Showing posts with label air. Show all posts
Showing posts with label air. Show all posts

Justice Scalia's Death Bodes Well for the Clean Power Plan

The EPA's Clean Power Plan (CPP), the centerpiece of the Obama administration's climate efforts was stayed by the US Supreme Court on February 9, however the death of Conservative justice Antonin Scalia just a few days later breathes new life into the plan.

In total 27 states, the coal industry, and the Republican party want to stop the EPA's efforts to reign in emissions from US power plants. Their efforts to undermine the plan are at odds with American opinions. Polls show that the majority of Americans support the CPP even in states that oppose it.

The unprecedented Supreme Court ruling ignored the merits of the plan which includes health, cost and climate benefits. The implementation of the plan are now on hold until the D.C. Circuit Court reviews the legality of the case. The same court denied a request for a stay of the CPP. For the CPP to be killed by the courts the challengers will have to prove irreparable-harm and such claims are almost impossible to prove.

The EPA and President Obama remains confident that we will see the plan proceed after the hearing scheduled for June. As Obama explained:
"I've heard people say, 'The Supreme Court struck down the clean power plant rule.’ That's not true, so don’t despair people. This is a legal decision that says, 'Hold on until we review the legality.' We are very firm in terms of the legal footing here."
EPA Administrator Gina McCarthy made a statement in which she said that the ruling “is not going to slow us down.”

However, even the most optimistic environmentalists are disappointed by the Supreme Court's actions. At the very least it provides a legal basis for states to refuse to move forward on the implementation of the plan. At its worst it is a major blow to the COP21 climate agreement reached in December of last year in Paris.

As everyone knows global emissions reductions are contingent on US leadership. President Obama was instrumental in getting countries like China, India and Brazil to sign-on to the Paris deal. The failure of the US to substantially reduce its emissions represents a major impediment to global climate action. It significantly increases the likelihood that the world will not ramp up emissions reductions to keep temperatures from rising beyond the 1.5 to 2 degree Celsius upper threshold limit.

The CPP would reduce emissions from US power plants by one third by 2030. If it is not implemented the US will not be able to meet its pledge to cut its carbon emissions 26 to 28 percent below 2005 levels by 2025. The legal case against the CPP is premised on the fifth and tenth amendments to the US Constitution (confiscation of private property and states' rights). The rebuttal to these claims is that coal will continue to be part of the power mix and the US Supreme Court's ruling that the EPA has the right to regulate carbon dioxide emissions. Regulators already have the authority to monitor toxic releases as they cross state boundaries.

Even without the CPP there is still hope for emissions reduction from the US energy sector as renewables and gas are replacing coal for economic reasons. Other sectors are also decreasing emissions. The next president could rewrite the CPP, reform fossil fuel leasing programs, and regulate methane. However the stay on the CPP makes an already difficult battle that much more arduous.

The Supreme Court's stay of the CPP speaks to the power of the ideological conservative judicial activists on the Supreme Court. The 5-4 decision had conservative and moderate justices ruling that a “stay” was appropriate while the more liberal judges dissented from the majority decision.

The stay indicated that a majority of the justices foresee a reasonably high likelihood that they would ultimately strike down Obama’s plan. Now that Scalia is gone, getting a majority of justices to strike down the CPP is very unlikely. The D.C. Circuit panel composed of a majority of Democratic appointees will almost certainly uphold the regulations in June.

Although Republican legislators can be counted on to continue their politically motivated campaign of obstructionism, even if they refuse to support a replacement to Scalia it is very unlikely the Supreme Court justices who oppose the CPP will get the support they need to kill the plan.

The Conservative majority in the Supreme Court has died along with Justice Scalia. This turn of events is critical because climate change cannot be stayed by the courts. As the EPA explained in a statement:
"We’re disappointed the rule has been stayed, but you can’t stay climate change and you can’t stay climate action."

air, clean, emissions, reduction, climate action, United States, U.S., Obama Administration, Environmental Protection Agency, EPA, pollution,

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Seminar - Reducing Carbon Emissions in the Water Sector

This event will take place on June, 11th, 2014 in London, United Kingdom. The seminar is titled Reducing Carbon Emissions in the Water Sector it will address both incentives and innovation.

This facilitated interactive seminar will review key challenges and consider their viability, leading to the production of a summary of conclusions and recommendations.

For more information or to register click here.

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Event - International Conference and Exhibition on Emissions Monitoring

CEM 2014 The 11th International Conference and exhibition on Emissions monitoring will take place in Istanbul, Turkey from the 14th – 16th May 2014.

Since its inaugural meeting in 1997 the CEM conferences have been held in the United Kingdom, The Netherlands, Denmark, France, Switzerland, Italy, The Czech Republic and now it comes to the historic city of Istanbul where East meets West.

