Friday, November 30, 2012

ENVIRO-20



• Sustainability of public finances and economic resilience

• Sustainable consumption and production
• Conservation and management of natural resources
• Climate change and clean energy
• Sustainable agriculture
• Sustainable transport
• Social inclusion, sustainable communities and spatial planning
• Public health
• Education, communication and behaviour change
• Innovation, research and development
• Skills and training
• Global poverty and sustainable development

Priorities
While a wide range of initiatives fall within the scope of sustainable development, this Framework will ensure that we improve synergies across this very broad agenda, and identify and tackle policy conflicts and trade-offs as part of a coherent, joined-up approach to policy making on sustainable development.

The priorities for action cut across many key challenges and include:
• An effective framework for transition to an innovative, low carbon and resource efficient society.
• Identifying and adopting policies that can help achieve a shift towards a green economy, while maintaining fiscal stability and ensuring and ensuring sustainable public finances into the future.
• Protecting and restoring our biodiversity and ecosystems so that benefits essential for all sectors of society will be delivered.
• Securing health and social well being to enable full participation in society and economic development.
• Effective governance arrangements to ensure delivery of sustainable development
• A partnership approach to implementation of the strategy.
• Developing a set of indicators to measure and report on progress.



Wednesday, November 28, 2012

CLEAN DEVELOPMENT MECHANISM


Bonn (Germany), 15 November 2012 - The Kyoto Protocol’s clean development mechanism (CDM), the international market-based tool that incentivizes greenhouse gas emission reduction projects in developing countries, has registered its 5,000th project.

The Los Cocos Wind Farm Project, located in the south-western province of Pedernales in the Dominican Republic, expects to annually generate 74,200 MWh of electricity and displace 54,183 tonnes of CO2 emissions from electricity previously generated at fossil fuel fired power plants.
"In less than 10 years, the CDM has attracted more than USD 215 billion in investment in mitigation and has proven that carbon markets and market-based mechanisms have the ability to bring in substantial private sector support for mitigation and sustainable development."

There are registered CDM projects in 81 countries worldwide, ranging from projects that reduce emissions by replacing inefficient wood stoves, to solar power projects that displace fossil fuels, to large industrial projects that destroy extremely potent greenhouse gases (GHGs). In September, the one billionth certified emission reduction (CER) credit under the CDM was issued to a biomass plant in India. The CDM is estimated to have provided between USD 9.5 and 13.5 billion of direct benefit to developing countries through the sale of CERs.

While prices for CERs have dropped over the past year, Figueres points out that this is a matter of under-demand and stresses the need for countries to increase their level of ambition to reduce GHG emissions.  "I say that the problem is one of ‘under-demand’ and not ‘over-supply’ because even if every last unit available in markets today were used or cancelled to meet mitigation targets, we would still be far from reaching the Parties’ goal to limit global warming to 2 degrees or better," she said.

Projects registered under the CDM must produce real and transparent reductions in greenhouse gas emissions while contributing to sustainable development. Last December, when they met at the UN Climate Change Conference in South Africa, governments agreed a second commitment period for the Kyoto Protocol and confirmed a continuing key role for market-based approaches like the CDM. At the upcoming conference in Qatar, parties are expected to define the length of the second commitment period, either five or eight years, to begin 1 January, 2013.

"The CDM has passed another important milestone, again confirming the support the mechanism has gained in countries around the world," said Duan Maosheng, Chair of the CDM Executive Board.
"What we need now from Kyoto Protocol countries when they meet in Qatar later this month is their clear recognition of how far the CDM has come in terms of quality assurance and efficiency, and of the mechanism’s continuing role in the international response to climate change."

MINIMISE PACKAGING - AN URGENT OBLIGATION

It is really cruel to see that even  flower sellers putting  the fresh flowers they sell in a polythene pack. Mostly this practice is followed in the southern  parts of India. Earlier the same would be covered in a piece of banana plant  leaf which is bio-degradable. Similarly Indians are taking even liquids like milk and oil too in poly packs as they are too busy and can't bring their own containers to the shop. Still more ironical to see that food items are packed in small poly packs and at times one disposes 200 grams poly material to consume 500 gm of food items like sambar, rasam curry etc.,  From this great change(!)  the man is unstoppable in his urge to pack and sell things. 
Today we are all aware we are at cross roads. We have to minimise the packaging materials and there has to be a drastic cut in their usage.
There is no big prestige involved in carrying packs for each item purchased in a textile shop. The same are to be thrown in the vacant plots nearby. One can avoid taking home these attractive packing materials unless they are absolutely essential. For instance a sensitive  electronic gadget has to be packed safely with supporting materials. But the same packaging materials can be taken back by the seller after delivering the goods at the customer's house.
If we think at  every step we can very well reduce the usage of these packaging materials and save the earth form this onslaught.

