# data[].attributes.headline
They're Building A Carbon-Neutral City In The Middle Of The Desert

# data[].attributes.subject
They're Building A Carbon-Neutral City In The Middle Of The Desert

# data[].attributes.attachment_link.readable_text
Masdar City, a clean-energy metropolis being built in Abu Dhabi, will be the world's first carbon-free city.

We first heard about Masdar City over at the Futurology page on Reddit.

The eco-friendly city, which began development in 2006, will cost between $18 and $19 billion, with a projected finish by 2025.

Funded by the government-subsidiary Mubadala Development Company, Masdar City will play host to the International Renewable Energy Agency headquarters, while also seeking to become a hub for other cleantech companies.

Spanning 2.3 square miles, approximately 1,500 businesses will operate in Masdar, supporting an anticipated 40,000 residents and 50,000 commuters.

The city won't feature any skyscrapers or allow any cars, instead featuring its own futuristic "Personal Rapid Transit System" and mass transit options.

Masdar will house the largest solar farm in the Middle East in addition to wind farms on the city's outskirts, providing a total of 150 megawatts of energy to power the sustainable city.

A solar-powered distillation plant is planned to decrease Masdar's water needs, and about 80% of the city's water is planned to be recycled.

You can check out more photos of the sustainable city here.

NOW WATCH: Tech Insider videos

# data[].attributes.attachment_link.title
They're Building A Carbon-Neutral City In The Middle Of The Desert

# data[].attributes.attachment_link.description
Masdar City, a clean-energy metropolis being built in Abu Dhabi, will be the world's first carbon-free city. We first heard about Masdar City over at the Futurology page on Reddit. The eco-friendly city, which began development in 2006, will cost between $18 and $19 billion, with a projected finish by 2025.

# data[].attributes.headline
Major threat to oceans from human-induced nitrogen pollution

# data[].attributes.subject
Major threat to oceans from human-induced nitrogen pollution

# data[].attributes.attachment_link.readable_text
The GHG Protocol for Project Accounting is the most comprehensive, policy-neutral accounting tool for quantifying the greenhouse gas benefits of climate change mitigation projects.

Best for: Companies and Organizations; Countries and Cities

# data[].attributes.attachment_link.description
The GHG Protocol for Project Accounting is the most comprehensive, policy-neutral accounting tool for quantifying the greenhouse gas benefits of climate change mitigation projects. Best for: Companies and Organizations; Countries and Cities

# data[].attributes.body
BIG FACTS ON CLIMATE CHANGE, AGRICULTURE AND FOOD SECURITY

# data[].attributes.attachment_link.description
Big Facts is a resource of the most up-to-date and robust facts relevant to the nexus of climate change, agriculture and food security.

# data[].attributes.attachment_link.description
During Week 1 of our on-line course there has been a lot of discussion of the recent (over the last 15 years) slow down in global surafce temeprature rise (see Figure 1 in step 1.15). 2 key questions are coming up: Why is it happening? Why don't climate models simulate it?

# data[].attributes.attachment_link.title
Attribution of recent climate change - Wikipedia

# data[].attributes.attachment_link.description
Attribution of recent climate change is the effort to scientifically ascertain mechanisms responsible for recent climate changes on Earth, commonly known as ' global warming'. The effort has focused on changes observed during the period of instrumental temperature record, particularly in the last 50 years.

# data[].attributes.body
Global Risk Indicator

# data[].attributes.attachment_link.readable_text
services

wholly h2o blog

in the know

Beyond the Drought: Water Conservation Consciousness for the Long Term

Silver Linings to the California Drought: New Cultural Norms of Engagement

Silver Linings of the Drought: Shifts in California Water Culture

# data[].attributes.attachment_link.description
Beyond the Drought: Water Conservation Consciousness for the Long Term Silver Linings to the California Drought: New Cultural Norms of Engagement Silver Linings of the Drought: Shifts in California Water Culture

# data[].attributes.headline
Masdar: the shifting goalposts of Abu Dhabi's ambitious eco-city

# data[].attributes.subject
Masdar: the shifting goalposts of Abu Dhabi's ambitious eco-city

# data[].attributes.attachment_link.readable_text
This article was taken from the December 2013 issue of Wired magazine. Be the first to read Wired's articles in print before they're posted online, and get your hands on loads of additional content by subscribing online.

