海角视频

As a practicing doctor, I am trained to understand disease causation, or 鈥榩athogenesis鈥�. I am also trained to recognise disease which, if allowed to progress, may threaten life.

Whilst it might take a series of 鈥榤ultidisciplinary team鈥� (MDT) meetings to make the diagnosis, a management plan to treat the disease is then formulated and acted upon.

Written by: Hugh Montgomery, UCL Professor of Intensive Care Medicine

The potential for gases to make our planet sick was made clear in 1859, when John Tyndall clarified the 鈥榞reenhouse gas鈥� effect. In 1988, the symptoms of global warming were reported by NASDA scientist James Hansen. In that same year, the 鈥楥limate MDT鈥� was convened- the Intergovernmental Panel on Climate Change. It has since published five major assessments- each more alarming than the last. The prescription for cure is also clear: we have to stop burning fossil fuels.

Sometimes, however, the prescription is for a treatment yet to be invented: one needs a 鈥榥ovel drug鈥�. Not so in the case of climate change. As the 2015 lancet Commission reported, all the technical solutions required to solve our climate problem exist, as does the finance to deploy them. All that is required is the political will to connect the two¹.

It is fair to say that this political will is lacking. The COP21 negotiations in Paris last year were heralded as yielding a 鈥榝irm agreement for action鈥�. The reality is that the prevention of emission of not a single tonne of CO2 was mandated. Many now feel that a solution will only come from true leadership being demonstrated by the business sector. 海角视频 is showing such leadership with its 鈥楨nergy Island鈥� initiative. Whilst recognising that a huge number of 鈥榚lements鈥� of clean-energy technology exist (covering diverse aspects of generation, storage and transmission), an engineering perspective shows that effort is needed to integrate these into 鈥榙eployable systems鈥�.

Cornwall has been dealt a perfect hand in the fight against climate change. It has a massive coastline, with huge tidal drops and waves which roll in unobstructed across the entire Atlantic. It has geothermal resources. Biomass. Huge solar potential. Wind. There could be no better place to start solving the world鈥檚 energy problems.

The ideas, then? Try to convene world leaders in every aspect of 鈥榗lean energy systems: those involved in generation (solar, wind, waves, geothermal, tidal, biomass); storage (geological, chemical battery, thermal, as transportable fuels such as hydrogen and ammonia); matching supply and demand (such as through predicting weather and thus renewable-based generation, and activating white goods at the times of peak generation); reduction in energy demand; and energy transmission. Working together, new technical solutions will appear. But, more importantly, the process for integrated deployment of such systems will be defined and refined- creating a template for use anywhere in the world.

But time is short. We are on a track which threatens the health and survival of many adults, and of every child on the planet. To avert catastrophe, we need to act now. We have spent far too long at the end of the patient鈥檚 bed, stroking our chins. To delay is not an option. There will be few left to mourn our inertia.

Hugh Montgomery

UCL Professor of Intensive Care Medicine

Chair, Lancet Commission on Health and Climate Change 2015

References

¹Health and climate change: policy responses to protect public health. Lancet  2015;386(10006):1861-914.