There are rules to minimise packaging and make sure that most of it can be recovered or recycled. 
You must follow these rules if you’re a:
  • packaging producer
  • packaging designer
Anyone who ‘handles obligated packaging’ is a producer. Obligated packaging doesn’t include waste,
 exports or reused packaging unless it is imported.

What is packaging?

Packaging is anything that is used to contain and protect raw materials or a product and thrown away
 after the product is consumed. Example A paper cup for tea is considered packaging. A plastic spoon
 you get with the paper cup
 isn’t considered packaging.
Part 2: Packaging designers
Everyone designing packaging must follow environmental regulations.

Keep it to a minimum

You must make sure that the packaging you design only has the minimum weight and volume needed 
to keep the product safe and hygienic.

Hazardous substances

Packaging must not contain high levels of noxious or hazardous substances.

Recyclable packaging

Recyclable packaging must be designed so that a certain percentage of the materials used 
are recyclable.

Packaging for energy recovery

Packaging designed to be disposed of through energy recovery (energy through burning materials) 
must contain at least 50% of organic materials that burn, eg paper, wood, cardboard.

Biodegradable packaging

Packaging designed for composting must be biodegradable.

Reusable packaging

Reusable packaging must be designed so that it can be used several times. 

Packaging designers

Everyone designing packaging must follow environmental regulations.

Keep it to a minimum

You must make sure that the packaging you design only has the minimum weight and volume needed
 to keep the product safe and hygienic.

Hazardous substances

Packaging must not contain high levels of noxious or hazardous substances.

Recyclable packaging

Recyclable packaging must be designed so that a certain percentage of the materials used are
 recyclable.

Packaging for energy recovery

Packaging designed to be disposed of through energy recovery (energy through burning materials)
 must  contain at least 50% of organic materials that burn, eg paper, wood, cardboard.
Biodegradable packaging
Packaging designed for composting must be biodegradable.

Reusable packaging

Reusable packaging must be designed so that it can be used several times. After that is must meet the 
requirements for recycling, energy recovery or composting.

How do we prepare for a changing climate?


Dealing with the consequences of climate change is “adaptation”, for example modifying our buildings so they remain cool during the hotter summers that climate change will bringDealing with the causes of climate change is known as “mitigation”, for example modifying our buildings so they are energy efficient and emit less carbon.

The Earth’s climate is changing, and these differences in global temperatures are already altering weather patterns, causing sea levels to rise and increased frequency and intensity of extreme weather. Even if emissions stop today, our past emissions mean changes to the climate will continue for the next 30-40 years.
Altering our behaviour to respond to these impacts of climate change is known as ‘adaptation’. It means not only protecting against negative impacts, but also making us better able to take advantage of any benefits. The  world  will see hotter and drier summers and warmer and wetter winters. We will also see more extreme weather events, including heavy rain bursts (increasing flooding risk) and heat waves (increasing the risk of droughts and public health issues).
The earlier we start adapting, the less it will cost and the better equipped we will be to cope with these and other potential changes. Successful forward planning – not just responding to emergency situations – will save lives and money.

Risks and responses

Adapting to climate change is a process. It needs to be built into our normal planning and risk management procedures, whether in business, government or elsewhere. That way we can make sustainable adaptation decisions at the right time to maximise the benefits and minimise costs.
A particular change in climate can have a very different effect on different people and places, leading to different risk levels. For example:
·         high temperatures could cause damage to some road surfaces, but not to others due to the different melting point of the material used, and whether the road is mostly in shade due to roadside trees
·         the significance of the impact will then depend on whether it is a country road without much traffic, or a major urban trunk road
Successful adaptation would give us the capacity to reduce any disruption and deal with the remaining consequences.
In practice, there will often be a number of different possible options available to a particular organisation at any time. The choice will depend on the costs and benefits of different options, the attitude to risk of the organisation and the information that is available to it.

