IS THE PHILIPPINES EXPORTING RAW CACAO BEANS?

IS THE PHILIPPINES EXPORTING RAW CACAO BEANS? Yes, the Philippines is exporting cacao beans and cocoa products, but the numbers tell a sobering story. In 2024, our exports of cocoa and cocoa preparations amounted to about US$33.37 million—a respectable figure at first glance, but modest when placed beside the billions earned by global cacao giants like Ivory Coast and Ghana. More importantly, a significant portion of what we export remains raw or minimally processed. And that is where the problem lies. Switzerland has no cacao farms, yet it produces some of the best—and most expensive—chocolate products in the world. We, on the other hand, grow cacao in Mindanao and other regions, yet we produce very few globally recognized chocolate brands. The difference can be summed up in two words: value added. Exporting raw cacao beans is no different from exporting copra. Prices are low, margins are thin, and farmers remain vulnerable to global price swings. The real money is not in beans; it is in chocolate bars, couverture, cocoa butter, powders, and branded specialty products. Every step of processing multiplies value, creates jobs, and keeps more income within the country. The government is clearly aware of this gap. A Five-Year Cacao Development Plan (2026–2030) has been launched, aiming to expand planting areas, improve post-harvest practices, strengthen supply chains, and position Philippine cacao as a premium, fine-flavor origin. This is encouraging, especially since our cacao is already finding niche markets among artisanal chocolate makers abroad. But I think we are still thinking too cautiously. Here is an idea that is not revolutionary, but may sound controversial: support existing cacao processors and chocolate manufacturers aggressively—even if they already appear “successful.” Give them grants or soft loans. Help them scale. If the law allows it, the government should even consider taking equity stakes in strategic cacao-processing firms, the same way other countries nurture national champions in key industries. Why wait for small processors to struggle their way up when we can help them leap forward? At the same time, the Department of Foreign Affairs should actively scout for foreign chocolate-processing technologies—especially from countries like Switzerland, Belgium, and France—for technology transfer or licensing. We do this for defense and infrastructure; why not for food processing where the risks are lower and the returns are inclusive? In coordination with the DTI, the DOST should double down on what it does best: product development, shelf-life improvement, packaging design, quality testing, and branding. Philippine cacao products should not look “local” in a bad way; they should look world-class. Finally, the government must practice what it preaches. Locally manufactured chocolate products should be front and center in all “Buy Filipino” campaigns, in government cafeterias, gift packs, trade fairs, and official events. If we don’t consume and promote our own products, why should the world take them seriously? So yes, we are exporting cacao. But the more important question is this: why are we still exporting so much of it in raw form? Until we decisively move from beans to bars, from farms to factories, and from commodities to brands, we will remain suppliers to other countries’ success stories—rather than authors of our own. BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/11-02-2026

