Clean Coast Initiative Foundation • Island-Wide Defense

Hawaii Pacific-Shield

Safeguarding Hawaii's unique marine environments by connecting mountain watersheds to coastal reefs. We protect island waters from land-based pollution and climate stress.

The Mauka-to-Makai Watershed Approach

The Hawaii Pacific-Shield is built on the traditional Mauka-to-Makai (mountain-to-sea) framework, recognizing that healthy oceans depend entirely on healthy land. By integrating ancient Loko Iʻa (traditional fishpond and sediment-filtering) principles with modern ecological science, we stop inland erosion and agricultural runoff before they can degrade delicate island reef tracts.

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Reef Water Quality Protection

Implementing natural water chemistry stabilization and monitoring across the critical reef tracts of Maui Nui and West Hawaii to protect coral skeletons against warming waters and acidification.

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Nutrient & Seepage Scrubbing

Using engineered wetlands and natural biological systems to filter out agricultural and wastewater seepage before nitrogen-rich runoff triggers invasive algae blooms that smother local coral reefs.

Backed by 501(c)(3) standards, CCIF collaborates with local Hawaiian communities and environmental scientists to preserve island ecosystems.

Frequently Asked Questions

What is the Mauka-to-Makai framework?
Mauka-to-Makai translates from mountain to sea. It is a holistic island management approach recognizing that protecting Hawaii's ocean ecosystems requires caring for inland watersheds, streams, and forests first.
How do engineered wetlands prevent reef degradation?
Agricultural runoff and cesspool seepage carry excess nitrates and pollutants into coastal waters, feeding toxic algae that chokes coral reefs. We use engineered wetlands to naturally scrub these nutrients before they reach the ocean.
How does CCIF protect reef water chemistry in Maui and Hawaii?
We implement targeted water quality management and buffering strategies around vulnerable reef tracts in Maui Nui and West Hawaii to protect marine life against thermal and chemical stress.