Climate Adaptation and Mitigation Models Critical for Climate Action

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Climate Adaptation and Mitigation Models Critical for Climate Action

Trillions of dollars worth of infrastructure investments aimed to protect people and assets could be lost if there are no accurate climate models that could predict climate change impacts, according to the UK’s Royal Society brief released on 19th May.

The Society calls for an international centre to develop the next-generation climate models that can predict climate change and extreme weather down to one-kilometre resolution and share this with the world.

The next-generation climate modelling refers to the performance of a supercomputer based on exascale computing or a capability to perform a billion operations per second needed for accurate weather prediction and forecasting that will support climate adaptation and mitigation initiatives.

According to the UK’s Royal Society briefing, having an international facility of unprecedented scale will “overcome the scientific and technical barriers of delivering timely, detailed, consistent and actionable climate prediction for the coming century. A new generation of high-resolution models can revolutionise the quality of information available for mitigation and adaption, from global climate and regional climate impacts, to risk of unprecedented extreme weather and dangerous climate change.”

Why are climate models important for climate action?

According to the brief, climate models provide crucial information for both climate adaptation and mitigation.

Climate model simulations and predictions can help society understand the consequences of failing to achieve emissions reductions. It mentions that only with the best climate models can we see what is at stake, what might be lost, and the cost of inaction.

Climate models can also inform climate adaptation strategies. According to the brief, even if emissions fall, climate change is still inevitable due to carbon accumulation in the atmosphere.

Detailed, location-specific climate information can protect the trillions worth of infrastructure investments and climate-proofing projects and ensure that they could withstand climate change impacts in location, construction, and management.

Global cooperation to build the execute the state-of-the-art global climate models, the brief says. “Success will depend critically on sustaining and growing the network of expertise and intellectual capabilities of the worldwide climate science, modelling, and services community from across academia, national climate research centres and climate service providers” (Next generation, 2021).

Building the international centre is a massive endeavour that requires a huge investment. However, the cost of not doing will outweigh any investment made, according to the brief.

What will climate modelling look like in 2030 and 2050?

If supercomputers become a reality by 2030, “kilometre-scale global storm resolving climate models can be deployed.”

As a result, societies will know their local weather extremes, how and why precipitation may change, and how ocean currents can affect regional climates and sea-level rise. With this knowledge of the climate system, societies can better manage their food, water and energy resources.

By 2050, digital twins can simulate Earth life and can predict the multiple relationships between the physical and natural environments at both global and national levels.

To read the Royal Society brief, click the link below:

Source Citation:

Next generation climate models: a step change for net zero and climate adaptation. (2021, May 19). The Royal Society. Retrieved from

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