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Profits before whales! To know why TTIP would be a nightmare, look to Canada Updated for 2026





If anyone tries to convince you that TTIP is no threat to a government’s ability to protect its people, just point them to Canada.

Last week, Canada’s government was successfully sued for daring to turn down a large mining quarry which threatened to cause environmental damage in Nova Scotia.

It is the latest in a long line of cases which have been brought against Canada for attempting to introduce environmental protection, under NAFTA – the North America Free Trade Agreement. These cases have been brought about under exactly the same mechanism – known as ISDS (Investor State Dispute Settlement) – which is at the centre of the TTIP deal.

ISDS is essentially a corporate court system – allowing foreign corporations to sue governments in secret tribunals, overseen by corporate lawyers, with no right of appeal. Even winning can cost a country a small fortune in legal costs.

Canada has to pay $100s of millions in ‘compensation’

The most recent ruling focuses on Canada’s decision, following an environmental review, to block the White’s Point 152-hectare basalt quarry on Digby Neck in Nova Scotia – which happens to be a key breeding area for cetaceans, increasingly popular among whale-watchers.

Among the species regularly frequenting nearby waters are Finback Whales, Minke Whales, Harbor Porpoises, Humpback Whales, Whitesided Dolphins, the endangered North Atlantic Right Whale, and there have been sightings of Pilot, Beluga, Sei, Sperm Whales and Orcas.

US corporation Bilcon wanted to open the quarry and argued that it had put time and money into the development. The province’s environmental review, however, found that the project clashed with community core values, and the quarry blasting and shipping movements would be detrimental to the area’s cetaceans.

The company argued that the government shouldn’t even have resorted to an environmental review. It has now won its case before the NAFTA arbitration panel, which ruled in its 260-page judgment that Bilcon was “denied a fair environmental hearing”. It is now demanding $300 million in compensation.

Two aspects of this case prove what critics have always said about these corporate courts. First, the case didn’t relate to a breach of contract or to discrimination in favour of a domestic company. It simply related to a regulation which a foreign corporation didn’t like.

Second, the case is a challenge to Canada’s ability to make decisions based on environmental protection, as pointed out by the one dissenting voice in this tribunal, that of Ottawa law professor Donald McRae who warned:

“A chill will be imposed on environmental review panels which will be concerned not to give too much weight to socio-economic considerations or other considerations of the human environment in case the result is a claim for damages under NAFTA.”

The ruling, he continued “will be seen as a remarkable step backwards in environmental protection” and a “significant intrusion into domestic jurisdiction.”

Environmental protection subordinate to corporate profit

Canada has been sued for environmental protection regulations again and again. Previous cases include Canada being taken to task for attempting to ban the import of toxic waste and for trying to prohibit dangerous chemical MMT from petrol. In the latter case, Canada reversed its ban.

And only days before the Bilcon ruling, Canada had a $17.3-million award made against it for a regulation which required oil giant Exxon Mobil and Murphy Oil (along with other offshore oil producers) to invest some of their profits from offshore drilling in the local economy.

It has been suggested that unless the requirement is withdrawn, this will be the tip of the iceberg in terms of ‘compensation’ – another example of a completely moderate and sensible government regulation being threatened by unelected, unaccountable corporate lawyers. 

It is often claimed that these corporate courts ‘only’ effect developing countries with dubious standards of law. That would be bad enough, but Canada is not a developing country, yet has lost millions of dollars to these corporate courts after signing an investment deal like TTIP with the US. These cases should be instructive to European governments.

The European Commission is keen to tell us that they are reforming the corporate court procedure for TTIP, so there’s no need to worry. But from what we’ve seen of such reforms to date, they may actually make matters worse. Veteran investment arbitrator Todd Weiler said of the reformed system:

“I love it, the new Canadian-EU treaty … we used to have to argue about all of those [foreign investor rights] … And now we have this great list. I just love it when they try to explain things.”

In the UK, the political divide is laid bare

In a ground-breaking report, the House of Commons Business Select Committee came out today saying it wasn’t convinced of the need for the corporate court system. Against them are ranged Conservatives and Liberal Democrats who support TTIP and its ISDS provisions, often with great enthusiasm.

Lobbying of MPs and MEPs has shown that Labour representatives are looking for significant reform of ISDS before they will be persuaded to vote for CETA or TTIP, while Green Party, SNP and UKIP MEPs are voting against the deal.

It has recently been flagged by a number of US Senate Democrats as a reason to oppose TTIP. 

Negotiations on TTIP between the EU and the US are continuing, amid reports of “problems” over the inclusion of ISDS in the agreement. In an earlier public consultation on ISDS in TTIP, over 150,000 respondents participated – 97% of them opposing ISDS. The next round of negotiations will take place in Washington DC in the week starting 20th April.

Canada’s experience shows why it’s important for progressive politicians to stick to their guns – and for those now supporting ISDS to rethink their position. The corporate court system fundamentally challenges our ability to protect the environment. However you reform it, it has no role in a democratic society.

 


 

Action: an International Day of Action against all ‘free trade’ deals is planned for Saturday 18 April in association with Stop TTIP.

Sign an EU-wide petition against TTIP – it already has 1.6 million signatures and has a target of 2 million by October 2015.

Nick Dearden is director of the Global Justice Now (formerly World Development Movement), and former director of the Jubilee Debt Campaign.

This article is an updated version of one first published by Global Justice Now.

 

 




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Join the politics of the future! Updated for 2026





This has been a momentous year! A year in which the Green Party has taken its place at the forefront of UK politics. A year in which young people in particular have embraced our message of hope and real change.

A year in which nearly 300,000 people joined together to help ensure we took our place in the national leadership debates. A year in which we are matching, and often exceeding, the Lib Dems, a party of government, in national polls.

And a year in which we have become the third largest political party in England and Wales! In the space of 12 months we have grown from 13,000 members to 55,000. Our membership has quadrupled!   

And one thing that the green surge means is that more than 90% of you will have the chance to vote Green on the 7th of May. For some that means the first ever chance to vote Green. 

Your vote can change the face of Britain!

In just nine weeks’ time, you will have in your hands something miraculous … the possibility of a peaceful political revolution. Your vote can change the face of Britain. It can end the failed austerity experiment, end the spiteful blaming of the poor, the sick, the vulnerable for the mistakes of the wealthy.

This election can be a turning point in history. The moment where we can deliver a better Britain, a Britain which works for all its people … A Britain which cares. 

Vote for what you believe in, vote for the policies of hope not fear, vote for policies that work for the common good not just the few, and Britain could be a very different country on the 8th of May. It is time for Green Politics – the politics of the future – that delivers:

  • a living wage: jobs that workers can build a life on, with support for those who need it;
  • public services run for the good of all – our railways run not for shareholders but for passengers, our NHS not handed over to profiteers but kept in public hands;
  • social housing, council housing, to meet our housing needs;
  • the means for everyone to live within the limits of our one planet – because it’s the only one we’ve got.


A society fit for people and our communities

No one should be living in fear of being unable to put food on the table. No one should be forced into debt just for trying to get an education.

No one should be worrying about a fracking drill burrowing into the heart of their community.  No one should fear being left destitute by Iain Duncan Smith’s punitive benefit sanctions. 

The politics of the future is not a politics of transaction, that discredited politics which offers selected individuals and groups a bribe of short-term, unsustainable personal advantage.

History tells us that is now the old politics, the tired politics, the failed politics. The Green Party is offering instead a society working for all of us; for the many, not just the few; a society in which those who can contribute do so, and no one in need goes without.

It asks voters to make a choice that will deliver a society fit for themselves, their communities, and their children.

#GreenSurge

That’s why the Green surge is much more than just a hash tag – although a highly successful hash tag it has been – the green surge is much more than just membership numbers. That’s why people are becoming engaged with the Green Party. 

I have seen the Green surge on the ground, around the country, from a village hall in Ilkley, Yorkshire, to an enormous, snaking queue of hundreds at Exeter University, to a Valentine’s Eve Friday night crowd at the London School of Economics. 

And of course we saw it last May with the election of Molly Scott Cato as the first Green member of the European Parliament in the South West – and boy, hasn’t she delivered for her voters! 

The Green surge is the result of your hard work as Greens. It’s thanks to you in this hall, and to all of the Green Party members and supporters up and down the country – to your commitment, your belief, your dedication and your hard work – that we approach the General Election as a central player in UK politics. 

And of course, it isn’t just Green Party. Up and down the country, campaigns demanding a new politics are getting stronger, bigger, more effective. There’s People’s Assemblies, Occupy Democracy, the anti-fracking movement and the fossil fuel divestment campaigns: the tide is growing, the demand for change is louder and clearer.

We’re fighting back

At last, the people are fighting back! Five years ago we made a huge breakthrough with the election of Caroline Lucas as the first Green MP, and she’s given Brighton a spectacularly good local voice and a national impact far beyond any other MP. Caroline has led the debate on issues from railway ownership to statutory Personal and Social Education.

She’s led the debate on parliamentary transparency and she has put her freedom on the line to oppose fracking. Because Caroline shows what voting Green delivers: passion, sensitivity and courage. 

On May 8, just imagine, a strong green group of MPs at Westminster – able to build on and expand Caroline’s work. A group which would never, ever support a Conservative Government. A strong group of Green MPs – in a parliament where they could have a huge say, a huge impact – that is a real opportunity to start to deliver a new kind of politics.

We know that the way things are in Britain is not sustainable. Continuing as we are is not an option. Since 2007, food prices have risen 22% but wages have fallen 7%. Almost seven hundred thousand people are listed as ‘in work’, despite having no guaranteed hours week-to-week.

It’s time to end the scourge of zero hours contracts. Almost half the new jobs created since 2010 are for the self-employed, yet nearly 80% of self-employed workers are living in poverty. I applaud the growing number of individuals who contribute to, who volunteer in, who run, food banks.

But individual charity is no substitute for collective justice. This the outcome of the years of Blair, of Brown, of the Cameron / Clegg Coalition and austerity Britain – this is the record of George Osborne’s ‘long term economic plan’.

The Green Party are calling time on the politics of low wages, job insecurity and fearing the food bank. We are calling time on privatisation – the sell-off and the handing over – of public assets into private hands.

