Monthly Archives: September 2014

The UN saved the ozone layer – now it’s the climate’s turn





It sometimes feels as if environmental news is never good news, but that certainly isn’t true when it comes to the ozone layer. The UN has announced that the ozone layer is showing signs of recovery.

Evidence has pointed to recovery for some time, but researchers have waited until they were confident that the hole in the ozone layer was beginning to heal. It’s not yet restored to perfect health – that will take a few more decades – but a significant corner has been turned.

That good news comes 30 years after governments around the world began to sign up to the Vienna Convention for the Protection of the Ozone Layer.

Solving global environmental problems takes time, but the success of the Vienna convention, and the Montreal Protocol that puts the convention in to action, is proof that when the world works together, and keeps working together even when the going gets tough, it can deliver the solutions that we all need.

Of course, having written “that we all need” begs an important question. Why does the ozone hole matter to me?

We have all seen those NASA images of the ozone hole over the Antarctic, but that’s a long way from where most of the planet’s population lives. It’s a little like that scene at the end of ‘Happy Feet’ where the politicians challenged to respond to the plight of the penguins ask why they should “worry about a load of flightless birds”.

So why should we worry whether or not there is a little more or less ozone, a tiny fraction of the gases in the atmosphere, than there might have been if we hadn’t all changed our fridges and under-arm deodorants?

What’s the ozone layer ever done for us?

The most obvious answer is that the ozone layer protects us from ultraviolet (UV) light, and that being exposed to too much UV can eventually cause skin cancers. OK, but just how many skin cancers have been prevented by protecting the ozone layer?

Until recently, it has been hard to answer that with any sort of numbers, but research has begun to model what the world would have been like if we had not protected the Earth’s ozone layer.

These ‘world avoided’ models are indicating that without the Montreal Protocol people around the world would already be exposed to increases in UV. Those increases would be enough to be causing skin damage that, over time, would mean more people developing skin cancers.

In fact, the most recent estimate of what would have happened without ozone protection suggests that by 2030 there would have been around 2 million more cases of skin cancer a year worldwide.

That can’t be a precise figure, but even if we take as a ‘ball-park’ estimate, that’s 2 million people every year being saved from skin cancer because governments acted to protect the ozone layer.

Looking over a longer timescale, do the maths. Two million fewer skin cancers a year, year on year on year soon generates some very large numbers. And those figures don’t take in to account the massive ozone depletion that would have occurred worldwide by the middle of this century.

Can we do it again, with climate?

That collapse in global ozone is a consistent outcome of ‘world-avoided’ research and would have increased UV levels around the world beyond anything that has ever been experienced since humans evolved.

Maybe we could have coped with that, but it would have been difficult. Yes, we can all reduce our exposure to UV by how we choose to behave, that’s probably the biggest factor affecting our risk of skin cancer in the world we actually live in. But what about in the world avoided?

How much sun-cream would you have needed if without protection you would begin to sunburn in just a few minutes? What clothes would you send your children to school in? Health-warning signs on the beaches?

And even if you could cope, what about the damage to crops, to forests and to the oceans that would have resulted from run-away increases in UV, the scale of which we can’t yet really quantify.

So yes, the news that the ozone layer is beginning to recover is a good reason to be cheerful. Be cheerful because we have protected the planet. Be cheerful because we have protected human health.

Above all, perhaps, be cheerful because the success of the Vienna Convention and the Montreal Protocol shows that global governments can work together to solve major environmental problems.

When the Vienna Convention was signed no one could be really sure exactly how ozone depletion might develop, but governments were brave enough to make tough decisions based on the best estimates of future risks. 30 years later, research allows us to confirm just how right those decisions were.

Surely that’s good news not just for ozone, but also as we look ahead to the even tougher challenges of responding to climate change.

 


 

Nigel Paul is co-chair of the United Nations Environment Programme (UNEP) panel on ozone depletion and Professor of Plant Science at Lancaster University, but he writes here in his personal capacity. During the 1990s he received funding for research in to the effects of ozone depletion from UK research councils and the EU.

This article was originally published on The Conversation. Read the original article.

The Conversation

 

 






The UN saved the ozone layer – now it’s the climate’s turn





It sometimes feels as if environmental news is never good news, but that certainly isn’t true when it comes to the ozone layer. The UN has announced that the ozone layer is showing signs of recovery.

Evidence has pointed to recovery for some time, but researchers have waited until they were confident that the hole in the ozone layer was beginning to heal. It’s not yet restored to perfect health – that will take a few more decades – but a significant corner has been turned.

That good news comes 30 years after governments around the world began to sign up to the Vienna Convention for the Protection of the Ozone Layer.

