WHO HAS THE RIGHTS TO DESTROY OUR MOUNTAINS?

 WHO HAS THE RIGHTS TO DESTROY OUR MOUNTAINS?

I hope I am only dreaming. Or maybe I am just a victim of fake news. But I keep hearing stories of entire mountains being excavated, scooped out, flattened — not for national security, not for public safety, not even for essential infrastructure — but for sand, soil, gravel, rocks, and minerals to be sold elsewhere for profit.

In these stories, permits are allegedly signed by mayors and governors as if they personally owned these mountains, as if nature came with a transferable title. Even worse, some of these same officials are rumored to be the very ones running the operations. If this is true, then what we are witnessing is not development. It is legalized plunder.

Yes, the government does have the power to grant extractive rights — for mining, quarrying, or timber — but let us be very clear: not even the government has the moral authority to grant anyone the right to completely destroy a mountain. A permit is not a license to erase an ecosystem.

So where is the national government in all this?
Where is the Department of Environment and Natural Resources (DENR)?
Do they even know how many mountains have already been disfigured, hollowed out, or wiped from the map?

We loudly condemn corruption in flood control projects — and rightly so, because people die in floods. But what about corruption in mountain destruction? Isn’t that just as deadly, only slower? When mountains are stripped, floods become worse. When forests disappear, droughts become harsher. When watersheds are destroyed, water shortages follow. The bill always comes due.

And who keeps track of the wildlife that vanishes when a mountain is carved apart?
The birds, the insects, the reptiles, the plants found nowhere else on Earth?
Do they get listed as “collateral damage”? Or do they simply vanish without official record?

This is not just an environmental issue. This is a governance crisis.

Mountains are not just piles of rock. They are living systems. They store water, regulate climate, prevent floods and landslides, and feed our rivers. They are also cultural landscapes. For many Indigenous communities, mountains are sacred — not commodities, not quarries, not profit centers. Destroying a mountain is not just environmental destruction; it is cultural erasure.

So who really has the rights here?

Legally, the state issues permits.
Economically, corporations claim contracts.
Politically, local officials wield signatures.

But morally, mountains do not belong to politicians, corporations, or even the present generation alone. They belong to the people who live with them, to future generations, and to the ecosystems that took thousands or even millions of years to evolve.

If a mountain is destroyed today, can the law still run after the offenders tomorrow?
Can accountability still happen after the last tree has fallen and the last slope has collapsed?
Or will everything be dismissed as “already done”?

Instead of racing to destroy what is left of our natural defenses, we should be racing to reforest, rehabilitate, and protect what still stands. Instead of counting quarry revenues, we should be counting how many watersheds we have saved, how many forests were restored, and how many communities protected from floods and landslides.

Perhaps what we truly lack is not laws — we have many of them — but the political will to enforce them without fear or favor. Perhaps what we truly lack is the courage to say no to short-term profit and yes to long-term survival.

So I ask again, and I ask it loudly:

Who has the right to destroy our mountains?
Because from where I stand, the only real right that exists is the duty to protect them.

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/09-28-2026

ARE INSECTS, BACTERIA AND FUNGI THE FUTURE OF PLASTIC RECYCLING?

ARE INSECTS, BACTERIA AND FUNGI THE FUTURE OF PLASTIC RECYCLING?

Just when the battle against plastic pollution seemed hopeless, we may have found new hope — not in massive machines or costly chemicals, but in tiny living organisms. Insects, bacteria, and fungi are now emerging as natural plastic fighters, evolving enzymes that can break down what once took centuries to degrade.

It is deeply ironic that science created plastics — and now science may be what finally defeats them.

Researchers have discovered that a bacterium called Ideonella sakaiensis can digest PET plastics commonly used in bottles, breaking them back into reusable chemical components. Scientists have since engineered “super-enzymes” that work even faster, turning plastic into reusable raw materials in hours instead of centuries. Certain fungi can metabolize polyurethane, while insects like mealworms and waxworms, through their gut microbes, can digest even stubborn plastics such as polyethylene.

Why does this matter?

Because the scale of the plastic problem is terrifying. The world produces more than 400 million tons of plastic every year, yet only about 9–12% is recycled. The rest ends up buried, burned, or floating in our oceans as deadly microplastics. Traditional recycling mostly “down-cycles” plastics into lower-quality products. Biological recycling offers something radical: breaking plastics down into their pure building blocks so they can be used again and again — a true circular economy.