We must treasure the natural world – not trash it!

We are calling time on the trashing of our natural world – the world on which everything, depends. Our economy, our lives, our future depend on society, which in turn depends on the Earth and its resources.

That puts a huge weight, a huge responsibility on our shoulders – a responsibility we have to meet in the next few years. We know now the damage we are doing to the Earth, as we didn’t know in the past. We have to be up to the task.

The whole ideology of Thatcher and her successors, be it Blair, Brown or Cameron, has failed. Change has to come. The market is short-sighted and short-term. It is blind. It is senseless. It works for the 1%, it fails the rest of us. All in it together? I don’t think so.

The current model of economics and society has served only those with power and wealth. In austerity Britain, the super rich grabs more than anywhere else in Europe. We must be first and foremost citizens, paying fairly to common funds to look after the poor, the weak, the old and the sick. 

Everybody contributes what they can and everybody benefits from that. This is what the politics of the future will look like, what the Green Party will deliver. The old politics, the failed politics of letting the market rule has to end.

Save our NHS! Save our social care!

There’s nowhere that’s more obvious than in our NHS. The insidious but rapid infiltration of the profit motive into our health service, the dreadful, senseless PFI schemes that have deliver despair and threaten bankruptcy, must be reversed.

The market costs us big time. In 2010 the Health Select Committee reckoned it consumed 9% of total NHS costs – well over £10bn a year. As Caroline has already said – we will repeal the Health and Social Care Act, which is damaging and threatening the health service.

And we will go further – we will replace it with an NHS Reinstatement Bill that removes the market mechanism from our NHS. But of course there is another side to care. Free healthcare is the very cornerstone of our NHS. Whether you are rich or poor you have the right to the best that is available.

That’s something the Green Party will restore – and extend. For that same principle should apply to social care – the support and services that you need to lead a fulfilling life should be available when you need it, free at the point of use. 

We believe that to be a decent, humane, caring society, social care must be free. We believe those who have the most should contribute to help pay for social care. We need a range of new taxes aimed at making Britain a more equal society.

We would introduce a new wealth tax, rigorously clamp down on tax avoidance and evasion and introduce a financial transaction tax – a Robin Hood Tax, and we are not ashamed to say that those on incomes above £100,000 should pay more income tax.

Providing Free Social Care for the Over 65’s means security and freedom from fear, suffering and loneliness for many, and it means 200,000 new jobs and training places. 

We will consult experts, users, and care workers on its exact design – but our manifesto will include this as a core pledge: social care is not a privilege, it is a right! 

Register to vote – now!

We know that the younger generation – many of whom are supporting the Green Party – have it tough. But we acknowledge, we stress, that isn’t the fault of their elders. 

In a Britain of solidarity, in a Britain of community, in a Britain of care, we all need to look out for each other. Of course – and I cannot stress this enough – we can only do this if you, the people of the UK have your say on May the 7th.

It is impossible to overstate the importance of each and every person who can vote registering to do so and making their voice heard. The deadline is April 20th, but please don’t wait – register today. Only then can you deliver the politics of the future, help us deliver for the Common Good.

There are people who want to see business-as-usual politics continue. People who are happy with politicians who learnt nothing from the global economic crash. People who’ve quietly forgotten the scandal of MPs expenses. Who are resigned to the failed austerity experiment, to low wages and to the swift demise of public services.

Those people will probably vote for the parties of yesterday. To counteract them, you need to use your vote. At this election, if we all vote Green, we can change Britain. Together we can create the society we all deserve a society that cares, a society that works for all of us. 

Vote for the party that cares. Vote for the common good. Vote for the politics of the future. Vote Green.   

 


 

Natalie Bennett is the leader of the Green Party of England & Wales.

This speech was delivered to the Green Party’s spring conference on Friday 6th March 2015. See original here.

 

 

 




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Don’t move a mussel – a tiny invader is threatening our water and wildlife Updated for 2026





On September 29, 2014, Samantha Ho was wading through the Wraysbury River, a shallow stream that runs just a few miles south of the busy tarmac at London’s Heathrow Airport. She was collecting a ‘kick’ sample, a routine at a designated point that is visited once or twice a year, for the Environment Agency.

But this time was different: among the mud and grass Ho found a small mussel, no bigger than a thumbnail, which looked vaguely familiar.

“I separated it out and carried on”, she says. “The fact that it was an unusual environment – fast-flowing, not a canal – and that I had sampled there before and not found it, were all things that roused my suspicion.” She brought it back to the lab and a quick check online confirmed it: she had found a quagga mussel.

Although it was a long way from home, the mussel’s arrival had been anticipated by ecologists for a while. It’s one of a number of non-native species that are increasingly making their way to Britain and posing a considerable threat to native plants and animals.

The larvae of the quagga are microscopic and a single mussel can produce millions of eggs, up to 200,000 in a single season (which lasts from April to November). Their size is one of the reasons they’re so problematic, according to Belinda Gallardo, an aquatic ecologist who studied the ecological impact of invasive species as a researcher at the University of Cambridge.

“It’s really, really difficult to contain, unless it is located in a very isolated water body that you can basically drain to eradicate everything in it”, she says. “There are techniques in place and we are testing different options, but as far as I know it can not be controlled in open water.”

A major ‘biofouling’ hazard: pipes, valves, hulls, propellers …

Originating in the Ponto-Caspian region around the Black Sea, the quagga mussel is joining its larger cousin, the zebra mussel, which has been established in Britain for roughly 200 years and is thought to cost the UK at least £5 million a year.

At a recent workshop on the quagga mussel at the Zoological Society of London, Jason Eccles, Thames Water’s Regional Production Manager for West London, briefed an assembly of scientists, activists and representatives of organisations that are interested in the quagga.

He demonstrated the impact of the mussel through images like that of a large boat propeller, completely covered by several layers of quagga mussels, which had been pulled out of Lake Mead in Nevada (see photo, above).

Whether in the US or the UK, both the zebra and quagga are troublemakers. The mussels’ ‘beard’, a small thread of hairs that looks like brown seaweed, allows them to attach to surfaces and to each other, meaning that large numbers of them block pipes and valves wherever they occur. This so-called biofouling comes with considerable costs to the water and power industry.

Eccles says that Thames Water, the UK’s largest water provider, already spends millions of pounds clearing underground tunnels. With the arrival of the quagga, he says, this will have to be done even more frequently in the future.

Tackling the problems caused by invasive species quickly becomes even more costly when viewed as a whole. The Environment Agency estimates the costs associated with non-native species (there are over 3,000 in the UK) to figure around £1.7 billion per year.

The roughly 12,000 species that have invaded new habitats around Europe, with their combined impact on native biodiversity, agriculture, health and the economy, create costs upwards of €12 billion (£9.4 billion) a year.

Native ecosystems at risk

On top of that, invasive species are the second biggest threat to biodiversity after habitat loss. The zebra and quagga mussels are no exception – the latter smothers and chokes other mussels to death.

And because it filters nutrients out of the water (a single quagga can go through up to two litres every day), it changes the nature of entire ecosystems, which in turn can facilitate life for predators or even kill off entire populations.

“It’s the species we thought was most threatening”, says Gallardo. “These Ponto-Caspian species, as a group, are probably the most threatening of aquatic invasive species. Ten years ago, there were only two or three of these species in Britain, and right now there are ten or 15 already. And there are another 100 species currently travelling along Europe, and they will end up here as well, sooner or later.”

Gallardo points out that one of the Ponto-Caspian species’ most dangerous characteristics is their ability to thrive in new habitats. Because they are generalist feeders, they can modify their environment to fit their needs: “They come from a region where they experience very high changes in climate and environmental conditions, and that makes them very able to adapt.”

It gets worse. Because they are used to living together, the zebra and quagga mussel even facilitate each other: the zebra lays down an ideal substrate for the quagga in riverbeds and on the bottom of reservoirs.

“They already have close interactions and that’s why they are so worrying. They easily establish together and build up communities that resemble more of their native range than the actual English range”, Gallardo says.

And this applies to the rest of the Ponto-Caspian invaders too. The killer shrimp, which was first recorded in Britain in 2010, feeds off the waste of the zebra and even imitates the mussel’s striped pattern.

This is why Gallardo and her fellow researchers speak of an “invasional meltdown” when it comes to the increasing rate of invasions. Their theory is that, as more and more species arrive and support each other, the problem will become exponentially worse.

Eradication? No chance. Maybe an ice age …

At the workshop in London, the most eagerly awaited speaker was David Aldridge, a lecturer in aquatic ecology at Cambridge and the foremost expert on quagga mussels in the UK. His bottom line is sobering. “We’re really just waiting for these pests to arrive. And you can’t do much once they’re here”, he says.

And with no chance of eradicating species once they reach the UK, it all comes down to prevention: “From a broader, national policy, we’re interested in really trying to identify what the future invaders are and perhaps use things like quagga mussels as a model for patterns and pathways for invasion so that we can try and do our best to stop things coming here.”

The Victorians first started importing ornamental plants in the 19th century – it is them we have to thank for pests like Himalayan balsam or giant hogweed, plants that usually dominate media coverage when it comes to invasive species.

The number of intentionally introduced animals and plants is declining nowadays, but with the building of new canals and waterways, aquatic species have increasingly been making their way across Europe on their own.

The aquatic invaders spread through a number of different ways: ballast water in ships, the movement of soil or water and the contamination of fishing gear, sports equipment or boats. A single pool of water in a fishing boat returning from Europe can introduce a new species.

“We already knew this species was coming and I know there’s been a lot of work to develop an early-warning system”, says Gallardo.

Despite new laws, the quagga will be soon be everywhere

She also thinks the UK is more advanced in dealing with the problem than the rest of Europe, thanks in large part to the Great Britain Non-Native Species Secretariat. The secretariat, which was formed in 2006, is an attempt to bring some coordination to a naturally messy problem.

Its current campaign is accordingly basic. ‘Check, Clean, Dry’ aims to get the word out to angling societies, boat clubs and the like, so that their members keep their equipment in check and thereby avoid spreading the mussels between different ecosystems.

What is missing so far is comprehensive legislation. “We’ve got nests in various different pieces of legislation but we don’t have one itself”, says Karen Harper, who manages the London Invasive Species Initiative and organized the event at the Zoological Society.

