Category: Uncategorized

  • The biomass industry should come clean about its environmental impact

    The biomass industry should come clean about its environmental impact

    Burning wood from whole trees – the main source of UK biomass – results in higher greenhouse gas emissions than coal
    Share 104

    inShare.5
    Email

    Conifer trees
    ‘Using wood from whole UK conifers results in an increase in emissions of 49% compared with coal.’ Photograph: Jorma Jaemsen/Corbis

    Last year, the RSPB, Friends of the Earth and Greenpeace published a report, called Dirtier than coal?, that shone a light on some evidence that the biomass industry would prefer was kept hidden.

    We revealed two important facts:

    Firstly, government plans to support the conversion of coal plants would mean that by 2017 the UK will be burning 30m tonnes of biomass, most of which will be wood. To give you a sense of proportion, this is about six times the entire UK wood harvest. It will mostly be in coal power stations that are being switched over to biomass.

    Secondly, burning wood from whole trees results in higher greenhouse gas emissions than coal. For example, the government’s own research has shown that using wood from whole UK conifers results in an increase in emissions of 49% compared with coal.

    Since then, the evidence has continued to stack up. Last month, the European Commission’s science department published a major review that showed that while energy crops, residues, and wastes can be low carbon, wood from whole trees is worse than fossil fuels. What’s more, existing industries that depend on wood to make furniture, wood panels, houses, and suchlike, have also begun to get extremely concerned about the impact of this enormous new source of demand, warning against the “reckless” pursuit of bioenergy. Using wood in these industries is better for the climate as it keeps carbon locked up, while burning it puts it up in smoke and into the atmosphere.

    We’ve worked hard to raise these issues with the industry, government and the public, so it was disappointing to be accused of “scaremongering” this week. The claim was inspired by a letter we received recently from the industry association that represents biomass electricity generators, the REA, which accuses us of “spreading misinformation”. By this, they presumably mean quoting government research and a large body of peer-reviewed literature.

    It’s hardly surprising, however, that tensions are emerging. Getting an energy policy in place that delivers affordable, low carbon electricity is complex and extremely challenging, particularly against the context of continued economic hard times. So it’s understandable that many would prefer to ignore the fact that one of our major forms of renewable energy could actually increase our carbon emissions. Understandable, but not excusable, because the result will be wasting time and the public’s money supporting something that fuels climate change and puts further pressure on our precious forests.

    That doesn’t mean there isn’t a role for bioenergy; there is. We want to see a brave new world where every ounce of food waste and sewage goes into anaerobic digestors that produce green gas for our homes. Where local woodlands are brought back into management and the wood clearings are used to provide heating for schools and hospitals, and where steelworks are powered by combined heat and power stations using wood waste.

    To get there, however, we need government and industry to take their fingers out of their ears and accept that the world’s forests are not limitless sources of “renewable” fuel for Britain. Then we need to get round a nice wooden table together to completely rethink biomass policy.

    • Harry Huyton is the RSPB’s head of climate and energy policy

  • Live export row dogs Gillard

    Live export row dogs Gillard

    DateMay 5, 2013 40 reading now

    Read later

    Chris Johnson

    Chris Johnson

    National Political Correspondent

    View more articles from Chris Johnson

    Email Chris

    Zoom in on this story. Explore all there is to know.
    Julia Gillard
    Egyptian
    Joe Ludwig
    Greens
    .

    inShare.
    Pin It
    submit to reddit
    Email article
    Print
    Reprints & permissions

    .

    Agriculture Minister Joe Ludwig
    Not made public: Agriculture Minister Joe Ludwig said the footage was “sickening”. Photo: Glenn Hunt

    The latest live export scandal, and a resulting ban on cattle exports to Egpyt, has embarrassed the Gillard government and fuelled claims it has failed to prevent animal cruelty.

    Agriculture Minister Joe Ludwig was looking to tighten live export regulations following revelations of the animal abuse in Egypt. But the Greens and animal rights groups called on Labor to admit defeat and acknowledge the system had failed.

    New footage shows extreme cruelty to cattle in Egyptian slaughterhouses the Australian industry has previously described as ”state of the art”.

    Exports of livestock to Egypt were suspended after animal welfare group Animals Australia handed the graphic evidence to the Department of Agriculture, Fisheries and Forestry last week. The footage has not been made public, but Mr Ludwig has described it as ”sickening”.

    Advertisement

    Prime Minister Julia Gillard said all animal abuse was repulsive to Australians and the export industry.