The CEM event brings together the International emissions monitoring community to network, trade ideas and discuss technology, methods, applications, legislation and standardisation relevant to all atmospheric pollutants which include particulates, SO2, NOx VOC, trace elements and greenhouse gases.

The Turkish economy has experienced annual economic growth rates of nearly 10% for the last couple of years and this has increased the wealth of the country, and its people. The growth has been driven by Western Europe outsourcing manufacturing to Turkey instead of China and the main drivers have been lead times and quality of products.

Turkey prides itself on being everyone’s friend and as well as a great market in itself, Turkey also makes a great location to launch into the Middle East Region.

Located at the Eurasian crossroads between Eastern Europe, the Mediterranean, Black Sea and Caspian Sea regions, Turkey has had geographical, political and economic ties with Europe for many centuries.

With its network of developed infrastructure and a globally competitive workforce, Turkey has become a geo-strategic base for international business. A rapidly growing emerging market of 73 million people makes the country today one of the key trading partners of the European Union.

Current economic policy in Turkey envisages on increasing the role of the private sector in the economy and Turkey also has intense economic relations with the neighbouring countries in the Middle East, North Africa and Eurasia.

Conference topics are :

1.International, European and Industrial Regulation
2.International and European Standards
3.Innovation in equipment and systems relating to emission monitoring
4.Quality assurance and control
5.Industrial cases studies relating to emission monitoring and control technology

For more information or to register click here.

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Workshop - Greenhouse Gas Measurements from Space (IWGGMS-10)

The 10th International Workshop on Greenhouse Gas Measurements from Space (IWGGMS-10) will take place on May 5 - 7, 2014, in the Netherlands.

This workshop will mark the 10th anniversary of the annually organized International Workshop on Greenhouse Gas Measurements from Space (IWGGMS). Since the first workshop, this event has been steadily growing and now attracts around 150 participants.

The goal of this workshop is to assess the latest science and technologies of greenhouse gas (GHG) measurements from space. The workshop will address new scientific findings obtained from current and past satellite missions (ENVISAT SCIAMACHY, Aqua AIRS, MeteoSat IASI, GOSAT TANSO-FTS, and Aura TES), as well as the concepts of future satellite missions that are near launch or in preparation (OCO-2, Sentinel-5 precursor, TanSat, OCO-3, MERLIN, GOSAT-2, MicroCarb, Sentinel-5, CarbonSat, ASCENDS, etc.).

The following GHG research topics will be covered in the workshop: satellite missions, retrieval algorithms, data analysis, inverse modelling, ground-based & airborne measurements for validation, mission concepts, and instrument calibration.

For more information or to register click here.

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China Using Drones to Combat Air Pollution

Chemical dispersing drones are being used by the Chinese government to combat the serious smog problem in Beijing. The pollution in Beijing is caused primarily by the cities five million motor vehicles, nearby coal burning, dust storms and local construction dust.

Previously, fixed wing aircraft sprayed chemicals that freeze floating particles, allowing them to fall to ground. Now these chemicals will be sprayed by an unmanned parafoil drone designed by the state owned Aviation Industry Corporation of China. The new design uses the same chemicals but can carry three time more weight (700kg) than fixed wing designs making it 90 percent less expensive to operate.

Premier Li Keqiang said in his speech at the National People's Congress in Beijing yesterday the government would "declare war" on pollution. It would focus, in part, on reducing PM2.5, the fine particles of pollutants thought to be most harmful to people's health.

The manufacturer has already carried out about 100 hours of test flights, Ta Kung Pao reported.

The company said the technology also has applications in emergency rescue, disaster relief, aerial photography, surveying and seed-sowing.

Tests will be conducted later in March led by the China Meteorological Administration.

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Beijing Passes New Air Pollution Law

China is plagued by dangerous air pollution, and the city of Beijing has taken the first step to address the issue. Beijing, one of the most polluted cities in the world, has introduced China’s first legally binding regulations. The new rules are designed to reduce PM2.5 levels were overwhelmingly approved by Beijing’s municipal congress by a vote of 659 to 23.

Particulate Matter, 2.5 micrometers or less are abbreviated as PM2.5. They are defined as fine particles in the (ambient) air that are 2.5 micrometres or less in size. They are small enough to invade even the smallest airways and they are known to produce respiratory and cardiovascular illness. They generally come from activities that burn fossil fuels, such as traffic, smelting, and metal processing.

China's national standard is 35-micrograms of PM2.5 per cubic meter, while Beijing has levels that are more than twice that level (89.5 micrograms). Beijing Mayor Wang Anshun has said that air pollution is the biggest problem concerning people’s livelihoods in the capital.

The new air pollution law was passed at the annual session of the municipal legislative body early in February, and will come into effect in March. It contains harsher penalties for polluters, including cumulative daily fines.

The city of Beijing is spending a trillion yuan to improve air and water quality in the city. Previous regulations are geared towards emissions reductions.

© 2014, Richard Matthews. All rights reserved.

