Trends Identified
When robots feel your pain
Isaac Asimov, Arthur C. Clarke, Gene Roddenberry and their futurist kin all expected robots one day to play a pivotal part in the realm of medicine. It is safe to say that systems as complex as the heart surgeon in Asimov’s “Segregationist” and the Emergency Medical Hologram from Roddenberry’s “Star Trek: Voyager” are not going to become reality in 2017. However, artificial intelligence is now in a position to transform psychiatric hospitals for the better in the year ahead.
2016
World in 2017
The Economist
Planets, planets everywhere
One possibly habitable planet is already known to exist near Earth. Many more will soon be found
2016
World in 2017
The Economist
So long susy?
In 2017 the idea of Supersymmetry will either be seen to be true, or die
2016
World in 2017
The Economist
Science for everyone
A basic education in science can now be gained through Wikipedia alone. A more advanced education is available on YouTube. Whole fields, including much of physics, publish new research online. The open-data movement delivers the raw material of science to anyone who wants it. Crowdsourcing platforms are changing the way science is done, from online collaborations between top-class mathematicians to distributed-computing platforms that allow anybody to comb data and make discoveries. Meanwhile, scientists are realising that a crucial part of the job is communicating their ideas—and their excitement—to the public. As access to knowledge becomes universal, it may kindle the desire for more.
2016
World in 2017
The Economist
Climate change and planetary boundaries
As evidence mounts that the impacts of human-caused climate change are already upon us, the future of international development cannot be considered in isolation from the need to adapt. Furthermore the Earth’s natural systems are under enormous pressure, with huge consequences for the world’s most vulnerable people. As UNep’s 2012 Global Environment Outlook assessment concludes: “Scientific evidence shows that Earth systems are being pushed towards their bio-physical limits, with evidence that these limits are close and have in some cases been exceeded”.
2015
Tomorrow’s world: seven development megatrends challenging NGOs
The Guardian
Demographic shifts
The global population could reach 9.6 billion by 2050 and 10.9 billion by 2100. In 2000, for the first time, there were more people over the age of 60 in the world than children under five. By 2050, four-fifths of older people will live in developing countries, where 80% of them will have no regular income. Youth unemployment is also growing. In 2012, 15- to 24-year-olds made up 40% of the total unemployed population.
2015
Tomorrow’s world: seven development megatrends challenging NGOs
The Guardian
Urbanisation
Globally, more people live in urban than rural areas and this is expected to gather pace. But the urban transition is taking place at different rates in different parts of the world. By 2050 most northern regions are expected to be at least 84% urban. In contrast, even by 2050, Africa’s urban dwellers are projected to make up just 62% of its total, and Asia’s 65%. Even in Asia and Africa, though, rapid rural-to-urban shifts are taking place. Urbanisation is a key engine of economic growth, but with this comes the risks of social marginality, conflict and exploitation.
2015
Tomorrow’s world: seven development megatrends challenging NGOs
The Guardian
Natural resource scarcity
Demographic pressures create food and water insecurity, and supplies of non-renewable natural resources including fossil fuels are depleting. Scarcity could push prices up, creating further hardship for those most in need. Notwithstanding the current low oil price, from 2000 to 2013 metal prices rose by 176%, energy prices by an average of 260% and food prices by 120%. Depending on political responses, this may drive humanitarian crises, population movements and a rise in protectionist or nationalist policies.
2015
Tomorrow’s world: seven development megatrends challenging NGOs
The Guardian
Geopolitical shifts
In 2012, the Brics countries of Brazil, Russia, India, China and South Africa were reported as being responsible for more than 25% of the world’s GDP based on purchasing power parity and home to 40% of the global population. The axis of the world’s economic and geopolitical power has shifted – and will continue to shift – from west and north to east and south. Poverty patterns and distributions are changing alongside the wider geopolitical shifts, and donor policies are changing alongside them. Declining overseas development assistance to middle income countries and new donors entering the landscape are reshaping the nature of aid. Moreover, there is a risk that some growing political powers restrict the space for civil society action.
2015
Tomorrow’s world: seven development megatrends challenging NGOs
The Guardian
Processes of technological transformation and innovation
Technological innovation could have a very significant impact on the ability of people to meet their needs and to adapt to climate change. The world is becoming hyper-connected. Technological changes and the rapid diffusion of information and communications technologies, particularly among young people, have also broken down many of the old barriers between northern and southern publics. By 2030, it is estimated that 50% of the global population will have internet access. There is also growing appreciation of how technology links to human and environmental systems, escalating conflict or cooperation.
2015
Tomorrow’s world: seven development megatrends challenging NGOs
The Guardian