Last January 1st new EU legislation has come into effect, the first specifically geared towards alien species. Member states are now required to notify others if certain species are detected, which could result in bans of trade, for example.

Helen Roy, an ecological entomologist at the Centre for Ecology and Hydrology in Oxfordshire, chairs a European-wide information exchange program on invasive species and thinks the legislation will consolidate existing links between countries.

“It’s very exciting to think that we will have a regulation that will apply across all member states”, she says. “I think we already have some great collaborations with our near neighbors. And that’s extremely important when thinking about prevention of the arrival of alien species.”

Harper is hopeful too. “I think it’s a step in the right direction – to everyone realizing that it is a real problem and needs to be managed.”

The Wraysbury River flows into the Thames only a few miles downriver from where Ho found the quagga in late September. Aldridge says it is only a matter of time before its spread becomes uncontrollable.

In fact, barely a month after the workshop took place, quagga mussels had already been found in the Thames and six nearby reservoirs. “I expect that in the next four years or so it will be widespread across the UK”, Aldridge says. “I mean it won’t be everywhere it can get, but I think it will be in lots of the major waterways.”

 


 

Yannic Rack is a journalist at City University London who has written for local newspapers in the UK and the US, and the editor of a hyperlocal news website in London.

 




390396

Don’t move a mussel – a tiny invader is threatening our water and wildlife Updated for 2026





On September 29, 2014, Samantha Ho was wading through the Wraysbury River, a shallow stream that runs just a few miles south of the busy tarmac at London’s Heathrow Airport. She was collecting a ‘kick’ sample, a routine at a designated point that is visited once or twice a year, for the Environment Agency.

But this time was different: among the mud and grass Ho found a small mussel, no bigger than a thumbnail, which looked vaguely familiar.

“I separated it out and carried on”, she says. “The fact that it was an unusual environment – fast-flowing, not a canal – and that I had sampled there before and not found it, were all things that roused my suspicion.” She brought it back to the lab and a quick check online confirmed it: she had found a quagga mussel.

Although it was a long way from home, the mussel’s arrival had been anticipated by ecologists for a while. It’s one of a number of non-native species that are increasingly making their way to Britain and posing a considerable threat to native plants and animals.

The larvae of the quagga are microscopic and a single mussel can produce millions of eggs, up to 200,000 in a single season (which lasts from April to November). Their size is one of the reasons they’re so problematic, according to Belinda Gallardo, an aquatic ecologist who studied the ecological impact of invasive species as a researcher at the University of Cambridge.

“It’s really, really difficult to contain, unless it is located in a very isolated water body that you can basically drain to eradicate everything in it”, she says. “There are techniques in place and we are testing different options, but as far as I know it can not be controlled in open water.”

A major ‘biofouling’ hazard: pipes, valves, hulls, propellers …

Originating in the Ponto-Caspian region around the Black Sea, the quagga mussel is joining its larger cousin, the zebra mussel, which has been established in Britain for roughly 200 years and is thought to cost the UK at least £5 million a year.

At a recent workshop on the quagga mussel at the Zoological Society of London, Jason Eccles, Thames Water’s Regional Production Manager for West London, briefed an assembly of scientists, activists and representatives of organisations that are interested in the quagga.

He demonstrated the impact of the mussel through images like that of a large boat propeller, completely covered by several layers of quagga mussels, which had been pulled out of Lake Mead in Nevada (see photo, above).

Whether in the US or the UK, both the zebra and quagga are troublemakers. The mussels’ ‘beard’, a small thread of hairs that looks like brown seaweed, allows them to attach to surfaces and to each other, meaning that large numbers of them block pipes and valves wherever they occur. This so-called biofouling comes with considerable costs to the water and power industry.

Eccles says that Thames Water, the UK’s largest water provider, already spends millions of pounds clearing underground tunnels. With the arrival of the quagga, he says, this will have to be done even more frequently in the future.

Tackling the problems caused by invasive species quickly becomes even more costly when viewed as a whole. The Environment Agency estimates the costs associated with non-native species (there are over 3,000 in the UK) to figure around £1.7 billion per year.

The roughly 12,000 species that have invaded new habitats around Europe, with their combined impact on native biodiversity, agriculture, health and the economy, create costs upwards of €12 billion (£9.4 billion) a year.

Native ecosystems at risk

On top of that, invasive species are the second biggest threat to biodiversity after habitat loss. The zebra and quagga mussels are no exception – the latter smothers and chokes other mussels to death.

And because it filters nutrients out of the water (a single quagga can go through up to two litres every day), it changes the nature of entire ecosystems, which in turn can facilitate life for predators or even kill off entire populations.

“It’s the species we thought was most threatening”, says Gallardo. “These Ponto-Caspian species, as a group, are probably the most threatening of aquatic invasive species. Ten years ago, there were only two or three of these species in Britain, and right now there are ten or 15 already. And there are another 100 species currently travelling along Europe, and they will end up here as well, sooner or later.”

Gallardo points out that one of the Ponto-Caspian species’ most dangerous characteristics is their ability to thrive in new habitats. Because they are generalist feeders, they can modify their environment to fit their needs: “They come from a region where they experience very high changes in climate and environmental conditions, and that makes them very able to adapt.”

It gets worse. Because they are used to living together, the zebra and quagga mussel even facilitate each other: the zebra lays down an ideal substrate for the quagga in riverbeds and on the bottom of reservoirs.

“They already have close interactions and that’s why they are so worrying. They easily establish together and build up communities that resemble more of their native range than the actual English range”, Gallardo says.

And this applies to the rest of the Ponto-Caspian invaders too. The killer shrimp, which was first recorded in Britain in 2010, feeds off the waste of the zebra and even imitates the mussel’s striped pattern.

This is why Gallardo and her fellow researchers speak of an “invasional meltdown” when it comes to the increasing rate of invasions. Their theory is that, as more and more species arrive and support each other, the problem will become exponentially worse.

Eradication? No chance. Maybe an ice age …

At the workshop in London, the most eagerly awaited speaker was David Aldridge, a lecturer in aquatic ecology at Cambridge and the foremost expert on quagga mussels in the UK. His bottom line is sobering. “We’re really just waiting for these pests to arrive. And you can’t do much once they’re here”, he says.

And with no chance of eradicating species once they reach the UK, it all comes down to prevention: “From a broader, national policy, we’re interested in really trying to identify what the future invaders are and perhaps use things like quagga mussels as a model for patterns and pathways for invasion so that we can try and do our best to stop things coming here.”

The Victorians first started importing ornamental plants in the 19th century – it is them we have to thank for pests like Himalayan balsam or giant hogweed, plants that usually dominate media coverage when it comes to invasive species.

The number of intentionally introduced animals and plants is declining nowadays, but with the building of new canals and waterways, aquatic species have increasingly been making their way across Europe on their own.

The aquatic invaders spread through a number of different ways: ballast water in ships, the movement of soil or water and the contamination of fishing gear, sports equipment or boats. A single pool of water in a fishing boat returning from Europe can introduce a new species.

“We already knew this species was coming and I know there’s been a lot of work to develop an early-warning system”, says Gallardo.

Despite new laws, the quagga will be soon be everywhere

She also thinks the UK is more advanced in dealing with the problem than the rest of Europe, thanks in large part to the Great Britain Non-Native Species Secretariat. The secretariat, which was formed in 2006, is an attempt to bring some coordination to a naturally messy problem.

Its current campaign is accordingly basic. ‘Check, Clean, Dry’ aims to get the word out to angling societies, boat clubs and the like, so that their members keep their equipment in check and thereby avoid spreading the mussels between different ecosystems.

What is missing so far is comprehensive legislation. “We’ve got nests in various different pieces of legislation but we don’t have one itself”, says Karen Harper, who manages the London Invasive Species Initiative and organized the event at the Zoological Society.

Last January 1st new EU legislation has come into effect, the first specifically geared towards alien species. Member states are now required to notify others if certain species are detected, which could result in bans of trade, for example.

Helen Roy, an ecological entomologist at the Centre for Ecology and Hydrology in Oxfordshire, chairs a European-wide information exchange program on invasive species and thinks the legislation will consolidate existing links between countries.

“It’s very exciting to think that we will have a regulation that will apply across all member states”, she says. “I think we already have some great collaborations with our near neighbors. And that’s extremely important when thinking about prevention of the arrival of alien species.”

Harper is hopeful too. “I think it’s a step in the right direction – to everyone realizing that it is a real problem and needs to be managed.”

The Wraysbury River flows into the Thames only a few miles downriver from where Ho found the quagga in late September. Aldridge says it is only a matter of time before its spread becomes uncontrollable.

In fact, barely a month after the workshop took place, quagga mussels had already been found in the Thames and six nearby reservoirs. “I expect that in the next four years or so it will be widespread across the UK”, Aldridge says. “I mean it won’t be everywhere it can get, but I think it will be in lots of the major waterways.”

 


 

Yannic Rack is a journalist at City University London who has written for local newspapers in the UK and the US, and the editor of a hyperlocal news website in London.

 




390396

Don’t move a mussel – a tiny invader is threatening our water and wildlife Updated for 2026





On September 29, 2014, Samantha Ho was wading through the Wraysbury River, a shallow stream that runs just a few miles south of the busy tarmac at London’s Heathrow Airport. She was collecting a ‘kick’ sample, a routine at a designated point that is visited once or twice a year, for the Environment Agency.

But this time was different: among the mud and grass Ho found a small mussel, no bigger than a thumbnail, which looked vaguely familiar.

“I separated it out and carried on”, she says. “The fact that it was an unusual environment – fast-flowing, not a canal – and that I had sampled there before and not found it, were all things that roused my suspicion.” She brought it back to the lab and a quick check online confirmed it: she had found a quagga mussel.

Although it was a long way from home, the mussel’s arrival had been anticipated by ecologists for a while. It’s one of a number of non-native species that are increasingly making their way to Britain and posing a considerable threat to native plants and animals.

The larvae of the quagga are microscopic and a single mussel can produce millions of eggs, up to 200,000 in a single season (which lasts from April to November). Their size is one of the reasons they’re so problematic, according to Belinda Gallardo, an aquatic ecologist who studied the ecological impact of invasive species as a researcher at the University of Cambridge.

