Imagine for a moment that the most advanced spaceship visited Earth in full view of the planet’s inhabitants. From this spaceship, a humanoid life form named Klaatu emerges, followed shortly after by a menacingly large robot. Klaatu’s message to the people of Earth is revealed in one of the climactic exchanges of this story with the protagonist, Helen Benson, a young female scientist that was at the forefront of her field:
Helen Benson: I need to know what’s happening.
Klaatu: This planet is dying. The human race is killing it.
Helen Benson: So you’ve come here to help us.
Klaatu: No, I didn’t.
Helen Benson: You said you came to save us.
Klaatu: I said I came to save the Earth.
Helen Benson: You came to save the Earth… from us. You came to save the Earth from us.
Klaatu: We can’t risk the survival of this planet for the sake of one species.
Helen Benson: What are you saying?
Klaatu: If the Earth dies, you die. If you die, the Earth survives. There are only a handful of planets in the cosmos that are capable of supporting complex life…
Helen Benson: You can’t do this.
Klaatu: …this one can’t be allowed to perish.
Helen Benson: We can change. We can still turn things around.
Klaatu: We’ve watched, we’ve waited and hoped that you would change.
Helen Benson: Please…
Klaatu: It’s reached the tipping point. We have to act.
At merely 1 meter above sea level, Venice has had its fair share of natural disasters, especially floods. In 1966, the record-high 194-cm flood had severe consequences on the Old Venice, causing an estimated $6 million worth of damage (1966 US dollars). Given the city’s touristic and historical significance to Italy and the world, protection from flood is a top priority.
That's why the Government of Italy has invested over €5.5 billion on the MOSE Project, which involves constructing 4 mobile barriers at the mouth of the water basin to the sea in order to better control high tide and prevent it from flooding the Old Venice. Each barrier consists of several energy-efficient flap gates that can be deployed quickly when high tide occurs, maintaining the ideal water level in the basin while safeguarding the natural ecosystem in the laguna area. Once the project is completed in 2018, it should fully protect the city, and allow future generations to admire the beauty of its glory days.
Auctions are ubiquitous. On any given day, somewhere in the world, bidders compete for energy, wireless spectrum, used vehicles, agricultural products—the list goes on. Auctions can help resolve uncertainties in the market, convening buyers and sellers to help them achieve the best possible price for goods or services that are otherwise difficult to value.
Auctions can also resolve uncertainties in the development sector, identifying the projects most likely to succeed and determining the right level of funding. To test this hypothesis in the climate arena, the World Bank has been piloting an approach to incentivize green projects in developing countries. The Pilot Auction Facility for Methane and Climate Change Mitigation (PAF) held its second online auction earlier this month, allocating $20 million in funding directly to the private sector for projects reducing methane emissions.
Riddle us this. In what country are...
- 450 million ceiling fans already in use, 40 million new ones sold every year?
- 350 million fluorescent tube lights already in use, 10 million new sold every year?
- 30 million air conditioners already in use, three million new sold every year?
With a population of about 1.2 billion, India is one of the largest consumer markets in the world. So it’s no surprise that household appliances account for several gigawatts of electricity usage across the country. As India’s middle class grows and people move from villages to towns and cities, electricity usage is only increasing. In fact, hundreds of millions of electric appliances will be added over the next few decades. This poses a serious challenge for India’s energy security since there already are electricity supply shortages, which often lead to chronic outages and blackouts. The surge in household appliances is also a climate change challenge—India, the world’s third-largest CO2 emitter, is predicted to continue increasing its greenhouse gas emissions at least until 2030.
But India is turning this challenge into an opportunity by tapping into energy efficiency solutions, a relatively new area with already a few major successes. Considered globally as the “first fuel,” to provide 24/7 reliable and affordable electricity for all.
The historic agreement reached in Paris at the 21st Conference of the Parties (COP21) last December sets out an ambitious plan for signatory countries to achieve specific targets for reduced greenhouse-gas (GHG) emissions. The Paris Agreement includes significant financial commitments and the establishment of structures and mechanisms by which countries will design and implement viable policies to meet agreed-upon goals.