    Greens senator Lee Rhiannon said this was more evidence is the government was failing to prevent cruelty.

    ”The Government should admit that they cannot stop cruel practices in overseas countries and give certainty to the industry by expanding the trade in processed meat from Australia,” she said.

    The Livestock Exporters’ Council has suspended exports to Egypt, saying the cattle in the footage are Egyptian owned and the abuse took place at two abattoirs. But it is struggling to explain how the cruelty took place in abattoirs it has repeatedly said met Australian standards.

    The council’s chief executive Alison Penfold said she had visited one of the two abattoirs, Ain Sokhna, near Cairo, in October last year and had not witnessed any cruelty or inhumane practices.

    But Ms Penfold said she was ”distraught and disgusted” by the footage presented to her on Friday.

    In one piece of footage, an abattoir worker, who Ms Penfold said has since been sacked, tries to kill an injured animal by cutting leg tendons.

    The same practice was documented in a different abattoir in Egypt in 2006, which led to the cessation of live trade with the country.

    Trade resumed in 2010.

    Animals Australia travelled to Egypt last October to obtain the vision after being contacted by an Egyptian veterinarian concerned about the treatment of cattle in the abattoirs.

    The group’s communications director Lisa Chalk said there had been a failure to monitor the activities of the abattoirs. ”The footage shows some horrific instances of cruelty, but disturbingly it also reveals the systematic abuse inflicted on hundreds of Australian cattle each day in these slaughterhouses,” she said,

    Mr Ludwig said the system the Government put in place following evidence of animal abuse in Indonesia in 2011 was a vast improvement on the previous self-regulation.

    He said the new system worked because a complaint had led to an investigation, but tighter regulations should be implemented.

    Read more: http://www.smh.com.au/opinion/political-news/live-export-row-dogs-gillard-20130504-2izz1.html#ixzz2SN1Uop59

  • ‘Dark Oxidants’ Form Away from Sunlight in Lake and Ocean Depths, Underground Soils

    ‘Dark Oxidants’ Form Away from Sunlight in Lake and Ocean Depths, Underground Soils

    May 3, 2013 — Breathing oxygen … can be hazardous to your health?

    ——————————————————————————–

    Share This:

    10

    See Also:

    Plants & Animals
    •Extreme Survival
    •Bacteria
    •Fish

    Earth & Climate
    •Geochemistry
    •Earth Science
    •Caving

    Reference
    •Microorganism
    •Antioxidant
    •Saliva
    •Oxygen

    Indeed, our bodies aren’t perfect. They make mistakes, among them producing toxic chemicals, called oxidants, in cells. We fight these oxidants naturally, and by eating foods rich in antioxidants such as blueberries and dark chocolate.

    All forms of life that breathe oxygen — even ones that can’t be seen with the naked eye, such as bacteria — must fight oxidants to live.

    “If they don’t,” says scientist Colleen Hansel of the Woods Hole Oceanographic Institution in Massachusetts, “there are consequences: cancer and premature aging in humans, death in microorganisms.”

    These same oxidants also exist in the environment. But neutralizing environmental oxidants such as superoxide was a worry only for organisms that dwell in sunlight — in habitats that cover a mere 5 percent of the planet.

    That was the only place where such environmental oxidants were thought to exist.

    Now researchers have discovered the first light-independent source of superoxide. The key is bacteria common in the depths of the oceans and other dark places.

    The bacteria breathe oxygen, just like humans. “And they’re everywhere — literally,” says Hansel, co-author of a paper reporting the results and published in this week’s issue of the journal Science Express.

    The result expands the known sources of superoxide to the 95 percent of Earth’s habitats that are “dark.” In fact, 90 percent of the bacteria tested in the study produced superoxide in the dark.

    “Superoxide has been linked with light, such that its production in darkness was a real mystery,” says Deborah Bronk of the National Science Foundation’s (NSF) Division of Ocean Sciences, which co-funded the research with NSF’s Division of Earth Sciences.

    “This finding shows that bacteria can produce superoxide in the absence of light.”

    The bacteria are found “miles beneath the seafloor, in hot fluids coming from underwater volcanoes, in every type of underground soil and throughout deep lake and ocean waters,” Hansel says.

    The number of these bacteria in a thimble of seawater or soil is greater than the human population of San Francisco. And they’re all releasing large amounts of superoxide.

    On Earth’s surface, “superoxide can kill corals, turning them white,” says Hansel. “It can also produce huge fish kills during red tides. But it’s not always bad.”