Seventeen kilometres south east of Abu Dhabi, capital of the United Arab Emirates, Steve Severance should be sweating. His suit is dark. He wears a tie. The midday Sun hangs directly overhead.

Yet Severance, 45, has not even begun to perspire. "It basically feels between 15C and 20C cooler here than downtown Abu Dhabi," he says, grinning behind his blue aviator sunglasses.

Then again, Severance is not standing on just any spot. He is among the dozen office buildings known as Masdar City. From a distance, they look like a tiny, incongruous business park that has been uprooted from a suburb and plonked in the desert. But for Severance, Masdar's head of programme management, they represent the future of sustainable urban living.

Severance's dry forehead is testament to this: just metres away on the desert sand the temperature is as high as 35C. Here, on Masdar's streets, it is as low as 20. The difference is down to the way the city has been constructed: a 45-metre-high wind tower, modelled on age-old Middle Eastern designs, sucks air from above and pushes a cooling breeze through Masdar's half-dozen streets.

The site is raised slightly from the land, which architects say cools the air. Most significantly, the buildings are situated close together, unlike many developments in the UAE, creating shaded, pedestrianised thoroughfares.

In many countries, such a street would be unremarkable. But in the UAE, the world's eighth-biggest oil producer -- where subsidised diesel costs the equivalent of only 30p a litre, where the wide roads are built for motorists, and whose citizens, according to a 2010 report by the World Wildlife Fund, have the world's largest carbon footprint -- Masdar is an anomaly. The development is an acknowledgement that, one day, the oil will run out. "When you look at the whole concept of Masdar in the 21st century, it's the same as Nasa in the 20th century," says Fred Moavenzadeh, the president of Masdar Institute for Science and Technology (MIST), a 336-student postgraduate university housed in one of the first buildings to be finished at Masdar. "It has the same rationale, the same philosophy. Nasa put a man on the Moon to show the strengths of the United States in that area of technology. And Masdar is being developed to show Abu Dhabi's commitment to clean air and technology."

Masdar, managed by a subsidiary of the Abu Dhabi government, is energy efficient and almost car-free, and the project aims to prove that cities can be sustainable, even in environments as harsh as this. The entire community is powered by a 22-hectare field of 87,777 solar panels with more on the roofs of the buildings. For the most part, cars have been replaced by a series of driverless electric vehicles that ferry residents around beneath the site. The design of the walls of the buildings (cushions of air limit heat-radiation) has helped reduce demand for air conditioning by 55 percent. There are no light switches or taps -- just movement sensors that the Masdar authorities say have cut electricity consumption by 51 percent, and water usage by 55 percent.

"Now when I go home," says Sanaa Pirani, a PhD student at MIST and a Masdar resident, "I stick my hand under the tap, and nothing happens. And then I remember that not everywhere has sensors."

The environment is striking: the city's swirling terracotta walls are adorned with vast arabesque patterns. Designed by British architects Foster + Partners, with input from artist Jean Marc Castera, the buildings make Masdar look, from a distance, like a perfectly wrought cube. "It's quite a mind-flip to be in such a strangely beautiful environment," wrote MIST student Laura Stupin in 2010. "It really feels like I'm living in a science-fiction novel."

For its critics, Stupin articulated Masdar's problem: the city is still a work in progress that's more grand vision than realisation. For all the Masdar team's talk of a cohesive community, it is still for the most part at the conceptual stage.

Siemens has chosen to locate its Middle East headquarters at Masdar, and, in a symbolic endorsement, the International Renewable Energy Agency (Irena) will move in later this year. Meanwhile, in just three years of operation, MIST -- founded with the assistance of MIT in Massachusetts -- has become one of the Middle East's most promising projects. The institution is already responsible for 40 patent-application disclosures.

It's still early days for MIST, says Steve Geiger, Masdar's co-founder and director from 2006 to 2009. "But the fact they're already graduating first-class students doing pretty near first-class research -- don't think anyone can really challenge that."