“It’s really, really difficult to contain, unless it is located in a very isolated water body that you can basically drain to eradicate everything in it”, she says. “There are techniques in place and we are testing different options, but as far as I know it can not be controlled in open water.”

A major ‘biofouling’ hazard: pipes, valves, hulls, propellers …

Originating in the Ponto-Caspian region around the Black Sea, the quagga mussel is joining its larger cousin, the zebra mussel, which has been established in Britain for roughly 200 years and is thought to cost the UK at least £5 million a year.

At a recent workshop on the quagga mussel at the Zoological Society of London, Jason Eccles, Thames Water’s Regional Production Manager for West London, briefed an assembly of scientists, activists and representatives of organisations that are interested in the quagga.

He demonstrated the impact of the mussel through images like that of a large boat propeller, completely covered by several layers of quagga mussels, which had been pulled out of Lake Mead in Nevada (see photo, above).

Whether in the US or the UK, both the zebra and quagga are troublemakers. The mussels’ ‘beard’, a small thread of hairs that looks like brown seaweed, allows them to attach to surfaces and to each other, meaning that large numbers of them block pipes and valves wherever they occur. This so-called biofouling comes with considerable costs to the water and power industry.

Eccles says that Thames Water, the UK’s largest water provider, already spends millions of pounds clearing underground tunnels. With the arrival of the quagga, he says, this will have to be done even more frequently in the future.

Tackling the problems caused by invasive species quickly becomes even more costly when viewed as a whole. The Environment Agency estimates the costs associated with non-native species (there are over 3,000 in the UK) to figure around £1.7 billion per year.

The roughly 12,000 species that have invaded new habitats around Europe, with their combined impact on native biodiversity, agriculture, health and the economy, create costs upwards of €12 billion (£9.4 billion) a year.

Native ecosystems at risk

On top of that, invasive species are the second biggest threat to biodiversity after habitat loss. The zebra and quagga mussels are no exception – the latter smothers and chokes other mussels to death.

And because it filters nutrients out of the water (a single quagga can go through up to two litres every day), it changes the nature of entire ecosystems, which in turn can facilitate life for predators or even kill off entire populations.

“It’s the species we thought was most threatening”, says Gallardo. “These Ponto-Caspian species, as a group, are probably the most threatening of aquatic invasive species. Ten years ago, there were only two or three of these species in Britain, and right now there are ten or 15 already. And there are another 100 species currently travelling along Europe, and they will end up here as well, sooner or later.”

Gallardo points out that one of the Ponto-Caspian species’ most dangerous characteristics is their ability to thrive in new habitats. Because they are generalist feeders, they can modify their environment to fit their needs: “They come from a region where they experience very high changes in climate and environmental conditions, and that makes them very able to adapt.”

It gets worse. Because they are used to living together, the zebra and quagga mussel even facilitate each other: the zebra lays down an ideal substrate for the quagga in riverbeds and on the bottom of reservoirs.

“They already have close interactions and that’s why they are so worrying. They easily establish together and build up communities that resemble more of their native range than the actual English range”, Gallardo says.

And this applies to the rest of the Ponto-Caspian invaders too. The killer shrimp, which was first recorded in Britain in 2010, feeds off the waste of the zebra and even imitates the mussel’s striped pattern.

This is why Gallardo and her fellow researchers speak of an “invasional meltdown” when it comes to the increasing rate of invasions. Their theory is that, as more and more species arrive and support each other, the problem will become exponentially worse.

Eradication? No chance. Maybe an ice age …

At the workshop in London, the most eagerly awaited speaker was David Aldridge, a lecturer in aquatic ecology at Cambridge and the foremost expert on quagga mussels in the UK. His bottom line is sobering. “We’re really just waiting for these pests to arrive. And you can’t do much once they’re here”, he says.

And with no chance of eradicating species once they reach the UK, it all comes down to prevention: “From a broader, national policy, we’re interested in really trying to identify what the future invaders are and perhaps use things like quagga mussels as a model for patterns and pathways for invasion so that we can try and do our best to stop things coming here.”

The Victorians first started importing ornamental plants in the 19th century – it is them we have to thank for pests like Himalayan balsam or giant hogweed, plants that usually dominate media coverage when it comes to invasive species.

The number of intentionally introduced animals and plants is declining nowadays, but with the building of new canals and waterways, aquatic species have increasingly been making their way across Europe on their own.

The aquatic invaders spread through a number of different ways: ballast water in ships, the movement of soil or water and the contamination of fishing gear, sports equipment or boats. A single pool of water in a fishing boat returning from Europe can introduce a new species.

“We already knew this species was coming and I know there’s been a lot of work to develop an early-warning system”, says Gallardo.

Despite new laws, the quagga will be soon be everywhere

She also thinks the UK is more advanced in dealing with the problem than the rest of Europe, thanks in large part to the Great Britain Non-Native Species Secretariat. The secretariat, which was formed in 2006, is an attempt to bring some coordination to a naturally messy problem.

Its current campaign is accordingly basic. ‘Check, Clean, Dry’ aims to get the word out to angling societies, boat clubs and the like, so that their members keep their equipment in check and thereby avoid spreading the mussels between different ecosystems.

What is missing so far is comprehensive legislation. “We’ve got nests in various different pieces of legislation but we don’t have one itself”, says Karen Harper, who manages the London Invasive Species Initiative and organized the event at the Zoological Society.

Last January 1st new EU legislation has come into effect, the first specifically geared towards alien species. Member states are now required to notify others if certain species are detected, which could result in bans of trade, for example.

Helen Roy, an ecological entomologist at the Centre for Ecology and Hydrology in Oxfordshire, chairs a European-wide information exchange program on invasive species and thinks the legislation will consolidate existing links between countries.

“It’s very exciting to think that we will have a regulation that will apply across all member states”, she says. “I think we already have some great collaborations with our near neighbors. And that’s extremely important when thinking about prevention of the arrival of alien species.”

Harper is hopeful too. “I think it’s a step in the right direction – to everyone realizing that it is a real problem and needs to be managed.”

The Wraysbury River flows into the Thames only a few miles downriver from where Ho found the quagga in late September. Aldridge says it is only a matter of time before its spread becomes uncontrollable.

In fact, barely a month after the workshop took place, quagga mussels had already been found in the Thames and six nearby reservoirs. “I expect that in the next four years or so it will be widespread across the UK”, Aldridge says. “I mean it won’t be everywhere it can get, but I think it will be in lots of the major waterways.”

 


 

Yannic Rack is a journalist at City University London who has written for local newspapers in the UK and the US, and the editor of a hyperlocal news website in London.

 




390396

Don’t move a mussel – a tiny invader is threatening our water and wildlife Updated for 2026





On September 29, 2014, Samantha Ho was wading through the Wraysbury River, a shallow stream that runs just a few miles south of the busy tarmac at London’s Heathrow Airport. She was collecting a ‘kick’ sample, a routine at a designated point that is visited once or twice a year, for the Environment Agency.

But this time was different: among the mud and grass Ho found a small mussel, no bigger than a thumbnail, which looked vaguely familiar.

“I separated it out and carried on”, she says. “The fact that it was an unusual environment – fast-flowing, not a canal – and that I had sampled there before and not found it, were all things that roused my suspicion.” She brought it back to the lab and a quick check online confirmed it: she had found a quagga mussel.

Although it was a long way from home, the mussel’s arrival had been anticipated by ecologists for a while. It’s one of a number of non-native species that are increasingly making their way to Britain and posing a considerable threat to native plants and animals.

The larvae of the quagga are microscopic and a single mussel can produce millions of eggs, up to 200,000 in a single season (which lasts from April to November). Their size is one of the reasons they’re so problematic, according to Belinda Gallardo, an aquatic ecologist who studied the ecological impact of invasive species as a researcher at the University of Cambridge.

“It’s really, really difficult to contain, unless it is located in a very isolated water body that you can basically drain to eradicate everything in it”, she says. “There are techniques in place and we are testing different options, but as far as I know it can not be controlled in open water.”

A major ‘biofouling’ hazard: pipes, valves, hulls, propellers …

Originating in the Ponto-Caspian region around the Black Sea, the quagga mussel is joining its larger cousin, the zebra mussel, which has been established in Britain for roughly 200 years and is thought to cost the UK at least £5 million a year.

At a recent workshop on the quagga mussel at the Zoological Society of London, Jason Eccles, Thames Water’s Regional Production Manager for West London, briefed an assembly of scientists, activists and representatives of organisations that are interested in the quagga.

He demonstrated the impact of the mussel through images like that of a large boat propeller, completely covered by several layers of quagga mussels, which had been pulled out of Lake Mead in Nevada (see photo, above).

Whether in the US or the UK, both the zebra and quagga are troublemakers. The mussels’ ‘beard’, a small thread of hairs that looks like brown seaweed, allows them to attach to surfaces and to each other, meaning that large numbers of them block pipes and valves wherever they occur. This so-called biofouling comes with considerable costs to the water and power industry.

Eccles says that Thames Water, the UK’s largest water provider, already spends millions of pounds clearing underground tunnels. With the arrival of the quagga, he says, this will have to be done even more frequently in the future.

Tackling the problems caused by invasive species quickly becomes even more costly when viewed as a whole. The Environment Agency estimates the costs associated with non-native species (there are over 3,000 in the UK) to figure around £1.7 billion per year.

The roughly 12,000 species that have invaded new habitats around Europe, with their combined impact on native biodiversity, agriculture, health and the economy, create costs upwards of €12 billion (£9.4 billion) a year.

Native ecosystems at risk

On top of that, invasive species are the second biggest threat to biodiversity after habitat loss. The zebra and quagga mussels are no exception – the latter smothers and chokes other mussels to death.

And because it filters nutrients out of the water (a single quagga can go through up to two litres every day), it changes the nature of entire ecosystems, which in turn can facilitate life for predators or even kill off entire populations.

“It’s the species we thought was most threatening”, says Gallardo. “These Ponto-Caspian species, as a group, are probably the most threatening of aquatic invasive species. Ten years ago, there were only two or three of these species in Britain, and right now there are ten or 15 already. And there are another 100 species currently travelling along Europe, and they will end up here as well, sooner or later.”

