human poop in parks

The case I told it Marisa García, apothecary, has been on Instagram for some time now. One day he was walking through a park in Majadahonda when he lost sight of his dog. The scare did not last long. The dog reappeared after a few minutes, but it did so after having feasted on human feces. Up to this point the scene may be eschatological, but it is not of much interest either. If you have a dog you will know that it’s not strange that are interested in poop. The problem is that those specific feces contained traces of drugs, which is why the animal ended up in the vet. The problem is that it is not an isolated case. More than an eschatological anecdote. The video of García is from September 2024 but the poisoning of dogs that end up ‘high’ (and admitted to a veterinary clinic) after feasting on human poop is far from being a curiosity or problem of the past. Quite the opposite. It continues to happen (at least in the Community of Madrid) and with astonishing frequency. This has been revealed The Country in an article in which he cites several veterinary cases that corroborate that they are no longer surprised to encounter dogs that, due to their owners’ carelessness, have ingested poop… with some type of drug. A member of the Reina Cristina emergency center assures that they have attended to up to four emergencies in a week. Even in the film ‘Sirât’Oliver Laxe’s Oscar-nominated film, is winks to these types of cases. “I had already been warned”. García’s experience is illustrative. In September 2024 counted how he lost sight of his dog while walking through a park in Majadahonda (Madrid). When the animal appeared, it did so with surprise: “It had eaten someone’s feces.” The problem is that those human poops were ‘seasoned’ with something else. Whoever had left them there had consumed drugs, substances that left traces in their stools. “Dogs eat it and get intoxicated from marijuana, cocaine… In this case it also had traces of tricyclic antidepressantsfrom opiates… Maybe from someone who was taking some type of medication,” remember the apothecary. “Apart from vomiting and becoming very sad and ill, the dog’s back legs began to fail and he couldn’t walk. That alerted us and we took him to the vet.” García recognized that cases like the one she had experienced were relatively frequent because, whether due to lack of public bathrooms, urgency or simple habit, there are people who choose to relieve themselves in the parks… leaving their excrement and everything they contain, including traces of drugs or legal medications. “I had already been warned. This can happen to anyone. There are more and more dogs that become intoxicated by the drugs that humans consume,” Remember Garcia. “A plague”. How frequent is it? One of the veterinarians interviewed by The Country speaks directly of “plague.” The problem is by no means new, but cases such as that of García or that of Paula Valdeón, another Madrid native who had to take her dog (Balkis) to a clinic after she ate human feces during a night walk through Madrid Río, suggest that it has worsened. The reason? One possible explanation is the change in drug use. A european report of 2025 on the subject concludes that 13.3% of Spaniards between 15 and 64 years old have tried cocaine at least once in their lives. This is the highest figure in the EU, considerably above nations such as France and Denmark (9.4%) or the Netherlands (8%). Not all are negative indicators (cannabis use has collapsed among adolescents), but Health data show that the prevalence of the consumption of hypnosedatives, ecstasy, cocaine or hallucinogens is significantly higher today than in the 90s. Are there more factors? Yes. Several. The first explains why the report of The Country or García’s video point to the same region: Madrid. Beyond the greater or lesser consumption of drugs, the capital deals with a handicap: the high cost of nightlife, which forces groups to look for alternatives, such as meeting in public areas or organizing bottles. If to that is added the the small number of public toiletsthe story tells itself: feces within reach of the dogs, with everything they have ‘on board’, both medications and illegal drugs. Beyond Madrid. The problem of pet poisoning is not exclusive to the parks and gardens of Madrid. A year ago the Radio and Television of the Principality of Asturias warned that several dogs from Oviedo had gotten sick after eating human poop with traces of drugs. For the neighbors, the origin of the problem was clear: the drinking parties held in a park in the area. There are also animals that become intoxicated without setting foot on the street. In 2024 JAMA Network Open public a study by Orrin Ware and Renée Schmid that shows that episodes of this type are not strange within homes themselves. For their study, the researchers analyzed hundreds of calls made between 2019 and 2023 to the organization Pet Poison Helpline in which pet owners reported that their animals had become poisoned. The sample must be handled with some caution because it coincided with the pandemic, a period during which many people were forced to confine themselves and carry out their daily lives inside their homes, but their conclusions are interesting: they reveal a worrying (and growing) exposure of pets to drugs. Images | Courtney Mihaka (Unsplash) and Colin Davis (Unsplash) In Xataka | In 2001, a yacht took refuge on a remote island in the Atlantic. Days later its inhabitants breaded fish with coca