What urban planners challenge is the concept of building an eco-city here, from scratch, in the first place. Masdar has no affordable housing, meaning that many of the city's workforce must drive to their jobs. "What good is a car-free city," asks Brent Toderian, the former chief planner of Vancouver, a Canadian city that promotes sustainability, "if everyone's commuting from somewhere else?"

Then there's the unfavourable comparison with some of the Emirates' other building developments, such as Dubai's artificial ski slope and its man-made tree-shaped islands. "Masdar will be the world's most sustainable city," wrote Cornell academic Brian Stilwell in 2008, "but it will be surrounded by some of the world's most unsustainable developments."

For many urban thinkers, there's a more pressing question: how do we make ancient, densely packed cities such as London, Mumbai and Cairo more sustainable? "Should we be putting our energy into making brand-new cities, or retrofitting and making more sustainable our existing cities?" Toderian asks.

The fact remains that the university's students are Masdar's only residents and life here cannot be described as urban. There are a handful of cafés, an organic supermarket, a bank and even a travel agency. But the cafés are dead outside of mealtimes, and the travel agents say they just serve the lecturers.

In fact, the city has a long way to go before it achieves what its founders hoped for back in 2006. Back then, Masdar was imagined by the Emirati government as the world's largest zero-carbon settlement, 5.95km2 in size. By 2015, there were supposed to be 50,000 residents and 40,000 commuters. There would be windmills producing electricity on site, and vegetables grown on its fringes.

It would be a hotbed of enterprise, with 1,500 new green businesses and startups staffed by 10,000 new employees, adding two percent to Abu Dhabi's GDP. But in 2010, the completion date was pushed back to 2025. Today, the project has no scheduled endpoint. "They had the university built there, the Siemens research centre, and they're building the Irena headquarters. But it's a fraction of what it was supposed to be back in 2006 when we announced it," Geiger says. "At the beginning of the project, nobody really anticipated how difficult it is to build a city."

In 2006 a message landed on the desk of Gerard Evenden, a senior partner at Norman Foster's firm. "We received this letter out of the blue," Evenden remembers. "It said Abu Dhabi was looking to build a sustainable city, and would we be interested in participating?"

The tender was an indication of a change in thinking from the country's government. That year, His Highness Sheikh Khalifa bin Zayed Al Nahyan -- president of the UAE and ruler of Abu Dhabi -- had an idea. He knew that the main source of Abu Dhabi's wealth -- oil -- would eventually run out. So he asked his advisers to plot a long-term plan that would allow the country to diversify its economy away from hydrocarbons. The answer: renewable energy. "It was basically them saying, look: we produce oil," says Geiger, "but we'd like to be part of the energy solution. And at the same time, we'd like to make some money. As energy markets change and renewables become a bigger piece of the energy equation, we'd like to have a piece of that too."

The idea was for a fully functional city, the construction of which would inspire better local understanding of, and greater investment in, green energy and technology. Mastery of those industries, the thinking goes, could in the long term, offer Abu Dhabi significant revenue -- and in the short term allow it to sell more of its remaining oil overseas. Second: it was hoped that by housing a green-focused university, and providing office space to eco startups, Masdar could act as an incubator for a new generation of Emirati greentech entrepreneurs. In turn, this new workforce could both accelerate the country's reincarnation from an oil economy to one based on renewable energy, and simultaneously help energise a local population long pampered by high state salaries and subsidies. And along the way, the sheikhs hoped their international reputation might receive something of a fillip.

The man entrusted with this mammoth task was a young Emirati called Sultan al-Jaber. Today, the 39-year-old heads a team of 233, and doubles as a cabinet minister. Back in 2006, he was an MBA graduate with an economics PhD from Coventry University, leading a team of six. "It was basically just Sultan al-Jaber," remembers Steve Geiger, the project's first COO, "a project manager, myself, and three external consultants." As for the site, Geiger says: "It was a block of sand. That was it."

Foster's team, led by Evenden, was awarded the contract and, to conceive the world's newest city, Evenden's colleagues first toured some of its oldest. They visited the crowded warrens of Cairo, then the mud towers of Yemen's Shibam, and finally went to Muscat in Oman. They wanted to see how the traditional cities of the Middle East had kept houses cool over the centuries.

