Category: Uncategorized

  • COMMONWEALTH OF AUSTRALIA CONSTITUTION ACT – SECT 28

    This does explain under what circumstances a Governor General may dissolve the Parliament. Discretionary ???

    AUSTRALIA CONSTITUTION ACT – SECT 28

    Duration of House of Representatives

    Every House of Representatives shall continue for three years from the first meeting of the House, and no longer, but may be sooner dissolved by the Governor‑General.

  • New study quantifies the effects of climate change in Europe

    New study quantifies the effects of climate change in Europe

    Published: Wednesday, June 25, 2014 – 15:00 in Earth & Climate

    If no further action is taken and global temperature increases by 3.5°C, climate damages in the EU could amount to at least €190 billion, a net welfare loss of 1.8% of its current GDP. Several weather-related extremes could roughly double their average frequency. As a consequence, heat-related deaths could reach about 200,000, the cost of river flood damages could exceed €10 billion and 8000 km2 of forest could burn in southern Europe. The number of people affected by droughts could increase by a factor of seven and coastal damage, due to sea-level rise, could more than triple. These economic assessments are based on scenarios where the climate expected by the end of the century (2080s) occurs in the current population and economic landscape. These are just some of the findings of a new report by the European Commission’s in-house science service, the Joint Research Centre, which has analysed the impacts of climate change in 9 different sectors: agriculture, river floods, coasts, tourism, energy, droughts, forest fires, transport infrastructure and human health. The report also includes a pilot study on habitat suitability of forest tree species.

    Connie Hedegaard, European Commissioner for Climate Action said: “No action is clearly the most expensive solution of all. Why pay for the damages when we can invest in reducing our climate impacts and becoming a competitive low-carbon economy? Taking action and taking a decision on the 2030 climate and energy framework in October, will bring us just there and make Europe ready for the fight against climate change.

    Expected biophysical impacts (such as agriculture yields, river floods, transport infrastructure losses) have been integrated into an economic model in order to assess the implications in terms of household welfare. Premature mortality accounts for more than half of the overall welfare losses (€120 billion), followed by impacts on coasts (€42 billion) and agriculture (€18 billion).

    The results also confirm the geographically unbalanced distribution of climate change related damages. For the purpose of this study, the European Union is divided into 5 regions. What the study identifies as southern Europe and central Europe south (see background for details) would bear most of the burden (- 70%), whereas the northern Europe region would experience the lowest welfare losses (- 1%), followed by the UK and Ireland region (- 5%) and central Europe North (- 24%).

    However, the report also shows that welfare impacts in one region would have transboundary effects elsewhere. For example, the welfare loss due to sea level rise in the central Europe North region or to the agricultural losses in southern Europe would have a spill over effect on the whole Europe due to economic interlinkages.

    These results relate to no action taken to mitigate global warming. The project also looks at the scenario where strong greenhouse gas reduction policies are implemented and temperature rise is kept below 2 degrees Celsius (the current international target). In this case, impacts of climate change would reduce by €60 billion, a 30% decrease. In addition, some significant biophysical impacts would be substantially reduced: the increased burned area would halve and 23,000 annual heat-related deaths would be spared.

    This considered, further effects should be taken into account when assessing the benefits of reducing GHG emissions, not modelled in PESETA II. Firstly, there would be a reduced risk of fundamental impacts due to extremes and abrupt climate change. Secondly, there would be benefits associated with lower EU energy imports, as a 2°C scenario would lead to a substantial reduction in net energy imports in the EU. Thirdly, the additional benefits due to lower air pollution of the 2°C scenario can be also very large. Last but not least, the difference in impacts between the Reference simulation and the 2°C scenario would get bigger as time passes beyond 2100.

    If future population and economic growth projections would be taken into account, the negative effects would multiply. The study simulated this for the impacts of river floods and results show that they could multiply tenfold.

    Report: http://ipts.jrc.ec.europa.eu/publications/pub.cfm?id=7181

    Source: European Commission Joint Research Centre

  • Unrelenting population growth driving global warming, mass extinction

    Unrelenting population growth driving global warming, mass extinction

    Jeremy Hance
    mongabay.com
    June 26, 2014

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    Scientists need to start speaking out on overpopulation

    Suburb development in Colorado Springs, Colorado U.S. The population of the U.S. is currently growing at around 0.7 percent annually. Photo by: David Shankbone.
    Suburb development in Colorado Springs, Colorado U.S. The population of the U.S. is currently growing at around 0.7 percent annually. Photo by: David Shankbone.