SAVING THE VISAYAN SPOTTED DEER

SAVING THE VISAYAN SPOTTED DEER I admit it. I sometimes feel jealous when I read about the wildlife conservation success stories of other countries—wolves returning to Europe, condors flying again in the Americas, tigers slowly rebounding in parts of Asia. And then I look around our own backyard and ask: why can’t we tell more success stories of our own? For years, I have written about protecting endemic and native species. Too often, however, the stories are either tragic or unfinished. Species disappear quietly. Programs start and fade. Or perhaps good things are happening, but nobody bothers to tell the public. That is why I genuinely felt excited when I learned about the successful conservation breeding of the Lagsaw—the Visayan Spotted Deer (Rusa alfredi). The Lagsaw is one of the most endangered mammals in the Philippines, found only in the remaining forests of Negros and Panay. Estimates suggest that fewer than 700 mature individuals remain in the wild. Habitat loss, hunting, and forest fragmentation nearly pushed it to extinction. And yet, against the odds, it is now being bred, studied, and prepared for reintroduction through serious, science-based conservation programs. What makes this story even more encouraging is how it is being done. The effort is led by Silliman University in Dumaguete, in partnership with UP Visayas and the Philippine Genome Center. This is inter-university academic cooperation at its best. It is also a fine example of public–private collaboration, with Silliman—a private institution—playing a central role alongside state universities and government-supported research bodies. Through captive breeding, genetic monitoring, and habitat restoration, these institutions are doing more than just keeping deer alive in enclosures. They are safeguarding genetic diversity, preparing animals for release, and working with protected areas such as the Northern Negros Natural Park and the Panay Mountain Range. This is not guesswork. Conservation genomics—yes, genome sequencing—is now part of the program. That alone tells us this is not a token project, but a serious attempt to prevent extinction. So now I ask: can we replicate this model? If we can do it for the Lagsaw, why not for other threatened species? Can we apply similar conservation breeding frameworks to endangered native fish such as pijanga, gingaw, pigok, and ludong? These are not just fish; they are part of local food culture and river ecology. Once they disappear, no amount of regulation can bring them back. And what about birds? Surely, our conservation narrative cannot begin and end with the Philippine eagle. There are many lesser-known endemic birds quietly slipping away without fanfare or funding. I will even push the question further: can we eventually include my personal favorite, the Philippine Forest Dog, the so-called Asong Gubat? Whether one sees it as a distinct species or a unique landrace, it represents another disappearing thread in our biocultural fabric. The Lagsaw project shows us what works: science-led programs, strong academic institutions, partnerships with communities, and long-term commitment. It also shows us that conservation does not always need grand new agencies. Sometimes, what we need is to empower universities, enforce existing laws like the Wildlife Resources Conservation and Protection Act (RA 9147), and fund programs that already deliver results. Most importantly, it reminds us that success stories do exist here—when we choose to support them. Saving the Visayan Spotted Deer is not just about one animal. It is proof that Filipinos can protect their own natural heritage when knowledge, cooperation, and quiet persistence come together. We should tell this story more often—and then ask, seriously and urgently: which species do we save next? BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/11-01-2026

HOUSING MATERIALS MADE FROM PLASTIC WASTE

HOUSING MATERIALS MADE FROM PLASTIC WASTE Every now and then, government science surprises us—in a good way. This is one of those moments. Quietly but decisively, the Philippines has demonstrated that plastic waste, long seen as a nuisance or an environmental curse, can literally become part of the solution to our housing crisis. In November 2025, the Department of Science and Technology–Philippine Nuclear Research Institute (DOST-PNRI) unveiled the country’s first prototype house built using radiation-processed plastic tiles, panels, and bricks. This was not a laboratory fantasy. It was a full, standing house—an ordinary Filipino residential model—constructed from what used to be sachets, packaging, and other low-value plastic waste. The technology behind this is called Post-Radiation Reactive Extrusion (PREx). Plastic waste is collected, sorted, irradiated using electron beams or gamma radiation (no, the plastics do not become radioactive), then reshaped through extrusion into durable construction materials. Radiation strengthens molecular bonds, producing tiles and panels that are lightweight, moisture-resistant, pest-resistant, and suitable for housing components. This innovation is part of the International Atomic Energy Agency’s NUTEC Plastics initiative, a global program involving dozens of countries that aims to fight plastic pollution through nuclear science. The Philippines is not a follower here—we are one of the pilot countries leading the plastics upcycling component. That should already be a source of national pride. But pride alone does not build houses. The internet is already overflowing with examples of construction materials made from waste plastics—blocks, panels, roofing, even road components. There is more than enough global experience now to say that large portions of social housing can already be built using these materials. So the question must be asked: is the National Housing Authority (NHA) or the Department of Human Settlements and Urban Development (DHSUD) paying attention? Why are housing agencies not sitting down with DOST, recyclers, and LGUs to explore mass deployment? Is it not time for the housing sector and the recycling industry to finally converge? I do not have the exact figures, but logic is simple. The government is the biggest builder of socialized housing. If it commits to buying even a fraction of its construction materials from recycled plastics, it could instantly create a stable market, lower housing costs, reduce landfill waste, and generate thousands of local jobs—from waste collection to manufacturing. So why is it not happening? Do we need a new law mandating recycled-content materials in government housing projects? If so, which lawmakers are willing to sponsor it? Or is the problem less about policy and more about inertia? Some may even whisper the uncomfortable question: are recycled materials too cheap to attract kickbacks? Another issue is building codes. Innovative materials, no matter how promising, will remain sidelined if they are not formally recognized by regulators. This is where the government must lead, not wait. And let us talk about support for our own scientists. DOST-PNRI has already produced a working prototype through the PREx Project. Why not expand funding, scale up pilot communities, and move from demonstration to deployment? If we trust foreign technologies enough to import them, why hesitate when our own scientists deliver? This is a rare three-in-one solution: address the housing backlog, reduce plastic pollution, and create livelihoods—especially at the barangay level. As DOST Secretary Renato Solidum Jr. put it, people must learn to see plastic not as waste, but as money. The science is here. The house is standing. The plastic is waiting. The only missing ingredient now is political will. BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/10-31-2026

