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The invisible impact of methane: conversations about climate change

by PREMIUM.CAT
Una escena serena pero estimulante que representa 'Maria de la Fuente', una científica dedicada, que se encuentra en un laboratorio moderno lleno de equipos 'oceanográficos' avanzados. La habitación está iluminada por una luz suave y natural que se filtra a través de grandes ventanas, mostrando una vista del horizonte de 'Bruselas' en el fondo. María, con una expresión enfocada, está analizando datos en una elegante pantalla de computadora, rodeada de gráficos y modelos 'científicos' de 'hidratos de metano'. En una mesa cercana, hay muestras de 'sedimentos marinos' y 'cultivos microbianos', enfatizando su investigación sobre el impacto de las emisiones de metano. Las paredes están adornadas con carteles que ilustran el 'ciclo del carbono' y los efectos del 'cambio climático', creando una atmósfera de urgencia y dedicación. En la esquina, una pequeña planta simboliza su conexión con la 'naturaleza', mientras que un globo destaca las implicaciones globales de su trabajo. El ambiente general es una mezcla de 'in

Dialogue with Dr. Maria de la Fuente

In the heart of Brussels, Dr. Maria de la Fuente, a prominent scientist specializing in climate change, shares her concerns about the repercussions of methane emissions. With a doctorate in Ocean and Earth Sciences obtained at the National Oceanography Center at Southampton University, his experience has to explore new horizons in understanding climatic dynamics.

Their project in Brussels

Since 2020, Dr. De la Fuente has been immersed in an innovative project in the Department of Geoscience, Environment and Society. His work focuses on modeling the methane emissions that are generated in the ocean floor and in the permafrost areas, those frozen regions that have kept their ice for years.

What do these emissions involve?

The emissions that the Fuente studies are the result of the destabilization of the gasohidrats, which are ice structures that catch methane gas. His project is investigating whether the microbial communities present in marine sediments can absorb this gas before it reaches the atmosphere, a key aspect of understanding its impact on climate change.

The repercussions of methane on climate change

Dr. Of the Fuente he emphasizes that if the microbes do not absorb methane, it becomes a source of gas not considered in the climatic projections. Methane has much greater global warming potential than carbon dioxide, which makes its management crucial for the health of the planet.

Impact on the oceans

Research reveals that a change in ocean chemistry can affect its ability to absorb atmospheric carbon. However, the implications of this hydrate dissociation are not yet fully understood, and the work of Dr. De la Fuente seeks to clarify these uncertainties.

Their vision of political change

Dr. De la Fuente expresses his concern about the lack of political priority given to the climate crisis. He believes that political decisions are often made without regard to environmental well -being, a tendency that can be detrimental to the future of the planet.

What solutions are proposed?

According to the scientist, there is no unique solution to facing climate change. Reducing emissions involves deep change in the way they live and think, a transformation that has not yet materialized on political agendas.

Final reflections

Dr. De la Fuente warns that we are heading towards a climate reality that can be unsustainable for life as we know it. His perspective, which combines realism and concern, reminds us that our current society, with consumption that exceeds the capacity of the planet, needs an urgent review of its priorities to avoid an uncertain future.

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