    It also helps ocean microorganisms acquire the nutrients they need to survive. And superoxide may remove the neurotoxin mercury from the sea, keeping it out of fish and off dinner plates.

    The bacteria that produce superoxide could account for the total amount of the chemical in the oceans, Hansel and colleagues say, and are likely the main source in dark environments.

    “That’s a paradigm shift that will transform our understanding of the chemistry of the oceans, as well as of lakes and underground soils,” says Hansel, “and of the life forms that live in and depend on them.”

    Co-authors of the paper are Julia Diaz and Chantal Mendes of Harvard University, Peter Andeer and Tong Zhang of Woods Hole Oceanographic Institution and Bettina Voelker of the Colorado School of Mines.

    Share this story on Facebook, Twitter, and Google:

  • Vizag mandal records 648% population growth

    Vizag mandal records 648% population growth
    TNN | May 4, 2013, 03.19 AM IST

    .

    .

    1
    comments

    0
    inShare.

    Share More

    A

    A

    .READ MORE Greater Hyderabad Municipal Corporation|Pedagantyada mandal|decadal population growth

    RELATED

    Nala squatters to be paid by Greater Hyderabad Municipal Corporation …
    Greater Hyderabad Municipal Corporation on a lookout for new office-c…
    Greater Hyderabad Municipal Corporation in two minds over land ‘urgen…
    Second round of pulse polio in Hyderabad today
    Water Board gets Rs 24.87 crore
    .

    HYDERABAD: Pedagantyada mandal in Visakhapatnam district topped the state in decadal population growth while the peripheral Greater Hyderabad areas in Ranga Reddy district figured in the top ten.

    Pedagantyada registered a whopping 647.91 per cent growth of population between 2001 and 2011. This mandal was followed by Visakhapatnam Rural which registered 268.42 per cent growth in population.

    Seven mandals in Ranga Reddy district, which are part of the Greater Hyderabad Municipal Corporation – Uppal, Hayatnagar, Ghatkesar, Serilingampally, Balanagar, Qutbullapur and Rajendranagar – saw high decadal population growth boosted by massive migration. Of these, Uppal recorded a 225.9 per cent growth in population followed by Hayatnagar (180%), Ghatkesar (112%), Serilingampally (102%), Balanagar (79 %), Qutbullapur (76 %) and Rajendranagar (63%). Balanagar mandal was also found to be among the five most populous mandals in the state with a population of 5,67,996.

    In 2011, Ranga Reddy district had a population of 52,96,741, of which 27,01,008 were males and 25,95,733 females. Ten years earlier in 2001, Ranga Reddy had a population of 35,75,064 of which 18,39,227 were males and 17,35,837 females. Thus the district recorded a growth of 48.15 per cent during the last decade. In the 2001 census, the district had recorded an increase of 40.09 per cent from 1991.

    The latest census also saw Vijayawada Rural mandal joining the big league by recording a 61 per cent decadal population growth. Vijayawada Urban topped the list with a population of 10,21,806 followed by Visakhapatnam Urban with 9,77,771 people. Guntur and Nellore also secured a place in the top five.

    Interestingly, there were 1,514 villages in the state which reported zero population! The reasons, according to the census enumerators, were lack of water resources, heavy chemical and dust pollution, change of land use from agriculture to industrial, setting up of new SEZs which displaced people from the villages.

    In some places like Srisailam and Srikakulam, anti-Maoist operations have also forced small habitats to relocate to other places.

  • NASA Study Projects Warming-Driven Changes in Global Rainfall

    RELEASE : 13-119

    NASA Study Projects Warming-Driven Changes in Global Rainfall

    WASHINGTON — A NASA-led modeling study provides new evidence that global warming may increase the risk for extreme rainfall and drought.

    The study shows for the first time how rising carbon dioxide concentrations could affect the entire range of rainfall types on Earth.

    Analysis of computer simulations from 14 climate models indicates wet regions of the world, such as the equatorial Pacific Ocean and Asian monsoon regions, will see increases in heavy precipitation because of warming resulting from projected increases in carbon dioxide levels. Arid land areas outside the tropics and many regions with moderate rainfall could become drier.

    The analysis provides a new assessment of global warming’s impacts on precipitation patterns around the world. The study was accepted for publication in the American Geophysical Union journal Geophysical Research Letters.

    “In response to carbon dioxide-induced warming, the global water cycle undergoes a gigantic competition for moisture resulting in a global pattern of increased heavy rain, decreased moderate rain, and prolonged droughts in certain regions,” said William Lau of NASA’s Goddard Space Flight Center in Greenbelt, Md., and lead author of the study.