LOOKING FOR BARANGAY-ORIENTED SOFTWARE

LOOKING FOR BARANGAY-ORIENTED SOFTWARE There are over 42,000 barangays in the Philippines, each with its own set of governance needs, administrative tasks, and community responsibilities. Yet almost all of them face the same problem: they need software, but they cannot afford the expensive systems being sold to big corporations and city governments. And even when they have the budget, many are overwhelmed by the complicated procurement processes required by law. So what happens? Barangays continue operating manually — piles of paper, handwritten logs, folders stacked to the ceiling, and inefficient processing of certificates and clearances. In 2025, this is unacceptable. The Practical Solution: Subscription-Based Software Instead of expecting barangays to buy costly software packages, why not give them access to subscription-based digital tools — affordable, simple, and easy to deploy? If Netflix can be subscribed to monthly, why can’t barangay management systems work the same way? Imagine a barangay subscribing to a governance platform for less than ₱1,000 a month — cheaper than hiring one additional staff member, cheaper than office supplies, and definitely cheaper than the inefficiency created by manual work. No procurement drama. No long-term contracts. No bulky servers. Just a monthly subscription, like a magazine — but infinitely more useful. What Kind of Software Do Barangays Actually Need? Barangays don’t need complicated systems. They need practical tools that solve daily problems: A digital registry of residents Document generation (clearances, certificates) Blotter records and dispute cases Barangay ID system Disaster and incident reporting Budget tracking and resource inventory Hotlines, complaints, and public announcements Mobile access for both officials and residents If these can run on both a website and a mobile app, that’s already a huge leap for local governance. The Gap: Many Solutions Exist… But None Are Truly Affordable It is true that barangay-oriented systems already exist — platforms that offer impressive features. Some even use artificial intelligence for analytics, reporting, and incident monitoring. The problem? Many of these platforms are not designed for ultra-small budgets. Others require long-term contracts, onboarding fees, hardware installations, or extensive training — all of which overwhelm small barangays. What we need is a simple, finished product — or even a flexible template — that developers can customize quickly for each barangay. Calling All Programmers and Developers This is where Filipino developers can step in. We have the wisdom, the talent, and the modern tools to create a platform that is: affordable simple subscription-based cloud-ready secure mobile-friendly optional AI & blockchain enabled Any company or individual can join this challenge. The goal is not to build the most sophisticated system. The goal is to build the most usable system — one that a barangay secretary, a tanod, or a kagawad can use comfortably without training manuals the size of a dictionary. Why This Matters If we digitize 42,000 barangays, we digitize the whole country. Barangays are where governance truly happens — where births are recorded, disputes are settled, emergencies are reported, and communities are managed. Digital governance is not a luxury. It is a necessity. But it must be: affordable accessible subscription-based easy for every barangay to adopt If developers can build this, and if barangays can finally embrace digital tools without fear of costs or complexity, then we can truly say we are moving toward a modern Philippines. It only takes one good system — built simply, priced reasonably, and designed specifically for the barangay — to start a digital revolution from the ground up. BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/10-30-2026

