Friday, 7 February 2014

Water Framework Directive

WFD CIS Guidance Document No.8
Public participation in relation to the Water Framework Directive
6. DEFRA Stakeholder Sounding Board, England 
Key- words
National stakeholder involvement.
Aim/objective of the project
The terms of reference for the Stakeholder Sounding Board says that it is a forum for 
stakeholders to: 
x provide input to DEFRA (Department for Agriculture, Food and Rural Affairs) thinking 
on transposition, and related policy issues, of theWater Framework Directive (WFD);
x raise issues relating to the WFD of concern to the group; 
x provide input into development of a long-term strategy for the environmental quality of 
water - what it should cover, in what detail, risks and opportunities. 
Scale/unit of planning 
National – the Stakeholder Sounding Board considers WFD-related issues for the whole of
England. To date, no similar groups have been established in Scotland, Wales or Northern
Ireland.
Period
The Stakeholder Sounding Board was established in early 2001 after a request from a group 
of stakeholder organisations (including WWF-UK). There is no fixed timescale for the 
group’s existence.
Who participated and how (Degree/form of public participation) in what phase of the 
planning?
The organisations represented on the Stakeholder Sounding Board are: 
Government
DEFRA (Department for Agriculture, Food and Rural Affairs)
Statutory agencies
Environment Agency (the government’s statutory agency for environmental protection in 
England and Wales) 
English Nature (the government’s statutory advisor on, and agency for, nature protection in 
England)
Private sector
Confederation of British Industry (CBI) 
Chemical Industries Association (CIA) 
Crop Protection Association (CPA) 
Country Land and Business Association (CLA) 
National Farmers’ Union (NFU) 
Water UK (the trade association for UK water companies and water authorities)
118WFD CIS Guidance Document No.8
Public participation in relation to the Water Framework Directive
NGOs
Royal Society for the Protection of Birds (RSPB) 
WWF-UK
Other stakeholders
UK Centre for Economic and Environmental Development (UKCEED) 
Office of the National Consumer Council (ONCC)
Participation takes the form of regular meetings (approximately 3 or 4 a year), hosted in turn 
by different stakeholder Sounding Board members. The meetings are chaired by a senior
official from DEFRA. DEFRA also undertakes a secretariat function. 
Major input of stakeholders
Individual stakeholder organisations, or small groups of stakeholder organisations, can flag 
up issues for discussion. They are then invited by the Stakeholder Sounding Board to 
prepare a paper on the issue. The paper is discussed at subsequent meetings. 
DEFRA may also raise agenda items. 
Thus, WWF and UKCEED have prepared a paper on public participation; the RSPB and
others have prepared a paper on Wetlands and the Water Framework Directive; the RSPB,
WWF, Water UK and the NFU are currently preparing a paper on diffuse pollution.
Outstanding issues 
It is not clear what status these papers have within the government. Although the papers
include recommendations for action by government and other stakeholders, DEFRA have 
not made clear whether they will act on those recommendations, even if all stakeholder 
organisations agree with them. 
The relationship between the Stakeholder Sounding Board and the UK government’s internal 
technical advisory group on implementing the WFD has yet to be clarified. 
Lessons learnt 
A national forum that allows stakeholders to input directly into policy thinking is genuinely 
useful. It allows direct access to government officials and provides a mechanism by which 
government can assess the most important issues. For relatively little cost and effort this 
enhances the traditional methods of consultation and individual meetings with each
stakeholder organisation.
However, it is important that there is full transparency so that stakeholder organisations can
see how their ideas and concerns are considered and acted on (or not) by the Government.
At the moment, we are still working on this in the Stakeholder Sounding Board. 
For more information contact:
WWF UK, David Tickner, DTickner@wwf.org.uk
119WFD CIS Guidance Document No.8
Public participation in relation to the Water Framework Directive
7. The Wise Use of Floodplains Project in Somerset, England 
Our work was made possible through the award of a 50% grant from the EU LIFE Environment Fund
programme.
Inspiration points – this example is inspiring because:
In partnership with other initiatives this project facilitated a creative and positive dialogue
on the future management of flood events in a catchment, where previously stakeholder
views had been polarised for decades to the extent where the conflict had become notorious
in national environmental circles. 
Aim/objective of the project
The WUF Project’s aim was to encourage the wise use of water resources in river catchments
to benefit, people, their livelihoods and their environment. We set out to achieve this by: 