The question is not whether you poop glyphosate, but how much glyphosate you poop. We have been measuring this popular herbicide wrong all our lives

In those wheat macaroni that are in your shopping basket, in the jar of lentils or even in the beer there may be traces of glyphosatewhich is probably the most used herbicide on the planet. Weeds are common in agriculture and this chemical is highly effective. However, you can minimize its presence by avoiding ultra-processed cereals, opting for local products from the EU or better yet, buying organic. We were looking wrong. We know that glyphosate is present in the environment and the European Union regulates the limits maximum residues, but the reality is that there has always been difficulty in accurately measuring how much reaches our body. Because until now, we almost always looked in urine. This international study published in Science Direct The focus has changed to feces and here things change. Feces are the black box. Because this research has revealed that feces are a much more precise black box for the analysis of glyphosate in humans than urine and reveal an alarming reality: exposure to glyphosate is much higher than official statistics say. Urine testing was just the tip of the iceberg. The reason for this is how our body absorbs and rejects it: glyphosate is expelled through the feces due to its low intestinal absorption rate. Since it cannot pass through the wall of the intestine to reach the blood (from there it would go to the kidneys), it remains trapped there and ends up expelled in the feces. In a 24-hour period, 90% leaves in the feces and only a small amount reaches the urine (between 0.5% and 6% in humans). Why is it important. Because the international standard for monitoring glyphosate it’s urinewhich implies an underestimation and therefore an underestimation of the risk. Furthermore, this finding affects not only people directly related to agriculture; it is enough to consume common products present in the diet. And it doesn’t just affect humans: the study also shows its presence in farm animals, domestic cats and even bats, which means that the herbicide is moving throughout the food chain. In short: the study forces us to rethink how we monitor the presence of chemicals when safeguarding public health and the ecosystem. Modus operandi. This study proposes the use of feces as an alternative and potentially better matrix than urine for glyphosate and its metabolite AMPA (until now, the usual). To do this, they analyzed 716 human fecal samples and 249 animals from 11 countries (10 European and Argentina) taken in 2021. The research team used an advanced analytical chemistry technique called hydrophilic interaction chromatography coupled to tandem mass spectrometry (HILIC-MS/MS). Thus, glyphosate was detected in 71% of the European samples and in 100% of the Argentinian samples and are much higher than those present in the urine samples for the same individuals, 35% and 86% respectively. They saw glyphosate in conventional and eco farmers, residents of agricultural areas and general consumers. An alarming biological conclusion. If there is one thing that is clear from the study, it is that if 90% of glyphosate is in the feces and not in the urine, it means that this chemical spends much more time in direct contact with the digestive system than we thought. And therefore, the current safety limits are probably based on incomplete and undersized data, which underestimates the real health risk. It is not only the toxicity itself (which is low), but also the cumulative effect on the microbiota and long-term cellular damage. And glyphosate can act as a selective antibiotic that alters the intestinal microbiota, killing beneficial bacteria and allowing the proliferation of pathogenic ones, is cataloged As it is probably carcinogenic to humans, it can act as an endocrine disruptor to our hormonal system or induce oxidative stress. In Xataka | We have a problem with pesticides in agriculture. And a bigger one with the panic they generate In Xataka | The big problem of agriculture in Spain is the one that nobody wants to address: it rains less and less and we want to plant more and more Cover | Giorgio Trovato and Ibadah Mimpi

In Tres Cantos they are analyzing the DNA of uncollected dog poop and fining the owners

