In this article, we'll try to understand what weather sensitivity is, why some people are affected by it, and how its symptoms manifest.
The information in this article is in no way a substitute for a personal visit to a doctor! If you feel that your body reacts in any way to changes in the weather — be sure to consult a qualified medical professional!
According to official statistics, more than 65% of the world's population can sense sudden weather changes — in other words, they have weather sensitivity (weather dependence) or meteopathy.
However, this is not some kind of superpower, but rather a negative characteristic of the body, as weather sensitivity manifests itself exclusively through unpleasant sensations — blood pressure spikes, dizziness, migraines, joint and muscle pain, drowsiness, apathy, irritability, and other symptoms.
Currently, the International Statistical Classification of Diseases, used by medical professionals worldwide for diagnosis, does not include terms like "weather sensitivity" or "weather dependence," so this condition cannot officially be called a disease. Therefore, both modern doctors and scientists continue to research the connection between deteriorating health and weather fluctuations.
Why Are People Weather-Sensitive?
It is known that the human body can adapt to almost any change in weather conditions — most people tolerate changes in climate zones and temperatures well, as well as sudden changes in atmospheric pressure that occur during flights or scuba diving.
However, in weather-sensitive people, this process is disrupted, which is why various unpleasant symptoms appear.
Why is the body's adaptation to weather changes disrupted? Most often, this is due to age-related changes, past physical injuries, or chronic diseases — from low hemoglobin to problems with the cardiovascular and endocrine systems, as well as against the background of vegetative-vascular dystonia (VVD) or a labile (unstable) nervous system.
The bodies of such people are more vulnerable and often weakened, meaning they spend more resources on the adaptation process. The result is the exacerbation of chronic diseases, unpleasant physical sensations, and discomfort that occur during sudden weather changes or on the eve of these changes.
In addition, rainy weather with long periods without sunlight can cause a decline in physical activity, which can also affect a person's psycho-emotional state. Physiologically, this may be associated with a slowdown in certain important metabolic processes, such as the production of vitamin D, which in turn negatively affects phosphorus-calcium metabolism.
What Kind of People Are Weather-Sensitive?
Most health problems related to the weather occur during the off-season — spring and autumn — as well as in conditions of extreme heat or cold. The most pronounced symptoms appear in people with:
Cardiovascular diseases
Endocrine system disorders
Musculoskeletal system pathologies
Vegetative-vascular dystonia
Chronic diseases
Excess weight
Injuries
Surgical interventions
When it comes to people with high blood pressure (hypertensives), they generally tolerate cold weather with high atmospheric pressure poorly. Hypotensives (people with low blood pressure), on the other hand, are more sensitive to heat with low atmospheric pressure, which can cause drowsiness, fatigue, and headaches.
People with musculoskeletal problems, as well as those with a history of injuries or surgeries, are adversely affected by damp, rainy, cool weather, as it is precisely under such conditions that pain and aching in muscles and joints most often occur.
It should be noted that statistics show women react to the weather much more often and more acutely than men. This is likely due to the fact that the female body is hormonally much more complex and diverse than the male body. Pregnant women, smokers, people who abuse alcohol, and those leading a sedentary lifestyle are also at risk.
How Weather-Sensitive People Feel When the Weather Changes
In 90% of weather-sensitive people, the body's reaction to the weather coincides in time with the change in weather conditions; in 10%, the reaction is delayed and appears 1-2 days later. Only a very small percentage of people experience warning reactions 1-2 days before the weather changes.
The reaction to weather in weather-sensitive people can manifest from various body systems. The most common symptoms can be grouped into the following syndromes:
Hemorrhagic: bleeding of mucous membranes, bruising on the skin, increased conjunctival injection, changes in blood count.
Asthmatic: shortness of breath, chilliness, suffocation, cough.
Three degrees of severity of weather sensitivity are distinguished:
Mild: discomfort is mild, slight mood swings are observed, performance is not impaired.
Moderate: health noticeably deteriorates, performance decreases.
Severe: serious discomfort is felt, up to exacerbation of chronic ailments, loss of the usual rhythm of life, up to bed rest.
Important! Weather sensitivity that manifests itself in moderate or severe form should never be ignored, to avoid serious health problems such as hypertensive crisis or ischemic stroke.
Be sure to seek help from a qualified medical professional if your body's reaction to weather changes interferes with your usual lifestyle!
Famous Weather-Sensitive People
It is a mistake to think that only modern people are susceptible to weather dependence. Hundreds of years BC, people already noticed the connection between poor health and changes in the weather.
Even Hippocrates mentioned weather sensitivity in his scientific works. The ancient Greek physician Diocles conditionally divided the year into six periods, in each of which he recommended that his patients change their lifestyle in one way or another. The ancient Germans associated joint and muscle pain with increased humidity and cold.