Some companies are even developing enzyme kits that would allow compostable plastics to be added safely to household compost piles. Imagine that — plastics finally becoming soil instead of garbage.

Just as exciting is the possibility of community-level recycling. For barangays and small communities, this technology could enable local compost hubs where plastics are biologically processed instead of dumped in landfills. This could reduce hauling costs, generate green jobs, and restore degraded environments.

But let us be clear: this is not yet a silver bullet.

Many common plastics remain difficult to break down. Most of these biological solutions still work best under laboratory conditions. Scaling them up safely and affordably remains a major challenge. There are also legitimate concerns about unleashing engineered microbes into the environment without strict safeguards.

This is why government action is crucial — and urgent.

The Department of Science and Technology (DOST) should already be deeply involved in developing and testing these technologies locally. If foreign licensing becomes necessary, then the Department of Foreign Affairs (DFA) must protect national interests in technology transfer. The Department of Environment and Natural Resources (DENR) should define environmental safety rules. The Department of Trade and Industry (DTI) would regulate products once enzyme kits and bio-recyclers enter the market. And when implementation reaches the community level, the Department of the Interior and Local Government (DILG) and LGUs must take charge.

Frankly, I believe this calls for a national inter-agency task force on biological recycling — before technology overtakes our policies.

The bigger question now is not whether this science works. It already does. The real question is:

Are we ready to adopt it? Are we willing to invest in it? Or will we once again wait until the technology is expensive, foreign-owned, and beyond the reach of ordinary Filipinos?

If insects, bacteria, and fungi are now ready to fight plastic, then humanity must also be ready to fight — with policy, funding, community action, and political will.

We created the plastic crisis.
Nature may be showing us the way out.
The only question left is whether we choose to follow.

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/09-27-2026

WHAT IS THE DIFFERENCE BETWEEN FLOOD CONTROL AND FLOOD MANAGEMENT?

WHAT IS THE DIFFERENCE BETWEEN FLOOD CONTROL AND FLOOD MANAGEMENT?

Flooding is becoming an all-too-familiar nightmare in our country, but it seems our understanding of how to deal with it hasn’t caught up. We keep talking about flood control, but what we truly need—and what we rarely deliver—is flood management.

To put it simply: flood control means building things to stop flooding. Think dams, levees, floodwalls, retention basins—the physical, structural defenses. On the other hand, flood management is smarter. It’s holistic. It combines those very structures with policy, planning, early-warning systems, smart zoning, and community preparedness.

In other words, flood control is just one piece of the puzzle. It’s like elementary school: basic, essential, but limited. Flood management, by contrast, is graduate school—it demands deeper thinking, systems-level solutions, and long-term strategy.

So why has our Congress focused almost exclusively on flood control? Why the obsession with concrete dikes and ditches? Because flood control is tangible, visible. It shows up in the budget, in construction contracts, in ribbon-cutting ceremonies. But that visibility can also be a smokescreen. There have been repeated reports of substandard flood control works, overpriced projects, even “ghost” projects. 

The Department of Public Works and Highways (DPWH) has admitted that we don’t yet have a genuine, integrated master plan for floods. We’re doing piecemeal projects—dikes here, drainage channels there—but no coordinated nationwide strategy. That fragmented approach speaks volumes about how shallow our interventions are.

Meanwhile, politicians like Senator Juan Miguel Zubiri have called out this piecemeal budgeting as a major problem. Rather than a few big, well-designed programs, what we get is scattered funds for projects that may or may not work. And critics argue that many of these projects serve the interests of contractors more than the safety of communities. Senator Panfilo Lacson has long warned of corruption and anomalies in flood control funds. 

So yes, it’s time we moved beyond just building dikes. We need flood management—a smarter, broader, more resilient system. Here’s what that would look like:

1. Integrated planning across agencies — Local governments, national agencies, and communities must coordinate. Flood management isn’t just DPWH’s job.
   
   

2. Land‐use policy and zoning — We should discourage settlements in flood-prone areas. Instead, we should direct growth toward safer zones.
   
   

3. Early-warning systems and community education — Technology matters. Alerts, evacuation routes, flood drills—all of these save lives, not just infrastructure.
   