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China's New Year: Smog and Drought Underscore the Contradiction of Pollution and Mitigation

As China celebrates its new year festival, many of the country's major cities appear deserted as millions of workers returned to their childhood homes in rural parts of the nation. On the upside the mass exodus has improved air quality in some of China's biggest cities. However, as the New Year was being celebrated another round of heavy smog hit a large region of the country.

In China, the Lunar New Year ushers in the year of the Horse which is one of 12 animals that make up the Chinese zodiac. According to Chinese astrology the year will be marked by conflict. One of the ongoing issues that is contributing to social tensions in the country is the problem of smog.

On Jan. 30, Chinese New Year’s Eve, China’s National Meteorological Center published yellow alerts for heavy smog in 11 provinces in central, eastern, and southern China. Visibility was less than 50 meters in some places. Smog is not only destructive to human health it also closes highways and cancels flights.

Firecrackers are a central part of New Year's tradition in China, but this year as with last people are being asked to avoid them to alleviate the air pollution they cause. Nonetheless, at midnight on January 30th, firecrackers were heard all across China.

Air pollution is not the only problem faced by China, they are also undergoing a serious drought. A dramatic illustration of just how bad the drought is can be found in a dessicated lake bed that was once China's largest freshwater lake. Once 3,500 sq km, Poyang lake in rural Jiangxi province has completely dried up due to drought.

The world largest dam, the Three Gorges reservoir water storage facility is located upstream from the lake and has contributed to the problem. This has resulted in a cascade of ecological impacts including water shortages and the decimation of the local fishing industry. It has also deprived a half a million migrating birds of food.

China is a fascination contradiction they are at one and the same time, pumping massive quantities of greenhouse gases (GHGs) into the atmosphere while leading the globe in renewable energy infrastructure like wind and solar.

China is the undisputed leader in GHG emissions and a leading consumer of coal, the dirtiest of all energy sources. They have started seven carbon trading markets in a number of cities, and they have repeatedly pledged to invest massively in efforts to clean the air. They have even enacted federal laws that put big polluters to dealth.

China’s air pollution is undeniably a big problem, both for residents struggling with airborne toxins and for the international community struggling to curb climate change. However China's air woes also represent an economic opportunity for cleantech companies.

As reported by Environmental Leader The US Department of Commerce forecasts China’s clean-tech market will triple to $555 billion by 2020.

According to report titled Stranded Down Under, by the Smith School of Enterprise and the Environment (SSEE) at Oxford, concerns about air pollution and climate change are decreasing coal demand from China. The country is replacing coal with renewables.

According to the latest International Energy Agency’s (IEA) latest annual World Energy Outlook 2013 report Renewables will account for nearly half of the increase in global power generation to 2035—with China generating more than the US, Japan and the EU combines.

Overall China has one of the most ambitious carbon cutting programs in the world. The nation plans to cut carbon emissions by up to 45 percent per unit of GDP by 2020.

© 2014, Richard Matthews. All rights reserved.

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Best and Worst Nations at Combating Climate Change (2014)

A new index ranks nations from best to worst on their efforts to combat climate change. The top ten on this list are comprised exclusively of European countries. It is interesting to note that some of the nations near the bottom of this list (Australia, Canada, Japan and China) are also responsible for derailing progress at the most recent COP 19 climate negotiations in Warsaw.

The list of 58 countries is called the Climate Change Performance Index [PDF], it is produced by Germanwatch and Climate Action Network Europe. The rankings are based on countries greenhouse gas (GHG) emissions, emissions-reduction efforts, energy efficiency, renewable energy portfolios, and policies aimed at slowing climate change.

Here are the top ten:


1. Denmark
2. United Kingdom
3. Portugal
4. Sweden
5. Switzerland
6. Malta
7. France
8. Hungary
9 Ireland
10. Iceland

Here are the worst ten:

49. Korea
50. Turkey
51. Estonia
52. Russia
53. China
54. Australia
55. Canada
56. Iran 
57. Kazakhstan
58. Saudi Arabia

The United States was near the bottom of the list ranked at number 40 although as noted in the report the US did reduce GHG emissions by 8 percent over the last five years due to the Obama administrations progressive stance on transportation and coal.

© 2013, Richard Matthews. All rights reserved.

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Infographic: Countries Industries and Corporations Cumulative GHG Contributions

New research provides a cumulative summary of the nations and industries that are responsible for climate change causing greenhouse gases (GHGs). Richard Heede is a scientist who has studied historic cumulative carbon emissions from 90 carbon producers. His research has been published in a paper called "Tracing anthropogenic carbon dioxide and methane emissions to fossil fuel and cement producers, 1854-2010." This peer reviewed study has been published in the journal Climatic Change.

