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  • Sustainable cities are the solution

     

    Earlier this year in Strasburg, Obama acknowledged that the US bears the brunt of the responsibility for climate change. Combined with nearly $50bn in infrastructure spending in the stimulus package, the new administration’s emphasis on building better cities is clear.

    As for New York, the new Brooklyn building is part of a $250m programme to make Brooklyn’s Navy Yard a hub for green industry, just one aspect of the mayor’s broader plan to make the city more eco-friendly. When he launched PlanNYC two years ago, Bloomberg pointed out that the world’s cities were responsible for 80% of global greenhouse gas emissions. Former US president Bill Clinton and UN officials have quoted the same figure.

    This bit of data would mean city dwellers emit nearly four times as much as their rural counterparts. (The UN estimates that humanity became more urban than rural in 2008. Right now, the global populations of urban and rural folk are roughly the same.) Put another way, living in a city is almost four times as polluting as living outside of one.

    Thankfully, the figure turns out to be wildly inaccurate.

    The carbon footprint of urban dwellers is relatively light, says a report by David Dodman in the April issue of Environment and Urbanisation. Dodman, a researcher at the International Institute for Environment and Development, examined emissions reports from cities in the Americas, Asia and Europe.

    He found that New Yorkers emit a third less greenhouse gases than the average American and that Barcelonans and Londoners emit about half of their national averages. And urban Brazilians are truly green: the residents of Sao Paolo and Rio de Janeiro are responsible for only one-third the national emissions average. Dodman’s paper complements an earlier study by IIED senior fellow David Satterthwaite, who argued that cities emit about 40% of all greenhouse gases, as opposed to the oft-cited 80%.

    On average, then, people who live in small towns and rural areas emit 50% more greenhouse gases than city folk. That cities may be part of the solution, however, does not mean that efforts like Bloomberg’s PlanNYC are misplaced. Precisely the opposite is true.

    By 2050, some 70% of us will live in urban settings, and it will ultimately be well-managed urban environments, with smart, energy-efficient buildings, power systems, transport and planning, that will save us from ourselves. Seeking better ways to do precisely that, a constellation of designers, architects and academics gathered at a conference on “ecological urbanism” at Harvard University’s Graduate School of Design earlier this year.

    Mitchell Joachim, who teaches architecture and design at Columbia University and was selected by Wired magazine as one of 15 people Obama should listen to, presented his vision for a collapsible and stackable electric city car, which would hang at public recharging stations, available for shared use.

    He also explained “meat tectonics”. Aiming to use meat proteins developed in a lab as building material, Joachim presented a digital rendering of an armadillo-shaped, kidney-coloured home. “It’s very ugly, we know that,” he said. “We’re not sure what a meat house is supposed to look like.”

    Dorothee Imbert, associate professor in landscape architecture at Harvard, pointed to urban farming, a trend that has taken root in Detroit, New York, Milwaukee and a handful of international cities. Imbert mentioned her own student-assisted organic farms in Boston, yet acknowledged that adequate food supplies for future cities “would require rethinking of landscape in the building process”.

    Pritzker-winning Dutch architect Rem Koolhaas is thinking regionally. The Harvard professor and designer of the MC Escher-esque CCTV building in Beijing talked about his Zeekracht (“sea power” in Dutch), a plan for oceanic wind farms across the North Sea that would provide energy to much of northern Europe. With its constant high winds, shallow waters and advanced renewable industries, Koolhaas believes the North Sea offers energy potential approaching that of Persian Gulf oil.

    His plan, which includes production belts in a half-dozen urban centres on or near the sea, energy cooperation and clean-tech research centres, is the type of project that, ideally, will both preserve green spaces and increase urban sustainability.

    Another is a recently approved high-speed rail project in California, which will link that state’s southern and northern hubs. Obama’s stimulus package contains $8bn for high-speed and urban rail projects. That amount is nowhere near enough to install networks on a European scale, but, like windmills on the Brooklyn waterfront, it’s a step in the right direction.

    Henry David Thoreau moved to Walden Pond “to live deliberately“, as he put it. But shortly thereafter the American naturalist and philosopher accidentally burned over a hundred acres of pristine Massachusetts woodlands. We can no longer afford to be like Thoreau. If we want to continue to romanticise our natural world, we, as a civilisation, must also avoid it.

  • Protecting Climate Change refugees.

     

    As early as 1990, the UN’s Intergovernmental Panel on Climate Change (IPPC) suggested that the “gravest effects of climate change may be those on human migration.” Similar predictions today suggest that 200 million people could be forced from their homes by 2050 due to environmental factors arising from climate change.

    Crucially, it is evident that environmental stresses affect communities and regions least able to adapt to change, typically hitting the poorest people on our planet. At the same time, many of the regions and populations that will be most affected, such as Bangladesh or small island developing states such as the Maldives and Seychelles, also have some of the lowest per capita greenhouse gas emissions. Historically, they have been responsible for a tiny fraction of the warming gases released, compared with those released by western industrialised nations. For many in the west, the effects of a changing climate remain largely an abstract concept, yet among poorer nations the climate is already devastating the lives of millions.

    Meanwhile, there is a complete absence of any formal, enforceable, legal multilateral mechanism designed to address the needs of these people and assist in creating some greater equality and proportionality between those causing climate change and those most affected.

    The 1951 UN Convention Relating to the Status of Refugees was drafted in the immediate aftermath of the second world war; its focus on those who are forced from their country of origin through fear of persecution, “for reasons of race, religion, nationality, membership of a particular social group or political opinion”. In today’s world, the 1951 convention cannot meet the needs of climate refugees, as its narrow legal definitions will not apply to most of those affected by climate change. Also, the specific desire and best option for many will be to stay within their national boundaries if the financial and technical assistance to do so were forthcoming.