Solving global environmental problems takes time, but the success of the Vienna convention, and the Montreal Protocol that puts the convention in to action, is proof that when the world works together, and keeps working together even when the going gets tough, it can deliver the solutions that we all need.

Of course, having written “that we all need” begs an important question. Why does the ozone hole matter to me?

We have all seen those NASA images of the ozone hole over the Antarctic, but that’s a long way from where most of the planet’s population lives. It’s a little like that scene at the end of ‘Happy Feet’ where the politicians challenged to respond to the plight of the penguins ask why they should “worry about a load of flightless birds”.

So why should we worry whether or not there is a little more or less ozone, a tiny fraction of the gases in the atmosphere, than there might have been if we hadn’t all changed our fridges and under-arm deodorants?

What’s the ozone layer ever done for us?

The most obvious answer is that the ozone layer protects us from ultraviolet (UV) light, and that being exposed to too much UV can eventually cause skin cancers. OK, but just how many skin cancers have been prevented by protecting the ozone layer?

Until recently, it has been hard to answer that with any sort of numbers, but research has begun to model what the world would have been like if we had not protected the Earth’s ozone layer.

These ‘world avoided’ models are indicating that without the Montreal Protocol people around the world would already be exposed to increases in UV. Those increases would be enough to be causing skin damage that, over time, would mean more people developing skin cancers.

In fact, the most recent estimate of what would have happened without ozone protection suggests that by 2030 there would have been around 2 million more cases of skin cancer a year worldwide.

That can’t be a precise figure, but even if we take as a ‘ball-park’ estimate, that’s 2 million people every year being saved from skin cancer because governments acted to protect the ozone layer.

Looking over a longer timescale, do the maths. Two million fewer skin cancers a year, year on year on year soon generates some very large numbers. And those figures don’t take in to account the massive ozone depletion that would have occurred worldwide by the middle of this century.

Can we do it again, with climate?

That collapse in global ozone is a consistent outcome of ‘world-avoided’ research and would have increased UV levels around the world beyond anything that has ever been experienced since humans evolved.

Maybe we could have coped with that, but it would have been difficult. Yes, we can all reduce our exposure to UV by how we choose to behave, that’s probably the biggest factor affecting our risk of skin cancer in the world we actually live in. But what about in the world avoided?

How much sun-cream would you have needed if without protection you would begin to sunburn in just a few minutes? What clothes would you send your children to school in? Health-warning signs on the beaches?

And even if you could cope, what about the damage to crops, to forests and to the oceans that would have resulted from run-away increases in UV, the scale of which we can’t yet really quantify.

So yes, the news that the ozone layer is beginning to recover is a good reason to be cheerful. Be cheerful because we have protected the planet. Be cheerful because we have protected human health.

Above all, perhaps, be cheerful because the success of the Vienna Convention and the Montreal Protocol shows that global governments can work together to solve major environmental problems.

When the Vienna Convention was signed no one could be really sure exactly how ozone depletion might develop, but governments were brave enough to make tough decisions based on the best estimates of future risks. 30 years later, research allows us to confirm just how right those decisions were.

Surely that’s good news not just for ozone, but also as we look ahead to the even tougher challenges of responding to climate change.

 


 

Nigel Paul is co-chair of the United Nations Environment Programme (UNEP) panel on ozone depletion and Professor of Plant Science at Lancaster University, but he writes here in his personal capacity. During the 1990s he received funding for research in to the effects of ozone depletion from UK research councils and the EU.

This article was originally published on The Conversation. Read the original article.

The Conversation

 

 






Investor heavyweights call for climate action





Many of the biggest hitters in the global financial community, together managing an eye-watering $24 trillion of investment funds, have issued a powerful warning to political leaders about the risks of failing to establish clear policy on reducing greenhouse gas emissions.

More than 340 investment concerns – ranging from Scandinavian pensions funds to institutional investors in Asia, Australia, South Africa and the US – have put their signatures to what they describe as global investors’ most comprehensive statement yet on climate change.

In particular, the investors call on government leaders to provide a “stable, reliable and economically meaningful carbon policy”, and to develop plans to phase out subsidies on fossil fuels.

Time to get more ambitious!

They warn: “Gaps, weaknesses and delays in climate change and clean energy policies will increase the risks to our investments as a result of the physical impacts of climate change, and will increase the likelihood that more radical policy measures will be required to reduce greenhouse gas emissions.

“Stronger political leadership and more ambitious policies are needed in order for us to scale up our investments.”

So far, attempts to establish carbon pricing systems capable of making an impact on climate change have ended in failure, notably in the EU’s Emissions Trading System, which has suffered from the over-allocation of emissions permits and low carbon prices.

