🌿 Building Coastal Knowledge: TLSIC Students Lead a Hands‑On Data‑Collection Survey

On Saturday 22 August 2026, the Totalai Land & Sea Indigenous Corporation (TLSIC) team headed out to an erosion‑impacted coastal site at Kubin for the afternoon of of learning, observing, and documenting Country. What unfolded was more than a training session — it was a powerful step in building ecological literacy, youth confidence, and community‑driven stewardship at Mua Island.

Guided by TLSIC trainers, students took part in a Coastal Data‑Collection Survey, learning how to read the landscape, identify plants, and understand how coastal ecosystems respond to change. For many, it w

as their first time seeing how science, culture, and community protection come together on Country.

🌱 Why We Collect Baseline Data

Healthy coastlines don’t happen by accident — they’re shaped by strong vegetation, resilient ecosystems, and informed decision‑making. The survey helped students understand why baseline ecological data matters:

• It shows what plants and vegetation currently exist

• It highlights habitat features linked to erosion and resilience

• It creates a starting point for future restoration and monitoring

• It teaches ethical, evidence‑based citizen science

This baseline becomes the foundation for long‑term stewardship, helping communities track changes, plan revegetation, and protect coastal Country for generations.

📚 What Students Learned

TLSIC’s training approach blends cultural knowledge, practical skills, and scientific method. During the survey, students explored four key learning areas:

1. Species Identification

Students learned to recognise:

• Native coastal plants that stabilise dunes and support habitat

• Invasive species that contribute to erosion or ecological decline

Using plant ID apps connected to citizen‑science platforms, they practiced responsible data collection while protecting sensitive locations.

2. Mapping Vegetation Zones

Participants mapped vegetation across:

• Foredune

• Backdune

• Mangrove fringe

• Coastal shrub layer

• Canopy species

This helped them see how each zone plays a role in protecting the shoreline.

3. Photo Documentation

Students captured:

• Plant health

• Vegetation density

• Erosion indicators

• Habitat features

These photos will help track changes over time and support future restoration planning.

4. Creating a Plant Catalogue

The team began building a site‑specific plant catalogue — a living record that will grow with each season and survey. It will guide revegetation, support research, and strengthen community knowledge.

🌊 Why This Work Matters

Coastal erosion is a growing challenge across Zenadth Kes. By collecting baseline data now, TLSIC and its student cohort are laying the groundwork for:

• Stronger revegetation strategies

• Evidence‑based restoration

• Long‑term monitoring

• Youth leadership in environmental stewardship

• Integration of cultural knowledge into ecological planning

This work ensures that future restoration is guided by both science and culture — the way it should be.

🔭 What’s Next for the Team

TLSIC will continue building on this momentum with:

• Seasonal updates to the plant catalogue

• Follow‑up surveys to track vegetation change

• Elder‑guided species selection for restoration

• Expanded training in habitat assessment and erosion mapping

• More opportunities for students to lead on‑Country monitoring

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