The landscape, the species of trees, the flowers in the flowerbeds, the design of the paths or the games for children may vary, but in the parks of Spain (and many other countries) there are certain “basics” that are not usually missing: there are benches, there are fountains… and there is dog poopan annoying reminder that citizens do not always comply with the obligations that come with having pets. In recent years some city councils have tried to solve it creating DNA bases that allow them to locate the owners of the dogs and punish them if they do not take care of their feces. For a while, receiving one of those fines sounded like a distant threat, but in Spain there are already town councils passing from theory to practice. The last example Tres Cantos leaves it, in Madrid. What has happened? That the Tres Cantos City Council said goodbye to 2025 by activating its machinery to fine people who breaks its regulations. So far nothing out of the ordinary. The curious thing is the offense that is being pursued and above all how the City Council hunts down the offenders. What it has done is use the “canine DNA detection service” to fine those neighbors who ignore the excrement that their pets leave on sidewalks, parks and gardens. The ordinance makes it clear that people who walk pets through the municipality must collect “immediately” (and throw in the trash) the poop they leave in any area where pedestrians pass. Failure to do so is considered an infraction that, according to TeleMadrid specifiescarries fines of several hundred euros: between 300 and 600, depending on whether or not the offender is a repeat offender. Is it something new? Tres Cantos announced a year and a half ago his intention to create a “canine genetic census” to have the municipality’s dogs ‘registered’ and thus be able to identify excrement abandoned in the streets. In 2024 even launched a campaign baptized ‘I’m from Tres Cantos, it’s in my DNA’ in which it asked neighbors to register their pets in the following months. The idea was that people would take their animals to an authorized clinic to perform a simple test (basically taking a saliva sample) that would allow them to be registered. The procedure costs about 40 eurosbut the Consistory recalled that it is mandatory. Failure to do so also carries a penalty. The measure did not remain on paper and throughout the last few months the City Council has intensified their efforts to put it into practice, even with collection days of excrement. The surprise (and this is new) came on December 30, when the local government advertisement that the canine DNA system has already allowed him to identify “several owners” of dogs who do not pick up their pets’ feces. And he warned: “He will be punished” But… Is it that important? Yes it is. And not only because the measure wants to once and for all solve the problem of dog poop in cities. As remember from Tres Cantosthe canine registry is obtained in a “simple and harmless” way for the animal and serves many more purposes than sanctioning. “The genetic census is a reliable tool that protects animals, since it allows them to be located if they are lost, mistreated or abandoned, providing scientific certainty in possible judicial processes, claims and complaints,” claimed in July 2024 the Councilor for Public Health. In fact, the canine genetic census has already helped to resolve cases of puppy abandonment. Does it only happen in Tres Cantos? No. The idea of ​​canine DNA censuses has permeated more municipalities in Spain. In December 2024, Pipper on Tour estimated that 81 locations They already require pet owners to take them to clinics to have blood or saliva samples taken to carry out a census. In recent years the idea has attracted municipalities such as Malaga, Collado Villalba, Santa Eularia, Cornellà either Alcala de Henaresamong others. The latter in fact has a “canine CSI” for offenders who risk fines of between 300 and 3,000 euros. In its first year the program made it possible about 200 disciplinary proceedings, although many were directed at owners who still did not register their pets. In July Santa Eulària celebrated also that canine DNA has reduced fecal alerts by half. Images | Bruce Warrington (Unsplash) and Monika Simeonova (Unsplash) In Xataka | Rats are growing by 300% in some cities around the world. And the problem is that we have no idea how to avoid it.

While we wait for solid-state batteries, the University of Córdoba has an idea for the electric car: human poop