Likewise fossil fuel companies in the oil, gas and coal sectors have successfully fought off moves to reduce or abolish widespread subsidies and tax breaks for fossil fuels.

The US alone is spending $4 billion per year subsidising fossil fuel production. Total subsidies worldwide may be as high as $600 billion.

This is the signal the world needs

The investors’ move has been welcomed by the United Nations. Achim Steiner, head of the UN Environment Programme, said:

“Investors are owners of large segments of the global economy, as well as custodians of citizens’ savings around the world. Having such a critical mass of them demand a transition to the low-carbon and green economy is exactly the signal governments need in order to move to ambitious action quickly.

“What is needed is an unprecedented re-channelling of investment from today´s economy into the low-carbon economy of tomorrow.”

The investors’ statement comes amid growing concern in the finance sector about the economic consequences of a warming world.

Last week, a commission composed of leading economists and senior political figures said the transition to a low-carbon economy was vital in order to ensure continued global economic growth.

The danger of ‘stranded assets’

Other groups say investors who continue to put their money into fossil fuels are taking considerable risks. As governments and regulators face up to the enormity of climate change and place more restrictions on fossil fuels, such investments could become what are termed ‘stranded assets‘.

There are also signs of a surge in low-carbon technologies, particularly in the renewable energy sector. Last week, Lazard, the asset management firm, reported that a decline in cost and increased efficiency means large wind and solar installations in the US can now, without subsidies, be cost competitive with gas-fired power.

There is also increased activity on the carbon pricing front. China, the world’s biggest emitter of greenhouse gases, recently announced it would establish a countrywide emissions trading system by 2016.

If implemented, the China carbon trading system will be the world’s biggest. The country already runs seven regional carbon trading schemes. – 

 


 

Kieran Cooke writes for Climate News Network.

 

 






UN: only small farmers and agroecology can feed the world





Modern industrial agricultural methods can no longer feed the world, due to the impacts of overlapping environmental and ecological crises linked to land, water and resource availability.

The stark warning comes from the new United Nations Special Rapporteur on the Right to Food, Prof Hilal Elver, In her first public speech since being appointed in June

“Food policies which do not address the root causes of world hunger would be bound to fail”, she told a packed audience in Amsterdam.

One billion people globally are hungry, she declared, before calling on governments to support a transition to “agricultural democracy” which would empower rural small farmers.

Agriculture needs a new direction: agroecology

“The 2009 global food crisis signalled the need for a turning point in the global food system”, she said at the event hosted by the Transnational Institute (TNI), a leading international think tank.

“Modern agriculture, which began in the 1950s, is more resource intensive, very fossil fuel dependent, using fertilisers, and based on massive production. This policy has to change.

“We are already facing a range of challenges. Resource scarcity, increased population, decreasing land availability and accessibility, emerging water scarcity, and soil degradation require us to re-think how best to use our resources for future generations.”

The UN official said that new scientific research increasingly shows how ‘agroecology’ offers far more environmentally sustainable methods that can still meet the rapidly growing demand for food:

“Agroecology is a traditional way of using farming methods that are less resource oriented, and which work in harmony with society. New research in agroecology allows us to explore more effectively how we can use traditional knowledge to protect people and their environment at the same time.”

Small farmers are the key to feeding the world

“There is a geographical and distributional imbalance in who is consuming and producing. Global agricultural policy needs to adjust. In the crowded and hot world of tomorrow, the challenge of how to protect the vulnerable is heightened”, Hilal Elver continued.

“That entails recognising women’s role in food production – from farmer, to housewife, to working mother, women are the world’s major food providers. It also means recognising small farmers, who are also the most vulnerable, and the most hungry.

“Across Europe, the US and the developing world, small farms face shrinking numbers. So if we deal with small farmers we solve hunger and we also deal with food production.”

And Elver speaks not just with the authority of her UN role, but as a respected academic. She is research professor and co-director at the Project on Global Climate Change, Human Security, and Democracy in the Orfalea Center for Global and International Studies, University of California, Santa Barbara.

She is also an experienced lawyer and diplomat. A former founding legal advisor at the Turkish Ministry of Environment, she was previously appointed to the United Nations Environment Program (UNEP) Chair in Environmental Diplomacy at the Mediterranean Academy of Diplomatic Studies, University of Malta.

Industrial agriculture grabs 80% of subsidies and 90% of research funds

Hinting at the future direction of her research and policy recommendations, she criticised the vast subsidies going to large monocultural agribusiness companies. Currently, in the European Union about 80% of subsidies and 90% of research funding go to support conventional industrial agriculture.

“Empirical and scientific evidence shows that small farmers feed the world. According to the UN Food & Agricultural Organisation (FAO), 70% of food we consume globally comes from small farmers”, said Prof Elver.