Gallardo points out that one of the Ponto-Caspian species’ most dangerous characteristics is their ability to thrive in new habitats. Because they are generalist feeders, they can modify their environment to fit their needs: “They come from a region where they experience very high changes in climate and environmental conditions, and that makes them very able to adapt.”

It gets worse. Because they are used to living together, the zebra and quagga mussel even facilitate each other: the zebra lays down an ideal substrate for the quagga in riverbeds and on the bottom of reservoirs.

“They already have close interactions and that’s why they are so worrying. They easily establish together and build up communities that resemble more of their native range than the actual English range”, Gallardo says.

And this applies to the rest of the Ponto-Caspian invaders too. The killer shrimp, which was first recorded in Britain in 2010, feeds off the waste of the zebra and even imitates the mussel’s striped pattern.

This is why Gallardo and her fellow researchers speak of an “invasional meltdown” when it comes to the increasing rate of invasions. Their theory is that, as more and more species arrive and support each other, the problem will become exponentially worse.

Eradication? No chance. Maybe an ice age …

At the workshop in London, the most eagerly awaited speaker was David Aldridge, a lecturer in aquatic ecology at Cambridge and the foremost expert on quagga mussels in the UK. His bottom line is sobering. “We’re really just waiting for these pests to arrive. And you can’t do much once they’re here”, he says.

And with no chance of eradicating species once they reach the UK, it all comes down to prevention: “From a broader, national policy, we’re interested in really trying to identify what the future invaders are and perhaps use things like quagga mussels as a model for patterns and pathways for invasion so that we can try and do our best to stop things coming here.”

The Victorians first started importing ornamental plants in the 19th century – it is them we have to thank for pests like Himalayan balsam or giant hogweed, plants that usually dominate media coverage when it comes to invasive species.

The number of intentionally introduced animals and plants is declining nowadays, but with the building of new canals and waterways, aquatic species have increasingly been making their way across Europe on their own.

The aquatic invaders spread through a number of different ways: ballast water in ships, the movement of soil or water and the contamination of fishing gear, sports equipment or boats. A single pool of water in a fishing boat returning from Europe can introduce a new species.

“We already knew this species was coming and I know there’s been a lot of work to develop an early-warning system”, says Gallardo.

Despite new laws, the quagga will be soon be everywhere

She also thinks the UK is more advanced in dealing with the problem than the rest of Europe, thanks in large part to the Great Britain Non-Native Species Secretariat. The secretariat, which was formed in 2006, is an attempt to bring some coordination to a naturally messy problem.

Its current campaign is accordingly basic. ‘Check, Clean, Dry’ aims to get the word out to angling societies, boat clubs and the like, so that their members keep their equipment in check and thereby avoid spreading the mussels between different ecosystems.

What is missing so far is comprehensive legislation. “We’ve got nests in various different pieces of legislation but we don’t have one itself”, says Karen Harper, who manages the London Invasive Species Initiative and organized the event at the Zoological Society.

Last January 1st new EU legislation has come into effect, the first specifically geared towards alien species. Member states are now required to notify others if certain species are detected, which could result in bans of trade, for example.

Helen Roy, an ecological entomologist at the Centre for Ecology and Hydrology in Oxfordshire, chairs a European-wide information exchange program on invasive species and thinks the legislation will consolidate existing links between countries.

“It’s very exciting to think that we will have a regulation that will apply across all member states”, she says. “I think we already have some great collaborations with our near neighbors. And that’s extremely important when thinking about prevention of the arrival of alien species.”

Harper is hopeful too. “I think it’s a step in the right direction – to everyone realizing that it is a real problem and needs to be managed.”

The Wraysbury River flows into the Thames only a few miles downriver from where Ho found the quagga in late September. Aldridge says it is only a matter of time before its spread becomes uncontrollable.

In fact, barely a month after the workshop took place, quagga mussels had already been found in the Thames and six nearby reservoirs. “I expect that in the next four years or so it will be widespread across the UK”, Aldridge says. “I mean it won’t be everywhere it can get, but I think it will be in lots of the major waterways.”

 


 

Yannic Rack is a journalist at City University London who has written for local newspapers in the UK and the US, and the editor of a hyperlocal news website in London.

 




390396

Don’t move a mussel – a tiny invader is threatening our water and wildlife Updated for 2026





On September 29, 2014, Samantha Ho was wading through the Wraysbury River, a shallow stream that runs just a few miles south of the busy tarmac at London’s Heathrow Airport. She was collecting a ‘kick’ sample, a routine at a designated point that is visited once or twice a year, for the Environment Agency.

But this time was different: among the mud and grass Ho found a small mussel, no bigger than a thumbnail, which looked vaguely familiar.

“I separated it out and carried on”, she says. “The fact that it was an unusual environment – fast-flowing, not a canal – and that I had sampled there before and not found it, were all things that roused my suspicion.” She brought it back to the lab and a quick check online confirmed it: she had found a quagga mussel.

Although it was a long way from home, the mussel’s arrival had been anticipated by ecologists for a while. It’s one of a number of non-native species that are increasingly making their way to Britain and posing a considerable threat to native plants and animals.

The larvae of the quagga are microscopic and a single mussel can produce millions of eggs, up to 200,000 in a single season (which lasts from April to November). Their size is one of the reasons they’re so problematic, according to Belinda Gallardo, an aquatic ecologist who studied the ecological impact of invasive species as a researcher at the University of Cambridge.

“It’s really, really difficult to contain, unless it is located in a very isolated water body that you can basically drain to eradicate everything in it”, she says. “There are techniques in place and we are testing different options, but as far as I know it can not be controlled in open water.”

A major ‘biofouling’ hazard: pipes, valves, hulls, propellers …

Originating in the Ponto-Caspian region around the Black Sea, the quagga mussel is joining its larger cousin, the zebra mussel, which has been established in Britain for roughly 200 years and is thought to cost the UK at least £5 million a year.

At a recent workshop on the quagga mussel at the Zoological Society of London, Jason Eccles, Thames Water’s Regional Production Manager for West London, briefed an assembly of scientists, activists and representatives of organisations that are interested in the quagga.

He demonstrated the impact of the mussel through images like that of a large boat propeller, completely covered by several layers of quagga mussels, which had been pulled out of Lake Mead in Nevada (see photo, above).

Whether in the US or the UK, both the zebra and quagga are troublemakers. The mussels’ ‘beard’, a small thread of hairs that looks like brown seaweed, allows them to attach to surfaces and to each other, meaning that large numbers of them block pipes and valves wherever they occur. This so-called biofouling comes with considerable costs to the water and power industry.

Eccles says that Thames Water, the UK’s largest water provider, already spends millions of pounds clearing underground tunnels. With the arrival of the quagga, he says, this will have to be done even more frequently in the future.

Tackling the problems caused by invasive species quickly becomes even more costly when viewed as a whole. The Environment Agency estimates the costs associated with non-native species (there are over 3,000 in the UK) to figure around £1.7 billion per year.

The roughly 12,000 species that have invaded new habitats around Europe, with their combined impact on native biodiversity, agriculture, health and the economy, create costs upwards of €12 billion (£9.4 billion) a year.

Native ecosystems at risk

On top of that, invasive species are the second biggest threat to biodiversity after habitat loss. The zebra and quagga mussels are no exception – the latter smothers and chokes other mussels to death.

And because it filters nutrients out of the water (a single quagga can go through up to two litres every day), it changes the nature of entire ecosystems, which in turn can facilitate life for predators or even kill off entire populations.

“It’s the species we thought was most threatening”, says Gallardo. “These Ponto-Caspian species, as a group, are probably the most threatening of aquatic invasive species. Ten years ago, there were only two or three of these species in Britain, and right now there are ten or 15 already. And there are another 100 species currently travelling along Europe, and they will end up here as well, sooner or later.”

Gallardo points out that one of the Ponto-Caspian species’ most dangerous characteristics is their ability to thrive in new habitats. Because they are generalist feeders, they can modify their environment to fit their needs: “They come from a region where they experience very high changes in climate and environmental conditions, and that makes them very able to adapt.”

It gets worse. Because they are used to living together, the zebra and quagga mussel even facilitate each other: the zebra lays down an ideal substrate for the quagga in riverbeds and on the bottom of reservoirs.

“They already have close interactions and that’s why they are so worrying. They easily establish together and build up communities that resemble more of their native range than the actual English range”, Gallardo says.

And this applies to the rest of the Ponto-Caspian invaders too. The killer shrimp, which was first recorded in Britain in 2010, feeds off the waste of the zebra and even imitates the mussel’s striped pattern.

This is why Gallardo and her fellow researchers speak of an “invasional meltdown” when it comes to the increasing rate of invasions. Their theory is that, as more and more species arrive and support each other, the problem will become exponentially worse.

Eradication? No chance. Maybe an ice age …

At the workshop in London, the most eagerly awaited speaker was David Aldridge, a lecturer in aquatic ecology at Cambridge and the foremost expert on quagga mussels in the UK. His bottom line is sobering. “We’re really just waiting for these pests to arrive. And you can’t do much once they’re here”, he says.

And with no chance of eradicating species once they reach the UK, it all comes down to prevention: “From a broader, national policy, we’re interested in really trying to identify what the future invaders are and perhaps use things like quagga mussels as a model for patterns and pathways for invasion so that we can try and do our best to stop things coming here.”

The Victorians first started importing ornamental plants in the 19th century – it is them we have to thank for pests like Himalayan balsam or giant hogweed, plants that usually dominate media coverage when it comes to invasive species.

The number of intentionally introduced animals and plants is declining nowadays, but with the building of new canals and waterways, aquatic species have increasingly been making their way across Europe on their own.

The aquatic invaders spread through a number of different ways: ballast water in ships, the movement of soil or water and the contamination of fishing gear, sports equipment or boats. A single pool of water in a fishing boat returning from Europe can introduce a new species.

“We already knew this species was coming and I know there’s been a lot of work to develop an early-warning system”, says Gallardo.

Despite new laws, the quagga will be soon be everywhere

She also thinks the UK is more advanced in dealing with the problem than the rest of Europe, thanks in large part to the Great Britain Non-Native Species Secretariat. The secretariat, which was formed in 2006, is an attempt to bring some coordination to a naturally messy problem.