The automotive industry has launched itself into electrification arms. Be with the hybrids, plug-ins either 100% electricthey all have batteries, and the key to convincing more users of make the jump from your combustion car is guarantee greater autonomy. The solid state batteries are one of the technologies in researchbut there are other very promising ones such as lithium-sulfur, and the University of Córdoba believes that there are two secret ingredients to improve the formula. Urine and excrement. Li-S. They are not new. We have been talking about the lithium sulfide batteriesand while we find the economy of scale necessary for solid-state ones to establish themselves, lithium-sulfur ones are one of the hopes for electric cars. They have twice the real energy density of lithium-ion, sulfur is extremely abundant and economical compared to critical materials such as cobalt or nickel, It is not something that China controlsit is safer because the risk of thermal runaway is lower and the environmental impact is reduced. They are not perfect, since the conductivity is low, the manufacturing processes are not as optimized as those of current alternatives and, above all, the current useful life is very limited: although they are moving forward In this sense, just 300-500 charge cycles compared to between 1,000 and 3,000 for lithium-ion batteries. However, as we say, they have become a promising technology, and the University of Córdoba wants one of the ingredients in the battery to be… poop. Batteries from waste. The Chemical Institute for Energy and the Environment, or IQUEMA, of the University of Córdoba has published a study in which they test the potential of sludge from a municipal treatment plant when converting it into activated carbon. It is an essential material for lithium-sulfur batteries, since it works as a conductor, and they consider it to be the answer to the challenge of optimizing the electrodes of these batteries. As we said, sulfur has advantages, but one of the great deficiencies is its conductivity index. This requires active carbon and other conductive matrices that are expensive to produce. But of course, if this conductive matrix is ​​created from waste that all cities in the world produce no matter what, things change. Villaviciosa de Córdoba. To do this, IQUEMA has used sludge from the wastewater station of Villaviciosa de Córdoba. This plant uses a treatment system that generates a sludge with an interesting composition to carry out the experiment: It is rich in organic matter. Also in metals, nitrogen and phosphorus. Combining them can create a material with a good electrochemical performance index. The process is as follows: Drying: the mud is dried and pulverized. Chemical modification: Potash is added as a chemical agent to make the material more porous. Pyrolysis: the mixture is subjected to temperatures of 800º to convert the organic matter into activated carbon. Mixture with sulfur: thus it is trapped in the active carbon matrix and the last step would be to integrate it into the battery electrodes. Promising. The researchers have found that the activated carbon obtained has ideal properties to be used as a material in these batteries. Its porous structure and nitrogen doping improve the transport of electrons and ions, and the resulting material has a high sulfur content. This allows the battery to have great electrochemical stability. That is to say, one of the big problems of this technology, the low conductivity of sulfur for the cathode, is something that mitigates the matrix created from the Villaviciosa de Córdoba sludge. And because its raw material is what it is, it is easier to recycle than other conventional batteries for which you have to develop tadjacent technologies for sustainability. According to the researchers, it is an avenue worth exploring because “triple the storage capacity of a lithium-ion battery”. “It is a great advance that we achieved from a waste that we considered problematic” – IQUEMA researchers Beyond the poop. Considering the results, it is likely that we will see more studies in the same direction. It is something that solves a double problem: the municipal waste management by converting it into a key material to solve one of the challenges of lithium-sulfur batteries. And the interesting thing is that IQUEMA has not remained only in the sludge of the sewage treatment plant. Previously explored the potential of agroindustrial byproductslike the olive pits and avocados, but also almond and pistachio shells. The problem is that these materials are already in demand in other sectors (such as composting or heating), and that is where the great advantage of human excrement lies: “no one” wants them. Images | ACE, Thomas Freres In Xataka | No, China has not turned off the tap on batteries for electric cars. The reality is much more complex

analyzes your poop and promises to take care of your health for $600

Who in their right mind would think of putting a camera in the toilet. If the camera also costs $600, the thing sounds even more crazy. It’s Kohler’s latest idea and it makes more sense than it seems. Monitoring even the poop Smart watches and bracelets have created a whole health monitoring culture. This is what a few years ago we called the ‘I, quantified’but recording the steps was just the beginning. Today any wearable is capable of recording our keystrokes, the blood oxygen level and they also measure our sleep. Where smartwatches or smart rings do not reach, an entire category of health monitoring devices has emerged such as smart scales or Kohler’s proposal with the Dekoda camera. It is not the first in this line, a couple of years ago we already talked about sensor to detect urine withings. Dekoda: the camera that analyzes your bowel movements Kohler is one of the most recognized household products manufacturers in the United States. They recently announced the creation of a new division focused on health and their first product is Dekoda, a camera that is installed in the toilet to record the frequency and characteristics of our bowel movements. Dekoda has “advanced optical sensors and spectroscopywhich effortlessly observe how light interacts with your waste to learn to detect variations that could indicate health problems.” Kohler says that behind Dekoda there are more than 10 years of research to ensure accurate and reliable results. Dekoda comes with a mobile app in which data is transmitted (not photos, thank goodness) and helps detect health problems such as dehydration or presence of blood in the stool, which can be indicative of serious illnesses. It also offers nutritional suggestions and lifestyle changes. To ensure privacy, all content is encrypted and can be protected by fingerprint. It also comes with a remote control that is placed on the wall to scan the fingerprint and thus distinguish between users. The camera is placed on the edge of the toilet bowl (it can be placed in any toilet, it does not have to be from Kohler) and works with a rechargeable battery that we can remove to recharge it. It costs 599 dollarsbut also you must have a subscription to Kohler Health to be able to use the app, so you have to add 70 dollars per year per user or 130 dollars if there are several. Images | Kohler In Xataka | I got my hands on some “sleep headphones” in the hopes of finally falling asleep. It came out regular

