Does Bangalore have allergy season?

Bangalore is notorious for the pollen-rich dry air especially in the months of July to September. Avoiding the exposure to the allergen becomes difficult as it isn’t feasible for the working people to keep themselves to the indoors due to commutation.

Can bad air quality trigger allergies?

Outdoor Air Pollution Bad outdoor air quality can make asthma and allergies worse. And bad air can easily enter your home. No home is completely air tight. Outdoor air can come in through leaks around doors and windows.

What are the symptoms of pollution allergy?

Some of the symptoms of environmental allergies include:

• sneezing.
• runny nose.
• shortness of breath.
• itching.
• headaches.
• wheezing.
• fatigue.

Is Bangalore bad for asthma?

According to the World Health Organisation, there are about 2 crore asthma patients globally of which every 10 patients are from India. Bengaluru is considered asthma capital of India due to the increased number of asthmatic patients being reported every year.

What is environmental allergy?

Environmental allergies involve an immune system overreaction to things that exist in our everyday surroundings, including home, work, and the great outdoors. You may also hear this immune system response referred to as hay fever or allergic rhinitis.

Is pollen an environmental allergy?

Causes. An allergic reaction occurs when your immune system produces antibodies to fight an allergen, even though that allergen in itself is not a threat. The most common environmental allergens are pollen, dust, pet dander, mold, and cockroaches.

How do you get rid of environmental allergies naturally?

The good news is there are many natural remedies you can try to control your allergy symptoms:

1. Cleanse your nose. Pollens adhere to our mucus membranes.
2. Manage stress.
3. Try acupuncture.
4. Explore herbal remedies.
5. Consider apple cider vinegar.
6. Visit a chiropractor.
7. Detox the body.
8. Take probiotics.

Why is the air so bad in Utah?

Poor air quality in Utah is due to the mountainous topography which can cause pollutants to build up near the surface (especially during inversions) combined with the prevalence of emissions from gasoline- and diesel-powered vehicles, especially older models.