What Foster discovered was that these ancient cities often lowered temperatures through simple means: shorter, narrower streets. They calculated that cooler streets tended to be no longer than 70m, and were usually blocked off at the end by a building. "The building at the end was creating just enough turbulence that, as the air hit the building, it would flick the air upwards,"

Evenden says. "You'd get a flushing effect with this turbulence which would then reduce the level of heat in the street." As Severance's experience shows, so-called passive designs such as this played a key role in Masdar's realisation.

And so did technology. The hope was that the city could be powered entirely by onsite renewables -- the world's largest hydrogen plant and an array of photo-voltaic solar panels. The whole city would be raised on a platform, underneath which a squadron of driverless cars would carry residents.

For Toderian, implementing technology is just one aspect of city planning. "New technology can be advantageous," he says, "but it doesn't replace compact, walkable, complete communities, and a good relationship between housing and employment -- so that we are not only environmentally sustainable, but socially and economically sustainable as well." "At the outset, the biggest challenge we faced was convincing the world we were serious about renewable energy," says al-Jaber. "People would ask, 'Why is a major oil-producing country talking about climate change and renewable energy?' But we see the move into renewable energy and sustainable technologies as a natural extension of our conventional-energy leadership."

Construction started on MIST in late 2006. The same year, the search for faculty took al-Jaber to a meeting at MIT. "They wanted to know: is MIT interested in establishing a branch here?" recalls MIST's current president, Fred Moavenzadeh, then an environmental engineer at MIT, who had previously worked in the Gulf. "We said no, but that we would help them to establish their own institution that will be as much as possible similar to that of MIT. But it will give its own degree, it will have its own faculty. And they agreed to that."

Al-Jaber's other international quest was not as successful. The hope was that major international companies would set up shop at Masdar to develop new green technologies. But with the exception of Siemens, the pitch fell on deaf ears. "We beat our heads against the wall to try to bring in corporate partners to set up research and development -- the big guys," Geiger explains. "But why build them in Abu Dhabi? There's limited indigenous talent and local markets are too small to justify localising a lot of R&D."

Masdar faced similar difficulties in attracting startups. Until recently there were few regulatory incentives to set up new businesses in the UAE: companies must be majority-owned by locals, which puts off foreign entrepreneurs, and many locals receive big state salaries, which offer no incentive to private enterprise. To counter this, an on-site agency has opened to help streamline the complex administration associated with starting up a company.

Inside the city, restrictions such as the ban on foreign ownership were recently lifted. The Masdar administration has announced that up to 80 firms will have moved in by the end of 2013. But it's still some way off the 1,500 that were promised initially. "Building local human capacity, that was one of the goals. Yes, the university's doing it, but we really failed at building a local venture-capital community," Geiger says.

But the biggest challenge to Masdar's growth was not a local phenomenon. It was global, and it happened in 2008.

100 metres from Masdar's southern-most offices, a three-storey car park stands in the sand. Five years on from when builders first set to work on it, it remains a building site. The top two floors have never been finished. They were meant to house the cars of Masdar's 40,000 commuters -- but there were never enough to fill the space.

The car park is a monument of its time: 2008. At that point, Masdar was still moving ahead with optimism. Then came the global financial crisis. A two-hour drive away, Dubai's vast state-owned investment company, Dubai World, ran up unserviceable debts of $59 billion (£39 billion). Its sister city, Abu Dhabi, had no choice but to bail out Dubai. As a result, Abu Dhabi had less to spend on its own projects -- such as Masdar. The crisis led to the Emirati housing market crashing. The city's rental-income projections collapsed overnight and, with them, any hope of finishing the site by 2015. Out went the dream of 50,000 residents and a zero-carbon settlement. "When Dubai collapsed," Geiger says, "the plug was more or less quietly pulled on six million square metres at Masdar City."

In this light, it would be easy to see the project as a failure.

Certainly, Geiger, who left Masdar in 2009 to build a similar innovation hub in Russia, is frank about its shortcomings. "We promised the world it was going to be the first zero-carbon [city], but it's just not economically feasible. Now it's low carbon.

We said it was going to be zero-waste. We said it would be car-free. We said it would be built on a nine-metre-high platform -- we had to backpedal on all those ideas."

