The risk of pandemics could be related to our treatment of the planet

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Die Studie der University of the West of England und der Greenpeace Research Laboratories der University of Exeter präsentiert die Hypothese, dass Krankheitsrisiken „letztendlich mit der biologischen Vielfalt und natürlichen Prozessen wie dem Wasserkreislauf verknüpft“ sind. Durch Umweltzerstörung können Pandemien wahrscheinlicher und weniger beherrschbar werden, wie neue Forschungsergebnisse belegen Unter Verwendung eines Rahmens zur Analyse und Kommunikation komplexer Beziehungen zwischen Gesellschaft und Umwelt kommt die Studie zu dem Schluss, dass die Erhaltung intakter und voll funktionsfähiger Ökosysteme und der damit verbundenen Vorteile für Umwelt und Gesundheit der Schlüssel zur Verhinderung der Entstehung neuer Pandemien ist. Verlust von Vorteilen durch Verschlechterung …
The study by the University of England and the Greenpeace Research Laboratories of the University of Exeter presents the hypothesis that disease risks are "ultimately linked to biological diversity and natural processes such as the water cycle". Through environmental destruction, pandemics can become more likely and less controllable, as new research results demonstrate using a framework for analyzing and communication of complex relationships between society and the environment, the study comes to the conclusion that the preservation of intact and fully functional ecosystems and the associated advantages for the environment and health is the key to preventing the development of new pandemics. Loss of advantages due to deterioration ... (Symbolbild/natur.wiki)

The study of the University of the West of England and the Greenpeace Research Laboratories of the University of Exeter presents the hypothesis that disease risks "are ultimately linked to biological diversity and natural processes such as the water cycle.

By environmental degrees, pandemics can be more likely and less manageable, as new research results show

using a framework for the analysis and communication of complex relationships between society and the environment, the study comes to the conclusion that the preservation of intact and fully functional ecosystems and the associated advantages for the environment and health is the key to preventing the development of new pandemics.

loss of advantages due to the deterioration of the ecosystem

The loss of these advantages by the deterioration of the ecosystem - including design, change in land use and intensification of agriculture - further exacerbates the problem by undermining water and other resources that are essential for reducing disease transmission and the weakening of the effects of newly occurring infectious diseases.

The main author Dr. Mark Everard from the University of the West of England (Uwe Bristol) said: “Ecosystems naturally inhibit the transmission of animals from animals to humans, but this service decreases when ecosystems are broken down.

"At the same time, the deterioration of the ecosystem undermines water security and limits the availability of sufficient water for good hand hygiene, hygiene and disease treatment.

"The risk of illness cannot be separated from the preservation of the ecosystem and the security of natural resources."

dr. David Santillo from the Greenpeace Research Laboratories added: “The speed and the extent that radical measures were taken in so many countries to limit the health and financial risks of Covid-19 show that radical systemic changes would also be possible to use other global existential threats such as the climate emergency To be finished, provided that the political will is available.

apprenticeship from the Covid 19 pandemy

The researchers say that the teaching from Covid-19 pandemic is that companies have to "better recreate" worldwide, including the protection and restoration of damaged ecosystems (in accordance with the goals of the UN decade to restore ecosystems 2021-2030), where Decision making.