1. Generating new options for the sustainable management of flood events across the
catchment and annual water levels on the floodplain;
2. Testing public participation methods to find out what were the economic, social and
environmental costs and benefits of different options for managing flood events and
floodplain water levels.
The project, through its participatory approach helped to find out how the policies of the
government and European Union needed to be changed to promote sustainable management
of the catchment and its floodplain. Findings were passed to managers of river catchments
across Europe to enable their governments to implement the WFD. 
Scale/unit of planning 
The River Parrett Catchment in the county of Somerset, South West England. It is the largest
river system in Somerset covering 1665 km2, about half of the county area and containing
five major rivers: the Parrett, Isle, Tone, Yeo and Cary. The floodplain forms a significant
part of the Somerset Levels & Moors: - an area of international importance for wildlife.
Period: January 2000 – March 2002
Objective of Public Participation (Why PP?) 
In Somerset, the WUF Project developed new ways of helping stakeholders in the River
Parrett Catchment to find sustainable solutions through participation for the management of
water, both in flood events and throughout the year.
Who participated and how (Degree/form of public participation) in what phase of the 
planning?
The Project sought to involve “stakeholders” - anyone or any organisation, at whatever level,
with an interest in the management of water resources in the Parrett Catchment. Above all, it 
offered an opportunity for local concerns to be heard. Since the first participatory workshops
120
WFD CIS Guidance Document No.8
Public participation in relation to the Water Framework Directive
started in 2000, a wide range of representatives of communities, local interests and 
organisations ranging from local to national government-level were involved. 
Methods and tools applied 
The WUF Project responded to what communities and individuals wanted. Working closely 
with an existing and (in the United Kingdom) unique forum for local democracy, the Levels 
& Moors Partnership*, we held participatory workshops to encourage stakeholders to share 
views and address problems in partnership. Workshops were managed through facilitative 
leadership: with the help of group management techniques, stakeholders were helped to 
work together in a non-conflict environment. The WUF Project Officer was the facilitator for
all participatory workshops. Contextual information such as new research on the
effectiveness of present flood management practices was introduced to help all stakeholders
to develop a common understanding of issues. 
Participatory working has to be product-orientated to be worthwhile. If a process is not
guided by the need to reach a common goal then it will drift and is unlikely to achieve 
results.
Stakeholders came to agree that no one solution would solve the problems of flood and 
water management, but that a comprehensive package of measures was needed. Facilitated
dialogue provided the bridge to enable a wide variety of interests to work jointly towards a 
common goal. 
To reach the desired goal of integrated flood and water management, a variety of solutions 
were generated in a series of participatory workshops. These solutions were built into a 
Parrett Catchment Action Strategy, which sets out what community and organisational
stakeholders wanted to be achieved by 2050”.
As collaborative working developed between local initiatives, the WUF Project and LAMP
managed participatory workshops under an umbrella initiative, the Parrett Catchment
Project.
It is estimated that the approximate cost of facilitating the dialogue over two years is 
approximately €30,000.00 (salary costs of project officer/facilitator). Workshop costs were
additional but low at approximately €150 – 180 for each event (hire of the venue and catering 
for around 40 participants). The overall cost is difficult to estimate accurately, because staff
from a variety of organisations donated their time to the initiatives involved. For the LIFE 
Project, the budget used to commission new research in Somerset was approximately
€75,000.00 and partnership organisations provided around €36,000 of in-kind time in support 
of the Wise Use of Floodplains Project. (Note: all of these figures are provisional.) In 
conclusion, the total cost of facilitating such a complex dialogue over a two-year period was 
remarkably low and the gains are far greater than the financial investment.
*LAMP serves 86 parish councils with wetland habitats on the Somerset Levels & Moors, 
who in turn represent all local community and organisational interests.
Major input of stakeholders at participatory events 
We invited 85 representatives of local communities and organisations to our workshops and
regularly saw 30 – 40 people at each event. The organisations ranged from the major