“This is critical for future agricultural policies. Currently, most subsidies go to large agribusiness. This must change. Governments must support small farmers. As rural people are migrating increasingly to cities, this is generating huge problems.

“If these trends continue, by 2050, 75% of the entire human population will live in urban areas. We must reverse these trends by providing new possibilities and incentives to small farmers, especially for young people in rural areas.”

If implemented, Elver’s suggestions would represent a major shift in current government food policies.

But Marcel Beukeboom, a Dutch civil servant specialising in food and nutrition at the Ministry of Trade & Development who spoke after Elver, dissented from Elver’s emphasis on small farms:

“While I agree that we must do more to empower small farmers, the fact is that the big monocultural farms are simply not going to disappear. We have to therefore find ways to make the practices of industrial agribusiness more effective, and this means working in partnership with the private sector, small and large.”

A UN initiative on agroecology?

The new UN food rapporteur’s debut speech coincided with a landmark two-day International Symposium on Agroecology for Food and Nutrition Security in Rome, hosted by the FAO. Over 50 experts participated in the symposium, including scientists, the private sector, government officials, and civil society leaders.

A high-level roundtable at the close of the symposium included the agricultural ministers of France, Algeria, Costa Rica, Japan, Brazil and the European Union agricultural commissioner.

FAO Director-General José Graziano da Silva said: “Agroecology continues to grow, both in science and in policies. It is an approach that will help to address the challenge of ending hunger and malnutrition in all its forms, in the context of the climate change adaptation needed.”

A letter to the FAO signed by nearly 70 international food scientists congratulated the UN agency for convening the agroecology symposium and called for a “UN system-wide initiative on agroecology as the central strategy for addressing climate change and building resilience in the face of water crises.”

The scientists described agroecology as “a well-grounded science, a set of time-tested agronomic practices and, when embedded in sound socio-political institutions, the most promising pathway for achieving sustainable food production.”

More than just a science – a social movement!

A signatory to the letter, Mindi Schneider, assistant professor of Agrarian, Food and Environmental Studies at the Institute of Social Studies (ISS) in The Hague, said:

“Agroecology is more than just a science, it’s also a social movement for justice that recognises and respects the right of communities of farmers to decide what they grow and how they grow it.”

Several other food experts at the Transnational Institute offered criticisms of prevailing industrial practices. Dr David Fig, who serves on the board of Biowatch South Africa, an NGO concerned with food sovereignty and sustainable agriculture, said:

“We are being far too kind to industrialised agriculture. The private sector has endorsed it, but it has failed to feed the world, it has contributed to major environmental contamination and misuse of natural resources. It’s time we switched more attention, public funds and policy measures to agroecology, to replace the old model as soon as possible.”

Prof Sergio Sauer, formerly Brazil’s National Rapporteur for Human Rights in Land, Territory and Food, added: “Agroecology is related to the way you relate to land, to nature to each other – it is more than just organic production, it is a sustainable livelihood.

“In Brazil we have the National Association of Agroecology which brings together 7,000 people from all over the country pooling together their concrete empirical experiences of agroecological practices. They try to base all their knowledge on practice, not just on concepts.

“Generally, nobody talks about agroecology, because it’s too political. The simple fact that the FAO is calling a major international gathering to discuss agroecology is therefore a very significant milestone.”

 


 

Dr. Nafeez Ahmed is an investigative journalist, bestselling author, and international security scholar. He is a regular contributor to The Ecologist and The Guardian where he writes about the geopolitics of interconnected environmental, energy and economic crises. He has also written for The Independent, Sydney Morning Herald, The Age, The Scotsman, Foreign Policy, Prospect, New Statesman, Le Monde diplomatique, among many others. His new novel of the near future is ZERO POINT.

Follow him on Twitter @nafeezahmed and Facebook.

Website: www.nafeezahmed.com

 

 






‘Political will is only barrier to 100% renewables’





The new handbook shows how forward-looking communities around the world are already moving away from reliance on fossil fuels and generating their own power with 100% renewables – while also becoming more prosperous and creating jobs.

The report, How to Achieve 100% Renewable Energy‘, is released ahead of the UN Climate Summit in New York tomorrow (23rd September), when the UN Secretary-general, Ban Ki-Moon, will call on world leaders to make new commitments to cut fossil fuel use.

The World Future Council, based in Hamburg, Germany, has issued the report to show that it is only lack of political will that is preventing the world switching away from fossil fuels. It believes that the leaders at the UN summit need to set ambitious targets and timetables to achieve the switch to renewables.

We have the technologies!

Using case histories – from small islands in the Canaries to great commercial cities such as Frankfurt in Germany and Sydney in Australia – the report makes clear that the technologies to go 100% renewable exist already.