No one should be surprised to find that the industries generating the most GHGs and therefore most responsible for climate change are oil, natural gas, coal, and cement.  According to the data, 90 carbon major entities (CMEs) are responsible for an estimated 914 billion tonnes of carbon dioxide equivalent (GtCO2e) of cumulative world emissions of industrial CO2 and methane between 1854 and 2010. That is equivalent to 63 percent of estimated global industrial emissions of CO2 and methane. Fossil fuel producers are by far the largest contributors with 83 organizations represented in the oil, natural gas, and coal sectors plus seven cement manufacturers.

This research provides a summary of the cumulative carbon pollution each nation has contributed to date. Here is the geographic breakdown of the locations of the 50 largest GHG contributing investor owned companies:
  1. United States 21
  2. Europe 17 (five in the UK, three in Germany, two in France, Italy and Switzerland respectively and one the Netherlands, Spain, Austria respectively)
  3. Canada 6
  4. Russia 2
  5. Australia, Japan, Mexico, South Africa all have 1
These investor owned companies are responsible for 315 Cumulative gigatons of CO2 equivalent and 34.5 Percent of the total. It is interesting to note that the vast majority of these fifteen countries are from the G8 while the remaining few are in the G20.

To view the research click here.

© 2013, Richard Matthews. All rights reserved.


© 2013, Richard Matthews. All rights reserved.

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Global Levels of Greenhouse Gases Reach Record Levels

According to the United Nations weather agency, global levels of carbon, methane and nitrous oxide are higher than they have ever been and they continue to accelerate. Atmospheric carbon (CO2) is the leading heat trapping greenhouse gas (GHG) and the primary cause of climate change. There is more atmospheric carbon on earth today than there has been for almost a million years. The last time the planet experienced carbon levels of this magnitude sea levels were much higher than they are today.

The UN World Meteorological Organization’s (WMO) annual Greenhouse Gas Bulletin shows that between 1990 and 2012 there was a 32 percent increase in radiative forcing due to carbon and other GHGs. Carbon is generated primarily by the fossil fuel emissions of cars and smokestacks and it accounted for 80 percent of this increase. About half of the carbon we produce remains in the atmosphere for up to 100 years, the rest is absorbed by the oceans and the biosphere. When carbon is absorbed by the oceans it causes acidification which is highly destructive to coral and other marine ecosystems.

Rising levels of GHGs are attributable to human activity. Prior to the dawn of the industrial revolution atmospheric carbon levels were 278 parts per million (ppm). In 2011 global carbon levels were 391.9 ppm in 2012 they rose to 393.1 ppm. The upper safe limit of atmospheric carbon is about 350 ppm. In some places like the Arctic measures of carbon levels have already exceeded the 400 ppm.

Since the start of the industrial era in 1750, the global average concentration of CO2 in the atmosphere has increased by 141 percent, methane by 260 percent and nitrous oxide by 120 percent.

The total radiative forcing by all long-lived greenhouse gases in 2012 corresponds to CO2e concentrations of 475.6 parts per million, compared to 473.0 parts per million in 2011.

Rising levels of GHGs are trapping heat in the atmosphere and causing the earth to warm. If we continue with business as usual global average temperatures may be 4.6 degrees higher than pre-industrial levels by the end of the century. The result will be catastrophic and will include rising sea levels, melting permafrost, vanishing polar ice, disappearing glaciers and extreme weather.

Even if we stopped pumping GHGs into the atmosphere today, climate change will persist for centuries.

“Limiting climate change will require large and sustained reductions of greenhouse gas emissions. We need to act now, otherwise we will jeopardize the future of our children, grandchildren and many future generations,” said WMO Secretary-General Michel Jarraud. “Time is not on our side,” he added.

© 2013, Richard Matthews. All rights reserved.

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Chinese Smog Crisis is Driving the Transition to a Greener Economy

Air quality and other environmental concerns are forcing China to transition to a greener more sustainable  economy. With visibility in Harbin, China being reduced to 10 meters, the city was shut down by a thick blanket of smog that descended on Monday, October 21. Levels of smog in the city are five to ten times worse than America's most smog ridden city, (the Southern California city of Bakersfield). While officials are blaming the dense smog in Harbin on heating, the real issue is the country's reliance on coal.

Smog is caused by particle pollution (soot) composed of tiny bits of solids and liquids that can lodge deep in your lungs and raise the risk of heart disease, stroke, and asthma attacks. The Word Health Organization (WHO) recently reported that air pollution leads to cancer. A July report indicated that increasing air pollution in China is cutting short the life spans of people living in the north. According to the study published in the U.S. journal 'Proceedings of the National Academy of Sciences' the average person who was alive in the 1990s and living in Northern China will live an average of five-and-a-half years less than his counterpart in southern China.

An index measuring PM2.5, or particulate matter with a diameter of 2.5 micrometers (PM2.5), reached a reading of 1,000 in some parts of Harbin, in Bakerfield that number hovers around 100. A level above 300 is considered hazardous, while the WHO recommends a daily level of no more than 20.