121
WFD CIS Guidance Document No.8
Public participation in relation to the Water Framework Directive
government agencies to single-issue lobby groups. It was the first time in Somerset that
participatory working had taken place on such a scale.
Tangible result (effect) of PP? 
A series of 27 facilitated participatory workshops, which began in May 2000, produced: 
x A statement of the consensus between all stakeholder interests, which forms the
basis for a vision for the future management of the catchment and floodplain; 
x Eleven “components” or potential solutions to manage flood events, a 
combination of which will make up an Integrated Flood Management approach; 
x A detailed analysis of the policy, funding, administrative and technical barriers
and opportunities involving implementation of the eleven components; 
x Appraisal of the social, economic and environmental costs and benefits of each of 
the components; 
x Enhanced understanding among stakeholders of the implications of the
conservation management objectives necessary to achieve “favourable condition”
of the Special Protection Area (Birds Directive); 
x Initiated a productive dialogue on finding a new balance between agriculture and 
environmental interests to achieve favourable condition of the Special Protection
Area and Ramsar sites, while helping agriculture and other rural industries to 
work towards sustainable management of an internationally important wetland; 
x Produced practical sustainability indicators to monitor the effectiveness of 
changes in water and land management.
Many of these outcomes are continuing to be implemented beyond the end of the Life Project
and are resulting in practical land management and integrated catchment management for
the area. 
Lessons learnt 
Positive Lessons
x Make dialogue relevant to people’s lives.
In Somerset the project centred on a major environmental issue that affected a wide range of
stakeholders.
x Dialogue should be gradual and often.
Frequent small-scale dialogue is better than big one-off events. More flexible processes are
better at accommodating changes in views and developing consensus. Continuing dialogue 
is better at establishing and maintaining trust and helps to manage participants’ expectations 
of outcomes more realistically. 
x Maintain the momentum of the process.

122
WFD CIS Guidance Document No.8
Public participation in relation to the Water Framework Directive
Ensure that the next stage in the participatory process can move on from the last one. Discuss
issues, generate solutions, appraise them, test them for sustainability and evaluate their
effectiveness once implemented.
x Create trust through impartiality.
This was critical to the success of the process in Somerset. It was the first time that water
management had been discussed in a neutral public forum. The WUF Project existed
between its sponsoring organisations (the LIFE Project partners): it was not seen as part of 
them. The role of the WUF project officer as an impartial facilitator gave stakeholders 
confidence that that they were taking part in a truly participative process and independent
process.
x Work to invest time. 
Constantly remind participants or potential participants of the need to invest time: without 
commitment the energy of the process will dissipate. Participants have been very committed 
to the Somerset process: thirty to forty key stakeholder representatives regularly attended
workshops.
Negative Lessons:
x Expensive one-off events can bring dialogue to a halt by delivering a “verdict” and may
not be appropriate in making progress on a particular issue in a particular context;
x Don’t become a discussion forum without a purpose – manage expectation;
x Avoid any one organisation leading a process so that the process does not have the
necessary impartiality needed to create trust amongst stakeholders.
Contacts for further information:
Barry Phillips, Rural Environmental Facilitation Service, b.phillips@tiscali.co.uk,
+44 (01934) 713864
See also www.floodplains.org

123http://www.floodplains.org/pdf/area_case_studies/SomersetLevelsCaseStudy.pdf

Friday, 4 October 2013

Dutch take legal action over Greenpeace ship in Russia

Dutch take legal action over Greenpeace ship in Russia

The group was arrested last month over a protest on an Arctic oil rig owned by Gazprom