     

    It took humans around 200,000 years to reach a global population of one billion. But, in two hundred years we’ve septupled that. In fact, over the last 40 years we’ve added an extra billion approximately every dozen years. And the United Nations predicts we’ll add another four billion—for a total of 11 billion—by century’s end. Despite this few scientists, policymakers, or even environmentalists are willing to publicly connect incredible population growth to worsening climate change, biodiversity loss, resource scarcity, or the global environmental crisis in general.

    “We are already to a point where our population size is unsustainable,” Jeffrey McKee with the Ohio State University told mongabay.com. “In other words, we are already beyond the point of the biological concept of ‘carrying capacity.’ Millions of people go hungry every day, and an unfathomable number don’t even have access to clean drinking water. A world of 11 billion people would be regrettable to humans as well as to other species.”

    McKee has recently studied the intersection between human population and biodiversity decline, finding a direct correlation between the rate of population growth and the number of endangered species in a country.

    Meanwhile another researcher, geographer Camila Mora with the University of Hawaii, recently argued in a paper in Ecology and Society that overpopulation was exacerbating global warming, the biodiversity crisis, as well as creating large-scale economic and societal problems.

    But if our population is already beyond sustainable, why has the subject become almost taboo? And not just in political circles, but even in environmental circles?

    “There are multiple reasons including historical flip-flops about [overpopulation’s] importance,” Mora told mongabay.com. “However, the fact that were are not interested in talking about it it does not make less critical.”

    Biodiversity

    An endangered lemur: the Coquerel's sifaka (Propithecus coquereli). The IUCN Red List recently announced that 94 percent of the world's lemurs are threatened with extinction, making them one of the most imperiled groups. Lemurs are only found on the island-nation of Madagascar. While the primates are vanishing, the human population has soared. Currently growing at around 2.8 percent, over 40 percent of the island's population is under 15. Photo by: Rhett A. Butler.
    An endangered lemur: the Coquerel’s sifaka (Propithecus coquereli). The IUCN Red List recently announced that 94 percent of the world’s lemurs are threatened with extinction, making them one of the most imperiled groups. Lemurs are only found on the island-nation of Madagascar. While the primates are vanishing, the human population has soared. Currently growing at around 2.8 percent, over 40 percent of the island’s population is under 15. Photo by: Rhett A. Butler.

    For decades scientists have been warning that the world may well be entering a period of mass extinction with untold consequences for human societies and the natural world. While the drivers of global biodiversity decline are many and complicated—including habitat destruction, deforestation, overexploitation of species, climate change, and ocean acidification—they are also underpinned by one simple fact: the human population continues to boom.

    “It is simple math,” Mora told mongabay.com. “We live in a world with limited resources and space. The more we use and take the less other species have. Today some 20,000 species may be driven to extinctions due to habitat loss alone.”

    In fact, a study by McKee and colleagues last year in Human Ecology directly linked the rate of national human population density and growth with a rise in endangered species, as represented by mammals and birds on the IUCN Red List.

    “It was found that the sum of threatened species per unit area could be best explained by two variables: human population density and species richness,” the scientists write. Adding in gross domestic product (GDP) and agricultural land versus endemic species (species found no-where-else) improved the model, but the strongest indicator proved human population.

    The expected population changes in the millions from now to 2100 are shown in the graphic. Map by: UW Center for Statistics and the Social Sciences.
    The expected population changes in the millions from now to 2100 are shown in the graphic. Map by: UW Center for Statistics and the Social Sciences.

    In fact, looking at only population the researchers found that for the average country with a growing population—which includes the vast majority of nations on Earth—the number of threatened birds and mammals would rise by 3.3 percent in the next ten years and by 10.8 percent by 2020.

    However, the reverse is also true. In the 21 countries where human population is expected to drop, the researchers predicted that the number of threatened species would fall by 2.5 percent by 2020. Of the 12 countries that have already seen some population decline, nine have seen their percentage of threatened species drop.

