Global warming is a rising concern; however, it not just environment, but also affects our health. While we may think that global warming only leads to environmental resources being perished, however, the impact is way more. Whatever happens to the environment is directly related to humans. As per a new research by scientists from Manchester University, due to the rising temperature, a deadly fungus could cause millions of deaths annually and will spread globally. This is the Aspergillus family, which will proliferate in new regions and cause infections.The report by Manchester University notes that the moulds living among us could further trigger the next disease outbreak.What Is Mold?Mold are microscopic fungus that grows in damp conditions. mold spores are present everywhere and are released in large numbers into the air. Signs of mold at home include black, white, or green patches on walls and a musty smell.What Is Aspergillus?It is a group of fungi which is present globally and can cause aspergillosis, a lung disease that could spread to other organs, including your brain.As per Science Direct, it is also an industrial chemical used for the fermentation of various foods like soy sauce, miso, and sake; however, it can also be dangerous to your health.It also releases a huge amount of tiny spores into the air, which can cause health issues to those who consume it. It could be even concerning for those with a compromised immune system, especially people with asthma, cystic fibrosis, cancer, or anyone with a severe flu or Covid-19. These conditions may make it impossible for you to clear the spores.Norman van Rijn, who is one of the study authors, told CNN that if the body fails to get rid of these spores, the fungus “starts to grow and basically kind of eat you from the inside out, saying it really bluntly,”ALSO READ: Exposure To Mold Can Lead To Neurological Symptoms: Know What They AreWhat Does It Do To You?The author noted that mortality rates of Aspergillosis are actually at 20 to 40%; however, not many people get to know it, as it usually causes common symptoms like fevers and coughs.The fungi can also alter brain functions. What happens with mold is that it can get inside your home through open doors, windows, and air conditioning systems. Inhaling mold spores or coming into contact with mold can have severe adverse effects on your health. Beyond physical symptoms like headache and allergic symptoms, it can have a significant impact on the brain and nervous system. Symptoms may vary, from mild headaches to more severe issues like memory loss or difficulty walking. While it can affect anybody, certain groups like children, the elderly, pregnant women, and those with weakened immune systems are particularly vulnerable to these effects.In a video game-turned-TV show, The Last of US, a fictional brain-altering fungus that wipes out humanity has been shown, many draw the fungus's parallel to it. This is also because, while it is not a known fact, however, the reality is fungi fungi-related deaths are at 5% globally.What Did The Study Find?Researchers have found that certain species of Aspergillus fungi are likely to expand into new regions of North America, Europe, China, Russia, and Asia as global temperatures rise.The study—funded by the Wellcome Trust—used computer models and climate projections to map the future spread of Aspergillus strains, including A. flavus, A. fumigatus, and A. niger.“Fungi are relatively under-studied compared to viruses and parasites, but our maps suggest fungal pathogens are likely to affect most regions of the world in the future,” study author van Rijn told CNN.One of the key findings, reported by CNN, is that Aspergillus fumigatus could expand its range northward toward the Arctic. By 2100, it could spread 77.5% farther than it currently does, potentially putting around 9 million people in Europe at risk.Aspergillus fumigatus thrives in warm, organic environments like compost, and it can grow “astonishingly quickly” at high temperatures, said Professor Elaine Bignell, co-director of the MRC Centre for Medical Mycology at the University of Exeter, in a comment to the Financial Times.“Its natural lifestyle may have given A. fumigatus the resilience it needs to invade human lungs,” Bignell added.