   

4. Nature-based solutions — Restore wetlands, reforest riverbanks, rehabilitate floodplains. These act as natural sponges when the rains come.
   
   

5. Advanced technological tools — Flood prediction can be strengthened by data analytics, AI, even satellite monitoring. We can also use fluid-dynamics models to understand how water moves through our systems.
   
   

6. Policy reform backed by legislation — Bills being discussed in Congress already reflect this. 

We must spread the responsibility, not just leave it to DPWH to drop concrete where water flows. That’s what flood management calls for: a system that is both structural and adaptive. It requires long-term vision, multi-party cooperation, and yes, brighter minds.

If we continue treating flood control as our endgame, we will keep repeating the same mistakes. But if we embrace flood management—real, integrated, people-centered flood management—we just might break the cycle of flood disaster in this country.

“Insanity is doing the same thing over and over again and expecting different results.” It's a reminder that changing outcomes requires changing structures, feedback loops, or mental models—not just repeating actions within the same paradigm.

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/06-26-2026

GERMANY INVENTS MICROGENERATOR USING ONLY SMALL STREAMS

GERMANY INVENTS MICROGENERATOR USING ONLY SMALL STREAMS

Sometimes, the most powerful ideas come in the smallest packages—literally. Germany has just unveiled a suitcase-sized micro-hydropower generator that can sit quietly in a small stream and produce enough electricity to power up to twelve homes. No dam. No fuel. No grid connection. Just flowing water and smart engineering.

Imagine that—a small creek lighting up an entire neighborhood.

This device uses advanced micro-turbines and magnetic induction technology to convert the natural flow of water into steady, clean electricity. Once deployed, it can reportedly run for up to five years with almost zero maintenance, and—this is crucial—it does all this without harming fish and aquatic habitats.

Big progress from a very small machine.

Now, allow me to immediately call the attention of the Department of Energy (DOE): Have we officially looked into this? If not, why not start with a formal inquiry through the German Embassy here in the Philippines? This is exactly the kind of technology we keep saying we need—but rarely pursue aggressively.

Think about the implications.

We have thousands of off-grid barangays, especially in GIDA areas (Geographically Isolated and Disadvantaged Areas). Many of these communities already sit near streams, creeks, and small rivers. Instead of waiting years for expensive power lines or running noisy diesel generators, why not deploy modular micro-hydro units like these?

This could be a game-changing rural electrification strategy.

Now here are the governance questions that matter:
Could this be piloted by the DOE as a renewable energy program?
Could DILG integrate this into LGU-based energy resilience projects?
Could DPWH incorporate this into flood control, irrigation, and river rehabilitation projects?

Imagine this: every new flood control or irrigation project automatically includes micro-hydro slots for power generation. Water for farms, flood protection for communities, and electricity for homes—all from the same stream. That is systems thinking, not siloed governance.

Germany’s model also shows the power of modular energy. You don’t need one giant power plant. You can deploy multiple small generators, creating micro-grids that are resilient to disasters. When typhoons knock out centralized transmission lines, these communities can still have light, water pumps, refrigeration for medicines, and communication.

And let us not underestimate its role in food security. These generators can power:
– irrigation pumps
– cold storage
– aquaponics systems
– small agri-processing facilities
– barangay-level recycling hubs

All without burning a single liter of diesel.

This innovation also aligns perfectly with indigenous stewardship zones, where large infrastructure is disruptive but small, low-impact technologies are welcome. Electricity without ecological destruction—that is the ideal balance.

The lesson from Germany is simple but profound: you don’t need to destroy rivers to generate power from them. You just need to be smart.

So my question is this:
Why do we keep chasing billion-peso mega-projects when we can energize entire villages with devices that fit in a backpack?

I strongly suggest that the DOE initiate a feasibility study immediately, in partnership with DILG, DPWH, and selected LGUs in GIDA areas. Do a pilot. Test it in mountain barangays, island sitios, and flood-prone farming communities.

If this works—and the science suggests it will—we won’t just be electrifying homes.
We will be empowering communities, strengthening resilience, and proving that clean energy does not have to be big to be transformative.

Germany showed the way.
The question now is: will we walk it?

RAMON IKE V. SENERES

www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/09-25-2026