Its current campaign is accordingly basic. ‘Check, Clean, Dry’ aims to get the word out to angling societies, boat clubs and the like, so that their members keep their equipment in check and thereby avoid spreading the mussels between different ecosystems.

What is missing so far is comprehensive legislation. “We’ve got nests in various different pieces of legislation but we don’t have one itself”, says Karen Harper, who manages the London Invasive Species Initiative and organized the event at the Zoological Society.

Last January 1st new EU legislation has come into effect, the first specifically geared towards alien species. Member states are now required to notify others if certain species are detected, which could result in bans of trade, for example.

Helen Roy, an ecological entomologist at the Centre for Ecology and Hydrology in Oxfordshire, chairs a European-wide information exchange program on invasive species and thinks the legislation will consolidate existing links between countries.

“It’s very exciting to think that we will have a regulation that will apply across all member states”, she says. “I think we already have some great collaborations with our near neighbors. And that’s extremely important when thinking about prevention of the arrival of alien species.”

Harper is hopeful too. “I think it’s a step in the right direction – to everyone realizing that it is a real problem and needs to be managed.”

The Wraysbury River flows into the Thames only a few miles downriver from where Ho found the quagga in late September. Aldridge says it is only a matter of time before its spread becomes uncontrollable.

In fact, barely a month after the workshop took place, quagga mussels had already been found in the Thames and six nearby reservoirs. “I expect that in the next four years or so it will be widespread across the UK”, Aldridge says. “I mean it won’t be everywhere it can get, but I think it will be in lots of the major waterways.”

 


 

Yannic Rack is a journalist at City University London who has written for local newspapers in the UK and the US, and the editor of a hyperlocal news website in London.

 




390396

Leave most fossil fuels in the ground, or fry Updated for 2026





The sheer scale of the fossil fuel reserves that will need to be left unexploited for decades if world leaders sign up to a radical climate agreement is revealed in a study by a team of British scientists.

It shows that almost all the huge coal reserves in China, Russia and the US should remain unused, along with over 260 billion barrels of oil reserves in the Middle East – the equivalent of Saudi Arabia’s entire oil reserves.

The Middle East would also need to leave over 60% of its gas reserves in the ground.

The team from University College London’s Institute for Sustainable Resources (ISR) says that, in total, a third of global oil reserves, half of the world’s gas and over 80% of its coal reserves should be left untouched for the next 35 years.

This is the amount of fossil fuel, they estimate, that the world must forego until 2050 if governments agree on a realistic programme to ensure that global warming does not exceed the 2°C increase over pre-industrial levels agreed by policy makers.

The authors of the report, which is published in the journal Nature, say some reserves could be used after 2050, so long as this kept emissions within the CO2 budget, which would be only about half the amount the world can afford to use between now and 2050.

They say a factor that might help in the use of fossil fuels is that carbon capture and storage (CCS) is expected to be much more widely deployable by mid-century, assuming it to be a mature technology by then.

No space for any more extreme energy

The study, funded by the UK Energy Research Centre, concluded that the development of resources in the Arctic and any increase in unconventional oil – oil of a poor quality that is hard to extract – are also “inconsistent with efforts to limit climate change”.

For the study, the scientists first developed an innovative method for estimating the quantities, locations and nature of the world’s oil, gas and coal reserves and resources. They then used an integrated assessment model to explore which of these, along with low-carbon energy sources, should be used up to 2050 to meet the world’s energy needs.

The model, which uses an internationally-recognised modelling framework, provides what the authors describe as “a world-leading representation of the long-term production dynamics and resource potential of fossil fuels”.

The lead author, Dr Christophe McGlade, research associate at the ISR, said: “We’ve now got tangible figures of the quantities and locations of fossil fuels that should remain unused in trying to keep within the 2°C temperature limit.

“Policy makers must realise that their instincts to completely use the fossil fuels within their countries are wholly incompatible with their commitments to the 2°C goal. If they go ahead with developing their own resources, they must be asked which reserves elsewhere should remain unburnt in order for the carbon budget not to be exceeded.”

The prospects for an amicable discussion between China, Russia, the US and the Middle East on how to share the pain of leaving these reserves unexploited will demand exceptional diplomacy from all parties.

Prudent investors, keep clear of fossil fuels!

The report’s co-author, Paul Ekins, the ISR’s director and professor of resources and environmental policy, said: “Companies spent over $670 billion (£430 billion) last year searching for and developing new fossil fuel resources.

“They will need to rethink such substantial budgets if policies are implemented to support the 2°C limit, especially as new discoveries cannot lead to increased aggregate production.

“Investors in these companies should also question spending such budgets. The greater global attention to climate policy means that fossil fuel companies are becoming increasingly risky for investors in terms of the delivery of long-term returns. I would expect prudent investors in energy to shift increasingly towards low-carbon energy sources.”

After years of halting progress towards an effective international agreement to limit fossil fuel emissions so as to stay within the 2°C temperature threshold, hopes are cautiously rising that the UN climate talks to be held in Paris at the end of 2015 may finally succeed where so many have failed.

But reaching agreement will be only the first step: effective enforcement may prove an even bigger problem.

 


 

Alex Kirby writes for Climate News Network.

 

 




388742

Oxford Real Farming Conference: power, lies, and agrarian resistance Updated for 2026





The sad state of Britain’s dairying has the same root cause as the billion worldwide who are undernourished, the billion who are overweight and/or diabetic or in danger of heart disease, global warming, the mass extinction of our fellow creatures.

That is a global agriculture, and indeed a global economy, that is geared not to the wellbeing of humankind and of the planet but to short-term wealth, in the simplistic belief that money per se is good and can solve all our problems no matter how it is produced or what it is used for.

To put things right we have to think deeply – in fact re-think from first principles – and act radically.

The world’s global strategy of food and farming is founded on three great untruths – lies, in effect – which between them are threatening to kill us all, and in practice are well on the way to doing so.

 ‘We must produce more’

Lie no. 1 is that the world needs 50% more food by 2050, and will need 100% more by 2100. This provides the excuse for the agrochemical/ biotech companies to focus ever more energetically on productivity.

In truth, the world already produces twice as much food as the world needs and – since the world population should level out by 2100 if not before – produces 50% more than the world will ever need.

We should be focusing on food quality, social justice, sustainability, and environmental protection. But the pursuit of quality and justice would not be profitable to the corporates, so that is not the prime target if indeed it is seriously on the agenda at all.

‘We can only do it with agro-chemicals and GMOs’

Lie no. 2 is that to produce all this extra food (which in fact we don’t need) we need enormous inputs of agrochemistry, now abetted in particular by GMOs – which in large part are designed expressly to survive in a world drenched in agrochemistry.

Small, mixed, traditional farms are an anachronism which must be done away with ASAP – or so we are told. Opposition to the agrochemical approach springs from superstition and ignorance which must be corrected by public education.

In truth, today’s industrial agriculture – basically now a field exercise in industrial chemistry – produces only 30% of the world’s food, even though is hoovers up 80% of the subsidies and 90% of the research budget.

The small traditional farms that are so despised and routinely swept aside still produce 50% of the world’s food. The remaining 20% comes from fishing, hunting, and people’s back gardens.

Furthermore, much of today’s industrial farming is already hard up against biological possibility and – as shown by the plight of the world’s industrial livestock – is already, often, far beyond what is morally acceptable. To increase the industrial contribution by another 20% would be heroic.

Yet people who know Third World agriculture well tell us that with a little logistic help – better roads, better banking – traditional farmers could generally double or triple their output even with present-day practices.

But the people in power would rather increase the profitable 30% by another 20%, than see the 50% which they do not control increased two or three times; and governments like Britain’s, and compliant academe, go along with this.

On a significant point of detail – GMO technology, which is now seen as the world-saver, has been on the stocks for about 30 years and in that time has produced no new food crops of unequivocal value that could not have been produced in the same time at far less cost and in perfect safety by conventional means.

Yet the collateral damage from GMO technology has been enormous – it includes the irrecoverable loss of genetic diversity in the world’s great crops. But the downside is denied or air-brushed out, through propaganda and lobbying, at great expense, by those in power.

‘We would have a boring diet without meat’

Lie no. 3 is that if we farmed for quality and in ways that keep the biosphere in good heart, then the resulting diet would be too boring to be tolerated. In particular, we are given to understand, we would have little or no meat.

In truth, the kind of agriculture that can feed us well – the kind I am calling Enlightened Agriculture, based essentially on low-input (quasi-organic) mixed farming – would indeed produce plenty of plants, but it would also produce a fair amount of meat (most of the world’s farmland is grass, and there are plenty of leftovers!), and enormous variety.

“Plenty of plants, not much meat, and maximum variety” summarizes all the best nutritional theory of the past 40 years, and also encapsulates the basic structure of all the world’s great cuisines – China, India, Turkey, Lebanon, Provence, Italy – and even traditional Britain though we are more meat-oriented than many because since we have plenty of hills, grass, and rain.

All the great cuisines use meat sparingly – for flavour and texture, as garnish and in stocks, and eat it en masse only in feasts.

In other words, the kind of (enlightened) farming that could provide us all with good food without massive inputs of agrochemistry and GMOs would also provide us with the best possible nutrition and the best possible cuisine.

Present strategies are failing!

All might be forgiven, at least in large part, if present strategies were succeeding. But the failures are all too evident. Worldwide, a billion people out of seven billion are chronically undernourished while another billion are overnourished – the world population of diabetics alone is now more than twice the total population of Russia.

In Britain, over the past few years almost a million people (900,000-plus) resorted to food banks. One billion people worldwide now live in urban slums – about 30% of the total urban population, mostly because industrial farming that is run by foreign corporates with the blessing of governments like ours has displaced them from the land.

Unemployment caused by the industrialization of agriculture is a prime cause of the global poverty that western governments pretend to abhor. At the same time half of all other species (perhaps around four million types) are conservatively estimated to be in imminent danger of extinction.

Demonstrably, industrial farming is a prime cause of all these disaster – and since industrial farming is oil-based, it is a prime cause of global warming too.