Harbin is the capital and largest city of Heilongjiang province in China's northeast region, as well as the tenth most populous city in the nation with a population of 11 million people. Harbin is not the only city in China to be severely impacted by smog, other cities in the northeast including Tangshan and Changchun, have their own serious air quality problems. Last winter Beijing suffered its own smog emergency when the PM2.5 surpassed 900.

While China is already a world leader in renewable energy production, these efforts do not appear to have made much progress in smog reduction. Chinese citizens are increasingly alarmed about the situation prompting the government to set ambitious targets for emissions reductions in key industries by 30 percent by the end of 2017. As the world's biggest auto market, Chinese cities have also announced policies that restrict new vehicle purchases.

More recently, the government has launched an 800 million dollar fund for cities designed to encourage cleaner air initiatives. Another way that China may be able to reduce pollution is through eliminating the nations overcapacity in energy generation.

While there is much that the government can do to minimize emissions from industry, they will also have to tackle the issue of home heating. Policies like handing out free coal for heating are incompatible with efforts to address the smog problem. 

The government cannot afford to dither, Chinese are increasingly speaking out and protesting against poor air quality and other environmental issues. This costs the country in terms of productivity and in terms of slowing the flow of expats returning home from abroad and contributing to the economy.

Concerns about air pollution are driving the transition to more efficient and less polluting energy sources. This will not only calm social tensions caused by an increasingly outraged Chinese public, it will add to longer lifespans which will yield economic dividends.

Do to higher cost of compliance and potentially lower production, a more focused sustainable growth strategy may have short-term economic impacts. But longer term, these measures will generate sustainable growth.

To definitively combat the problem, China will either have to sacrifice growth or invest in cleaner air initiatives associated with a greener economy.

© 2013, Richard Matthews. All rights reserved.

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China's Economic Growth and Low Carbon Leadership

China's economy is growing along with the nation's efforts to combat climate change. The nation is an increasingly competitive leader in low carbon thanks to its renewable energy initiatives, sustainability efforts, and reductions in CO2 and HCFCs.

The latest economic reports out of China indicate that the country has increased its rate of growth. The Chinese economy grew by 7.8% in the third quarter of 2013 compared to a year earlier, the highest growth rate so far this year. Foreign investment in China rose to $8.8 billion (US), marking a 4.9% increase over last year. Manufacturing output recorded double-digit growth for the second month in a row, expanding by 10.2% in September. Credit Suisse expects the Chinese economy to grow by 7.6% in 2013 and 7.7% in 2014.

China has pledged to cut carbon emissions per unit of economic output by as much as 45 percent before 2020 from 2005 levels. China is working on reducing its CO2 emissions by an estimated 8 billion tonnes. To help meet these goals China may invest another 2.3 trillion yuan in key energy-saving and emission-reducing projects and the environment ministry is also considering stricter controls on vehicle and industry pollution. The Multilateral Fund of the Montreal Protocol will provide China $385 million over the next 17 years to completely eliminate its industrial production of HCFCs by 2030.

China is also exploring a national emissions cap and trade system which started with seven Chinese cities and provinces in 2012. The country plans to expand its carbon trading pilot program starting in 2015.

According to the Climate Institute/GE Low-Carbon Competitiveness Index earlier this year, China is one of the top three G20 economies that are best prepared to compete in a low-carbon economy. Due in large part to its clean energy investments, China went from seventh to third place. Going forward China is expected to prosper in a low-carbon and clean energy future.

A report released in March, 2013 by The Conference Board found Chinese companies are slowly adopting sustainability reporting practices. One-third of companies surveyed in China now share their sustainability initiatives with the outside world.

China leads the world in installed renewable energy capacity (both including and excluding hydro). Since 2006 we have seen 10-15 GW of annual additional renewable energy. Renewables now provide more than a quarter of China’s electricity generating capacity. By 2050, clean energy is expected to provide half of the nation's energy consumption.

China is massively deploying renewable electricity generation including hydropower, wind, biomass and solar. China’s spending to develop renewable energy may reach 1.8 trillion yuan ($294 billion) between 2010 and 2015.

China has put forth policies that support renewables with ambitious targets.China's Medium to Long-Term Renewable Energy Plan launched in 2007 has shaped sectoral policies and helped to grow renewables. In 2012 the National Energy Administration released draft renewable portfolio standards which would replace the mandatory share program target, it proposes targets averaging 6.5% from non-hydro renewables by 2015.

Investment in renewable energy has risen steadily in China over the last decade, with the wind and solar sectors hitting a record $68 billion in 2012. China has the world’s largest wind power installation capacity and annual wind energy additions are steadily in excess of 10 gigawatts (10 GW) over the last four years. Wind energy is the cheapest among the nations renewable energy options and domestic wind turbines technologies appear to be catching up with foreign companies. The government aims to have 100 gigawatts of wind-power installed capacity by 2015.