Yet the Masdar project continues -- there are plans to build homes and even a school in the near future. In the context of other putative eco-cities, this is significant: Dongtan -- another mooted eco-city in China -- was commissioned in 2005, but work on it has still not begun. "Whatever we think of Masdar now," says Richard Burdett, professor of urban studies at the London School of Economics, "the mere fact that a public agency is actually putting its money where its mouth is, and investing in an environmentally sustainable city, is something that must be a good thing. There's so much talk about these things, but Masdar has, with all its strengths and weaknesses, created one." "In the beginning, we thought that we could just find out the latest and greatest technology, and create a high-performance building," says Chris Wan, city design manager at Masdar. But because the financial crisis forced it to scale back its budget and its ambitions, Wan says they had to come up with routes to sustainability that can be more easily and more usefully replicated in other cities.

Gerard Evenden, the lead architect from Fosters, says that the original plan was to power the entire city through on-site methods such as photovoltaic solar panels installed on the roofs of the buildings, and he argues that Masdar shouldn't be criticised for realising that this approach was wrong and adapting accordingly; the lessons they have learnt will save future builders time. "When we started this project, nobody had really looked at doing projects of this scale," Evenden says. "Then you realise it's much more efficient to build your solar field on the ground in the middle of the desert. You can send a man to brush them off every day, rather than having to access everyone's buildings individually, and you can make sure that they are running at their absolute peak. It's much better than putting them on every building in the city."

Perhaps the most significant sign of what Masdar has to offer is even further afield. About 150km south-west of Masdar there is a remote, 2.5km2 plot of land that is covered by row upon row of solar mirrors. Forget Evenden's 10mW plant; this is a 100mW solar field so vast that, even when one's standing on a sand dune 75 metres away, the site extends beyond your field of vision.

This is Shams 1, the largest solar plant in the Middle East. It is ten times bigger than Masdar City's, and it works differently. There are no panels here, just gleaming, curved five-metre-wide mirrored blades shimmering in the heat. Each one reflects the Sun's 40C rays on to a pipe of liquid at its centre.

Under the glare of such concentrated heat, the temperature of the liquid is heated to several hundred degrees Celsius. It is then pumped through a station on-site -- its heat creating electricity that will save 175,000 tonnes of CO2 a year. Completed at the start of 2013, it will take 20,000 Abu Dhabi homes off-grid.

Although Shams -- which cost $600 million (£366 million) -- is a two-hour journey from Masdar by car, it's an important part of the project's story. For Shams is just one of several greentech projects that Masdar has brought into being. The capital for Shams comes from Masdar's investment arm, which has also funded Africa's largest solar plant, in Mauritania, where it provides ten percent of the country's electricity. Then there is the Gemasolar plant in Spain, which is the world's first solar plant to be able to provide energy around the clock. (It uses a vat of molten salts to store excess energy during the day, which it then releases when there is no Sun at night.) There's another solar project in Germany, and Masdar has a 20 percent investment in the London Array, the world's largest offshore wind farm, 20km off the Essex coast. Meanwhile, every January the group now organises the world's largest renewable-energies summit, attended by over 20,000 industry experts.

Although Masdar City may be a work in progress, some parts of the mission have already borne fruit. "These projects are all world-first or world's-largest -- and one way or another we can take credit for that," Geiger says. "Collectively Abu Dhabi is probably the largest investor in renewable energy in the world.

So if the goal is for Abu Dhabi to play a role as an investor in renewable energy, then Masdar has succeeded." "Look at their venture-capital investments -- all in green technologies," Moavenzadeh says. "When you look at their track record, you see that they have done a lot. Granted, their ambitions were much larger. But what has been accomplished is significant."

Al-Jaber argues that it's time to stop thinking of Masdar solely through the prism of the city. "It's the one piece of our story that has remained at the forefront of people's minds," he says via email. "But Masdar is, and has always been, more than just a city."

The city may be what has attracted the world's attention to the project, but much of what is most exciting about Masdar is taking place outside of its light-switchless walls: Masdar is slowly helping to change attitudes about renewable energy and climate change in the Gulf and the Maghreb. Across the region, governments have seen what has been achieved here, and have followed suit. "Six years ago, Masdar was the only initiative in this part of the world," says Bader al Lamki, the city's Director of Clean Energy. "Fast-forward six years, look around, and see Saudi Arabia going on full-speed, with 40GW of renewables as a target. And you see Jordan and Morocco and other countries in the Mena region following the same path, because it's not only environmental, it's also economic."