Oil is running out but the shale reserves seem endless and by the time the world has run through them we will be lucky if anything at all survives the resulting climate change with all the floods, droughts, and uncertainties.

But why do the people who now dominate the world, including the governments that we elect and the academics who have such status, pursue strategies that are so obviously wrong-headed and so destructive?

Why, when the alternative – mixed, low-input farming with an appropriate distribution network – is already waiting in the wings and is so obviously superior, and indeed could deliver all we need?

The answers are many and complex and have deep historical and social origins but the coup de grace, the last straw that has tipped the world from incipient wrong-headedness into what in effect is suicidal mode, is the economic dogma of neoliberalism and all that goes with it – including a massive shift of power and wealth from the many to the few.

The neoliberal dogma

Neoliberalism became the dominant driver of the world’s affairs about 30 years ago, thanks to Thatcher and Reagan. The economy as a whole is geared entirely to the ultra-competitive global market, the raison d’etre of which is to maximize wealth.

The market is allegedly ‘free’, open even-handedly to all, but in practice, as was always inevitable, it is dominated by the biggest players.

The market has no in-built morality: that would encroach on its ‘freedom’, which is taken to be sacrosanct. The only value it recognizes is that of money. The players must compete to make as much of it as possible – more than anyone else, so as to attract further investment.

Those who take their eye off the ball and fail to compete with the rest go to the wall, because the market knows no compassion. Thus the neoliberal market is neo-Darwinian: ‘survival of the fittest’, meaning (in this context) devil takes the hindmost.

The drawbacks, theoretical and practical, are all too obvious. All human values have become secondary if they feature at all, while the biosphere, known peremptorily as ‘the environment’, is seen merely as a ‘resource’, or as real estate.

For, we have been told, money is the sine qua non and the cure for all our ills. Without great piles of it we can do no good, and with great piles of it we can always buy our way out of trouble by investing in smarter and bigger technology.

In practice, though, as is beyond dispute, in the 30 years of neoliberal dominance, the rich have grown richer beyond all dreams while the poor have grown poorer. All kinds of reasons have been sought but the prime cause is surely that morality and common sense have gone missing.

The world’s most influential governments, none more so than Britain’s, are obsessed with ‘economic growth’ and more ‘growth’, measured entirely in money. Month by month, year by year, GDP – the sum of the nation’s wealth – must be seen to increase.

Less and less does it matter how the wealth is produced, or who gets it, or what it is used for. Wealth per se is the sole desideratum.

The NFU – a fraud perpetuated by the agro-barons

Agriculture is a prime victim of neoliberalism – and alas in Britain in particular has been the all too willing victim. The anomalously titled National Farmers Union in reality is a club of agribusiness people and has rushed to embrace its ideals.

All agricultural produce is seen as a commodity, grown at the lowest possible cost not primarily for food but to sell on the global market for the highest possible price. Wheat has long been a global commodity – and soya, rape, and palm oil.

Milk is rapidly joining the commodity ranks. It can be produced anywhere that the climate is equable and labour is not too dear (though labour is cut to the bone anyway), then dried and powdered and stored more or less indefinitely and sold when the price is right.

Britain’s dairy farmers are now being squeezed out of existence – but they should have seen this coming. The NFU certainly should. Many people did.

The more that Britain’s farmers industrialize the more they get sucked in to the grand global money-fest, and the more they find themselves up against mega-corporates with farms and plantations in the Ukraine or Indonesia or Brazil or where you will that can wipe them off the map.

Of course the whole exercise is oil-based so the price of food will depend more and more on the whims of the oil market – but hey! In the short term quite a lot of people are doing well and they keep all kinds of people in work – chauffeurs, cleaners – according to the principle of ‘trickle down’. So don’t knock it.

This is the mentality that dominates the world’s agriculture and determines humanity’s food supply.

The power of money

An economy geared to the maximization of short-term wealth sets up a positive feedback look. Those who play the neoliberal game most single-mindedly are most likely to succeed in it, and so become richer.

They then use their wealth to reinforce their position: employing people – experts and intellectuals – who will help them both to increase their wealth still further and also to justify their position: arguing indeed in a pastiche of Adam Smith’s ideas from the 18th century that by seeking to maximize their own wealth, by whatever means, for entirely selfish reasons, those who grow rich from the market somehow benefit the rest of us.

The absurd notion of ‘trickle down’ is a part of such thinking. When they are really rich, the richest people can in effect buy the services of government who in turn, perhaps knowing no better, further promote their interests.

Finally, compliant government uses its power to devise a system of education that teaches the virtues of the market economy and those who dominate it. ‘Vocational’ training these days does not imply a calling for medicine or teaching or the church as it did when I was at school. It means to acquire the specific skills and doctrines necessary to get a job with Monsanto or Goldman Sachs.

Britain has seized the neoliberal nettle more eagerly than anyone – all governments since Thatcher have been Thatcherite, even or perhaps especially those that called themselves ‘New Labour’.

Britain, now, is ruled not by its democratically elected government but by a tetrarchy of corporates, banks, government, and their chosen expert and scientific advisers. Some of those chosen advisers are directly employed by the corporates which at least is commendably transparent. Many others claim ‘independence’ and yet rely on the corporates for funding.

Thus an increasing slice of academe is now corporate driven, its efforts geared not to the disinterested pursuit of wisdom or the wellbeing of humankind or the biosphere but to the further enrichment of those who are already rich.

A nexus of corruption has seized our body politic

The trend is all too clear in Britain’s and the world’s agriculture. In Britain, as reflected in the name of the BBSRC, it is seen as a scion of the biotech industry, a jewel in the corporate crown. The international agencies and governments like Britain’s take their lead from those corporates and see it as their role to support them.

The two together – corporates and governments – form a coalition, far more significant than any coalition of political parties. Governments like Britain’s are, in effect, an extension of the corporate boardroom.

The experts and intellectuals – mainly scientists and economists – who support and are supported by the coalition intellectuals now dominate academe, including the universities. Intellectuals and experts who question present strategies are routinely ignored, sidelined, and starved of funds – the official pretence being that they have lost their way in life, or simply don’t exist.

The resulting oligarchy, the corporate-government coalition plus the heights of academe, may seem superficially benign but is as controlling in its way as any dictatorship and far more robust, precisely because it has discovered the secret of self-reinforcement.

It seems bound to grow ever richer because that it controls the heights of the economy and wealth is its principal if not its sole ambition, and the richer it becomes the more it can dig itself in.

The solution: the Agrarian Renaissance

My own mission in life (it’s grown on me these past 40 years, despite my best efforts now and again to break away) is to reverse this nonsense: to spread the idea of Enlightened Agriculture.

That is, the kind of farming that really could feed us all well without wrecking everything else; to help to make it the norm; and to help to create the kind of economy, political structure, and general worldview that will enable Enlightened Agriculture to flourish.

As things stand, any suggestion that farming or anything else might be practiced in ways that are not maximally profitable (at least for a few, in the short term) is wiped off the agenda; and the intelligentsia, to their shame, go along with this, wittingly or unwittingly.

The ambition, to establish Enlightened Agriculture as the norm, is grandiose. But plenty of people worldwide are thinking along the same lines and by teaming up with more and more of them, we’re making progress.

The Campaign for Real Farming exists to promote Enlightened Agriculture and all that goes with it. So does the Oxford Real Farming Conference. So does our new outfit, FEA (Funding Enlightened Agriculture). I am also hoping to found a College for Enlightened Agriculture (and have taken some preliminary steps. Momentum is needed right now). These will form a part of that vast global movement.

Overall, the world needs a Renaissance – to build a different and better world in situ. Agrarian Renaissance is key because agriculture sits right at the heart of all human affairs and if we get it right, then everything else becomes possible (and if we get it wrong then everything else is compromised).

The oligarchs are not going to create the Agrarian Renaissance: they have invested too heavily, in fact they have invested their entire careers, in the status quo. So the necessary Renaissance must be people led.

But this it good news, for it means that everyone can join in, the more the merrier. In broad terms and even in some detail the way ahead is obvious: the kinds of farms we need already exist; so do the kinds of market we need.

So, if we dig them out, do many of the necessary political and legal weapons and – crucially – the financial mechanisms. The financial mechanisms are not revolutionary in nature – we merely have to invoke the acceptable face of capitalism.

This is what the Oxford Real Farming Conference is for: to discuss what really needs to be done and why and – more importantly – to introduce practicing farmers who are already showing what can be done even as things are.

We cannot afford to compromise at this stage of the world’s history – radical must been radical – but there are plenty of serendipities along the way. We have the tools to make the Renaissance happen, in short – and, worldwide, there is no shortage of good will. So let’s bring it into being. 

 


 

Find out more about the Oxford Real Farming Conference, which takes place on Tuesday 6th and Wednesday 7th January 2015.

Colin Tudge is author of Good Food for Everyone Forever and Why Genes Are Not Selfish and People Are Nice and co-founder of the Campaign for Real Farming and the Oxford Real Farming Conference.

Report: Agriculture at a Crossroads, Report by the International Assessment of Agricultural Knowledge, Science and Technology for Development. Co-chaired by Professor Hans Herren of the Millennium Institute, Washington, and Judi Wakhungu of the African Centre for Technology Studies. 2009.

This article was originally published by openDemocracy under a Creative Commons Attribution-NonCommercial 3.0 licence.

Creative Commons License

 

 




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Death by landfill – cutting ‘green tape’ costs lives Updated for 2026





I’ve been a professional ‘environmental investigator’ for over 22 years now. Over that time I’ve seen some awful offences against the environment. I’ve also witnessed some inspiring action from the individuals and communities affected.

After seeing so many outrageous cases it’s easy to become desensitised to the more everyday environmental offences – even if they are, of themselves, dire to those involved.

But every now and again you come across something that jerks you back to stark reality – something that touches a raw nerve.

I spent the 1990s working as an ‘eco-troubleshooter for hire’ across Britain. For the last decade or so, tired of seeing the same problems coming around again and again, I’ve become more strategic – trying, proactively, to deal with issues before they become an offence to human health and environment. For example, I was apparently the first person touring the UK talking about fracking in 2009 / 2010.

I’ve seen all sorts of ‘nastiness’ – from the dodgy waste reclamation plants of the Black Country, to the chemical plants of Teeside, to the landfills of South Wales.