Solar and biomass-fired electricity are expected to grow ten-fold over the period 2010-2020. The government aims to have more than 35 gigawatts of solar power by 2015.

Even China’s Petrochemical Corp., (Sinopec Group), said it will invest 22.9 billion yuan on an environmental protection plan.

China and Russia plan to expand cooperation on energy projects, including renewable energy and energy efficiency.

However, China also hopes to work with Russia on natural gas, coal and oil. In September, China imported more oil than any other country in the world with net imports of about 6.47 million barrels a day of crude and products. A September Wood Mackenzie report titled "Russia's pivot east: the growth in energy trade with China," estimated Russia's energy trade with China could quadruple by 2025, to more than 100 million tons of oil equivalent. The report cited Beijing's $25 billion investment towards the construction of the second stage of the Eastern Siberia Pacific Ocean pipeline in return for guaranteed crude supplies. The report suggests that Russia could become China's most important single energy supplier for some decades to come.

Despite all of its prodigious efforts, China, is still the world’s biggest carbon emitter and as evidenced by its increasingly close energy ties with Russia, the nation is destined to remain a massive importer of fossil fuels for the foreseeable future.

© 2013, Richard Matthews. All rights reserved.

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11th Session of the UNCCD Conference of Parties to Combat Desertification

During the next two weeks participants expect to take Rio + 20 outcomes further that include defining scientific mechanisms to measure monitoring. The eleventh session of the Conference of the Parties (COP11) to the United Nations Convention to Combat Desertification (UNCCD) opened this afternoon in Windhoek, Namibia.

During the two-week session, the 195 parties will define the action needed to improve land management at all levels. They will also review the progress made in the last two years to combat desertification and drought, and to mitigate the effects of drought.

Opening the Conference, COP11 President and Minister of Environment and Tourism, Uahekwa Herunga, welcomed delegates to the “the land of the Brave, especially at a time when Namibia is experiencing its worst drought in over 30 years.”

Noting that combating desertification presents some operational challenges, Herunga said he expects COP11 build on the moment generated from the last COP and to take the Rio+20 [known as the United Nations Conference on Sustainable Development] outcomes further.

Overall, he stressed the importance of the outcomes on the targets for a land degradation neutral world, the review of the UNCCD 10-Year strategy, and that stakeholders strengthen their endeavors to reduce the levels of global land degradation.

“We would like to see issues of desertification, land degradation and drought mitigation pushed high on the global agenda and post 2015 millennium development goals framework. We would also like to encourage the greater involvement of and support from the private sector on issues of desertification, land degradation, and drought,” Herunga said.

Luc Gnacadja, Executive Secretary of the UNCCD, stated that at the mid-point of the implementation period of the Convention’s 10-Year Strategy, the UNCCD was becoming a more authoritative institution, and it is time to fully settle it in that dimension.

“The time is ripe to capitalize on our achievements and lessons learnt and adopt a higher level of ambition for ourselves and for this process,” he said.

“We need to move beyond a political agreement and bring land degradation to the forefront of national policy. This will help all parties to effectively deliver on critical policy issues at the nexus of food-energy and water security, as well as eradication of poverty,” he added.

He underlined the importance of the COP with regard to turning the agreement on striving for a land-degradation neutral world reached at Rio+20 into practical action for the future, strengthening the scientific basis of the Convention, and a target setting approach.

Gnacadja thanked outgoing COP10 President, Dr. Don Koo Lee of the Republic of Korea, which he said will be remembered and admired by stakeholders because of the Changwon Initiative, an innovative way to support the implementation of the Convention.

During the first week, participants will build upon the results of the second UNCCD scientific conference and review the progress after the completion of the first half of the 10-Year Strategy of the UNCCD (2008-2018). They will also work on the way forward for the next five years.

In addition, COP11 sessions will follow up on the outcomes of the Rio+20 United Nations Conference on Sustainable Development held in Brazil in 2012. World leaders agreed on the concept of a land degradation neutral world and on the development of a set of Sustainable Development Goals (SDGs) that build on the Millennium Development Goals (MDGs) and meet with the post-2015 development agenda.

In the second week, a high-level segment for Ministers and other senior representatives will take place on 23-24 September through a series of round table meetings on critical policy questions.

Other items on the agenda of the COP11 include: the mid-term evaluation of the 10-Year Strategy; improving mechanisms to facilitate regional coordination of the implementation of the Convention; programme and budget; progress in the implementation of the comprehensive communication Strategy; provisions for an interdisciplinary scientific advice and private sector representatives in meetings and processes of the UNCCD; and maintenance of the roster of experts.

The conference is being held in Namibia, Southern Africa, for the first time. COP11 ends Friday, 27 September.

Desertification, along with climate change and the loss of biodiversity, were identified as the greatest challenges to sustainable development during the 1992 Rio Earth Summit. Established in 1994, UNCCD is the sole legally binding international agreement linking environment and development to sustainable land management.