In Abu Dhabi, the government hopes its energy make-up will be seven percent renewable by 2020 -- not a huge figure, but significant for an oil producer. More generally, the concept of "estidama" -- the Arabic word for sustainability -- has taken root in the consciousness of architects and builders. And, thanks to Masdar, ordinary Emiratis have been introduced to the concepts of climate change and renewable energy. "I used to see sustainability as something we could do in the future -- but not today," explains Eman Ibrahim Ustadi, an Emirati studying carbon capture at MIST. "We have a good amount of oil reserves, so why go for sustainable technology? But after I lived in this sustainable place, I realised its importance."

In 2007, Abdulaziz al-Obaidli had been working for 12 years as an engineer for an aluminium company. At the time, the Emirati says, "for me it wasn't really clear why we needed renewable energy." Then he was contacted about a position at a Shams plant. "I started Googling renewable energy. Then I saw what it involved, and I felt responsible for it. I think that was everyone's experience. Masdar has really helped to change attitudes."

He stands on a sand dune overlooking the Shams power plant. Down below, the colossal mirrors of the plant, where al-Obaidli is now chief engineer, glisten in the 40C heat. So what would his younger self have thought of his standing here, gazing at these giant razor blades? "I wouldn't have understood it," he says.
Patrick Kingsley wrote about Space Expedition Corporation in 06.13
This article was first published in the December 2013 issue of WIRED magazine

# data[].attributes.attachment_link.title
Masdar: the shifting goalposts of Abu Dhabi's ambitious eco-city

# data[].attributes.attachment_link.description
Seventeen kilometres south east of Abu Dhabi, capital of the United Arab Emirates, Steve Severance should be sweating. His suit is dark. He wears a tie. The midday Sun hangs directly overhead. Yet Severance, 45, has not even begun to perspire

# data[].attributes.headline
India floods: fears grow for farmland devastated in Uttarakhand

# data[].attributes.subject
India floods: fears grow for farmland devastated in Uttarakhand

# data[].attributes.attachment_link.readable_text
More than a month after flash floods in the Himalayan state of Uttarakhand in north India left 1,000 dead and 6,000 missing, the government has yet to release a full agricultural impact assessment, triggering fears about the extent of damage to farmland.

Questions remain as to how soon soil restoration efforts will bear fruit and when the farm economy, which accounted for just under 11% of the state's $160bn (£105bn) gross domestic product in 2012-13, will be restored.

Heavy flooding on 15 and 16 June, the result of torrential rains and glacial leaks in the Himalayas, wreaked havoc on Uttarakhand, as the head streams of the river Ganges swelled and swept away pilgrims, homes, roads, cattle and buildings.

With the government focusing its efforts almost entirely on an emergency rescue and relief operation co-ordinated by the armed forces (with more than 42,000 rescues), the plight of farmers has been largely ignored.

Experts from the region say the summer crops have been washed out and the farms are in no shape to yield a winter harvest this year; the sowing season for rice, which coincides with the height of the monsoon (June to September) has been delayed as a result of heavy inundation of paddy fields caused by downpours and landslides.

Though agricultural fields are routinely inundated with the clay that runs down surrounding mountains during summer glacial melts and the annual monsoon, this latest calamity has created a disaster zone in what is frequently referred to as the "land of the gods".

"It is possible that the top soil may have been altered for a considerably longer duration of time than expected," Ram Kishan, regional emergency manager of south Asia for Christian Aid, told IPS.

This Himalayan state, irrigated naturally by perennial glacier-fed rivers, boasts a high degree of agricultural diversity. Rajma, or kidney beans, and potatoes comprise the staple diet of the majority of Uttarakhand's native population of 10 million people, according to the 2011 census.

Crops of rice, wheat, barley, millet, lentils, pulses, potatoes, fruit, vegetables, flowers, spices, herbs and mushrooms have been drowned by the floods, and debris from landslides has compromised the grazing pastures of the state's roughly 11.9m head of livestock, including cows, bullocks, buffaloes, sheep, goats, horses, pigs, hens, chickens and geese.