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The Netherlands has launched legal action to free 30 Greenpeace activists charged in Russia with piracy.
The group was arrested last month over a protest on an Arctic oil rig owned by state-controlled firm Gazprom.
Foreign Minister Frans Timmermans said he was also acting to free the Dutch-flagged Greenpeace ship Arctic Sunrise.
Greenpeace calls the charges against the activists, who include two Dutch citizens, "irrational, absurd and an outrage".
Mr Timmermans said the Netherlands had applied to the UN's Tribunal for the Law of the Sea, which resolves maritime disputes between states.
He said his country, the first nation to take legal action in the case, viewed the ship's detention as unlawful.
Under the rules of the Hamburg-based Tribunal, the Netherlands may apply for the immediate release of the ship and those on board.
"I really want to consult with my Russian colleagues... to get these people freed as soon as possible," Mr Timmermans said, according to Associated Press.
"I don't understand why this could be thought to have anything to do with piracy; I don't see how you could think of any legal grounds for that."
'Group piracy' The BBC's Anne Holligan in The Hague says the dispute threatens to test the strong diplomatic ties between Russia and the Netherlands.
Citizens of 17 other countries, reported to include Britain, France, Canada and New Zealand, were also among those arrested and detained in the Russian city of Murmansk.
The group was seized during a skirmish with armed Russian security officers after several activists tried to board the Prirazlomnaya platform, Russia's first offshore oil rig in the Arctic.
They were later charged with "piracy of an organised group".
Greenpeace's international executive director, Kumi Naidoo, said earlier this week the charges were "extreme and disproportionate".
The Russian government has not commented on the Dutch legal action. President Vladimir Putin has said the environmental activists broke international law, although he has conceded they were not pirates.
Mikhail Fedotov, who heads the presidential council for human rights advisory body, said on Thursday he did not think there were "the slightest grounds" for a piracy charge.
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Wednesday, 29 May 2013

GM salmon can breed with wild fish and pass on genes

GM salmon can breed with wild fish and pass on genesTransgenic salmon next to a non-transgenic salmon of the same age This image of transgenic salmon next to an unmodified salmon of the same age shows how the GM fish grow far more quicklyRelated Stories The potential risks of genetically modified fish escaping into the wild have been highlighted in a new study.Scientists from Canada have found that transgenic Atlantic salmon can cross-breed with a closely related species - the brown trout.The fish, which have been engineered with extra genes to make them grow more quickly, pass on this trait to the hybrid offspring.The research is published the Proceedings of the Royal Society B..However, the biotech company AquaBounty, which created the salmon, said any risks were negligible as the fish they were producing were all female, sterile and would be kept in tanks on land.The transgenic salmon are currently being assessed by the US authorities, and could be the first GM animals to be approved for human consumption.Salmon-trout hybridsStart QuoteThe GM hybrids also outgrew the GM salmon”Darek MoreauMemorial University of NewfoundlandIn the wild, Atlantic salmon very occasionally mate with the brown trout, successfully producing offspring.But the researchers found that in the laboratory, the genetically modified salmon could do the same. Of the 363 fish analysed at the start of the experiment, about 40% of the hybrids carried the modified genes.The researchers found that these young fish developed extremely quickly.Dr Darek Moreau, from the Memorial University of Newfoundland, Canada, said: "[Under hatchery conditions] the transgenic hybrids grew faster than the wild salmon, wild trout and wild-type hybrids. The GM hybrids also outgrew the GM salmon."Brown troutIn the wild, Atlantic salmon will sometimes mate with the brown troutWhen the fish were placed in a mocked-up stream inside the laboratory, the researchers found that the hybrids were out-competing both the genetically modified salmon and wild salmon, significantly stunting their growth."This was likely a result of competition for limited food resources," explained Dr Moreau.The researchers said this study highlighted the ecological consequences should genetically modified fish get into the wild.They acknowledged that the risks of such an escape and subsequent encounter with a brown trout were low, but said this information should still be taken into account by those who are regulating GM animals.Ron Stotish, CEO of AquaBounty Technologies Inc, said: "It is worth noting that in 1995, Peter Galbreath and Gary Thorgaard of Washington State University published research that the Atlantic salmon-brown trout hybrid is sterile. If this holds true, such a hybrid would pose little ecological threat as the fish would not reproduce."Moreover, AquaBounty has stipulated that we will market only sterile, all female AquAdvantage salmon - with specific tests being performed on every commercial batch of fish to assure our product meets our specifications."He added: "Overall, the study seems to present no new evidence for any added environmental risk associated with the AquAdvantage salmon."The US Food and Drug Administration is currently in the final stages of considering whether the transgenic salmon can go on sale.

