Current pollen pollution in Baden-Württemberg: This is how allergy sufferers react!

Current pollen pollution in Baden-Württemberg: This is how allergy sufferers react!

Especially for people who suffer from allergies, it is important to experience the current pollen load in your region. Even with the simplest information about the type of pollen and their concentration in the air, allergy sufferers can take appropriate measures. Today, on August 19, 2024, it is particularly clear which pollen is in the air and how strong the load actually is.

In most parts of Germany, the pollen load is very manageable today. In Baden-Württemberg, the situation proves to be comparatively mild. The pollen loads are shown as follows: The most common types of pollen such as hazel, alder, birch, rye and ambrosia cannot be found in the air today, which is good news for allergy sufferers.

pollen load in detail

This is what today's pollen pollen in Baden-Württemberg, which is important for many allergy sufferers:

• hazel: 0.0 - no load
• Erle: 0.0 - no load
• birch: 0.0 - no load
• grass: 0.5 - Low load
• ash: 0.0 - no load
• rye: 0.0 - no load
• Ambrosia: 0.0 - no load
• mugwort: 0.5 - low load

In comparison, the values ​​for tomorrow, August 20, 2024, are identical, which indicates that the pollen load will remain stable in the next few days.

The pollen season itself traditionally begins in spring. From March, depending on the weather, the first pollen can get up, while the season typically ends in October. Each type of plant has its specific flowering times, which means that allergy sufferers can be affected by pollen from different species in the time. In the early months it is often alder and hazel who cause first symptoms, while later birch and grass pollen are added.

influencing factors on pollen flight

Biometeorology plays an important role, because temperature, humidity and wind conditions are crucial for the distribution of pollen in the air. These factors have direct effects on the pollen load and ultimately on the health of allergy sufferers. For example, rising temperatures can cause pollen to get into the air more easily and spread there.

Allergy sufferers must actively pay attention to the pollen load in order to keep their symptoms low. For them, contact with pollen can lead to real challenges. When pollen get into the mucous membranes, the immune system often reacts over, which can lead to symptoms such as itchy eyes, swelling of the nose or even allergic asthma. Therefore, in addition to medication, preventive measures are of great importance.

Some effective tips for relieving allergy symptoms include:

• clothes do not dry on the balcony or in the garden to avoid the pollen load.
• daily nasal rinses for cleaning the nasal mucous membranes, ideally in the evening.
• use of pollen grilles to reduce the amount of pollen in the interior.
• in the bedroom do not change clothes to prevent pollen from getting to bed.
• the ventilation of the rooms in the rain, since the pollen concentration is usually lower.

For everyone who suffers from hay fever or similar allergies, the analysis of the pollen flights offers a way to strategically adjust to the current pollen situation and take appropriate countermeasures. The message about the pollen load is therefore not only informative, but also essential for the well -being of those affected.

The likelihood that allergy symptoms will show is reduced by a better understanding of the current pollen pollution. This knowledge gives those affected a clear advantage so that they can get along better in everyday life and keep an eye on their health.

Influence of climate changes on pollen flight

climate changes have a significant impact on pollen flight, especially in Germany. Rising temperatures and changed precipitation patterns mean that some plants bloom earlier and produce pollen longer. According to a study by the German Weather Service , many allergenic plants show tendencies to a earlier and more intensive pollen.

An example of this is the birch, the flower of which, due to warmer weather, tends to begin earlier in recent decades. These changes not only increase the pollen pollution, but can also exacerbate symptoms with allergy sufferers because they are faced with a longer pollen season. In addition, it can be observed that invasive plants such as ambrosia become more common in Germany as a result of climate change. This plant produces a high amount of allergy -causing pollen and can therefore significantly increase the stress for allergy sufferers.

consequences of pollen allergy to quality of life

pollen allergies, also known as hay fever, can severely affect the quality of life of those affected. A survey of the Allergie and asthmahilfe shows that many allergy sufferers suffer from concentration disorders, sleep problems and even depression caused by the constant complaints and restrictions in everyday life. The symptoms, such as sneezing, itching and breathing difficulties, force many affected people to avoid outdoor activities and adapt their lifestyle.

In addition, the allergies also have economic effects. Pollen allergies caused in Germany in 2019 estimated costs of over 20 billion euros caused by treatment costs, loss of work and loss of productivity. The increase in pollen pollution could further increase these costs in the coming years if suitable measures for prevention and treatment are not taken.

preventive measures to reduce the pollen load

In order to reduce the pollen pollution in the area, both individuals and municipalities can take measures. This includes the reforestation of suitable tree species that produce fewer allergens pollen, as well as the creation of urban green areas that promote a varied flora. Fighting invasive plant species such as Ambrosia also plays an important role.

At the individual level, allergy sufferers can observe their surroundings and take targeted measures to minimize their own pollen pollution. Setting up pollen grilles, wet cleaning of the living rooms and avoiding outdoor sports during high pollen loads are simple but effective strategies for reducing symptoms.