Those who make poop on the planes

We live surrounded by bacteria. Many are inside us And nothing happens, although there is others that are more treacherous. Above all, there are superbacteria. They are the ones who have Developed resistance to antibiotics And they are extremely difficult to eradicate. The World Health Organization itself has cataloged them as one of the greatest health threats, but there is something that can help us end them. Make peanut on the plane. AMR. They are the acronym in English of “Antimicrobial resistance”, Something that was found when antibiotics began more common in the 50s and that has accelerated in recent years. Excessive use And sometimes, inadequate of these medicationsas well as The sale without recipehas made bacteria rise level and be more resistant. And the worst part is that they are not located, but that they travel all over the world due to the trade of animals, food and the trips we can do by plane. Air pollution also helps transport resistant bacteria. Impact. The most common pathogens are Staphylococcus aureus, E. coli, Klebsiella pneumoniae, Acinetobacter Baumannii or multirresistant tuberculosis, and it is estimated that they currently produce more than one million direct deaths every year. For A population of more than 8,000 million peopleit may not seem too much, but already You talk of about 39 million direct annual deaths for 2050 due to these superbacteria. They put transplants at risk, they are a threat to food security, make treatments difficult and hospital stays increase. And, in addition to direct deaths, It is expected An increase in health costs of about 160,000 million dollars annually. The analysis. We have commented that traveling by plane makes it easier for these resistant microorganisms to move from place, being able to contaminate totally new groups. It is something we have seen with Pandemics like Covid-19and that migration of superbacteria by plane has been the protagonist in a study Prepared by the National Science Agency of Australia, in collaboration with the University of Xiamen, the University of Australia del Sur and the Technological University of Michigan. Specifically, they analyzed wastewater from the bathrooms of 44 international flights that arrived in Australia from nine countries: 18 came from India. 14 of the United Kingdom. Six from Germany. The rest were a flight from: France, United Arab Emirates, Türkiye, South Africa, Japan and Indonesia. Aircraft excrement extraction system Differences. The researchers detected nine priority and superbacteria pathogens, some of them resistant to multiple drugs. Of the nine, five were in the fecal waters of the 44 flights, while a gene that confers resistance to last resort antibiotics was detected in 17 flight. This is the most resistant to the most powerful antibiotic treatments. Nicholas Ashbolt, a microbiologist at the University of Australia del Sur, commented that “flights from Asia, in particular from India, showed higher concentrations of genes of genes from Antibiotic resistance Compared to flights from Europe and the United Kingdom. ”Yawen Liu, a researcher at the University of Xianmen, ensures that these differences can reflect variations in the use of antibiotics, water health, population density and public health policies of each region. Peanut. Now, why is it so important to urinate or defecate on a plane to fight the superbacteria? Warish Ahmed, the main scientist of the University of Australia, comments that “the wastewater of the aircraft captures microbial signatures of passengers from different continents, offering a non -invasive and profitable form of monitoring threats such as AMR’s.” In addition, in the study they have not limited themselves to measuring the presence of superbacteria in the wastewater of the airplanes, but to find out If the disinfectants used in the bathrooms affect AMR. The results showed that nucleic acids remained stable up to 24 hours, even in the presence of strong disinfectants. This points to the importance of analysis of the depositions in the aircraft for surveillance purposes. Critical. “Wastewater monitoring of aircraft could complement existing public health systems, providing early alerts on the emerging threat of superbacteria,” says Ashbolt, and the study concludes by pointing out that this mere proof of concept has great potential in the real world to convert the bathrooms of the aircraft into an early warning system that allows to better manage the better public health. I recognize that I have made a multitude of flights and, whenever I have been able, I have avoided using the toilet of the plane because it seems uncomfortable. But, if I have no choice, in my next flight I will lite my blanket and I will do my things thinking that I am doing a favor to science. Images | Cambridgebayweather, Wright In Xataka | The AI ​​has opened a chest that had been closed almost 4,000 million years: the salvation of antibiotics