For more information click here.

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Canadian Implications of Obama's National Climate Strategy

On June 25, 2013, US President Barack Obama delivered a speech that will reverbate around the world and directly impact their neighbors to the north. Several years ago Canadian Prime Minister Stephen Harper pledged to match US climate change targets and align the two nations’ climate policy. Now that President Obama has launched an ambitious strategy to combat climate change, Harper will be hard pressed to make good on his promise.

Obama has made it clear that under his leadership the US will substantially reduce their greenhouse gas (GHG) emissions. Much of American emissions (40%) come from coal plants which is why these facilities are the primary focus of the President's plan. In Canada coal generated emissions are only 10 per cent of the nation's emissions. However, the President's climate strategy will directly impact Canada's GHG intensive fossil fuel industry and tarsands oil in particular.

Fossil fuels are the largest source of emissions in Canada. Oil and natural gas (including extraction, pipelining and refining) account for 25 percent of country's GHGs and environment Canada anticipates that number will increase to 28 percent by 2020.

Obama's new national climate change mitigation strategy will put pressure on Canada to reduce their emissions. The President's new climate strategy conflicts with the aspiration of Canada's ruling Conservatives who are seeking to expand the nation's role as a dirty energy super-power.  Harper's federal Conservatives have worked tenaciously to support the expansion of Canada's oil and gas and the tar sands in particular. While it has helped to buoy the Canadian economy, the Harper government must now reckon with the fact they have tied Canada's future to a dirty, dangerous and destructive industry.

The American government is changing the way it does business and this will have implications for nations like Canada who have failed to assume responsibility for the emissions they produce.

The President made it clear that he will not tolerate inaction. "I don't have much patience for anyone who denies that this challenge is real. We don't have time for a meeting of the Flat Earth Society. Sticking your head in the sand might make you feel safer, but it's not going to protect you from the coming storm. And ultimately, we will be judged as a people, and as a society, and as a country on where we go from here."

As the President enacts regulations and policies to reduce US GHG emissions, Canada's federal government will be pressured to curtail their expansion of dirty energy.

© 2013, Richard Matthews. All rights reserved.

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The Fate of the Keystone XL Pipeline in the Wake of President Obama's Georgetown University Speech

During his Georgetown Univeristy speech on June 25th, President Obama indicated that the Keystone XL pipeline, (which would ferry tarsands oil from Alberta to Texas) should not proceed if it will generate greenhouse gases (GHGs) and contribute to climate change.  "The net effects of the pipeline's impact on our climate will be absolutely critical to determining whether this project is allowed to go forward," the President said. Obama has instructed the State Department to approve the pipeline only if the project won't increase the net emissions of GHGs.This is the first time that the President has linked the pipeline to emissions.

"Allowing the Keystone pipeline to be built requires a finding that doing so would be in our nation's interests," Obama said. "Our national interest would be served only if this project does not significantly exacerbate the problem of carbon pollution."

Newly retired James Hansen, formerly America's leading climate scientist has said that if the pipeline goes forward, the resulting emission mean "game over" for efforts to combat climate change. Hansen's position was refuted by a State Department report which exonerated the pipeline's climate impacts. However the EPA vociferously disagrees with the State Department's assessment.

It is widely understood that tarsands oil emits more GHGs than the production of conventional crude oil. A 2009 study by the consulting firm IHS CERA estimated that production from Canada's oil sands emits "about 5 percent to 15 percent more carbon dioxide, over the "well-to-wheels" (WTW) lifetime analysis of the fuel, than average crude oil." Author and investigative journalist David Strahan stated that IEA figures show that carbon dioxide emissions from the oil sands are 20 percent higher than average emissions from the petroleum production.

A Stanford University study commissioned by the EU in 2011 found that oil sands crude was as much as 22 percent more carbon intensive than other fuels.

Greenpeace says the oil sands industry has been identified as the largest contributor to greenhouse gas emissions growth in Canada, as it accounts for 40 million tons of CO2 emissions per year.