The bigger picture

We need to ensure that large investments take account of future risks from climate change. Options need to be considered carefully as there could be negative knock-on effects that are not immediately obvious which could have a wider impact. Our natural environment provides clean air, clean water, food, recreation and stores carbon – so it is essential that we improve its resilience to future change.

Monday, November 26, 2012

SPENT FUEL IS NOT RECYLABLE


President Obama’s decision to cut federal funds for the Yucca Nuclear Waste Repository leaves operators of the nation’s reactors holding more than 120 million pounds of high level waste. Federal officials say that the waste is safe, but critics say spent fuel pools are vulnerable targets for terrorists. Several State Attorneys General are suing to change that. Senior Correspondent Bruce Gellerman investigates the Pilgrim reactor in Plymouth, Massachusetts.



President Obama’s decision to cut federal funds for the Yucca Nuclear Waste Repository leaves operators of the nation’s reactors holding more than 120 million pounds of high level waste. Federal officials say that the waste is safe, but critics say spent fuel pools are vulnerable targets for terrorists. Several State Attorneys General are suing to change that. Senior Correspondent Bruce Gellerman investigates the Pilgrim reactor in Plymouth, Massachusetts.

Transcript

YOUNG: Vermont just said no to nukes. Vermont’s State Senate blocked a license extension for the aging – and leaking – Vermont Yankee nuclear power plant. That comes just days after President Obama announced billions of federal dollars to build reactors. The president wants a new generation of nuclear plants, but as the Vermont vote shows, old problems still plague the industry. One of the biggest problems is what to do with nuclear waste.
The Obama administration’s budget would eliminate funding for Yucca Mountain. That Nevada site for high-level nuclear waste was supposed to start taking spent fuel from commercial reactors in 1998. But Yucca never opened and very likely never will. Which means, for the indefinite future the radioactive waste from nuclear plants will have to be stored on site. Critics say that generates a whole host of concerns. Living on Earth’s senior correspondent Bruce Gellerman reports.
GELLERMAN: The Pilgrim Nuclear Power Plant is 40 miles south of Boston just down the coast from Plymouth Rock. It’s one of the 104 commercial reactors operating in the United States and virtually identical to the Vermont Yankee plant.
[ENVIRONMENT AMBIENCE AROUND PLANT]
GELLERMAN: As you might expect security here is tight. There are concrete barriers and surveillance cameras. Security measures seen and unseen. Guards at the entrance wear combat fatigues, carry guns and extra clips for their automatic weapons and masks to filter radiation just in case.
TARANTINO: Security is a major factor in our lives here.
GELLERMAN: Dave Tarantino is head of public affairs at Pilgrim.
[SOUND OF CAR DOOR CLOSING]
GELLERMAN: We meet at the front gate of the power plant, get into Tarantino’s company truck, and talk about Pilgrim.
[SOUND OF CAR DOOR CLOSING]
GELLERMAN: The plant is owned by Entergy, the second largest generator of nuclear power in the United States, and Pilgrim is the sixth largest reactor in the nation.
TARANTINO: Interestingly right now we’re in the middle of a 20 million dollar upgrade and a new ring of security.
GELLERMAN: Tarantino doesn’t go into details – they’re classified. Behind the fence and barricades the Pilgrim nuclear reactor has been generating electricity since 1972 – enough energy to replace 10 million barrels of oil a year.
TARANTINO: Unlike most power generation – where does their waste go? If we’re looking at coal, gas – where does it go? It goes into the air doesn’t it? Ours isn’t in the air. Ours is not in the environment. Ours is safely stored. We don’t contribute to greenhouse gases. So there’s a lot of positives and it’s a very small amount of waste for all the electricity we’ve generated.