    The models project for every 1 degree Fahrenheit of carbon dioxide-induced warming, heavy rainfall will increase globally by 3.9 percent and light rain will increase globally by 1 percent. However, total global rainfall is not projected to change much because moderate rainfall will decrease globally by 1.4 percent.

    Heavy rainfall is defined as months that receive an average of more than about 0.35 of an inch per day. Light rain is defined as months that receive an average of less than 0.01 of an inch per day. Moderate rainfall is defined as months that receive an average of between about 0.04 to 0.09 of an inch per day.

    Areas projected to see the most significant increase in heavy rainfall are in the tropical zones around the equator, particularly in the Pacific Ocean and Asian monsoon regions.

    Some regions outside the tropics may have no rainfall at all. The models also projected for every degree Fahrenheit of warming, the length of periods with no rain will increase globally by 2.6 percent. In the Northern Hemisphere, areas most likely to be affected include the deserts and arid regions of the southwest United States, Mexico, North Africa, the Middle East, Pakistan, and northwestern China. In the Southern Hemisphere, drought becomes more likely in South Africa, northwestern Australia, coastal Central America and northeastern Brazil.

    “Large changes in moderate rainfall, as well as prolonged no-rain events, can have the most impact on society because they occur in regions where most people live,” Lau said. “Ironically, the regions of heavier rainfall, except for the Asian monsoon, may have the smallest societal impact because they usually occur over the ocean.”

    Lau and colleagues based their analysis on the outputs of 14 climate models in simulations of 140-year periods. The simulations began with carbon dioxide concentrations at about 280 parts per million — similar to pre-industrial levels and well below the current level of almost 400 parts per million — and then increased by 1 percent per year. The rate of increase is consistent with a “business as usual” trajectory of the greenhouse gas as described by the United Nations’ Intergovernmental Panel on Climate Change.

    Analyzing the model results, Lau and his co-authors calculated statistics on the rainfall responses for a 27-year control period at the beginning of the simulation, and also for 27-year periods around the time of doubling and tripling of carbon dioxide concentrations.
    They conclude the model predictions of how much rain will fall at any one location as the climate warms are not very reliable.

    “But if we look at the entire spectrum of rainfall types we see all the models agree in a very fundamental way — projecting more heavy rain, less moderate rain events, and prolonged droughts,” Lau said.

    For images related to this release, please visit:

    http://go.usa.gov/TQM3

  • Beware the rise of the government scientists turned lobbyists

    Beware the rise of the government scientists turned lobbyists

    From badgers to bees, government science advisers are routinely misleading us to support the politicians’ agendas
    Share 2193

    inShare.6
    Email

    George Monbiot

    George Monbiot

    The Guardian, Monday 29 April 2013 20.30 BST

    Jump to comments (528)

    Spring lures out the bees
    Sir Mark Walport, the British government’s chief scientist, has denounced the proposal for a temporary European ban on the pesticides blamed for killing bees. Photograph: Julian Stratenschulte/EPA

    What happens to people when they become government science advisers? Are their children taken hostage? Is a dossier of compromising photographs kept, ready to send to the Sun if they step out of line?

    I ask because, in too many cases, they soon begin to sound less like scientists than industrial lobbyists. The mad cow crisis 20 years ago was exacerbated by the failure of government scientists to present the evidence accurately. The chief medical officer wrongly claimed that there was “no risk associated with eating British beef”. The chief veterinary officer wrongly dismissed the research suggesting that BSE could jump from one species to another.

    The current chief scientist at the UK’s environment department, Ian Boyd, is so desperate to justify the impending badger cull – which defies the recommendations of the £49m study the department funded – that he now claims that eliminating badgers “may actually be positive to biodiversity”, on the grounds that badgers sometimes eat baby birds. That badgers are a component of our biodiversity, and play an important role in regulating the populations of other species, appears to have eluded him.

    But the worst example in the past 10 years was the concatenation of gibberish published by the British government’s new chief scientist on Friday. In the Financial Times, Sir Mark Walport denounced the proposal for a temporary European ban on the pesticides blamed for killing bees and other pollinators. He claimed that “the consequences of such a moratorium could be harmful to the continent’s crop production, farming communities and consumers”. This also happens to be the position of the UK government, to which he is supposed to provide disinterested advice.