The point at which I decided to stop chasing tipper lorries, and instead proactively identify ‘the next big issue’, was after fighting Newcastle City Council in 1999/2000.

They had, as a method of ‘recycling’, dumped highly toxic incinerator ash on public parks and allotments across Newcastle – only for them to get a slap on the wrist in the court and, politically, to brush the matter under the carpet.

A case from the ‘book of horrors’

1991-2003 is a time in my career which I look back upon with both fond and troubling memories. And a few weeks ago it came back to haunt me with a vengeance. After speaking about fracking in Guildford I met a couple whose case was right out of my old ‘book of horrors’ from the 1990s.

During February of this year the news was dominated by the flooding along the Thames Valley. Amidst the general mayhem there was one tragedy which has received little public attention.

In the early hours of 8th February 2014, Kye Gbangbola, his seven year old son Zane, and Zane’s mother Nicole were all taken ill at their home in Thameside, Surrey. An ambulance was called and they were taken to hospital. Both Kye and Zane had suffered cardiac arrest. Zane died later in hospital. Kye remains paralysed from the waist down.

Kye and Nicole came to my talk in Guildford and told me of their campaign to find the truth of what happened that day. Surrey Fire and Rescue Service attended and found hydrogen cyanide. Medical tests also showed the presence of cyanide in the family’s blood.

Ten months later the case has not been resolved: no date for an inquest; no death certificate; no resolution to the family’s plight.

What is the possible source of cyanide from flooding?

Just to the north of their home was a former gravel pit which, some years ago, had been used as a waste dump. Before waste licensing came in a the end of the 1970s, waste dumping was pretty much uncontrolled. Former gravel and brick pits around the periphery of London were used extensively to get rid of the capital’s waste.

And the source of the waste? No one knows. If, for example, the site had been filled with innocently identified ‘construction waste’, and if that material had come from a former gasworks in London or elsewhere, it could contain high levels of cyanide.

These things happened in the 1970s and 1980s. For example, in 1992 I discovered the the UK Atomic Energy Authority’s Harwell Laboratory, Britain’s premier nuclear research agency, had for years been secretly dumping waste chemical flasks and radioactive waste transport containers in a gravel pit on the edge of an Oxfordshire village.

In April 2014 Surrey County Council, the waste disposal authority for the area, denied that the site had been landfilled. If you go to the Environment Agency’s web site, you can see that the site is classed as an ‘historic landfill’ – that is, pre-dating the controls brought in during the late 1970s.

As flood-waters rose in February, the landfilled material is presumed to have become saturated. As the result of either chemical reactions, or the displacement of toxic gases, or both, the groundwater which filled the cellar is presumed to have carried the toxic gas into the house, overcoming the family.

A trip down eco-memory lane

What I’ve found so troubling about this case is that, for twenty years, this has been a tragedy waiting to happen. To explain why, I need you to take a trip down eco-memory lane.

When I started work professionally in 1992, the first thing I did was to write a series of reports on the issue of contaminated land. During my ‘voluntary period’ (1984-1991) I’d come across the issue a number of times.

From closed landfill sites, to old gasworks, it was a serious problem – and one which I believed could form the basis of a viable business as a full-time ‘environmental investigator’.

The Department of the Environments’ (DoE) Interdepartmental Committee on the Redevelopment of Contaminated Land (ICRCL) had produced a number of documents in the early 1980’s setting out the best practice for the redeveloping contaminated land.

In 1985 the Royal Commission on Environmental Pollution’s Eleventh Report highlighted the problems too. This led to research being commissioned, and eventually the issuing of a DoE / Welsh Office circular explaining the procedures and best practice in the redevelopment of contaminated land. The ICRCL also revised some of their previous notes to reflect this.

In 1989 the Government decided to put all this new research and best practice into a formal, legally enforcible regulatory framework; which was inserted into the new Environmental Protection Bill , eventually becoming Part II of the Environmental Protection Act 1990.

Then the development industry went absolutely berserk!

Shortly after the new Act was approved, developers and landowners, fearful that their assets would be effectively worthless if they had to clean up historic contamination, brought brickbats to bear on politicians and regulators. What particularly stirred their wrath were two specific sections of the new Act:

Section 61, which required local waste regulation authorities to map all the former landfill sites in their area. The rationale was that what is the value of bringing new regulations to control the hazard from current and new landfill sites if you didn’t police the condition of the old ones too. Specifically paragraph 1 stated,

“it shall be the duty of every waste regulation authority to cause its area to be inspected from time to time to detect whether any land is in such a condition, by reason of the relevant matters affecting the land, that it may cause pollution of the environment or harm to human health.”

Section 143 was similar, but it extended the need to survey and evaluate land to all potentially “contaminative uses of land”, and created a,

“duty of a local authority, as respects land in its area subject to contamination, to maintain, in accordance with the regulations, a register in the prescribed form and containing the prescribed particulars.”

The fear expressed by many property developers was that large areas of land would be ‘blighted’. The land would be worthless because of the perceived risk in the mind of the public, and because of the large costs of decontamination before any new developments could be built.

That view ignores the potential hazards of development – and arguably the greater cost to public health and the NHS. I’d carried out some research on behalf of Friends of the Earth in Oxfordshire, Kent and Lancashire, and there were a large number of sites which could cause problems to the environment and human health if badly redeveloped.

The risk was not from the land as it was – it was the impact on workers and the public if the substances locked-up in the ground were disturbed, dug up or moved.

In May 1991, following a public consultation, regulations were drafted to implement the new system – to be commenced in April 1992. These were abandoned shortly before this date due to pressure from property developers.

To address the developer’s concerns, following a second consultation period, the regulations were the redrafted – the new guidelines only covering 15% of the land area which the original regulations would have. Despite this, the Department of the Environment still received objections from major developers and landowners.

The Government caves in to pressure

On 24th March 1993 the Government abandoned plans to implement sections 143 and 61 of the Act, and announced that it would begin a review of the powers of regulatory bodies to control the pollution of land.

The exact nature of pressure brought to bear on the Conservative government, causing them to cave into the development lobby rather than protecting public health, was not clear at the time. All we can do today is ask the minister responsible for that decision, Michael Howard – now a member of the House of Lords.

By 1995 the Government was planning to merge various environmental regulators to form a new ‘super-regulator’, the Environment Agency.

That was brought about by The Environment Act 1995. Section 57 of that Act repealed section 143 of the 1990 Act, inserting in its place a new ‘Part IIA’ of the Environmental Protection Act which instituted a new legal framework for dealing with contaminated land.

Section 120 and Schedule 22 of the 1995 Act repealed section 61 of the 1990 Act, taking away the obligation to monitor former landfill sites – meaning that they would be dealt with just like any other types of ‘potentially contaminated land’ even though, arguably, landfill sites are a more hazardous land use.

How can we summarised this new process? That’s best summed up in DEFRA’s 2008 legal definition of land contamination, drawn up by the then ‘New Labour’ government (my emphasis):

“Part 2A of the Environmental Protection Act 1990 came into force in England in 2000. The Government sees a central aim of the Part 2A regime as being to encourage voluntary remediation of land affected by contamination.”

What does ‘voluntary remediation’ mean in practice?

Around 1997/8 I investigated the redevelopment of the former Royal Small Arms Factory in Enfield Lock. Redevelopment was causing nausea and skin rashes amongst nearby residents.

What that ‘remediation’ meant to the developer of the new Enfield Island Village was that at the least contaminated end of the island, where the ‘expensive’ houses were to be built, a metre or two of soil was dug up (which was causing the problems experienced by the neighbours) and replaced with fresh material before the houses were erected.

At the other, most contaminated end of the island, very little soil was removed. Instead a metre of clay was rolled down on the ground surface before the ‘low cost’ social housing was erected.

This is the problem with the framework for contaminated land instituted in 1995. It proceeds on a ‘don’t ask, don’t tell’ basis. If the local council doesn’t press the issue, the developer need only undertake works which render the site fit for its intended purpose.

Worse still, if a local authority decides that a site presents an imminent risk to the public, it might have to bear the cost of remedial action and try to bill the landowner for the work. Consequently it isn’t in the interests of local authorities to look, just in case they find something – Surrey’s immediate denial in this case being an exemplar of the principle.

If Section 61 had not been repealed in 1995, Surrey County Council would have had to investigate every former landfill in the area and assess its risk to the public (around the periphery of London, that’s quite a lot of sites).

If Section 147 had not been repealed, Spelthorne Borough Council’s Environmental Health Department would have had to keep a detailed register of potentially contaminated sites, and that register would have been available to anyone to view.

There is a repeating pattern of administrative action at work here

Just as in the early 1990s, today the Government and regulators are coming under pressure to water-down environmental regulations, and ‘cut the green tape‘, to allow business to develop more easily.

For example, on the back of a more right-wing economic bandwagon, instituting policies such as ‘fracking’ for shale gas, David Cameron has instructed his aides to get rid of the green crap from policy.

That’s also why this case touched a raw nerve with me. I’ve come across some nasty cases in the past – such as the Rocket Pool estate in Bradley, Wolverhampton, where people living on the edge of a former landfill were becoming seriously ill (a few years later, a number of local people who I worked with on that case had died).

What really annoys me is that, 20 years ago, the consequences of decisions made then were entirely foreseeable – and were made purely for the sake of money over the value of people’s health.

Today, that same blinkered agenda is still driving decision-making. That’s what hit me as I talked to Kye and Nicole in Guildford. My past was catching up with me and it had so much to say about the present.

We can’t be certain that if sections 61 and 143 of the Environmental Protection Act 1990 had not been withdrawn, and the legislation enacted as originally anticipated, that Zane and his family would not have succumbed to the tragedy which befell them in February.

What we can say, especially given the requirements of section 61 on Surrey County Council, is that it would have been less likely to happen if these sites had been properly investigated 20 years ago.

And today, though their individual case is a sad reminder of Britain’s legacy of past mistakes, it should serve as a red flag over decisions taken today to ‘cut green tape’ – which, with what we know from our recent past, could plague present and future generations.

 


 

Paul Mobbs is an independent environmental consultant, investigator, author and lecturer.

A fully referenced version of this article is posted on the Free Range Activism website.

 

 




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