Washington [US], November 26 : The latest manifestation of the effects of climate change and global warming is its effect on the human brain.
In a report published in Nature Climate Change, an international team of academics explores how research has demonstrated that a changing environment affects how our brains work, and how climate change may impact our brain function in the future.
The work is led by the University of Vienna, with contributions from Geneva, New York, Chicago, Washington, Stanford, Exeter in the United Kingdom, and the Max Plank Institute in Berlin. It also looks at how neuroscientists might help to better understand and treat these issues.
Lead author Dr Kimberly C. Doell, of the University of Vienna, said: "We've long known that factors in our environment can lead to changes in the brain. Yet we're only just beginning to look at how climate change, the greatest global threat of our time, might change our brains. Given the increasingly frequent extreme weather events we're already experiencing, alongside factors such as air pollution, the way we access nature and the stress and anxiety people experience around climate change, it's crucial that we understand the impact this could all have on our brains. Only then can we start to find ways to mitigate these changes."
Since the 1940s, scientists have known from mouse studies that changing environmental factors can profoundly change the development and plasticity of the brain. This effect as also been seen in humans in research looking at the effects of growing up in poverty, which found disturbances to brain systems, including lack of cognitive stimulation, exposure to toxins, poor nutrition, and heightened childhood stress. While not entirely surprising, this research highlights the profound impact that one's environment can have on their brain.
Now, the authors are calling for research to explore the impact on the human brain of being exposed to more extreme weather events, such as heatwaves, droughts, and hurricanes, and associated forest fires and floods. They believe such events may change brain structure, function, and overall health, and also call for more research to evaluate how this may explain changes in well-being and behaviour. The paper also explores the role that neuroscience can play in influencing the way we think about climate change, our judgments and how we respond.
Dr Mathew White, of the Universities of Exeter and Vienna, is a co-author on the study. He said: "Understanding neural activity that is relevant to motivations, emotions and temporal horizons may help predict behaviour, and improve our understanding of, underlying barriers preventing people from behaving as pro-environmentally as they might wish. Both brain function and climate change are highly complex areas. We need to start seeing them as interlinked, and to take action to protect our brains against the future realities of climate change, and start using our brains better to cope with what is already happening and prevent the worse-case scenarios."
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