    Just as the overarching threat of climate change is one of global responsibility, so is the fate of climate refugees. In this context, there is a clear and compelling imperative to create a new multilateral legal mechanism – and with it a new legal definition for climate refugees – that enshrines the right to life, food, health, water, housing and other essentials. This should apply to all those who are now affected and the millions more who will be affected by the changes in our climate created largely by a distant, and still largely unresponsive, wealthy west.

    Every year, climate change leaves more than 300,000 people dead, 325 million people seriously affected, and economic losses of $125bn. If anyone should be in any doubt as to the comparative costs of propping up failing economies, and of protecting millions of people from climate change, the UN has estimated that annual global spending to mitigate the worst effects of climate change amounts to about $0.5bn. Compare that with the $150bn spent by the US federal government to bail out just one failing insurance company, or the top nine US banks which gave over $32bn in bonuses alone that same year.

    The recent financial crisis has shown that both political will and financial muscle can be mobilised when the wealth and way of life for the developed world is threatened. Now, in the knowledge that not just the way of life, but the actual existence of many is threatened by climate change, we must mount a similarly forceful response and create a new legal framework for climate refugees alongside the essential action to curb our carbon emissions.

  • The public energy-efficiency database a private company won’t let you lose

     

    Perplexed? You haven’t seen anything yet. Let me introduce you to the Kafkaesque world of the government’s privatised data services.

    In principle you can – or so the government has promised – immediately discover how energy-efficient a public building is. All you have to do is go online and look at the certificate (which in this case is called a Display Energy Certificate) which all such buildings – everything from government departments to theatres – of over 1,000 sq metres are now obliged to show. There’s meant to be a hard copy visible in the building, and an electronic copy visible online. But, as James Berry of the Energy Saving Trust has pointed out to me, it doesn’t quite work like that.

    The government has outsourced the service to a company called Landmark Information Group. So you go to its website to perform what should be a quick and simple search. It says, “Click here to retrieve one of the below certificates or reports … Display Energy Certificate (DEC)”. Having accepted some truly ridiculous terms and conditions you are then invited to enter the certificate’s identification number.

    There’s just one snag: the only way to discover the identification number is to look at the certificate. But you can’t look at the certificate unless you have the identification number. It’s a perfect catch-22.

    Hoping that I might be able to solve the problem by telephone, I rang Landmark this morning, and spoke to a friendly man called Colin. I told him I wanted an identification number for a Display Energy Certificate. This is what he said.

    “We are not allowed to disclose that information.”

    “Why not?”

    “Unfortunately, that’s because of the way DCLG [the Department for Communities and Local Government] set up the contract. I can’t really comment on why we’re not allowed to release the information, because that’s the DCLG’s rules and regulations.”

    “So how do I get to see the certificates in your database?”

    “You can view them if you’ve got the number.”

    “So how would I get the number?”

    “I would imagine you’d probably struggle, to be honest.”

    Thanks to some heroic efforts by the BBC Open Secrets blog, there is finally a publicly available database of Display Energy Certificates, but you won’t find it on Landmark’s website.

    It wouldn’t be too difficult to devise a system that worked, would it? You would simply enter the name and address of the building and the certificate would appear. But that would carry the danger that the system might actually work, and voters would then be able to see how public money is being spent. Instead we have a system that is designed to be impossible to use, for which a private company is being paid by the taxpayer. Is this what open government looks like?

    monbiot.com

  • Brown coal export to India considered

     

    There is no current policy to export brown coal in Victoria, because of it’s high flammability and water content.

    Exergen, the company proposing the export deal, has developed new technology to make brown coal safer to transport.

  • UK’s first ‘island’ micro grid goes live in Wales

     

    The UK’s first “island” micro grid system is up and running at the Centre for Alternative Technology (CAT) in Wales.

    It will allow the centre to use the power it generates itself instead of relying on national grid supplies and help them reduce their carbon footprint.

    Centralised electricity systems like the national grid waste around 65% of energy through heat loss in power stations and transmission lines before reaching our homes.

    Previously, any power generated by the centre’s wind turbines or solar panels was exported to the national grid. Now the power will be used around the Centre, with only the excess exported to the national grid.

    “Even if you’ve got a wind turbine on the roof, if the grid goes down you’re in the dark like everyone else,” said Alex Randall from CAT.

    “We can be on or off grid whenever we like now. At quiet times, our island grid sends any excess to the national grid and at peak times it imports any extra required,” said Randall.

    • This article appeared on the Ecologist, part of the Guardian Environment Network

  • ‘Huge’ natural gas find off Venezuela

     

    The find was first announced by visiting Venezuelan President Hugo Chavez in an interview with the newspaper El Pais. He divulged its existence during a walkabout in Madrid, while visiting a bookstore. Repsol chairman Antonio Brufau was with him at the time.

    Chavez gave the figure on the gas volume and Elices confirmed it to the AP.

    For comparison, 7 to 8 trillion cubic feet is roughly five times the natural gas that Spain consumes in a year, said another Repsol spokesman, Kristian Rix.

    The gas was found in an exploration block called Rafael Urdaneta. Repsol began work there in 2006 along with the state-owned Venezuelan company PDVSA.

    Rix said it is not known when the company will start pumping the gas, but in cases like these, that normally takes two to four years.

    ‘At the rate the certified scientific discoveries are going, Venezuela’s gas reserves will place it among the top five in the world,’ the newspaper quoted Chavez as saying.

    Rix said this is Repsol’s biggest natural gas find ever.