"Initial estimates suggest that 25 to 30% of cultivation has been affected," Kishan said. This represents a huge chunk of the state's average annual production of 8.2m tonnes. NGOs fear the resulting price rise in essential commodities will adversely affect the average farming family.

In total, 753,711 hectares of cultivated farmland have been either deluged or washed away by the Mandakini and Alaknanda rivers, which spring from the Gomukh snout of the huge Gangotri glacier in the Himalayas.

More than 65% of Uttarakhand's residents, most of whom are subsistence farmers with small landholdings of less than a single hectare per family, are dependent on agriculture, according to Aide et Action.

Farmers and tourism

Farmers reliant on seasonal tourism to supplement their incomes during the monsoon months are particularly affected. Uttarakhand is a popular destination for foreign tourists and local pilgrims: "Forty seven million domestic tourists and [half a] million foreign tourists were expected in the current fiscal year," according to Shekhar Ambati at Aide et Action. But the flash floods, he said, eroded this economic base.

The tourism industry is one of the largest employers in the region, hiring locals as porters, guides, drivers, naturalists and translators. Others rent out their mules, offering tourists rides on rocky terrain.

The tourist economy supports local artisans and makers of traditional handicrafts, opens up jobs as caterers and cooks through the hospitality sector, and enables families to establish small businesses such as tea stalls, souvenir shops or grocery stores.

Ambati fears the destruction of the "lifeline of religious tourism" will snowball, affecting the number of tourists arriving in the region and further endangering farmers' incomes.

Quoting small business owners and vegetable sellers at the main market in the town of Rudraprayag, Eilia Jafar of Care India told IPS that farmers are starting to feel the effect of scant agricultural yields. "The number of daily wage labourers coming to the main market has reduced to a great extent," Jafar told IPS.

Road conditions have deteriorated significantly since the floods: some were washed away; others have been made impassable by debris, which is having a negative impact on the market and economy, Jafar said.

Farmers who relied on the tourist infrastructure to sell their produce are among the worst affected. "The state's chamber of commerce and industry estimates that Uttarakhand has lost revenue earnings of over $20bn (£13bn) from its tourism sector alone in the current fiscal year on account of torrential rains that devastated the state," Ambati said.

Government intervention

With tourism unlikely to recover for at least two to three years, the situation calls for intervention from the government to ensure farmers have food and livelihood security in the short term.

Experts have suggested that the government:

* Subsidise agriculturists' losses with higher minimum support prices or procurement prices;

* Begin soil restoration, watershed management and afforestation efforts and take steps to clear encroachments in order to begin long-term recovery;

* Start removing the debris in tourist circuits;

* Conduct a postmortem of the state government's reaction (or lack thereof) to precise forecasts made by the Indian meteorological department;

* Brainstorm and implement employment generation schemes, harness local resources optimally to mitigate outward migration and strengthen the local economy to safeguard against future disasters or natural calamities; and

* Ensure the reconstruction of tourist infrastructure conforms to the state's safety code.
Topics

# data[].attributes.attachment_link.authors[].name
Malini Shankar in Uttarkashi for IPS, part of the Guardian development network

# data[].attributes.attachment_link.title
India floods: fears grow for farmland devastated in Uttarakhand

# data[].attributes.attachment_link.description
More than a month after flash floods in the Himalayan state of Uttarakhand in north India left 1,000 dead and 6,000 missing, the government has yet to release a full agricultural impact assessment, triggering fears about the extent of damage to farmland.

# data[].attributes.headline
DON’T PANIC — The Facts About Population

# data[].attributes.subject
DON’T PANIC — The Facts About Population

# data[].attributes.attachment_link.readable_text
The world might not be as bad as you might believe!

"Don't Panic" is a one-hour long documentary produced by Wingspan Productions and broadcasted on BBC on the 7th of November 2013.

The visualizations are based on original graphics and stories by Gapminder and the underlaying data-sources are listed here. Hans presents some results from our UK Ignorance Survey described here.
HELP TRANSLATE SUBTITLES
License

Please show this film in schools and other educational settings! By watching, downloading, showing or distributing this film, you agree to this license, which basically says: We really hope you will download the film and show it for educational purpose, with some minor restrictions.