    “It was somewhat reassuring that in most of the countries where the population decreased in size, there was a small but noticeable decrease in the number of mammals and birds that were threatened with extinction,” McKee said.

    While the paper doesn’t theorize why population density and growth corresponds to a rise in threatened species, the answer is likely straight-forward.

    “Every human being uses resources for food, shelter, and comfort. Even if these resources are used efficiently and wisely, each individual depletes the resources necessary to sustain other species,” said McKee. “So the more of us Homo sapiens there are on this planet, the more biodiversity will suffer.”

    Global warming

    The expected population changes in the millions from now to 2100 are shown in the graphic. Map by: UW Center for Statistics and the Social Sciences.
    Wodaabe women in Niger. This West African country has the world’s highest fertility rate. In 2010, the World Bank estimated a total fertility rate (the number of children born on average of each woman) of over seven. Photo by: Dan Lundberg/Creative Commons 3.0.

    Most scientists now agree that global warming is the greatest environmental crisis on the planet today, and many would say it’s likely the greatest crisis humans are facing altogether. Solutions to global warming have long focused on kick-starting a renewable energy revolution, along with preserving standing forests and transforming agriculture. However, Mora argues that ignoring population growth makes it incredibly difficult to achieve the needed carbon cuts.

    “In the United States, each child adds about 9,441 metric tons of carbon dioxide to the carbon legacy of an average parent, which is 5.7 times his/her lifetime emissions,” Mora writes in his paper. “Achieving a reduction of greenhouse gases will become increasingly difficult even under modest population growth rates given expected improvements in human welfare and expected increases in energy consumption.”

    Despite the role of population growth—combined with rising consumption—in exacerbating climate change, Mora said the world has recently turned a blind eye to the problem.

    “The most authoritative report on climate change [i.e. the Intergovernmental Panel on Climate Change] makes little to no reference to the issue of population growth or family planning, or any related matter,” he writes, adding that funding contraception for women who don’t have access would be an incredibly cheap option for curbing climate change.

    According to research from the United Nations Population Fund, over 200 million women would like, but lack access to, family planning. The result? Over 70 million unwanted pregnancies.

    The silent crisis?

    Traffic jam and crowded streets in Ho Chi Minh City, Vietnam. Photo by: Ngô Trun
    Traffic jam and crowded streets in Ho Chi Minh City, Vietnam. Photo by: Ngô Trung/Creative Commons 3.0.

    So, if a rising population is one of the driving forces behind mass extinction and global warming then why isn’t overpopulation on the agenda? In fact, it’s not only politicians and governments that appear reluctant to discuss overpopulation, but also scientists, conservationists, and environmentalists.

    “Nobody wants to talk about ‘population control,’ and rightly so. There are basic human rights of reproduction, family values, cultural values, and even economics that plays into these considerations. These are touchy subjects,” said McKee. “But even talking about ‘reproductive responsibility,’ my preferred term, can rub people the wrong way.”

    To make matters more complicated, many economists have argued that slowing population growth is a death knell for the economy, arguing that fewer young workers entering an economy makes it more difficult to fund social programs and government. Such fears have led to many countries implementing policies to raise populations, not lower them.

    In 2006, then president of Russia, Vladimir Putin, set up a ten-year program to dramatically raise the number of children born in the country. In 2009, the country recorded its first population growth since 1991.

    Japan’s demographic decline—the population recorded its first drop in 2008—led to the creation of a ministerial post focused entirely on raising fertility in the country. Now, the nation is mulling mass-immigration. Yet, Japan sports one of the densest on the planet with more people per square kilometer than even India.

    Most recently, Iran’s Supreme leader, Ayatollah Ali Khamenei, issued an edict calling for a massive birth rate increase. Though Iran’s population is expected to continue rising until mid-century, its birth rate has fallen in recent decades.

    “In short, bringing up the issue of human overpopulation will not get you elected, and taking responsibility for the issue once in office will not get you re-elected,” noted McKee.

    But Mora said the belief that population growth is necessary to economic prosperity is simply erroneous.

    Human population growth over the last 12,000 years. Population has exploded since around 1500.
    Human population growth over the last 12,000 years. Population has exploded since around 1500.