    Walport’s article was timed to influence Monday’s vote by European member states, to suspend the use of three neonicotinoid pesticides. The UK, fighting valiantly on behalf of the manufacturers Syngenta and Bayer, did all it could to thwart the nations supporting this partial ban, but failed.

    Here’s how he justified his position. First he maintained that “there is no measurable harm to bee colonies … when these pesticides have been applied on farms following official guidelines”. This statement is misleading and unscientific. The research required to support it does not exist.

    The government carried out field trials which, it claimed, showed that “effects on bees do not occur under normal circumstances”. They showed nothing of the kind. As Professor Dave Goulson, one of the UK’s leading experts, explained to me, the experiment was hopelessly contaminated. The nests of bumblebees which were meant to function as a pesticide-free control group were exposed to similar levels of neonicotinoids as those in the experimental group. The government “might have been wise to abandon the trial. However, instead they chose to ‘publish’ it by putting it on the internet – not by sending it to a peer-reviewed journal. This is not how science proceeds.”

    What this illustrates is that these trials have taken place far too late: after the toxins have already been widely deployed. The use of neonicotinoids across Europe was approved before we knew what their impacts might be.

    Experiments in laboratory or “semi-field” conditions, free from contamination, suggest that these toxins could be a reason for the rapid reduction in bee populations. We still know almost nothing about their impacts on other insect pollinators, such as hoverflies, butterflies, moths, beetles and midges, many of which are also declining swiftly.

    Walport went on to suggest that the proposed ban would cause “severe reductions in yields to struggling European farmers and economies”. Again, this is simply incorrect: in its exhaustive investigation, published last month, the House of Commons environmental audit committee concluded that “neonicotinoid pesticides are not fundamental to the general economic or agricultural viability of UK farming”. In fact they can prevent a more precise and rational use of pesticides, known as integrated pest management. The committee reports that all the rape seed on sale in this country, for example, is pre-treated with neonicotinoids, so farmers have no choice but to use them, whether or not they are required.

    He then deployed the kind of groundless moral blackmail frequently used by industry-funded astroturf campaigns. “The control of malaria, dengue and other important diseases also depends on the control of insect vectors.” Yes, it does in many cases, but this has nothing to do with the issue he was discussing: a partial ban on neonicotinoids in European crops. This old canard (if you don’t approve this pesticide for growing oilseed rape in Europe, children in Mozambique will die of malaria) reminds us that those opposed to measures which protect the natural world are often far worse scaremongers than environmentalists can be. How often have you heard people claim that “if the greens get their way, we’ll go back to living in caves” or “if carbon taxes are approved, the economy will collapse”?

    But perhaps most revealing is Walport’s misunderstanding of the precautionary principle. This, he says, “just means working out and balancing in advance all the risks and benefits of action or inaction, and to make a proportionate response”. No it doesn’t. The Rio declaration, signed by the UK and 171 other states, defines it as follows: “Where there are threats of serious or irreversible damage, lack of full scientific certainty shall not be used as a reason for postponing cost-effective measures to prevent environmental degradation.” This, as it happens, is the opposite of what his article sought to do. Yet an understanding of the precautionary principle is fundamental to Walport’s role.

    Among the official duties of the chief scientist is “to ensure that the scientific method, risk and uncertainty are understood by the public”. Less than a month into the job, Sir Mark Walport has misinformed the public about the scientific method, risk and uncertainty. He has made groundless, unscientific and emotionally manipulative claims. He has indulged in scaremongering and wild exaggeration in support of the government’s position.

    In defending science against political pressure, he is, in other words, as much use as a suit of paper armour. For this reason, he’ll doubtless remain in post, and end his career with a peerage. The rest of us will carry the cost of his preferment.

    Twitter: @georgemonbiot. A fully referenced version of this article can be found at Monbiot.com

    Print this

    Article history

    Environment
    Pesticides ·
    Bees ·
    Farming ·
    Wildlife ·
    Insects

    Science
    Agriculture ·
    Plants ·
    Biology ·
    Science policy

    Politics

    More from Comment is free on

    Environment
    Pesticides ·
    Bees ·
    Farming ·
    Wildlife ·
    Insects

    Science
    Agriculture ·
    Plants ·
    Biology ·
    Science policy

    Politics

    More on this story

    Governement chief scientist advisor Mark Walport

    Why Monbiot’s attack on Walport misses the mark

    Roger Pielke Jr and James Wilsdon: Sir Mark Walport is no corporate stooge but he should leave the advocacy to advocates

    A very Wellcome appointment

    Share

    inShare.
    Email