In many cases, the switch has the combined effect of saving money for the community concerned and creating jobs, making everyone more prosperous. In all cases, improvements in energy efficiency are essential to meeting targets.

Where the100% renewable target is adopted, it gives the clearest signal to business that investments in clean technologies will be secure. The report says:

“The benefits range from savings on fossil fuel imports, improved energy, and economic security, as well as reduced energy and electricity costs for governments, local residents and businesses.”

There is no case made for nuclear power. Indeed, the report says that the uranium needed for nuclear fuel is – like coal, oil and gas – a finite resource that will soon be running out.

Fukushima goes for 100% renewables by 2040

One of the case histories in the report is the Fukushima Prefecture in Japan. In March 2011,  it sustained the world’s worst nuclear accident since the 1986 Chernobyl disaster in Ukraine, and has now opted to go for 100% electricity from renewables by 2040.

Some of the 100% renewable targets detailed in the report are just for electricity production. The authors – Toby Couture, founder of the Berlin-based energy consultancy E3 Analytics, and Anna Leidreiter, climate and energy policy officer at the World Future Council – point out that heating and cooling, and particularly transport, without fossil fuels is far more challenging, but still equally possible. Some countries are already committed to it.

Denmark, a pioneer in the field, has a target of achieving all its electricity and heating needs from renewables by 2035, and all energy sectors – including transport – by 2050. This includes an expansion of wind and solar power, biogas, ground source heat pumps, and wood-based biomass. Because of its investments, the country expects to have saved €920 million on energy costs by 2020.

At the opposite end of the scale, El Hierro, a small island in the Canaries, has a 100% energy strategy, using a wind farm and a volcanic crater. When excess electricity is produced by the wind farm, water is pumped into the volcanic crater, which acts as a storage lake for a hydroelectric plant. This supplements the island’s electricity supply when the wind drops or when demand is very high.

A future component of El Hierro’s strategy is to replace the island’s entire stock of 4,500 cars with electric vehicles, so cutting the need to import fuel.

Rhein-Hunsruck, Germany producing 230% of its needs from renewables

Some places have already exceeded 100% electricity from renewables. The Rhein-Hunsruck district west of Frankfurt, Germany, managed this in 2012, and expects by the end of this year to be producing 230% of its needs, exporting the surplus to neighbouring areas through the national grid. It hopes to use the surplus in future for local transportation, hydrogen or methane production.

There are many other examples in the report, including from San Francisco in the US, Cape Verde island in West Africa, Bangladesh, Costa Rica, and Tuvalu island in the Pacific.

These show that both rich and poor communities can share the benefits of the renewable revolution – and, in the case of the 3 billion people still without electric power in the world, bypass the need for fossil fuels altogether.

Jeremy Leggett, a pioneer of solar power and author of a foreword to the report, says: “We are on the verge of a profound and urgently necessary shift in the way we produce and use energy.

“This shift will move the world away from the consumption of fossil resources towards cleaner, renewable forms of power. Renewable energy technologies are blowing the whistle on oil dependency and will spark an economic and social renaissance.

“The question is: Do we make this transition from fossil resources to renewables on our own terms, in ways that maximise the benefits to us today and to future generations, or do we turn our heads away and suffer the economic and social shocks that rising prices and market volatility will create?”

 


Paul Brown writes for Climate News Network.

 

 






‘Political will is only barrier to 100% renewables’





The new handbook shows how forward-looking communities around the world are already moving away from reliance on fossil fuels and generating their own power with 100% renewables – while also becoming more prosperous and creating jobs.

The report, How to Achieve 100% Renewable Energy‘, is released ahead of the UN Climate Summit in New York tomorrow (23rd September), when the UN Secretary-general, Ban Ki-Moon, will call on world leaders to make new commitments to cut fossil fuel use.

The World Future Council, based in Hamburg, Germany, has issued the report to show that it is only lack of political will that is preventing the world switching away from fossil fuels. It believes that the leaders at the UN summit need to set ambitious targets and timetables to achieve the switch to renewables.

We have the technologies!

Using case histories – from small islands in the Canaries to great commercial cities such as Frankfurt in Germany and Sydney in Australia – the report makes clear that the technologies to go 100% renewable exist already.

In many cases, the switch has the combined effect of saving money for the community concerned and creating jobs, making everyone more prosperous. In all cases, improvements in energy efficiency are essential to meeting targets.

Where the100% renewable target is adopted, it gives the clearest signal to business that investments in clean technologies will be secure. The report says:

“The benefits range from savings on fossil fuel imports, improved energy, and economic security, as well as reduced energy and electricity costs for governments, local residents and businesses.”