    “If population growth was key to economic [development] Africa will be the richest continent in the world,” he told mongabay.com. Mora said that population growth can actually stifle an economy, creating a deficit of jobs for a booming young population which in some countries has resulted in social unrest. Moreover, too many young people can also create an education burden, resulting in lower government revenues over time.

    “When a social system is maxed that means that the quality of services will reduce…Just consider the likely differences in tax revenue generated by a person whose society allows them to get to university versus an individual that may not finish high school,” said Mora. “That is just one example, but we also do have shortfalls on health and recreation. We can achieve economic growth [through] training and innovation rather than adding more people with limited chances to succeed. ”

    Moreover, for a long time, some experts predicted that the overpopulation problem would largely take care of itself, arguing that populations would peak at around 9-10 billion by mid-century and then begin to fall. Yet, such estimates now appear optimistic. A new prognosis by the United Nations last year predicted that our global population will continue growing through the century, hitting 11 billion by 2100, largely due to population booms in Africa. So, while the rate of overall population growth may be slowing, trends don’t show a peak population anytime soon.

    “Two of the greatest concerns of our generation are to improve human welfare and to prevent the ongoing loss of biodiversity. More than one billion people live in extreme poverty and hunger, and ecosystems are losing species at rates only seen in previous mass extinction events. Unfortunately, overcoming these problems remains difficult, and if anything, progress appears to be leaning in undesirable directions,” Mora writes.

    In fact, demographers says Africa could see its population rise from 1.1 billion today to 4.2 billion by 2100. If such growth occurs, it’s hard to imagine what will happen to Africa’s rich, but already greatly-imperiled, biodiversity. Moreover, Africa remains the least food-secure continent on the country with many countries today facing food shortages amid social unrest and conflict.

    Can we tackle population growth?

    Crowd from above. Photo by: Public Domain.
    Crowd from above. Photo by: Public Domain.

    But how do you approach, let alone solve, something as sensitive as population growth? One of the reasons why the subject is so touchy is that it conjures up images of totalitarian states decreeing one child per family, forced abortions or sterilizations, and even genocide. But experts say that access to contraception and education for women are actually the best ways to curb global population.

    “Simple solutions such as empowering women, sex education, providing affordable family planning, revisiting subsidies that promote natality, and highlighting the economic cost and necessary investment for children’s future success could considerably avert population growth,” Mora writes, adding that he’d like to see an education campaign to raise awareness about the impacts of a rising global population.

    “I prefer to have the freedom of choice, but informed choice,” he told mongabay.com. “Just like we did with tobacco and HIV where information created a global awareness about the issues. They are still present but people are more conscious about it.”

    Instead, according to Mora, the issue is ignored or even considered something of a badge of honor. He points to the U.S. where the hugely popular show 19 Kids and Counting (previously 17 Kids and Counting, and 18 Kids and Counting) celebrates the unusually-large Duggar family.

    “Pure irresponsibility and we make a fun of it!” Mora noted. The parents of the show, Jim Bob and Michelle Duggar, have stated that religious beliefs were one of the primary reasons they stopped using contraceptives. For many, religious convictions still play an important role in the decision to have large families or avoid contraceptive-use. But Mora believes, even here, change is possible.

    “Religions change slowly, but they change. If we get started in an intellectual revolution on how important this is, religions will have no choice.”

    Both Mora and McKee agree that the first step is for scientists—including environmentalists and conservationists—to stop avoiding the issue of overpopulation, but instead incorporate it into their research, their work, and their message.

    “[Overpopulation] must be embraced, not eschewed,” said McKee. “My team’s research has shown that considerations of human population density must be part of any comprehensive conservation plan. The sooner we open the difficult dialogue, the better.”

    Citations:

    • Jeffrey McKee, Erica Chambers, Julie Guseman. Human Population Density and Growth Validated as Extinction Threats to Mammal and Bird Species. Human Ecology, 2013; DOI: 10.1007/s10745-013-9586-8
    • Mora, C. 2014. Revisiting the environmental and socioeconomic effects of population growth: a fundamental but fading issue in modern scientific, public, and political circles. Ecology and Society 19(1): 38. http://dx.doi.org

    Read more at http://news.mongabay.com/2014/0626-hance-overpopulation-climate-biodiversity.html#CYpg0MkPOjvYdDDr.99

  • Infrabel and Enfinity announce completion of 16,000-panel solar train tunnel

    Infrabel and Enfinity announce completion of 16,000-panel solar train tunnel

    By

    June 10, 2011

    About 4,000 trains per year - or the equivalent of a full day's worth of Belgian rail traf...