COP21’s major message is one of collaboration: The Paris Agreement unites 177 nations in a single agreement to tackle climate change. Governments set the goal at COP21, but they will need action by the private sector to meet it. One cannot operate without the other.
Industries, which are responsible for 21 percent of direct GHGs worldwide, long resisted the idea of going green, fearing high costs. However, dramatic recent decreases in the cost of climate-friendly technologies, as well as the introduction of carbon pricing, has changed industry perspectives.
More and more businesses are now embracing climate-smart investments, and the driver of such change is, not least, self-interest. A recent study looked at a sample of 1,700 leading international firms and found that money put into reducing GHG emissions saw an internal rate of return of 27 percent – a clear indication that those investments are paying off.
The Science Based Targets initiative is one illustration of industry’s commitment to playing its part in decarbonizing the global economy. The initiative is a partnership between Driving Sustainable Economies, the UN Global Compact, the World Resources Institute and the World Wildlife Fund, helping companies determine how much they must cut emissions to prevent the worst impacts of climate change. So far, 155 companies have signed up for the initiative: Thirteen of them have successfully developed science-based targets which, by themselves, are projected to reduce emissions by 874 million tons of carbon dioxide – the equivalent of the yearly emissions of 250 coal-fired power plants.
As more and more people live and work in a neighborhood with a limited land area, it becomes increasingly challenging to drive around without encountering congestion or to find a parking space easily. In this situation, public transit and non-motorized transport (NMT) become attractive alternatives for people who otherwise are reluctant to give up the comfort and flexibility of driving.
Conversely, as street blocks get bigger, people may find it takes too long to access public transit stations, which discourages the use of public transport facilities.
As straightforward as the logic may sound, the nature and magnitude of such influence are yet to be evaluated with solid empirical evidence. To take a closer look at the linkages between land use and travel behavior, I decided to study the case of Boston in the United States. I chose Boston because it boasts an effective public transit system, and was one of the first American cities to embrace transit-oriented development (TOD), an urban planning approach that promotes compact and mixed use development around public transit facilities.
Experts agree that its activities by people which are increasing the severity of storms like these. Climate change isn’t just projected to increase the intensity of hurricanes and cyclones, but a whole other range of other natural hazards, like droughts, floods, storms, and heat waves.
With the throttle at full tilt, the boat cut through the surf, spraying salt water into the air.
Around me, the unfolding scenery is breathtaking. White sandy beaches, turquoise blue seas, swaying coconut palms – the textbook image of paradise in the South Pacific.
What more could one ask for in paradise?
Water, is what they will tell you. “They” are the people of Nanngu Village on the island of Santa Cruz in the far east of Solomon Islands.
Out here, water to drink, cook food with, wash and keep clean is hard to come by.
The last time they had proper running water was 20 years ago. That came to an end at the hands of a Category Three cyclone, Nina, which hit the islands in 1993.
As I write this, we’re on our way to Nanngu to see a new World Bank-supported project bringing water to the village.
In Nepal, indigenous groups produced a range of training materials, including videos in local languages on forests and climate change, to help more than 100 women and community leaders in the Terai, Hill and Mountain areas better understand what terms like ‘mitigation and adaptation strategies for climate resilience’ mean for them in their daily lives.
A team of consultants in Kenya, who are members of indigenous communities with an understanding of regional politics and geographical dynamics, worked on increasing community involvement in sustainable forest management through workshops and face-to-face meetings. As part of their work, they collected information on land tenure status within indigenous territories, which will help the country prepare a national strategy for reducing emissions from deforestation.
- Dedicated Grant Mechanism
- Forest Investment Program
- capacity building
- UN Permanent Forum on Indigenous Issues
- sustainable forest management
- Forest Carbon Partnership Facility
- land use
- climate investment funds
- climate resilience
- Climate adaptation
- climate mitigation
- Indigenous Communities
- Indigenous Peoples
- Climate Change
- Latin America & Caribbean
- Congo, Democratic Republic of
- Burkina Faso
- Sustainable Communities