There is no case made for nuclear power. Indeed, the report says that the uranium needed for nuclear fuel is – like coal, oil and gas – a finite resource that will soon be running out.

Fukushima goes for 100% renewables by 2040

One of the case histories in the report is the Fukushima Prefecture in Japan. In March 2011,  it sustained the world’s worst nuclear accident since the 1986 Chernobyl disaster in Ukraine, and has now opted to go for 100% electricity from renewables by 2040.

Some of the 100% renewable targets detailed in the report are just for electricity production. The authors – Toby Couture, founder of the Berlin-based energy consultancy E3 Analytics, and Anna Leidreiter, climate and energy policy officer at the World Future Council – point out that heating and cooling, and particularly transport, without fossil fuels is far more challenging, but still equally possible. Some countries are already committed to it.

Denmark, a pioneer in the field, has a target of achieving all its electricity and heating needs from renewables by 2035, and all energy sectors – including transport – by 2050. This includes an expansion of wind and solar power, biogas, ground source heat pumps, and wood-based biomass. Because of its investments, the country expects to have saved €920 million on energy costs by 2020.

At the opposite end of the scale, El Hierro, a small island in the Canaries, has a 100% energy strategy, using a wind farm and a volcanic crater. When excess electricity is produced by the wind farm, water is pumped into the volcanic crater, which acts as a storage lake for a hydroelectric plant. This supplements the island’s electricity supply when the wind drops or when demand is very high.

A future component of El Hierro’s strategy is to replace the island’s entire stock of 4,500 cars with electric vehicles, so cutting the need to import fuel.

Rhein-Hunsruck, Germany producing 230% of its needs from renewables

Some places have already exceeded 100% electricity from renewables. The Rhein-Hunsruck district west of Frankfurt, Germany, managed this in 2012, and expects by the end of this year to be producing 230% of its needs, exporting the surplus to neighbouring areas through the national grid. It hopes to use the surplus in future for local transportation, hydrogen or methane production.

There are many other examples in the report, including from San Francisco in the US, Cape Verde island in West Africa, Bangladesh, Costa Rica, and Tuvalu island in the Pacific.

These show that both rich and poor communities can share the benefits of the renewable revolution – and, in the case of the 3 billion people still without electric power in the world, bypass the need for fossil fuels altogether.

Jeremy Leggett, a pioneer of solar power and author of a foreword to the report, says: “We are on the verge of a profound and urgently necessary shift in the way we produce and use energy.

“This shift will move the world away from the consumption of fossil resources towards cleaner, renewable forms of power. Renewable energy technologies are blowing the whistle on oil dependency and will spark an economic and social renaissance.

“The question is: Do we make this transition from fossil resources to renewables on our own terms, in ways that maximise the benefits to us today and to future generations, or do we turn our heads away and suffer the economic and social shocks that rising prices and market volatility will create?”

 


Paul Brown writes for Climate News Network.

 

 






‘Political will is only barrier to 100% renewables’





The new handbook shows how forward-looking communities around the world are already moving away from reliance on fossil fuels and generating their own power with 100% renewables – while also becoming more prosperous and creating jobs.

The report, How to Achieve 100% Renewable Energy‘, is released ahead of the UN Climate Summit in New York tomorrow (23rd September), when the UN Secretary-general, Ban Ki-Moon, will call on world leaders to make new commitments to cut fossil fuel use.

The World Future Council, based in Hamburg, Germany, has issued the report to show that it is only lack of political will that is preventing the world switching away from fossil fuels. It believes that the leaders at the UN summit need to set ambitious targets and timetables to achieve the switch to renewables.

We have the technologies!

Using case histories – from small islands in the Canaries to great commercial cities such as Frankfurt in Germany and Sydney in Australia – the report makes clear that the technologies to go 100% renewable exist already.

In many cases, the switch has the combined effect of saving money for the community concerned and creating jobs, making everyone more prosperous. In all cases, improvements in energy efficiency are essential to meeting targets.

Where the100% renewable target is adopted, it gives the clearest signal to business that investments in clean technologies will be secure. The report says:

“The benefits range from savings on fossil fuel imports, improved energy, and economic security, as well as reduced energy and electricity costs for governments, local residents and businesses.”

There is no case made for nuclear power. Indeed, the report says that the uranium needed for nuclear fuel is – like coal, oil and gas – a finite resource that will soon be running out.

Fukushima goes for 100% renewables by 2040

One of the case histories in the report is the Fukushima Prefecture in Japan. In March 2011,  it sustained the world’s worst nuclear accident since the 1986 Chernobyl disaster in Ukraine, and has now opted to go for 100% electricity from renewables by 2040.