It is known that many great historical figures — Mozart, Napoleon, Leonardo da Vinci, Byron, Columbus — suffered from weather sensitivity. The German poet, thinker, and naturalist Goethe wrote in his scientific work, which he called "Experiment on the Study of Weather," that with high barometer readings (i.e., at high atmospheric pressure), he finds it much easier to work than at low readings.
PRACTICAL RECOMMENDATIONS FOR WEATHER-SENSITIVE PEOPLE
Knowing the theory behind weather sensitivity is only half the picture — the more useful question is what to actually do on days when the body signals a change. Below are practical, everyday steps grouped by the areas that make the biggest difference.
Track the Pattern, Not Just the Symptom
Most weather-sensitive people react to the same 2-3 triggers over and over — a pressure drop, a cold front, a run of overcast days. Keeping a simple log of symptoms alongside the day's atmospheric pressure, temperature swing, or geomagnetic activity (available in real time through MeteoAgent's forecast cards) makes it much easier to tell a random bad day from a genuine weather reaction, and to see which specific factor affects you personally. This kind of tracking doesn't replace a doctor's diagnosis, but it gives both you and your physician a clearer picture to work from.
Sleep
Aim for a consistent sleep and wake time — irregular sleep amplifies vascular and cerebral symptoms (headaches, irritability, daytime fatigue).
On forecasted "difficult" days, going to bed 30–60 minutes earlier can soften next-day fatigue, since the body is already spending extra energy on adaptation.
Keep the bedroom cool, dark, and well-ventilated; stuffy air tends to worsen headaches and grogginess independent of the weather itself.
Hydration and Nutrition
Sufficient water intake supports blood pressure regulation, which matters most for the vascular and cardiorespiratory symptom groups.
Lighter, easily digestible meals on sensitive days may ease the dyspeptic symptoms some people report (bloating, nausea, appetite changes).
Reducing salt slightly around forecasted pressure changes can help hypertensive-type responders; reducing caffeine and alcohol helps regardless of blood pressure type, since both stress the cardiovascular system.
These are general, moderate adjustments — not a restrictive diet, and not a substitute for any nutrition plan a doctor has already given you.
Movement
Light, regular activity — walking, stretching, swimming — helps circulation and often eases joint and muscle stiffness tied to damp or cold fronts.
On days of pronounced discomfort, it's fine to scale intensity down rather than skip movement altogether; gentle activity is usually easier on the body than a sudden hard workout, and easier than none at all.
For rheumatoid-type symptoms (joint/muscle pain, stiffness), warmth — a warm shower, heating pad, or loose warm clothing — is a simple, low-risk way to ease discomfort during damp or falling-pressure weather.
Light and Mood
Reduced daylight in autumn and winter is linked to lower activity and flatter mood in many people, independent of any single weather event.
Getting outside during daylight hours, even briefly, or using a daylight lamp indoors, is a low-effort way to counter this seasonal dip.
If low mood becomes persistent rather than tied to specific weather days, that's worth raising with a doctor rather than managing alone.
Stress and Nervous System
People with a labile nervous system or vegetative-vascular dystonia tend to feel weather changes more sharply through irritability, anxiety, or sleep disruption.
Simple regulation tools — slow breathing, a short walk, reducing screen time before bed — won't change the weather, but they do lower the overall load on a nervous system that's already working harder to adapt.
Planning Around Forecasts
Checking tomorrow's pressure, temperature swing, or geomagnetic activity the evening before makes it possible to plan a lighter schedule on demanding days rather than being caught off guard.
This is especially useful for people who notice delayed reactions (1–2 days after a weather shift) — the log described above helps identify your personal lag time.
When to See a Doctor
Mild symptoms that don't affect daily functioning are common and usually manageable with the steps above.
Moderate or severe reactions — especially anything resembling a hypertensive crisis, chest pain, severe dizziness, or fainting — should always be evaluated by a medical professional, not managed through lifestyle adjustments alone.
If weather sensitivity is new, worsening, or increasingly disruptive, that pattern itself is worth mentioning to a doctor, since it can sometimes point to an underlying condition (cardiovascular, endocrine, or otherwise) that hasn't been diagnosed yet.
Conclusion
As trite as it may sound, the most important thing in combating weather sensitivity is a healthy lifestyle!
First of all, this means getting at least 7–8 hours of full sleep per day and a balanced diet with limited consumption of fatty and salty foods, as well as sufficient fluid intake.
Reasonable physical activity, quitting bad habits, and reducing coffee consumption are also necessary. All these measures together will have a positive effect on the state of the body as a whole, and weather-dependent people will find it much easier to endure its whims.
