Solving the problems of the world, the natural way!

Lately, I have found myself browsing, reading, and sharing stories about sustainable initiatives and innovative discoveries that seek to solve some of the world's most pressing problems. In a world increasingly challenged by natural disasters, environmental degradation, corruption, misgovernance, and social conflict, it is encouraging to see ordinary people, scientists, inventors, and communities searching for solutions rooted in nature and human ingenuity.

For decades, I have been a student and advocate of nature-based solutions to pollution, climate change, poverty, and resource scarcity. I have attended conferences, visited communities, and listened to experts and ordinary citizens alike. What I have learned is that many of the solutions are already around us, just hidden in plain sight. I cannot help but ask: Why do so many crises persist despite our technological advances? The global energy crisis is fueled not by nature but by human greed, overconsumption, and the concentration of power in the hands of a few. Geopolitical tensions continue, yet the powers that be just refuse to thread the peaceful path. But amidst all this, I am amazed how people struggle to persevere, communities unite, and nations continue searching for solutions grounded in cooperation and solidarity.

All is not hopeless. Across the globe, people persist in finding practical and sustainable answers.

Take Singapore. Researchers have developed a technology that converts falling raindrops into electricity. When I first read about this innovation, I immediately thought of Bicol, where torrential rains are part of our yearly reality. If rain can become a source of energy elsewhere, why can we not explore similar possibilities here? Singapore has also transformed rainwater into ultra-clean reclaimed water known as NEWater, which now supplements the nation's drinking water supply. In a country with limited natural resources, necessity has become the mother of innovation.

Several thousand miles away in Portugal, engineers are harnessing the immense energy of Atlantic Ocean waves to generate clean electricity. Unlike solar and wind energy, wave energy can operate continuously, capturing the natural movement of ocean swells day and night. For the Tabang Bikol Movement, which spearheaded the DUROS Multi-Stakeholders Dialogues on Offshore Wind Farms around San Miguel Bay, such innovations are eye-opening. Having participated in these discussions, I have become even more convinced that nature offers multiple pathways to clean and sustainable energy if only we are willing to invest in them. In that forum, environmental lawyer and indigenous peoples' advocate Dr. Henry Molintas reminded us, nature provides many energy builders—the sun, the wind, and the ocean. Architect and sustainable urban planner Felino "Jun" Palafox, with whom I contantly exchange for words of wisdom, likewise emphasizes that there is no shortage of plans and innovations to address problems and hazards before they become disasters.

Meanwhile, Sweden has become a global leader in waste-to-energy technology. The country has nearly eliminated dependence on landfills by converting non-recyclable waste into electricity and heat for homes and buildings. I cannot help but imagine how different our communities in Canaman, Naga City, Pili and everywhere would be if waste were treated as a resource rather than a problem.

China, our Asian neighbor, is now the world's largest producer of renewable energy. Its massive investments in wind and solar power are gradually displacing fossil fuels while powering industries and households. Equally admireable, China lifted hundreds of millions of people out of poverty over the past four decades—one of the largest poverty reduction achievements in human history. Even the seemingly impossible problem of mass poverty can be addressed through sustained commitment and long-term planning.

Closer to home, Filipino inventor from Dagupan, Zambonga del Norte Jaime Navarro demonstrated that local innovation can offer practical solutions to national problems. When I learned about his plastic-to-fuel technology, I asked myself: Why are inventions like this not being replicated, improved, and scaled up across the country? Recognized by the Department of Science and Technology but why do so many promising Filipino innovations fade from public attention after receiving initial recognition? What has happened with this invaluable invention?

Unfortunately, while many countries actively support innovators and researchers, the Philippines has yet to demonstrate the same level of commitment to nurturing local inventions that could revolutionize waste management, energy production, agriculture, and industry. Too often, promising technologies remain underfunded, underutilized, or forgotten.

Why is this so? The answer may lie in the concentration of political and economic power. Those who benefit from monopolies and dynasties rarely welcome innovations that could disrupt established interests. Transformative solutions often threaten entrenched systems, and those who hold power seldom surrender it voluntarily.

Yet history repeatedly shows us that progress is possible when people demand change. The examples of Singapore, Portugal, Sweden, China, and innovators like Jaime Navarro remind us that solutions already exist. Nature provides the resources. Science provides the tools. Human creativity provides the possibilities.

What remains is the political will to act. The problems of the world may be complex, but many of their solutions are surprisingly natural. Why does the Philippines lag so behind?