Fungal spores, a significant but often overlooked allergy, are now appearing earlier in the year due to climate change. If ...

In the U.S., fungal spore allergy season started, on average, more than three weeks ealier in 2022 than it had been in 2003. Advanced Search. Home; ... driven by climate change.

The study found that exposure to fungus lowers cell barriers, causing cell inflammation that can worsen allergies. Climate change is also causing worse flooding and higher temperatures around the ...

“Here, we see a very visible fingerprint of climate change,” she said. “So another key action item is to try to curb climate change.” Reference: Wu R, Song Y, Head JR, et al. Fungal spore seasons ...

Increasing environmental events driven by climate change and human activity exacerbate allergy and asthma conditions, ... While fungal spores are abundant aeroallergens, ...

Please use one of the following formats to cite this article in your essay, paper or report: APA. Bose, Priyom. (2023, June 21). Battling climate change allergies: Innovative approaches mitigate ...

A world taken over by fungal infections, with no vaccine available: It sounds like the plot of post-apocalyptic show The Last of Us, but it could become our reality as climate change makes ...

Climate change is lengthening and intensifying pollen seasons, increasing the prevalence and severity of allergies and asthma. Earlier flowering, higher CO 2 levels, and air pollution contribute ...

In India’s hot and humid climate, fungal infections surge and your everyday hygiene mistakes could be the hidden cause. One of the most common skin infections is Tinea, which is also known as ringworm ...

Both allergies as well as air pollution are being exacerbated by climate change, research shows. For example, wildfires are becoming more prevalent, especially in areas that have not historically ...

Fungal spore allergy seasons in the U.S. now begin on average 22 days earlier than in 2003, a shift linked to climate change and altered temperature and precipitation patterns.