WHAT CAN WE LEARN FROM THE MIYAWAKI METHOD OF REFORESTATION?

WHAT CAN WE LEARN FROM THE MIYAWAKI METHOD OF REFORESTATION?

The biggest advantage of the Miyawaki method is time. While conventional reforestation can take 200 to 300 years to reach true forest conditions, the Miyawaki method can deliver a functioning forest in as little as 15 to 20 years — some even become self-sustaining in just 2 to 3 years. At a time when climate change is breathing down our necks, time is something we no longer have the luxury to waste.

This method, pioneered by Japanese botanist Dr. Akira Miyawaki, uses a simple but powerful idea: plant many native species very close together, mimicking how natural forests grow. The result is forests that grow up to ten times faster and become as much as 30 times denser than conventional plantations. These mini-forests restore biodiversity, attract birds and insects, cool surrounding areas through natural shading, absorb carbon, and even help improve groundwater recharge.

Now comes the interesting twist.

In Hyderabad, India, a real-estate developer called the Stonecraft Group is applying the Miyawaki method in its Urbanrise housing projects. Instead of decorating subdivisions with ornamental plants and lawns, they are building real forests within residential developments. These communities enjoy natural cooling, cleaner air, and living biodiversity right in their backyards.

This opens a serious question for us: Why can’t we do this in the Philippines?

Should this become a joint project of the DENR and the DHSUD? If implemented in Metro Manila, how should the MMDA be involved? And why should this be limited to the capital when cities like Davao, Cagayan de Oro, Iloilo, and General Santos still have large open spaces waiting for sensible ecological use?

I believe this idea should already be part of the agenda of all Regional Development Councils. We need a national roadmap for urban and rural reforestation — not just scattered tree-planting drives, but a clear 50- or even 100-year ecological restoration plan. Where do we want our forests to be by 2075 or 2100? If we do not plan now, future generations will inherit nothing but concrete and excuses.

Of course, let us not romanticize this method blindly. The Miyawaki method requires serious groundwork — proper soil preparation, correct identification of native species, and intensive maintenance during the first two to three years. It is not cheap at the beginning. And while many successes have been reported, long-term scientific measurements of carbon capture and forest behavior are still being studied in many countries.

But even with these cautions, the lesson is clear: reforestation does not have to be slow, ugly, or ceremonial. It can be fast, dense, living, and beautiful.

What I find most disturbing is that many of our developments still waste large areas on decorative landscaping that looks neat but is ecologically useless. Lawns consume water, contribute nothing to biodiversity, and disappear the moment maintenance stops. Imagine if every subdivision, school, hospital, government complex, and idle public lot used Miyawaki forests instead.

In just one generation, we could create thousands of small urban forests — breathing spaces in our choking cities. We do not need to wait for perfect conditions. We only need political will, local government commitment, and citizens who demand more than ribbon-cutting tree-planting ceremonies.

The Miyawaki method teaches us a powerful lesson: forests are not just for mountains. They belong in our neighborhoods, beside our homes, near our children’s schools, and within our communities.

The question now is not whether we can do it.

The real question is: Will we finally choose to do it?

RAMON IKE V. SENERES

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