THE PROS AND CONS OF DAIRY MILK PRODUCTION

THE PROS AND CONS OF DAIRY MILK PRODUCTION The debate over dairy milk production has been around for decades, but it is becoming even more relevant now as countries weigh the need for food security against the rising costs of environmental protection and the pressure of global competition. Milk is one of humanity’s oldest foods, but also one of its most complicated — nutritionally beneficial, economically important, yet environmentally heavy and ethically contested. Let’s look at the full picture, and then ask ourselves: Should the Philippines still produce milk locally, and if yes, how? The Good Side of Dairy Milk There is no denying that dairy milk is nutritionally dense. It contains calcium, protein, vitamin D, and several B vitamins — nutrients essential for growing children, pregnant women, and seniors. Across Europe, South Asia, and the Middle East, dairy is not just food but culture: cheese-making traditions, yogurt fermentation, butter churning, and milk-based beverages go back thousands of years. Economically, dairy farming supports nearly 600 million people worldwide, according to the UN Food and Agriculture Organization. For many rural families, a cow is not just a source of milk; it is also a source of manure, which improves crop yields and reduces fertilizer costs — a small but significant boost for food security. Global milk demand also remains remarkably stable, offering farmers reliable markets even in times of economic downturn. The Problems with Dairy Milk But there is another side to the story. Dairy milk production is resource-heavy. Cows release methane, a greenhouse gas that is 28 times more potent than carbon dioxide over a 100-year period. Producing one liter of cow’s milk can require 600–1,000 liters of water, depending on feed production, cleaning, and hydration needs. Deforestation for grazing land, animal confinement issues, and debates on humane treatment all cast shadows on the industry. Health-wise, many Asians — including an estimated 90% of Southeast Asians — are lactose intolerant. Some studies also examine links between high dairy consumption and certain cancers, though the evidence is mixed and continually evolving. Economically, small farmers are under pressure. Industrial mega-farms in the US, Europe, and New Zealand produce milk at massive scale and at much lower cost. This global competition keeps prices low internationally but weakens local dairy industries in developing countries, which cannot match the efficiency of large-scale operations. The Philippine Question: Should We Still Produce Milk? For us Filipinos, the question is practical: Do we produce milk locally because it is cheaper? If the answer is no — and imported milk is indeed cheaper — should we still do it? There are only three acceptable justifications for local dairy production: Price Advantage: If we can produce milk cheaper AND better. Food Security: What happens if global supply collapses or exporting nations stop selling? Livelihood Creation: If dairy farms can generate jobs, income, and rural development. Among these, livelihood creation is arguably the strongest. Even if imported milk is cheaper, a strong local dairy sector can support farmers, create cooperatives, develop rural enterprises, and keep money circulating in the local economy. Looking Back to Move Forward The Philippine dairy industry once had strong potential. Yet it weakened — even nearly collapsed — due to chronic underinvestment, lack of cold-chain logistics, competition from cheap imports, and fragmented production systems. If we want to revive it, we must ask: Why did our local dairy sector decline? How can we avoid repeating the same mistakes? Is cooperativism the key? Should we focus on carabao milk, which is already culturally and biologically suited to our climate? A Way Forward Around the world, farmers are experimenting with regenerative farming, improved animal welfare standards, hybrid feeding systems, and even precision fermentation — producing dairy proteins without cows. Meanwhile, smallholder dairy cooperatives in countries like India continue to thrive by decentralizing production and empowering communities. Perhaps the future of Philippine dairy lies not in competing with industrial giants but in building sustainable, localized dairy ecosystems that balance nutrition, livelihood, and environmental responsibility. Because in the end, milk should not only nourish the body — it should support the nation. BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/10-29-2026