Monday, 6 May 2013

Arctic Ocean 'acidifying rapidly'


Arctic Ocean 'acidifying rapidly'

Saunders Island and Wolstenholme Fjord with Kap Atholl in the background is shown in this picture taken during an Operation IceBridge survey flight in April 2013

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The Arctic seas are being made rapidly more acidic by carbon-dioxide emissions, according to a new report.
Scientists from Norway's Center for International Climate and Environmental Research monitored widespread changes in ocean chemistry in the region.
They say even if CO2 emissions stopped now, it would take tens of thousands of years for Arctic Ocean chemistry to revert to pre-industrial levels.
Many creatures, including commercially valuable fish, could be affected.
They forecast major changes in the marine ecosystem, but say there is huge uncertainty over what those changes will be.
It is well known that CO2 warms the planet, but less well-known that it also makes the alkaline seas more acidic when it is absorbed from the air.

The Arctic

arctic volcano
  • The Arctic region contains a vast ice-covered ocean roughly centred on the Earth's geographic North Pole
  • The Sun doesn't rise at all on the shortest day of the year within the Arctic Circle
  • Humans have inhabited the Arctic region for thousands of years, and the current population is four million
  • Geologists estimate the Arctic may hold up to 25% of the world's remaining oil and natural gas
Absorption is particularly fast in cold water so the Arctic is especially susceptible, and the recent decreases in summer sea ice have exposed more sea surface to atmospheric CO2.
The Arctic's vulnerability is exacerbated by increasing flows of freshwater from rivers and melting land ice, as freshwater is less effective at chemically neutralising the acidifying effects of CO2.
The researchers say the Nordic Seas are acidifying over a wide range of depths - most quickly in surface waters and more slowly in deep waters.
The report’s chairman, Richard Bellerby from the Norwegian Institute for Water Research, told BBC News that they had mapped a mosaic of different levels of pH across the region, with the scale of change largely determined by the local intake of freshwater.
“Large rivers flow into the Arctic, which has an enormous catchment for its size,” he said.
“There’s slow mixing so in effect we get a sort of freshwater lens on the top of the sea in some places, and freshwater lowers the concentration of ions that buffers pH change. The sea ice has been a lid on the Arctic, so the loss of ice is allowing fast uptake of CO2.”
This is being made worse, he said, by organic carbon running off the land – a secondary effect of regional warming.
“Continued rapid change is a certainty,” he said.
“We have already passed critical thresholds. Even if we stop emissions now, acidification will last tens of thousands of years. It is a very big experiment.”
The research team monitored decreases in seawater pH of about 0.02 per decade since the late 1960s in the Iceland and Barents seas.
Chemical effects related to acidification have also been encountered in surface waters of the Bering Strait and the Canada Basin of the central Arctic Ocean.
Scientists estimate that the average acidity of surface ocean waters worldwide is now about 30% higher than before the Industrial Revolution.
The researchers say there is likely to be major change to the Arctic marine ecosystem as a result. Some key prey species like sea butterflies may be harmed. Other species may thrive. Adult fish look likely to be fairly resilient but the development of fish eggs might be harmed. It is too soon to tell.

