A repeatable reef survey workflow.

A repeatable workflow linking field observations, ecological interpretation and collaboration.

Build the reef record

  1. Select sites

    Identify relevant reefs and document survey footprints.

  2. Capture imagery

    Collect overlapping images using a consistent survey method.

  3. Reconstruct in 3D

    Match shared features to create a measurable reef model.

  4. Connect observations

    Link imagery with location, date, depth and environmental data.

Interpretation and repeat monitoring

  1. Interpret the reef

    Identify visible coral, algae and habitat features with expert validation.

  2. Repeat and compare

    Revisit with local participants, for example every six months where feasible.

  3. Annotate together

    Enable local and remote contributors to annotate and study reef records.

  4. Support future AI

    Build validated datasets for models of reef composition, structure and change.

Integrated reef data

A 3D reef model links imagery, environmental measurements and ecological observations from the same site.

Core survey

Underwater imagery, location, date, depth and additional environmental measurements.

Potential partner contributions

Partners can repeat the core survey or contribute complementary observations, such as eDNA, acoustics, water chemistry and remote sensing, when available.

Four stacked reef layers linking 3D structure, imagery, environmental information and multimodal data
Multimodal dataEnvironmental informationImagery3D structure

A shared reference that grows through collaboration.

INITIAL PILOT · DECEMBER 2026

Mesoamerican
Reef Pilot.

Initial survey sites in Quintana Roo, Mexico, will establish the first georeferenced 3D reef baselines and validate a standardized survey, processing and analysis workflow.

Start in Quintana Roo

The pilot will begin in Quintana Roo, with proposed survey sites in Cozumel, Banco Chinchorro and other selected reefs along the Mexican Caribbean. Site selection will be developed with local researchers, conservation organizations and dive operators, subject to permits and field access.

Repeatable underwater imaging and georeferenced 3D reef records will establish a baseline for future comparisons, while local collaboration will support training and continued monitoring.

Potential regional expansion

If financing is available, the pilot methodology could be implemented at additional sites in Belize and Honduras, in collaboration with interested local institutions and participants.

This regional extension concerns field methodology, training and monitoring.

SCIENCE, COMMUNITIES & SUSTAINABLE TOURISM

A regional foundation for collaboration

The initiative brings together reef monitoring, practical training and the documentation of marine natural heritage. Researchers, conservation organizations, dive operators and coastal communities will collaborate to create accessible 3D reef records, strengthen local monitoring capacity and develop visual resources for environmental education and responsible tourism.

UN Sustainable Development Goal 14: Life Below WaterUN Sustainable Development Goal 17: Partnerships for the Goals

Supporting the UN Sustainable Development Goals: Life Below Water and Partnerships for the Goals.

Reef knowledge
Comparable records to support environmental education, conservation and the understanding of reef condition.

Local continuity
Collaboration with researchers, conservation organizations and dive operators to support future repeat surveys.

Responsible promotion
High-quality photographs and video for public engagement and responsible tourism promotion.

MEXICO TO SINGAPORE

Transpacific
Expedition.

Beginning in the Mexican Pacific aboard S/V Elda, the expedition will apply and refine the survey framework across contrasting reef systems, develop local collaborations and identify sites for future repeat monitoring.

MEXICOFRENCH POLYNESIAPACIFIC ISLANDSCORAL TRIANGLESINGAPORE

Proposed route. Site selection and timing depend on permits, conditions, partnerships and expedition logistics.

Regional site library

Explore the Mesoamerican Reef pilot and the Pacific expedition in one library. Site records, 3D models, observations and galleries will be added here as the project progresses.

EXPLORE BY LOCATION

Reef collections, in context.

Move from regions to broad site areas and explore their collections. Public locations are generalized to protect precise survey positions.

PLANNED FIELD SETUP

S/V Elda 43 ft

  • Underwater imaging

    Cameras, scuba surveys and repeatable 3D capture.

  • Environmental sensors

    Site measurements linked to imagery and survey records.

  • ROV exploration

    A small remotely operated vehicle for complementary observations.

  • Onboard support

    Renewable power, backup generation and field equipment.

A modular platform, adapted to each survey and collaboration.

THE FIELD PLATFORM

A mobile base
for reef science.

S/V Elda is a 43-foot sailing vessel refitted to support extended surveys across the Pacific, providing access to sites beyond conventional research infrastructure.

The planned setup combines scuba equipment, underwater imaging systems, a small ROV and selected field instruments, with room for partner-contributed sensors. Primarily renewable power, with a backup generator, supports extended operations.

SAILING CORRIDORUNDERWATER IMAGINGMODULAR SCIENCE

Dr. Maria Angela Dissegna is a Mexican geomatics engineer with over 15 years of international experience in remote sensing, environmental modelling and 3D mapping. As founder and scientific lead of Project Reef 3D, she combines her technical expertise with her experience as a diver and sailor to advance repeatable, collaborative reef monitoring.

Dr. Maria Angela Dissegna

Dr. Maria Angela Dissegna

Founder & Scientific Lead

PARTNERSHIPS

Collaborators, partners
and sponsors.

A consistent spatial and visual foundation makes room for additional science without expanding the minimum requirements of every survey.

A lightweight field team.
A distributed network.

Local researchers, conservation practitioners and experienced divers bring site knowledge and continuity. Scientific and technical collaborators contribute expertise, interpretation and tools. Local and remote participants can help annotate and study reef records.

Ways to contribute

01

Scientific & technical

Analytical methods, environmental sensors, imaging systems, computing, software and data infrastructure.

02

Local & field

Site knowledge, scientific coordination, permits, dive operations, field logistics and repeat monitoring.

03

Expedition support

Anyone can support the expedition with a donation of any amount through our shop. Equipment and practical contributions also help make fieldwork and the onward voyage possible.

Working with a reef, restoration project or marine protected area? We welcome reef practitioners, conservation NGOs, park managers and local teams interested in 3D documentation, monitoring or collaboration.

Talk about a collaboration View the full presentation ↗

Current partners

Wildflow

DATA PARTNER

Wildflow

Data processing, storage and visualization for Project Reef 3D.

Abraham SP logo

DESIGN PARTNER

Abraham SP

Strategic design.

SUPPORT PROJECT REEF 3D

Support reef science.
Wear the mission.

Everyone is welcome to contribute, with as much as they wish. Your donation helps support field surveys and the creation of accessible records of marine habitats.

Donations of over US$100 include one Project Reef 3D T-shirt as a thank-you gift. Choose from the three designs below, then select your preferred color and size in the shop.

THE DESIGNS
DESIGN 01Photo coming soon
Design 1
DESIGN 02Photo coming soon
Design 2
DESIGN 03Photo coming soon
Design 3
Project Reef 3DPROJECT T-SHIRTDesign preview coming soon

YOUR CONTRIBUTION

Give any amount

Choose your contribution and, if eligible, your T-shirt gift in our shop.

Start a conversation

Fields marked * are required.

A general location is enough; please don’t include sensitive site coordinates.

Tell us about your work, the site or project, and what you hope to explore together.

Your details and message are sent privately to Project Reef 3D so we can respond to your inquiry. They won’t appear on the website.

Connected layers of reef information infographic