CATCHING WATER FROM THE CLOUDS

CATCHING WATER FROM THE CLOUDS We often think of water as something that must be drawn from wells, rivers or rain — but there is another source, one as old as the dawn of human settlement: the sky. Long before modern plumbing and desalination plants, our ancestors knew how to catch water straight from fog and dew. That ancient wisdom is not lost; it still sustains communities across the world today, even in some of the driest places on Earth. The Forgotten Gift of Fog In remote highlands and coastal deserts where rain rarely comes, dense fog or moist air can be more dependable than seasonal rainfall. Wind pushes humid air through vertical nets — fine-mesh “fog catchers” — where water vapor condenses on the fibers. Droplets join and run down into gutters and are collected in tanks. From these humble nets pours life-giving water: enough to drink, irrigate, raise livestock, and feed entire villages. One prominent example: on a mountainside in Morocco’s Anti-Atlas, a project using the 3D-mesh system called WaterFoundation’s “CloudFisher” network gathers water without pumps, fuel, or electricity — just fog, wind, and human ingenuity. In Chile’s hyper-arid Atacama Desert — a region that sometimes records less than one millimeter of rainfall per year — fog-harvesting nets have become a lifeline. Researchers installing mesh collectors found they could pull in up to 10 liters per square meter per day under favorable conditions: enough to help with drinking water, hygiene, or small-scale irrigation. From Life Necessity to Luxury Commodity Today, this straightforward, zero-energy method stands in stark contrast to the new wave of electricity-powered “fog machines” marketed widely — but justice demands we ask: why monetize what the sky freely gives? Large corporations and tech firms now sell expensive, energy-consuming fog-capture devices — machines many small communities cannot afford. What was once communal resilience, passed through generations, risks becoming a privilege of the few. In effect, water — “life from the skies” — becomes yet another commodity for trade. This isn’t just about where the machines come from. It’s about who gets access. In a world where many drink from deep, overdrawn wells or pay exorbitant prices for delivered water, it’s troubling that a simple fog net — cheap to build, easy to maintain, functional without power — could be out of reach. Water for the People — Not Profit What I love about fog harvesting is its democratic spirit. Build a mesh of netting and a few poles, orient it to the prevailing wind, collect drip-by-drip what the fog delivers. Cost? Minimal. Energy? Zero. Maintenance? Simple. And yet — in the right location — yield is real. Some projects have recorded daily outputs of 200 – 400 liters per day from single nets under ideal fog conditions. Why then do we constantly chase ever more complex, expensive, energy-hungry fixes — desalination plants, deep wells, tanker trucks — when the sky literally gives us water for free? For small coastal or highland barangays, especially in water-stress zones, this ancient technique could be a game-changer. With community effort, maybe some plywood or bamboo, a few net panels, and a little elbow grease — we could build our own fog-catchers. Water supply doesn’t have to wait on big projects or deep pockets. A Call for Action — From Communities, For Communities I want to ask: who among our barangays — or among civil society, youth groups, environmental advocates — can sketch a simple schematic diagram of a fog-catcher? Who can turn this into a grassroots project? I’m ready to help. I’m willing to compile and distribute free designs (open-source, of course) that can be built with locally available materials. And I believe this work doesn’t need to wait on big government funding or corporate “solutions.” What it needs is good leadership, imagination, and community spirit. Because water should not be a business. It should be a shared gift from the sky — one that we can catch, together, in the simplest nets, under the humblest conditions. We don’t always need to dig deep into the ground. Sometimes, all we have to do is look up. BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/10-28-2026

HOW COULD BIG BUSINESS BE CONVINCED TO USE BIODEGRADABLE PACKAGING MATERIALS?