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Saturday, 5 January 2013

Japan bluefin tuna fetches record $1.7m


Japan bluefin tuna fetches record $1.7m

Kiyoshi Kimura at his sushi chain, 5 JanuaryKiyoshi Kimura stumped up almost three times as much as he did last year

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A single bluefin tuna has sold in Japan for 155m yen ($1.7m; £1.05m), almost triple the record price set last year.
High bids traditionally mark the year's first auction at Tokyo's Tsukiji fish market.
Even the buyer, sushi chain owner Kiyoshi Kimura, who also paid out the record price last year, said the cost was "a bit high".
The sale came amid continued warnings from environmentalists that tuna stocks are dwindling and overfished.
'Encourage Japan'
This year's record-breaking fish was caught off north-eastern Japan and weighed in at 222kg (489lbs), some 47kg lighter than last year's prize-winner, which fetched 56m yen.
The prices do not necessarily reflect quality or size and are more linked to publicity and setting the tone for the business year.
The auction at the market - which trades millions of dollars of products daily and is a popular tourist destination - began at 05:00 local time.
Mr Kimura immediately carted his purchase off to a nearby branch of his Sushi Zanmai chain.
He said he wanted to "encourage Japan" with his bid.
The price works out at about $7,600 per kg ($3,500/lb).
Japan consumes more than half of the world's bluefin.
New figures to be released on Monday are expected to show a continued decline in Pacific bluefin stocks.
Amanda Nickson, of the Pew Environmental Group's global tuna conservation campaign, told Associated Press news agency: "Everything we're hearing is that there's no good news for the Pacific bluefin. We're seeing a very high value fish continue to be overfished."

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Tuesday, 25 December 2012

How the tsunami happened

Q&A: How the tsunami happened
Thousands of people have died after an earthquake sent huge waves crashing into coastal resorts across south and east Asia. Dr Brian Baptie, a senior seismologist with the British Geological Survey, explained how the wave, or tsunami, was created.In geological terms, what has happened?
Sumatra, or north-western Indonesia, is right on a plate boundary. The earth's surface is made up of lots of different tectonic plates and they are all moving around.
The plate that has the Indian Ocean on it is moving roughly north-east and colliding with Sumatra. And as that collision takes place, the Indian Ocean plate gets subducted underneath Sumatra, and as that plate is subducted it breaks up and that is what causes the earthquake.
This earthquake been one of the largest ever, one of the great earthquakes. There has been a rupture along a fault about 1,000km long, and that has generated a vertical displacement of about 10m. The displacement in the sea floor has generated this huge tsunami.
How does the wave develop?
There's a huge vertical displacement in the sea floor as a result of the earthquake and that displaces a huge volume of water.
You can imagine, if the rupture is 1,000km long with a 10m displacement in the sea floor you get hundreds of cubic kilometres of water and that results in a wave that travels through the ocean.
GIANT EARTHQUAKES
1960 - Chile, 9.5 magnitude
1964 - Alaska, 9.2
1957 - Alaska, 9.1
1952 - Russia, 9.0
2004 - Indonesia, 9.0

In the deep ocean the height of the wave can be a few metres, maybe 5-10m, and it travels at a few hundred kilometres per hour.
That means it travels relatively slowly compared with the seismic waves from the earthquake, and it has arrived quite a few hours later at surrounding coastal areas all around the Indian Ocean.
As the tsunami wave approaches the shore it slows down, because the water gets shallower and what that means is the wave increases dramatically.
When it hits the shoreline it can be 10-20m, and that is probably what has happened in this case.
Why was there no warning this was happening?
There is a tsunami warning system in place in the Pacific Ocean because there is a historical precedent of lots of earthquakes causing tsunamis like this, throughout the 20th Century.
But there is no real precedent for a tsunami like this in the Indian Ocean. So this is the first time this has happened, and there is no warning system as far as I know in the Indian Ocean.
Could there be more waves on a similar scale?
Unlikely there will be further tsunamis of the same size. What normally happens when you get a very large earthquake is you get aftershocks that continue for many days.
They are usually a bit smaller than the main shock, although it is not impossible that there could be another one. But there may be aftershocks and they may generate smaller tsunamis.

windy weston plus