Douglas Rushkoff writes: (The billionaires I recently met) were preparing for a digital future that transcends the human condition altogether while insulating themselves from a very real and present danger of climate change, rising sea levels, mass migrations, global pandemics and resource depletion. For them, the future of technology is really about just one thing: escape.
It’s no longer possible to separate the health of the planet from the health of its people. Disease patterns are changing as the climate does, and human health is at risk from loss of biodiversity, depleted water supplies, environmental toxins, and collapsing food systems. From this realisation has come a new research field: planetary health.
From Grist Magazine: It’s the hottest month of one of the hottest years in the history of civilization, and the world is being battered by extreme weather events – unprecedented heatwaves in japan, wildfires in Greece and the Arctic Circle, and flooding in Philippines and Laos, where a dam was washed away, forcing thousands to flee.
Climate science has consistently underestimated the effect of biology on climate. A geomechanical bias holds sway, seeing life as hostage to fluctuations in atmospheric components. In contrast, a living planet view holds that fundamentally it’s life itself that maintains the conditions for life, and the depletion of life is the biggest threat to the climate.
A startlingly pessimistic vision of India’s looming environmental and economic collapse by a senior business leader deserves our urgent attention and ought to revive the debate on development, democracy and policy choices. It’s also the closest we have got to a confession from an insider as to what has really been going in the country.
4200 years ago, a sweeping mega-drought devastated agricultural societies across the globe, wiping out civilizations from Ancient Egypt to Mesopotamia, Palestine and the Yangtze River Valley. Now, scientists say the cataclysmic event marks the beginning of a new geologic age: Late Holocene Meghalayan, which encompasses everything from the start of the drought to the present.
Kerry Emanuel writes: There are strong cultural biases against discussion of ‘tail risk’ in climate science; particularly the accusation of “alarmism”. Does the dictum to tell “the truth, the whole truth, and nothing but the truth” not apply to climate scientists? If we omit discussion of tail risk, are we really telling the whole truth?
From Nature: Science fiction is increasingly in the here and now. With technological change cranked up to warp speed and day-to-day life smacking of dystopia, where does science fiction go? Has mainstream fiction taken up the baton? Six prominent American science fiction writers reflect on what the genre has to offer about our common future.
From Climate Home News: Perhaps the most egregious fix, given the prominence of the issue and its consequences for Indians’ health, is the Modi government’s attempts to defer a December 2017 deadline for air pollution standards for thermal power plants. Without these, India’s hopes of reducing deadly air pollution from its electricity sector are nixed.
Reading about energy today, it’s easy to get the impression that our energy problem is a quality problem—some energy is polluting; other energy is hoped to be less polluting. There’s a different issue that we are not being told about. It’s the fact that having enough energy – quantity – is extremely important, as well.
‘As the waters rise,’ Jeff Goodell writes, ‘millions of people will be displaced, many of them in poor countries, creating generations of climate refugees that will make today’s Syrian war refugee crisis look like a high school drama production.’ There’s no longer any doubt that the rise in global sea levels will reshape human civilisation.
Around 127 people died and 300 others injured during the severe dust and thunderstorms that shook north India on May 2; wind speeds of 126 kilometres making it the strongest storm in six years. The world may see more such freak storms due to rising temperatures; reducing pollution and protecting forests are perfect preventive measures.
In this keynote address delivered at the King Abdullah University of Science and Technology, the Post Carbon Institute’s Nate Hagens discusses how our lives will be influenced by how we react to the coming era of harder to extract and more costly fossil fuels that will be combined with cleaner but less concentrated energy types.
Limiting global warming to 1.5C requires strictly limiting the total amount of carbon emissions between now and the end of the century. However, there is more than one way to calculate this allowable amount of additional emissions, known as the “carbon budget”. In this article, Carbon Brief assesses nine new carbon budget estimates released recently.
From Down to Earth: According to an IIT Gandhinagar study, population exposure to heat waves is expected to increase by a massive 200-fold increase if carbon emissions continue under a business-as-usual scenario. Heat wave is already the third biggest natural killer in the country, but is not recognised as a natural calamity by the government.
From Financial Times: Antarctica is changing fast, including sections of the massive ice sheet that covers it. This holds so much water that if it ever melted completely, global sea levels would rise by nearly 60m. The race to understand Antarctica has become more urgent. Also watch, the documentary ‘The Antarctica Challenge: A Global Warning.’
This latest news immediately brings some questions to mind: Does this mean that we should stop working toward mitigating climate change? Should we stop worrying and enjoy mindlessly by indulging ourselves in senseless consumerism? I really don’t know. But what I definitely know is that the window of opportunity to act is closing really fast.
From ICSF: In the face of climate change and disastrous development projects like Sagarmala, stewardship of coastal land is the primary challenge for coastal communities. Sea level rise and increasing climate unpredictability require local communities to play an active role in creating knowledge-bases for appropriate action, to reduce disaster risk and recreate a healthy coastline.
We’re not going to get a decarbonized energy system by 2050. We’re going to fail the climate targets, probably by a large margin, and I suspect that a warming of about 3 degrees centigrade is going to be almost inevitable. It’s perfectly possible that self-amplifying feedback mechanisms under way will amplify this change even more.
Adrian Ayres Fisher writes: Part of the relatively new ‘cli fi’ genre, Kim Stanley Robinson‘s novel ‘Green Earth’, is full of climate change related, extreme weather disasters. It could have been yet another nightmarish fantasy trip. Instead, with underpinnings of Shakespearean comedy, its tone and structure convey hopefulness and there are moments of true joy.