According to the Pembina Institute, average GHG emissions for oilsands extraction and upgrading are estimated to be 3.2 to 4.5 times as intensive per barrel as compared to conventional oil produced in Canada or the US.
  • The greenhouse gas emissions from individual projects vary considerably because of differences in technologies, practices and oilsands quality from project to project. On average, producing one barrel of synthetic crude oil from oilsands results in 111 kilograms of CO2 equivalent emissions.
  • Production of synthetic crude oil from oilsands mining operations result in 62 to 164 kilograms of CO2 equivalent emissions per barrel.
  • Production of synthetic crude oil from oilsands in situ operations result in 99 to 176 kilograms of CO2 equivalent emissions per barrel.
  • Average emissions per barrel for conventional crude oil production are 35.2 kilograms of CO2 equivalent in Canada and 24.5 kilograms of CO2 equivalent in the U.S.
Even on a full life cycle (well-to-wheels) basis, oilsands GHG emissions intensities are between 8 percent and 37 percent higher than conventional crude, due to the greater amount of oilsands production emissions.
  • Well-to-wheels includes emissions from production, upgrading, refining, transportation, and use (combustion) in a vehicle. The greenhouse gas emissions resulting from refining, transport, and combustion of oilsands crude is essentially the same as conventional crude. Combustion accounts for most of the emissions, regardless of the source.
  • A comparison of oilsands emissions intensities (well-to-wheels) from seven data sources to the 2005 U.S. baseline (the average of all fuels consumed in the U.S. that year, calculated by the EPA) showed that oilsands emissions range from 8 percent to 37 percent higher than the baseline due to the greater production emission intensities of fuels derived from oilsands.
  • According to a peer-reviewed study completed for the European fuel-quality directive, the average oilsands GHG emission intensity is approximately 23 percent greater than the average conventional crude used in Europe on a life cycle basis.
About 7 percent of Canada's total GHG emissions came from oilsands plants and upgraders in 2010.
  • Oilsands plants and upgraders produced 48 million tonnes of greenhouse gases in 2010, an increase of 31 million tonnes over 2000 levels.
Oilsands are the fastest growing source of GHG emissions in Canada. 
  • Greenhouse gas emissions from oilsands have almost tripled (increased 2.9 times) in the past two decades. Planned growth under current provincial and federal policies indicates greenhouse gas emissions from oilsands will continue to rise resulting in more than a doubling of emissions between 2010 and 2020, 48 million tonnes in 2010 to 104 million tonnes of greenhouse gases in 2020.
  • Overall, Canada’s annual GHG emissions are projected to increase by 20 Mt between 2005 and 2020, under currently announced federal and provincial policies. Emissions from the oilsands (including emissions from upgrading) are projected to grow by 73 Mt over the same period. Because the ups and downs in emissions in other sectors largely cancel each other out, essentially the entire projected increase in Canada’s emissions between 2005 and 2020 will come from the oilsands.
If Alberta were a country, its per capita GHG emissions would be higher than any other country in the world.

While President Obama made it clear that the Keystone XL will not be approved if it generates emissions that contribute to climate change, supporters of the pipeline are nonetheless taking this as a promising signal. Oil and gas companies, the Canadian government and Republican members of Congress are interpreting the President's remarks as support for the pipeline.

To illustrate the point, a top aide to House Speaker John Boehner said the President's comments indicated that the pipeline should be approved. "The standard the president set today should lead to speedy approval of the Keystone pipeline," Boehner spokesman Brendan Buck said.

It is very hard to envision a positive outcome for the Keystone XL. If the pipeline goes forward it will result in 800,000 barrels a day of new production capacity. It should be clear that this would significantly increase GHG emissions. In the President's own words if the pipeline generates GHGs it is not in the national interest and should not go forward.

Author and 350.org founder Bill McKibben also made it clear that the President must reject the controversial tar sands pipeline. In a statement on Monday McKibben said, "The president is a logical man, and taking two steps forward only to take two back would make no sense."

With over 170 billion barrels of tarsands oil in Canada they have been called a carbon bomb. We simply cannot afford to extract and burn Canada's tarsands if we are to have a hope of curbing climate change. Supporters of the pipeline are unlikely to concede the point, but that does not make them right, it only highlights their intransigence and puts them on the wrong side of history.

© 2013, Richard Matthews. All rights reserved.

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CO2 Will Adversely Impact Rainfall Around the World

Climate change causing greenhouse gases, particularly carbon dioxide (CO2), will cause less rain in areas that need it most and more rain in areas that need it least. According to recent NASA findings areas that get a lot of rain will get more, those areas that get moderate rainfall will get less, and those areas that get little rainfall may get none at all.

NASA's research is the product of an analysis of the computer simulations from 14 climate models. They span 140 years and they show that warming from carbon dioxide will change the frequency that regions around the planet receive rain.

Some parts of the world will see significant increases in rainfall. These areas include tropical zones around the equator, particularly in the Pacific Ocean and Asian monsoon regions.

While some parts of the world will suffer from too much rain, other parts of the world will suffer from extreme drought. By 2050 NASA's research indicates that there will be no rain in much of the Southwest and California. The Amazon are also expected to suffer from "megadroughts."

As explained in a NASA news release:

"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."

Some of the most devastating impacts of reduced rainfall will be felt in areas that get moderate rainfall because this is where most people live. Water is essential for life and rainfall is also a critical element of food production. These new precipitation patterns will lead to increased water scarcity and food shortages. It is likely that this will cause major climate change related migrations.

NASA's latest research findings are not spurious, they are corroborated a slew of other studies which have come to the same conclusions.

© 2013, Richard Matthews. All rights reserved.

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