    About 4,000 trains per year – or the equivalent of a full day’s worth of Belgian rail traffic – will be able to run entirely on solar power generated by the installation

    Image Gallery (7 images)

    The roof of a two mile stretch of tunnel over Belgium’s high speed rail line has been fitted out with 16,000 solar panels to provide power for trains running through Antwerp Central Station and the surrounding railway infrastructure. Solar solution provider Enfinity says that about 4,000 trains per year – or the equivalent of a full day’s worth of Belgian rail traffic – will be able to run entirely on solar power generated by the installation.

    Engineers began covering the 50,000 square meter (164,000 sq ft) surface area of the roof of Belgium’s HSL4 high-speed rail tunnel with monocrystalline solar panels (rated at 245 Wp per panel) in the summer of last year. The panels have been installed using a special ballast tile structure which negates the need for rooftop perforations. Enfinity says that the installation has just started generating the estimated 3.3 GWh* of electricity per year – equivalent to the average annual electricity consumption of nearly 1,000 homes.

    16,000 solar panels have been installed on the roof of a two mile long rail tunnel and wil...

    The municipalities of Brasschaat and Schoten, intermunicipal financing companies FINEA and IKA, and solar construction company Solar Power Systems joined Enfinity and Belgian rail operator Infrabel for the Solar Tunnel project, which is said to be the first time railway infrastructure has been used to generate green energy. The cost of the project was around US$20 million.

    The solar energy will be used in Antwerp’s North-South junction to meet the electricity needs of the signaling, lighting, heating of railway stations, and also by the trains using the Belgian rail network.

    In related news, the UK’s Network Rail recently announced that the new Blackfriars Station, that is to span the River Thames, will have half of its electricity needs met by solar panels installed on the roof.

    *Chloé Van Driessche from Enfinity’s Belgian headquarters has confirmed that the amount generated annually is 3.3 GWh, not 3.3 MWh as previously

  • Works starts on World’s largest solar bridge at Blackfriars

    20 Feb 2012
    Home  »  Energy Matters   »   Works starts on World’s largest solar bridge at Blackfriars

    Works starts on World’s largest solar bridge at Blackfriars

    Posted in Energy Matters By admin On February 20, 2012

    Work starts on world’s largest solar bridge at Blackfriars

    By

    13:16 October 5, 2011

    The new Blackfriars railway station, being built on the foundations of a Victorian bridge ...

    The new Blackfriars railway station, being built on the foundations of a Victorian bridge spanning the River Thames in London, has started to have the first of over 4,400 solar panels installed on its roof (All photos: Solarcentury/Network Rail)

    Image Gallery (4 images)

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    Blackfriars Bridge, a Victorian rail bridge in the heart of London, is now well on its way to becoming the biggest solar array in the city and the world’s largest solar bridge. When the installation is complete, the roof of the new Blackfriars railway station will be home to over 6,000 square meters (64,583 sq.ft.) of solar panels, satisfying half of the station’s power needs.

    We recently featured a two mile stretch of rail tunnel with 16,000 solar panels on the roof, providing power to signaling, lighting, and heating of railway stations, and also to some of the trains using the Belgian rail network.

    Now, Blackfriars Bridge has started to have over 4,400 high-efficiency Sanyo HIT photovoltaic panels installed on its newly-built roof by London-based Solarcentury and engineers from Jacobs. Blackfriars spans the River Thames, and was originally built during the age of steam in 1886.

    The new Blackfriars Station is currently being redeveloped as part of a Network Rail Thameslink program upgrade (with funding from the Department for Transport’s safety and environment fund), which aims to have longer trains – meaning more seats for commuters – running from Bedford to Brighton via London. The solar installation will generate a claimed 900,000kWh of electricity every year, and will be joined by other energy-saving measures such as rain harvesting systems and sun pipes for natural lighting.