HOW COULD BIG BUSINESS BE CONVINCED TO USE BIODEGRADABLE PACKAGING MATERIALS? This question keeps troubling me: If there are already many alternatives to plastic packaging, why are big businesses still clinging to materials that are clearly destroying our environment? Whose job is it to convince them? And why does it seem like no one is pushing hard enough? Let us be honest. Big business does not move because of moral appeals alone. It moves because of profit, risk, and reputation. If biodegradable packaging is framed merely as an environmental “nice-to-have,” it will remain optional. But if it is presented as a business advantage — lowering long-term costs, attracting eco-conscious consumers, avoiding regulatory risks, and improving brand image — then suddenly it becomes essential. Globally, this shift is already happening. Surveys show that a growing number of consumers are willing to pay more for environmentally responsible products. International investors now look closely at ESG (Environmental, Social, Governance) ratings before putting money into companies. In short, sustainability is no longer charity — it is strategy. So why are many large corporations here still dragging their feet? One reason is that the government sends mixed signals. We talk about sustainability, but enforcement is often weak. We promote innovation, but support is fragmented. We praise green behavior, but still make harmful materials cheaper and easier to use. The obvious agency to lead the charge is the DENR, but it does not seem to have enough muscle on its own. The DTI, which directly deals with manufacturers and big industry players, should be at the center of the transition. After all, packaging is a business issue as much as it is an environmental one. Meanwhile, the Department of Finance holds one of the strongest levers of all: incentives. Tax breaks, import duty reductions for eco-materials, and green financing could dramatically change corporate behavior overnight. Then there is the FDA, which must ensure that biodegradable food packaging is truly safe. LGUs play a crucial role through local bans and pilot programs. And the DOST should be aggressively supporting innovation — cassava-based plastics, bagasse packaging, seaweed films — technologies that we actually already see on social media every day. The question is: Is the government seeing them too? It really should not be a guessing game. We already know what works: DENR sets the rules. DTI works directly with industry. DOF provides financial carrots. FDA ensures consumer safety. LGUs enforce locally. DOST drives innovation. Together, they provide both the stick (regulation) and the carrot (incentives). Without both, big business will naturally choose the cheaper, dirtier option. And let us not forget why this is urgent. Every single day, more plastic flows into our oceans. Marine life dies. Fish ingest microplastics. And scientific studies now show that microplastics are entering the human body through food and water. This is no longer just about cleaning beaches. This is now about public health. If corporations truly understood that plastic pollution is now linked not only to dead turtles but to human disease, would they still move this slowly? I also believe the shift does not need to happen all at once. Businesses can start with phased adoption: beverage cups, produce bags, takeout containers — the most visible items first. Pilot programs work. Measurable impact builds confidence. Then scaling follows. So what is really stopping them? In my view, it is not technology. It is not even cost in the long term. What is missing is strong, coordinated leadership from the government — leadership that makes plastic the risky choice and biodegradable packaging the smart one. The clock is ticking. Every delay adds tons of plastic to seas, soil, and our own bodies. If we can regulate tobacco, fuel standards, and pharmaceuticals, why are we still tiptoeing around plastic packaging? Big business will not move just because we ask nicely. It will move when the system makes it the logical, profitable, and inevitable choice. And that, ultimately, is the government’s job. BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/10-27-2026

WHAT? PESTICIDES IN OUR FRUITS AND VEGETABLES?

WHAT? PESTICIDES IN OUR FRUITS AND VEGETABLES? Perhaps we always knew that pesticides were present in our food. But do we really understand how serious the problem has become? The irony is painful. We eat fruits and vegetables to stay healthy — and yet these very foods may also be quietly making us sick. Recent testing in the United Kingdom should make all of us uneasy. Seventeen types of fruits and vegetables were examined, and scientists found 123 different chemicals, including 42 linked to cancer and 21 that disrupt hormones. The worst offenders? Grapes, grapefruit, limes, and bananas. One single sample of grapes contained residues of 16 different pesticides. That’s not a snack anymore — that’s a chemical cocktail. Government agencies insist that almost all these residues fall within “safe limits.” But here’s the catch: these limits are set by testing one chemical at a time. In real life, we don’t eat one pesticide at a time. We eat many at once. Scientists call this the “cocktail effect” — where multiple chemicals combined may become more toxic than each one alone. And the truth is, no one yet fully understands what this long-term chemical mixing is doing to our bodies. This raises uncomfortable questions for us in the Philippines. We know that poultry and livestock are inspected. But are our fruits and vegetables routinely tested for pesticide residues? If they are, the public rarely hears about it. If they are not, should the government not start now — before this turns into another silent public health crisis? I am not suggesting that every shipment be inspected. That would be unrealistic. But random testing, done consistently and transparently, is both practical and necessary. Supermarkets should also be required to conduct their own testing and publish the results. And what about the Bureau of Customs? Shouldn’t imported produce be randomly tested as well, especially when some pesticides banned abroad can still enter through imports? Even so, testing is only damage control. The real solution is upstream — in the way we farm. The long-term answer is clear: we must shift toward organic and low-chemical agriculture. Yes, organic produce is healthier. And yes, it is also more expensive — and that’s the problem. Good health should not be a luxury item. This is where the government must step in. Farmers use pesticides largely because they are cheap, effective, and aggressively marketed. But there are natural, low-cost alternatives — from plant-based sprays to biological pest control. These are not new ideas. What is missing is education, training, and sustained support. Does the Department of Agriculture have a strong, well-funded bureau fully dedicated to organic farming? If it does, we should hear more about it. If it does not, then we already know what must be created. I also believe that organic farming and food safety should be taught early — in public schools. Children should grow food, not just eat it. They should understand what goes into the soil, what goes into plants, and what eventually goes into their own bodies. That is how we build a culture that values clean food, not just cheap food. Some will argue: “Don’t scare people away from fruits and vegetables.” I agree. Fruits and vegetables remain essential to human health. The solution is not to eat less produce — it is to demand cleaner produce. Washing, peeling, and soaking help, but even scientists admit these methods cannot remove chemicals that have already been absorbed into the flesh. In other words, once the pesticide is inside the fruit, it is also inside us. So let me ask the uncomfortable question: Are we still eating for health — or are we slowly dosing ourselves with substances we barely understand? This is no longer just a farming issue. It is a public health issue, a consumer rights issue, and a national food security issue. If we truly care about health, we must start by cleaning the very food that we depend on to stay alive. BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/10-26-2026

