“BlueAdapt presents a unique opportunity for us to investigate emerging disease risks in our coastal waters. We hope to be able to improve the understanding on how bacteria and viruses in coastal zones will respond to changes in our climate.”
What are the effects of unpredictable climate change in terms of cost to human health?
And what are the effects of human disruptions on the world’s ecosystems – again in terms of cost to human health – with the pandemic as a possible precursor:
There has been further serious research into these effects this year:
With this from last month:
Researchers say climatic hazards can facilitate transmission of various diseases and amplify their deleterious consequences on our health. That’s right: The floods, heat waves, droughts, and other calamities caused by excessive greenhouse gas emissions also make us more vulnerable to ill effects of pathogens such as bacteria, viruses, plants and fungi, according to a new study by a team of earth and marine scientists published in Nature Climate Change.
And with new piece of research focussing on our coastal waters:
Our coasts will be investigated for health risks as a result of climate change.
New £8.7 million project seeks to understand the health risks posed by coastal waters due to climate change
The impact of climate change on health risks due to pathogens in the environment, specifically in our coastal waters, will be investigated by a new £8.7 million (€10 million) Horizon Europe project developed by the University of Exeter’s European Centre for Environment and Human Health and led by the Basque Centre for Climate Change (BC3).
The BlueAdapt project involves 12 institutes from across 10 countries in Europe, bringing together an interdisciplinary team of researchers including microbiologists, epidemiologists, economists, climate scientists and policy specialists. The project will focus on a wide range of pathogens including antimicrobial resistant bacterial pathogens which are becoming increasingly hard to treat with antimicrobial drugs commonly known as antibiotics.
The COVID-19 pandemic illustrated that there is need for a much better understanding of environmental pathogens. The project will help future pandemic preparedness by identifying when and where pathogens may evolve and what the risk factors for environmental transmission to humans are.
Dr Tim Taylor, Senior Lecturer in Environmental and Public Health Economics at the University of Exeter’s European Centre for Environment and Human Health who coordinated the bid said: “Our coastal waters are important to our society in terms of providing space for recreation, food to our tables and supporting a range of industries. It is important we understand how bacteria and viruses will respond to changes in our climate and society – so we can better plan for the future. Through a series of case studies, BlueAdapt will focus in on change in different areas of Europe and look at different options for responding to these emerging threats.”
Professor Will Gaze who leads the Environmental Demission of Antimicrobial Resistance research unit at the University of Exeter’s European Centre for Environment and Human health said: “Antimicrobial drug resistant infections are predicted to be the leading cause of death by 2050 and the role of the natural environment in the evolution and transmission of antimicrobial resistant pathogens is increasingly being recognised. With partners including those at Bangor University in Wales and the University of Galway in Ireland we will use a combination of experimental evolution and sophisticated modelling approaches to better understand the effects of climate change on risks posed by pathogens and antimicrobial resistance in the environment”.
Prof Marc Neumann, Research Professor at BC3 and BlueAdapt’s Principal Investigator explains: “BlueAdapt presents a unique opportunity for us to investigate emerging disease risks in our coastal waters. We hope to be able to improve the understanding on how bacteria and viruses in coastal zones will respond to changes in our climate and how this in turn may impact the health of the European population. We will investigate policy responses, including early warning systems, and estimate expected benefits of adaptation actions.”
BlueAdapt is a partnership between the Basque Centre for Climate Change, University of Exeter, Charles University, University of Warsaw, University of Galway, Deltares, CMCC, EuroHealthNet, Bangor University, Istituto Superiore di Sanita, University of the Basque Country and ThenTryThis.