Some of the 100% renewable targets detailed in the report are just for electricity production. The authors – Toby Couture, founder of the Berlin-based energy consultancy E3 Analytics, and Anna Leidreiter, climate and energy policy officer at the World Future Council – point out that heating and cooling, and particularly transport, without fossil fuels is far more challenging, but still equally possible. Some countries are already committed to it.

Denmark, a pioneer in the field, has a target of achieving all its electricity and heating needs from renewables by 2035, and all energy sectors – including transport – by 2050. This includes an expansion of wind and solar power, biogas, ground source heat pumps, and wood-based biomass. Because of its investments, the country expects to have saved €920 million on energy costs by 2020.

At the opposite end of the scale, El Hierro, a small island in the Canaries, has a 100% energy strategy, using a wind farm and a volcanic crater. When excess electricity is produced by the wind farm, water is pumped into the volcanic crater, which acts as a storage lake for a hydroelectric plant. This supplements the island’s electricity supply when the wind drops or when demand is very high.

A future component of El Hierro’s strategy is to replace the island’s entire stock of 4,500 cars with electric vehicles, so cutting the need to import fuel.

Rhein-Hunsruck, Germany producing 230% of its needs from renewables

Some places have already exceeded 100% electricity from renewables. The Rhein-Hunsruck district west of Frankfurt, Germany, managed this in 2012, and expects by the end of this year to be producing 230% of its needs, exporting the surplus to neighbouring areas through the national grid. It hopes to use the surplus in future for local transportation, hydrogen or methane production.

There are many other examples in the report, including from San Francisco in the US, Cape Verde island in West Africa, Bangladesh, Costa Rica, and Tuvalu island in the Pacific.

These show that both rich and poor communities can share the benefits of the renewable revolution – and, in the case of the 3 billion people still without electric power in the world, bypass the need for fossil fuels altogether.

Jeremy Leggett, a pioneer of solar power and author of a foreword to the report, says: “We are on the verge of a profound and urgently necessary shift in the way we produce and use energy.

“This shift will move the world away from the consumption of fossil resources towards cleaner, renewable forms of power. Renewable energy technologies are blowing the whistle on oil dependency and will spark an economic and social renaissance.

“The question is: Do we make this transition from fossil resources to renewables on our own terms, in ways that maximise the benefits to us today and to future generations, or do we turn our heads away and suffer the economic and social shocks that rising prices and market volatility will create?”

 


Paul Brown writes for Climate News Network.

 

 






The photographing ecologist

Plant in its natural environment

Photography is classified as art, ecology is science. Two distinct worlds that only very rarely show some overlap. I am however convinced that a combination of both disciplines could be very fruitful. Being a photographing ecologist, or ecological photographer not only gives artistic satisfaction, but it can also be a serious addition to your science.

Although taking pictures on a busy fieldwork day might feel like a waste of precious time, it can be really valuable to assign some minutes in the field to photography and make sure you are familiar with at least the basic skills of the art.

Overview of the plot

Inevitably, there will be a moment where you have to present your work: posters, powerpoint presentations, or just to a supervisor in the lab. The saying that one image is better than a 1000 words might be getting old, but it still holds true, a thing every scientist probably realizes when working on his slides.

 

Pictures for future reference

It might be common sense to spend at least five minutes of your working time in the field to photograph field sites, measuring methods and environmental characteristics, for your own reference or other peoples imagination. But it would even be better if you added another five minutes to the first five to zoom in on some details.

Plot on 1000 meters height, Abisko

Change the viewpoint and try to catch your field site in its environment. The lower scientific value is replaced by an aesthetic one. Or get some of your study species into focus…Plant in its natural environment

It is pretty obvious that a beautiful picture makes every story more attractive. If you want to convince the non-scientific world of the importance of your research, a catching picture will increase your impact factor a thousandfold (and I promise you, journalists are great at choosing the most irrelevant ones if you leave that task to them).

Hiking to the fieldwork

Even for the scientific public, however, a catchy picture will improve the results and the scope. No matter how interesting your story, nice illustrations will keep a larger audience awake during your presentation, and attract more people to your posters. Just give them those few seconds relief from the interesting but tiring statistical theories!

Plot for scale in the mountains

To finish, never forget the power of stories. Science is more than only the results and the 2 or 3 papers that come out of it. The process, arguably the largest part of the work, and the impressive, exotic, adventurous stories resulting from them can help enhancing the public’s understanding and appreciation of your research every day of the year. A photographic diary of your field trip might raise a lot more interest than all your scientific papers combined.