The summers are so short in Finland that he has accepted a guest to enjoy the beaches: kilos of poop

A few months ago, the Finnish nation was proclaimed for the eighth time the country Happy on the planet. Then we saw that nothing is perfect, because while it happened, the United States landed to prepare them next Battle for the Arctic. And between one thing and another, summer has reached its beaches. As always, it will not be very long, and this year is accompanied by an exorbitant amount of excrement. Brief and disputed. I told this week The New York Times. In a country where summer lasts just two months and the sun becomes a scarce good, every warm day is almost like a miracle. Helsinki, like the rest of the country, lives those weeks with intensity: crowded beaches, whole bicycle families and citizens anxious to take advantage of temperatures that in any other place would seem soft, but that exceed historical records here. However, in that space of evasion an unexpected intruder has appeared: the Barnaclas geeseRobust and gregarious birds that have colonized parks, avenues and, above all, the beaches of the capital. His MASIV PRESENCEA (more than 5,000 accounted for in the area last summer) has transformed the outdoor life into a constant surveillance exercise, where walkers must measure each step so as not to sink into excrements that accumulate in surprising quantities. The daily excrement. The problem, although an anecdotal in appearance, directly affects the enjoyment of a summer that the Finns consider sacred. On the beaches, before extending the towel you have to Check the groundVolley players pray not to land Bruces in a brown puddle, and parents watch with anguish that their young children do not confuse manure with sand or grass. The Times told That, in the parks, the lawn is upholstered with feces that are embedded in the soles, and in the central avenues the geese cross pedestrians with the same naturalness as the beatles very Beatles in Abbey Road. The figures illustrate the magnitude of the challenge: on some beaches, maintenance personnel collect more than 20 kg of excrement per daya volume that requires whole crews of seasonal workers, multiplied in the last decade. Failed innovations. For years, the Helsinki City Council has tested methods To contain the plague. They tried to mix the stool with the sand, but the water ended up contaminated. They used recordings of sea eagles to scare birds, but the geese got used to it soon. It was even studied to hire trained dogs, as other cities do, although they were too expensive and little available. The Great hope This summer was a machine designed by the maintenance team itself. A kind of sieve with wheels, similar to a manual corteped, which had to separate the feces from the sand. The problem? In practice it was Heavy and ineffective In humid soils, and ended up relegated to a warehouse. In the end, the most reliable resource remains the most rudimentary: shovel, gum gloves and infinite patience. Inevitable coexistence. The battle against geese, however, is limited by legislation and Finnish ethics: urban hunting or mass sacrifice is not allowed, such as in Canada or California, where transfers or culeing. In Helsinki, geese are not only a nuisance, but already part of the summer landscape, inserted in the urban imaginary and the daily routine of its inhabitants. In fact, the workers who collect the manure find a certain serenity in the repetitive task (although the smell persecutes them later). The reality is that, in a country where summer is too short to waste it, the Finns seem to accept this uncomfortable invasion as a price to pay to enjoy its beaches. With humor and stoicism, they have assumed that between the sun, water and sand there will always be a third guest: the omnipresent goose … and its inevitable trace. Image | JIP In Xataka | Finland is the happiest country in the world. And is also preparing thoroughly for the most unhappy end: war In Xataka | Finland has found a cheap way to store energy all winter: a tower of 2,000 tons of sand

There was a time when poop moved the economy of half the world. His name was Guano and taught Peru a valuable lesson

