What is regenerative agriculture practiced by Hawaii farmers?

Regenerative agriculture combines ancient Indigenous methods with new techniques to rebuild the environment and restore ecological balance.

How do Kamananui Cacao Farm's efforts help the environment?

Kamananui Cacao Farm prevents hundreds of tons of sediment and nutrients from polluting local streams and the ocean annually.

Why are Oahu farmers returning to Indigenous agricultural values?

Farmers are returning to these values to combat soil erosion, improve water quality, and promote sustainable food production amidst climate change.

Home / Environment / Hawaii Farmers Heal Land With Ancient Wisdom

Hawaii Farmers Heal Land With Ancient Wisdom

30 Dec

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Summary

Farmers use ancient Indigenous methods combined with new techniques.
Regenerative agriculture aims to rebuild the environment and restore balance.
Farms prevent hundreds of tons of sediment from reaching the ocean annually.

Hawaii Farmers Heal Land With Ancient Wisdom

Farmers on Oahu are adopting regenerative agriculture techniques, drawing inspiration from ancient Indigenous methods to heal the land. This shift moves away from the extractive practices of historical plantations towards a holistic approach that prioritizes environmental balance and sustainability. Through initiatives supported by organizations like Agriculture Stewardship Hawaii, farmers are implementing practices to retain soil and water, preventing significant amounts of sediment and nutrients from reaching coastal waters like Kaiaka Bay.

These regenerative methods are crucial as the region faces intensifying droughts and rainfall due to climate change, which exacerbates soil erosion. Farmers are planting cover crops, using mulch, and creating bioswales to conserve soil and water. This mindful cultivation not only supports healthier ecosystems but also contributes to the economic viability of farms and the islands' self-sufficiency goals. Many are educated tourists on these practices and the traditional ahupuaa land system.