If you have noticed more and more people sneezing around you, it is because the seasons are shifting. However, what is making it worse is the global warming. Whether or not you believe it, global warming is real and it is causing climate change, and as a result, making our seasonal allergies worse. Tree pollen kicks in during this time, and then comes grass pollen that stays through the late spring and summer. Then fall pollen such as ragweed begins in the late summer and continue into autumn. As per the Centers for Disease Control and Prevention (CDC), in 2023, 25.7% of US adults were diagnosed with seasonal allergies. This means that about a quarter of the population was suffering from watery eyes, a tickly throat, and a runny nose. Pollen allergies can make it difficult for you to step out and thanks to climate change, it keeps getting worse. How Climate Change Impacts Pollen?Climate change alters weather patterns and it can trigger an earlier onset of pollen count that stays till late. As a result, we experience more sneezing and breathing related issues. Paul Gabrielsen of the University of Utah writes that if you think you are living under pollen season a bit longer every year, then you are right. The seasons have started 20 days earlier and stay 10 days longer, almost a month-long increase. However, US is not the only country where it happens. It is there everywhere. In 2015, the World Allergy Organization which comprised 97 medical societies from around the world released a statement that warned that climate change would indeed impact the timing, duration and severity of pollen seasons. As per biologist William Anderegg, who also works in the University of Utah, who commented on his team's research published in the Proceedings of the National Academy of Sciences in 2020, "The strong link between warmer weather and pollen seasons provides a crystal-clear example of how climate change is already affecting people's health across the US."The Hot The Weather Is, The More Pollen Allergies Will BeShifts in weather can have a major impact on allergy symptoms. A sudden temperature drop often dries out the air, making it easier for pollen and mold spores to become airborne. On the other hand, a warm spell can raise humidity levels, creating conditions where both mold and pollen thrive. Wind is another key factor—strong gusts can spread allergens across long distances, worsening symptoms for sensitive individuals.The Role of Temperature and HumidityTemperature and humidity are two of the biggest weather-related triggers for allergies. Warm weather tends to increase pollen production as plants become more active. High humidity encourages mold growth, both outdoors and inside homes. In contrast, cooler temperatures can reduce pollen levels, and dry air makes it harder for mold to grow. By staying aware of how these conditions affect allergen levels, individuals can better manage their exposure and take preventative steps to reduce symptoms.