You thought you ended up liking beer out of habit. Science has seen many ways to acquire this taste

There are many people who cannot stand certain foods, such as the hated broccoli or cauliflower, which for some is inedible and they do not even understand how someone could like that. This also happens when you first take a sip of coffee or a drink of beer whose strong flavor can put anyone off. However, a few years later, that same bitter drink is part of the daily routine or even a pleasure, as is the case with beer. How is it possible? This is the question we can ask ourselves about these sudden changes in taste, and the truth is that it is quite documented under the term “acquired taste“. These two words explain not only why our preferences change, but also how our brain is capable of rewriting its own danger alerts to transform rejection into a reward. Survive. To understand why we learn to love certain flavors, we first have to understand why we hate them in the first place. Much of the blame lies with food neophobia, which is nothing more than the fear or refusal to try new foods, since although in childhood we usually label it as “being picky”, from an evolutionary point of view it is a sophisticated defense mechanism. If we look back to prehistory, children put anything they found in their mouths; like a new berry or a bitter plant, they were very likely to end up poisoned. That is why any bitter taste for our brain is a sign of toxicity and, therefore, we must reject it. Although this is not the case, as is the case with many foods. It’s genetic. The interesting thing is that this rejection is programmed from the factory and has a very strong genetic component. This has been seen in studies done on twins who demonstrated that childhood food neophobia is highly heritable, estimating that heritability by up to 72% during early stages. This genetic predisposition is often associated with a lower acceptance of diverse flavors and textures, and a more restrictive diet in childhood. But genetics only deals the cards with which we will later play in a great environment, since 28% of the probabilities leave a margin for environmental factors. Hacking the brain. The question here is that if biology has programmed us to spit out coffee because it is bitter… Why are many people hooked on it? The answer lies in the brain mechanisms of flavor learning and memory, since our brain constantly evaluates the post-ingestion consequences of what we eat. This is what explains, for example, that if we vomit a lot after eating a tortilla, we begin to put it aside later because we associate it with illness. But if we drink something bitter and, instead of getting sick or dying, we get a boost of energy like with caffeine or a social disinhibition like with alcohol, the brain updates its database and points out that the risk was worth it and that we achieved something positive. Repeated exposure. In order to introduce new foods into a diet that is being developed, as occurs in children, science suggests that Consistency destroys this disgust that generates. However, visual exposure alone is not enough to break this ‘phobia’, rather repeated oral contact is necessary for the nervous system to adapt and accept the food. To facilitate this process, humans have thought of techniques such as, for example, sweeten foodand that is why the fact of adding sugar to coffee or drinking it with milk arises. This acts as a neuropsychological bridge to signal to the brain that these are safe calories. The social model It is one of the most important tools to intervene in our tastes. Here studies in infants suggest that seeing parents enjoy an unfamiliar food significantly increases acceptance in babies. And the reasoning is quite simple, since if the adult eats it and does not suffer damage, the food is considered safe to continue eating. And as you grow up, a large part of the flavors acquired in adolescence, such as beer or traditional dishes, are adopted because they are strongly linked to contexts of socialization and group acceptance, since if a friend takes it and nothing happens to him, it is because everything is fine. Images | Louis Hansel In Xataka | Not all processed foods pose a risk to our health. Some tricks can help us choose the best

There is a corner of Spain that God has taken a liking to: Alicante, Murcia and Almería

“In Murcia there has to be a tarp or something, it’s not normal.” It José Montiel said while looking at a map with the rain that is going to fall in Spain in the coming days and the truth is that it is difficult to disagree. In the last few hours, we have had the combination of a trough and a river of humidity that have produced a squall line over the peninsula, leaving in its wake intense winds, considerable rains and many storms. Everywhere, less in the southeast. What happens in Alicante, Murcia and Almería? Strictly speaking, nothing new happens. The southeastern corner of the peninsula has been recording national minimums throughout the modern period. It is enough to look at the stations around Cabo de Gata to discover that the annual accumulations are very low (around 200mm/year) and if we go a little further inland, to Tabernas for example, the figures are only about 50mm higher. Although with enormous irregularity, yes. It is not surprising, therefore, that desertification is devouring that corner of Spain. Nor does the Köppen-Geiger classification indicate that these are the most arid climates in the country (rivaling only some areas of the Canary Islands). But why? There are three fundamental reasons that explain why the southeast of the country receives so little water. The Azores anticyclone: The great Atlantic plug affects a large part of the country, it is true. We must not forget that, according to the latest studies, Spain faces the driest climate in its last 1,200 years and the progressive strengthening of that anticyclone is to blame. However, due to the trajectory of the winds in the northern hemisphere, not all parts of the territory are affected equally. You just have to compare the climate regime of Galicia with that of Murcia. The Betic mountain ranges: Although we sometimes tend to forget it, in the south of Spain there are a series of really high mountain ranges. The highest mountain on the peninsula, in fact, is in the Baetic mountain ranges. These constitute a true orographic wall that intercepts humidity and generates a very long rainfall shadow over the southeastern coast. Come on, the water stays west of the mountains. Evapotranspiration totally uncontrolled: We are talking about an area with very high insolation and very high evapotranspiration. It’s not just that it rains little, it evaporates a lot and that generates a “deserted” terrain that is unable to take advantage of the rains when they arrive. And that, in an area where DANAs are key, is a problem. Everything is getting worse. We might think that all this is normal and yet it is not. We are inserted in a time of changes and IPCC forecasts are gloomy: to the Mediterranean as it is one of the places in the world where the reduction in precipitation is most directly linked to warming. It is estimated a drop of 4% for each degree more in the central and northern Mediterranean. The best example is this same 2025. Despite the historic rains that have occurred this yearthe balance of the southeast will be bad. And, while illegal water trafficking schemes continue to grow, There are initiatives to continue building transfers that they bring to the region the liquid that does not fall from the sky. The problem is that, whether we want to see it or not, we need more far-reaching changes than what we currently seem to be able to assume. Image | ECMWF In Xataka | Long periods of drought are going to become more and more normal. It’s time to get used to them

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