    High Quality Solar Powerwww.cbdsolar.com.au

  • A Legal Duty to Maximise Greenhouse Gases MONBIOT

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    A Legal Duty to Maximise Greenhouse Gases

    Posted: 26 Jun 2014 03:38 AM PDT

    Buried in the Infrastructure Bill is an astonishing and hitherto-unnoticed contradiction.

     

    By George Monbiot. Published on the Guardian’s website, 26th June 2014

    Sometimes there’s nothing to do but sit there and laugh. That’s what happened last week while I was reading the Lords debate on the Infrastructure Bill, and stumbled across something so amazing that I had to go back over it three times to ensure I’d read it right.

    The bill, as several peers complained, is an odd one: published before half the measures it will contain have been inserted. This is how democracy works these days: our unelected legislators are asked to debate something they have not yet been allowed to see. So the bombshell I came across isn’t in it yet. But Baroness Kramer, who introduced the legislation, casually dropped it into her preamble.

    Before revealing what she said, here’s a little background.

    The government of the United Kingdom has a legal duty, under the Climate Change Act 2008, to cut greenhouse gases by at least 80% by 2050 (against the 1990 level).

    This target is threatened, among other issues, by a crashing contradiction: the UK is seeking to reduce demand for fossil fuels, while simultaneously trying to increase supply. Or, as the government puts it, seeking to “maximise economic recovery” of the UK’s oil and gas.

    Almost all states with fossil fuels are trying to do the same thing. Collectively, this makes their promises to prevent climate breakdown impossible to meet. In 2011, Carbon Tracker pointed out that if we are to run a good chance of generating no more than two degrees of global warming, we should consume a maximum of 565 gigatonnes of carbon. But the carbon in the world’s proven reserves of coal, oil and gas amounts to 2,795 gigatonnes.

    Preventing climate breakdown means leaving most fossil fuels in the ground.

    How do governments resolve this contradiction? By ignoring it. Our ministers go around the country urging people to consume less, while publishing white papers urging oil companies to produce more.

    There’s never a word of acknowledgement that the two policies are at odds. When you raise the issue, ministers won’t listen, won’t respond, won’t debate. Were they to do so, their pretence of action would collapse.

    It’s the same the world over. The only recent exception I’ve come across is in Norway, where a motion proposed by the Green Party was debated in parliament on June 5. It called on the government to stop the next licensing round for oil extraction, on the grounds that it’s incompatible with Norway’s climate change targets. Three MPs supported the motion and 95 voted against it.

    By comparison to what happened in Westminster last week, this outcome was positively enlightened.

    In her introductory remarks, Baroness Kramer explained that the government had commissioned a report on the future of the oil industry from Sir Ian Wood.

    Who is Sir Ian Wood? He’s a billionaire who made his money from the family company he inherited, the Wood Group. It provides services (engineering, construction, repairs) for the oil and gas industry.

    This is how government reviews work. You appoint the former head of the National Farmers’ Union to decide what the future course of farming policy should be, and his report concludes that there should be a bonfire of regulations. You appoint an oil billionaire to decide what the future of the oil industry should be, and his report concludes that the government should develop “a new strategy for maximising economic recovery from the UK Continental Shelf”. You appoint Count Dracula to advise on the privatisation of the bloodbank, and … you get the picture. Then you give due and weighty consideration to their disinterested opinions.

    In other words, you appoint the person who will provide the answer you want. Then you can claim that the decision you made before the review was commissioned is the outcome of rational enquiry by independent experts.

    After explaining the results of Ian Wood’s review, Baroness Kramer revealed that the government had accepted his recommendations in full. Then she dropped her bombshell. The government now plans

    “to introduce measures in the Bill to put the principle of maximising economic recovery of petroleum in the UK into statute.”

    Into statute. Maximising the production of crude oil will, if the bill is passed, become a legal requirement.

    So the government, which has a statutory duty under the Climate Change Act 2008 to minimise the UK’s greenhouse gas emissions, will have a statutory duty, under the Infrastructure Act 2015, to maximise them.

    The same person, the secretary of state for energy and climate change (currently Ed Davey), will be charged with implementing both policies. Without his head exploding.

    Don’t you just love the joined-up thinking?

    www.monbiot.com