Angry lemming in the plot

 

Biology is a foreign discipline to a large part of the population. They do not have a clue about how our scientific statements come into existence. They will be surprised about the complexity of the scientific process, and the variation, excitement and attractiveness of ecological fieldwork. Scientific information will follow on the way. Enjoying the scenery at Torneträsk Lake, Abisko

This should make the importance of the use of photography as a powerful tool in science obvious. Let us thus all pack a camera as indispensable fieldwork gear in the future and revive our artistic alter ego’s. In some future posts, I will cover a set of useful skills to make those few artistic minutes as efficient as possible, so with only 3 or 4 clicks, you can get the best results out of your camera.

Jonas Lembrechts balances between being an ecological photographer and a photographing ecologist on his way to a PhD in mountain ecology. Follow his adventures here!

September 22, 2014

‘Political will is only barrier to 100% renewables’





The new handbook shows how forward-looking communities around the world are already moving away from reliance on fossil fuels and generating their own power with 100% renewables – while also becoming more prosperous and creating jobs.

The report, How to Achieve 100% Renewable Energy‘, is released ahead of the UN Climate Summit in New York tomorrow (23rd September), when the UN Secretary-general, Ban Ki-Moon, will call on world leaders to make new commitments to cut fossil fuel use.

The World Future Council, based in Hamburg, Germany, has issued the report to show that it is only lack of political will that is preventing the world switching away from fossil fuels. It believes that the leaders at the UN summit need to set ambitious targets and timetables to achieve the switch to renewables.

We have the technologies!

Using case histories – from small islands in the Canaries to great commercial cities such as Frankfurt in Germany and Sydney in Australia – the report makes clear that the technologies to go 100% renewable exist already.

In many cases, the switch has the combined effect of saving money for the community concerned and creating jobs, making everyone more prosperous. In all cases, improvements in energy efficiency are essential to meeting targets.

Where the100% renewable target is adopted, it gives the clearest signal to business that investments in clean technologies will be secure. The report says:

“The benefits range from savings on fossil fuel imports, improved energy, and economic security, as well as reduced energy and electricity costs for governments, local residents and businesses.”

There is no case made for nuclear power. Indeed, the report says that the uranium needed for nuclear fuel is – like coal, oil and gas – a finite resource that will soon be running out.

Fukushima goes for 100% renewables by 2040

One of the case histories in the report is the Fukushima Prefecture in Japan. In March 2011,  it sustained the world’s worst nuclear accident since the 1986 Chernobyl disaster in Ukraine, and has now opted to go for 100% electricity from renewables by 2040.

Some of the 100% renewable targets detailed in the report are just for electricity production. The authors – Toby Couture, founder of the Berlin-based energy consultancy E3 Analytics, and Anna Leidreiter, climate and energy policy officer at the World Future Council – point out that heating and cooling, and particularly transport, without fossil fuels is far more challenging, but still equally possible. Some countries are already committed to it.

Denmark, a pioneer in the field, has a target of achieving all its electricity and heating needs from renewables by 2035, and all energy sectors – including transport – by 2050. This includes an expansion of wind and solar power, biogas, ground source heat pumps, and wood-based biomass. Because of its investments, the country expects to have saved €920 million on energy costs by 2020.

At the opposite end of the scale, El Hierro, a small island in the Canaries, has a 100% energy strategy, using a wind farm and a volcanic crater. When excess electricity is produced by the wind farm, water is pumped into the volcanic crater, which acts as a storage lake for a hydroelectric plant. This supplements the island’s electricity supply when the wind drops or when demand is very high.

A future component of El Hierro’s strategy is to replace the island’s entire stock of 4,500 cars with electric vehicles, so cutting the need to import fuel.

Rhein-Hunsruck, Germany producing 230% of its needs from renewables

Some places have already exceeded 100% electricity from renewables. The Rhein-Hunsruck district west of Frankfurt, Germany, managed this in 2012, and expects by the end of this year to be producing 230% of its needs, exporting the surplus to neighbouring areas through the national grid. It hopes to use the surplus in future for local transportation, hydrogen or methane production.

There are many other examples in the report, including from San Francisco in the US, Cape Verde island in West Africa, Bangladesh, Costa Rica, and Tuvalu island in the Pacific.

These show that both rich and poor communities can share the benefits of the renewable revolution – and, in the case of the 3 billion people still without electric power in the world, bypass the need for fossil fuels altogether.

Jeremy Leggett, a pioneer of solar power and author of a foreword to the report, says: “We are on the verge of a profound and urgently necessary shift in the way we produce and use energy.

“This shift will move the world away from the consumption of fossil resources towards cleaner, renewable forms of power. Renewable energy technologies are blowing the whistle on oil dependency and will spark an economic and social renaissance.

“The question is: Do we make this transition from fossil resources to renewables on our own terms, in ways that maximise the benefits to us today and to future generations, or do we turn our heads away and suffer the economic and social shocks that rising prices and market volatility will create?”

 


Paul Brown writes for Climate News Network.