WHAT? MICROPLASTICS CAN TRAVEL TO OUR BRAINS?

WHAT? MICROPLASTICS CAN TRAVEL TO OUR BRAINS? I have heard of many horrors caused by plastic pollution — dead whales with stomachs full of sachets, rivers turned into floating garbage dumps, coral reefs smothered in waste. But this one beats them all. Microplastics, we now learn, can travel all the way to our brains. That is about as scary as scary can get. For years we comforted ourselves with the idea that plastic pollution was “somewhere out there” — in the oceans, in landfills, in distant ecosystems. But science is now telling us that what we casually throw away doesn’t stay away. It comes back to us through the food we eat, the water we drink, and the air we breathe — and now, even into the most protected organ of all, the human brain. A recent study published in Nature Medicine revealed something chilling: compared with samples from 2016, human brain tissues examined in 2024 showed about 50% higher levels of microplastics. One researcher even estimated that the human brain today could be 99.5% biological tissue and the rest plastic. That may sound like a metaphor — but it is grounded in laboratory measurement using advanced chemical analysis. Even more disturbing, the brains of people who had dementia were found to contain five times more microplastics than those without dementia. Scientists are careful to say this does not yet prove cause and effect. But how can anyone look at that data and not feel uneasy? How did we get so deep into this nightmare? Perhaps we always knew — at least intuitively — that the plastic we discard would someday return to haunt us. But no one imagined it would do so inside our bodies. Fish eat microplastics. We eat the fish. Microplastics enter the bloodstream. And now, studies suggest they can cross the blood–brain barrier — the very wall that is supposed to protect our minds from toxins. Is this nature’s way of collecting on a long-overdue debt? Is this the price of murdering our oceans with convenience and packaging? I do not want to be an alarmist, but I see enough reason for the government to seriously consider treating this as a national health and environmental emergency. This problem is no longer just about turtles and coral reefs. It is about our children’s brains. What should be done? First, we must stop the flow of plastics into the oceans — decisively and visibly. This means strict enforcement of waste laws, real bans on unnecessary single-use plastics, and accountability for major plastic producers. Second, we must conduct random inspections of fish and fish products in our markets to determine microplastic contamination. Consumers have the right to know what invisible toxins they are ingesting. Third, I suggest the creation of two national task forces. One for prevention, led by the DENR — to attack plastic at its source. Another for remediation and health monitoring, led by the DOH — to study exposure, risks, and early-warning indicators in humans. Scientists estimate that the average person may now ingest or inhale up to 250 grams of microplastics a year — about the size of a dinner plate. Let that number sink in. On the individual level, experts advise simple steps: avoid heating food in plastic, use glass or stainless steel containers, filter drinking water, reduce synthetic fabrics that shed plastic fibers, and say no to disposables. These are small acts — but multiplied by millions, they matter. Still, I must admit: this problem is so vast and so baffling that I myself may have run out of ideas. That is why I now issue a call for crowdsourcing. If you have an idea, a solution, a policy proposal, a new technology — let us bring it forward and submit it to the government. This is not just an environmental fight anymore. This is a fight for the integrity of the human mind itself. We once asked if plastic would destroy our oceans. Now we must ask: Will it destroy us from the inside out? BY RAMON IKE V. SENERES www.facebook.com/ike.seneres iseneres@yahoo.com senseneres.blogspot.com 09088877282/10-25-2026