Throughout history, humanity has interested in different resources. Maybe the Gold fever It is the best example to see how the obsession with a specific one unleashes the madness in those who seek to make it its main source of income, arramping with everything they find without thinking that it can be bread for today, and hunger for tomorrow. With the case of gold it is logical, but … Did you know that something very similar happened with excrements of sea birds? This is the story of the guano, the ‘white gold’ that transformed the Peruvian economy for both better and bad. White gold. Friedrich Wilhelm Heinrich Alexander von Humboldt was a man with a lot of free time. Born in 1769, this German was a philosopher, scientist, geographer, naturalist and explorer, among other things. During a trip through South America in 1802, Humboldt He visited the Peruvian coast and was interested in how the premises used a white element as substratum For crops. His name was Guano, and it was the result of the dry excrements of sea birds. HE says That, walking through an area where there was a lot of stored guano, he began to sneeze out of control, and it was his curiosity that encouraged him to send samples to Europe to study his components. What happened next is not something that caught us by surprise at this point: pre -Columbian civilizations were generations using the substrate, Europeans found that the guano was a magnificent fertilizer and began to be interested in him. Pass. The guano is literally fertilizer. His own name “Wánu” in Quechua means “fertilizer”, and really had a unique composition to enrich soils. This guano was a wonderful result of the conditions of the area. The mixture between the dry climate of the Peruvian and Chilean Islands, the composition of the rocks on which they fell and the excrement fruit of the marine diet of the birds resulted in a compound Rich in nitrogen, phosphorus, calcium and potassium. It was ideal for improving the health of plants and promoting their growth, so European and American farmers began to pay close attention to the substrate. The reason? The increase in the population was causing an overexploitation of the fields, which led to its exhaustion and a series of unsuccessful crops. You had to find a miraculous solution, and the guano had all the ballots to be that solution. Peanut mine. The two territories began to exploit the resource based on good. Between 1840 and 1880, the demand for the guano exploded and the Peruvian islands became a very precious good. The United States and the ‘Old Continent’ carried dozens of ships with this white gold and Peru came nothing wrong. In those 40 years, Peru exploded about 11 million tons of guano, with estimated revenues of about 38 million dollars. That decontextualized amount may not tell us too much, but the guano’s income allowed the country to develop with ports, railways and roads. Not surprisingly, the first year of exploitation of the guano, the appeal contributed 5% of the income to the country. Facing the last decade of Bonanza, that input It was 80%. A real barbarity. The “Guano War”. It was so popular that the United States, to anyone’s surprise, believe The Guano Law of 1856, for which any American citizen could claim uninhabited islands that had guano deposits. This led to the private appropriation of a hundred of islands in the Pacific and the Caribbean, but the thing became serious between 1879 and 1884. It was when the “Guano War”, A conflict between Peru, Chile and Bolivia for the control of the richest deposits of both Guano and Salitre. As a result, Chile attached some very important enclaves, such as the Atacama desert (which today is one of its wonders for the production of renewable energy), and things for Peru began to change course. Interestingly, the nations that entered that war had been allied against Spain, where guano control was also an important point in the Hispanic-Sudamerican War. To produce, beautiful And crisis. Peru focused so much on the export of the guano that, when the fever sent at the end of the 19th century, the country entered In an economic crisis. It is not that the world stopped wanting Guano, since it was still a very precious resource, but there were two reasons that led the main buyers of the substrate to look the other way. The first was that the reserves began to exhaust and the rate of production could no longer be maintained. The second was that synthetic fertilizers began to appear that could be more or less efficient, but above all they were cheaper because they did not have to bring them through dangerous crossings of thousands of kilometers by boat. The lesson in the Peruvian economy was that they could not focus on a single resource and its economy could not depend From something like that, which highlighted the need to diversify to avoid similar situations in the future. Present. Now, the Guano is still an excellent fertilizer and not only produces the Pacific Sea Birds. The bat guano also has fantastic properties such as fertilizer (in addition to being easier to obtain). And the resulting of the excrement of seals and penguins is also highly valued, but also a very expensive resource because the populations are diminishing. In the end, the Guano played an important role not only in the economy of the countries involved, but at the beginning of the modernization of agriculture, by stimulating investment in fertilizers and, when they began to scarce, to the development of artificial fertilizers. The cycle is repeated. On the other hand, it was One more example How from the Old Continent exploited the resources of Latin America, using local labor under conditions of almost slavery for the benefit of the stranger. And, writing these lines, it is impossible not to draw parallelism with the Rare earth At … Read more

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.