Download

You can downloaded the film here
If you need a version with even higher resolution please contact info at gapminder.org.
Please notify us about your offline usage so that we can better count the number of users and potentially help you get new audiences to discover your great work!

DVD

A DVD version of this film is available to order from Wingspan Productions.

Credits

The film was produced by Wingspan Productions. http://www.wingspanproductions.co.uk/

About the film

This is a free documentary for a fact-based worldview. The visualizations & stories in this film were originally developed by Gapminder. The data-sources are listed here.
It was first broadcasted on BBC on 7th of November 2013.
Director & Producer: Dan Hillman. Executive Producer: Archie Baron. ©Wingspan Productions for BBC, 2013.

# data[].attributes.attachment_link.title
Don't Panic - The Facts About Population

# data[].attributes.attachment_link.description
"Don't Panic" is a one-hour long documentary produced by Wingspan Productions and broadcasted on BBC on the 7th of November 2013. The visualizations are based on original graphics and stories by Gapminder and the underlaying data-sources are listed here. Hans presents some results from our UK Ignorance Survey described here.

# data[].attributes.body
This Cashew nuts case study demonstrates how the impacts of climate change depend, not just on how the physical aspects of climate might change, but also on a complex range of social and economic issues.

# data[].attributes.attachment_link.authors[].name
School of Archaeology, Geography and Environmental Science

# data[].attributes.attachment_link.title
Cashew, Land & Food Security (University of Reading)

# data[].attributes.attachment_link.description
Dr Ruth Evans, Dr. Simon Mariwah and Dr. Barima Antwi investigate access to land, food security and the intergenerational transmission of poverty in Ghana. This video discusses key messages for policy and practice, based on participatory research with 60 participants in Brong-Ahafo region and national and international stakeholders.

# data[].attributes.headline
Hello Locals - Tough week 3? Join our weekly study group in Reading town centre, we meet on a Tuesday afternoon 3 pm at Warehouse coffee? Welcome too Join our new facebook group "Climate Change Reading”https://www.facebook.com/groups/CCCRdg.community/ ! ‪#‎FLOurClimate‬

# data[].attributes.subject
Hello Locals - Tough week 3? Join our weekly study group in Reading town centre, we meet on a Tuesday afternoon 3 pm at Warehouse coffee? Welcome too Join our new facebook group "Climate Change Reading”https://www.facebook.com/groups/CCCRdg.community/ ! ‪#‎FLOurClimate‬

# data[].attributes.attachment_link.readable_text
One way to do this is simply to reflect more of the sun's light, changing the Earth's reflectivity, or albedo.

This could be attempted using vast, flexible space reflectors (1) placed in orbit around the Earth. Alternatively, various types of "stratospheric aerosols" could be released in the upper atmosphere (2) to scatter some light back out into space. Earth-bound reflectors (3) could do the same.

Another approach is to directly reduce the atmospheric carbon that, among other things, leads to temperature rises.

This could be done by "fertilising" the ocean , stimulating the uptake of carbon by surface algae that would eventually sink to the ocean floor. Exposing the surfaces of carbonate and silicate rocks in "enhanced weathering" could provide a place for carbon to be absorbed.

Another frequently mentioned proposal is the capture of carbon dioxide from the air using "artificial trees", followed by liquefaction and storage, probably in underground reservoirs.

There is no single geo-engineering "silver bullet" that should be pursued as an all-encompassing solution to climate change, says the UK's Royal Society in its analysis of the cost of a range of proposals compared with their efficacy.

Stratospheric aerosols seem to offer the most effect for the least investment, and could be deployed soon, but present an unknown risk to the environment.

Changes to desert surface albedo are projected to be more effective than ocean fertilisation, but both could change delicate ecosystems in unexpected ways.

# data[].attributes.attachment_link.description
One way to do this is simply to reflect more of the sun's light, changing the Earth's reflectivity, or albedo. This could be attempted using vast, flexible space reflectors (1) placed in orbit around the Earth. Alternatively, various types of "stratospheric aerosols" could be released in the upper atmosphere (2) to scatter some light back out into space.

# data[].attributes.attachment_link.title
Examples of building resilience to extreme weather - Google My Maps

# data[].attributes.attachment_link.description
Examples of building resilience to extreme weather