David Tarantino, head of public affairs at Pilgrim. (Photo: Bruce Gellerman)
GELLERMAN: Pilgrim’s reactor produces ten percent of Massachusetts’ electricity and powers 650 thousand homes. One of those belongs to Mary Lampert who lives in nearby Duxbury.
LAMPERT: When we moved here a few people said to me, you know there is a nuclear plant there. And I thought: there is?
GELLERMAN: Since 1986, Lampert and her husband have lived in a rambling colonial home 6 miles upwind across the bay from the nuclear plant. But it wasn’t operating back then. The Nuclear Regulatory Commission shut Pilgrim down for safety violations. Three years and half a billion dollars of improvements later, the NRC allowed Pilgrim to re-open.
[LAMPERT WALKING UP STEPS]
GELLERMAN: That’s when Mary Lampert began to take notice…
LAMPERT: When I had a life this used to be a closet.
[GELLERMAN LAUGHS]
GELLERMAN: Today, this former closet is the office for Pilgrim Watch, an organization Lampert founded 10 years ago.
LAMPERT: This is where I work.
GELLERMAN: 68-year-old Mary Lampert volunteers 50 hours a week watching Pilgrim, which you can see just over the top of her computer monitor.
Mary Lampert, founder of PilgrimWatch.org. (Photo: Bruce Gellerman)
LAMPERT: You’re looking directly at the reactor. There is nothing between our schools, our beaches, our harbor and the reactor – it’s a direct shot.
GELLERMAN: Over the years Lampert has gotten the town to put in emergency evacuation signs and stock potassium iodide pills against radiation, and her thinking about Pilgrim has evolved:
GELLERMAN: So you’re not saying “no nukes” at this point?
LAMPERT: If I had my preference I know there are safer and cheaper ways to turn the lights on. I know that. But I know that’s not doable in this environment. So my goal is simply: what can be done to make it safer?
GELLERMAN: Lampert’s number one concern: the spent fuel. The intensely hot and high-level radioactive waste produced by Pilgrim’s reactor.
TARANTINO: All of the spent fuel that we’ve used since 1972 currently resides in the spent fuel pool.
GELLERMAN: Spokesman Dave Tarantino says Pilgrim, like all nuclear plants in the United States, uses a pool to cool down used fuel assembly rods when they come out of the reactor. When Pilgrim was built four decades ago spent fuel was supposed to stay in the pool for about a year then get reprocessed into new fuel. But the U.S halted reprocessing in 1977, so nuclear plants have had to pack and re-rack the radioactive rods closer and closer together. Pilgrim’s pool now contains five times as many spent fuel assemblies than it was originally designed to hold: 38 years worth of high-level radioactive waste.
TARANTINO: It was never intended to be the permanent repository for that, so now the fuel just needs to be stored somewhere.
GELLERMAN: In the future Pilgrim plans to move some of the spent fuel into dry casks – huge cement coffins – and store the casks on site. But waste rods will continue to remain in the densely packed pool. Pilgrim’s pool is 40 feet deep, 30 feet long and 20 feet wide. It’s lined with stainless steel and thick reinforced concrete walls. Most nuclear plants have below ground pools. But at Pilgrim and Vermont Yankee – along with more than 30 other plants in the United States that were designed in the 1960’s – the spent fuel pools are located above the reactor, outside of the primary containment shell.
TARANTINO: And the spent fuel pool is inside secondary containment surrounded by five feet of reinforced concrete with a steel liner.
GELLERMAN: So there is five feet of containment around the entire pool area.
TARANTINO: Except for the top – the top is open.
LAMPERT: The roof is about as sturdy as the roof over our high school gym.
GELLERMAN: Mary Lampert of Pilgrim Watch.
LAMPERT: The amount of radioactivity in that swimming pool on that attic of Pilgrim is about eight times than what’s in the core, in the reactor. What is there to prevent a terrorist from attacking? In a very small private plane, loaded with explosives could target it and that would be the ball game.
Mary Lampert reads an NRC document. (Photo: Bruce Gellerman)
GELLERMAN: Three days after I interviewed Mary Lampert, this story led newscasts:
NEWSCASTER: We are following breaking news out of Austin, Texas where the pilot of a small plane slammed into a seven-story building. That building houses offices for the Internal Revenue Services and the CIA.
GELLERMAN: F16 jets scrambled to the scene. It’s a scenario independent nuclear analyst Gordon Thompson has warned could happen at plants with above ground waste pools.
THOMPSON: These facilities are obvious targets. And I’ve described them as radiological weapons awaiting activation by an enemy.
GELLERMAN: Gordon Thompson is executive director of the Institute for Resources and Security Studies. He says if a plane hit a densely packed spent nuclear fuel pool, like the one at Pilgrim, with its roof unprotected, water could drain from the waste pool, and the exposed assembly rods could ignite into an unstoppable fire, sending enormous amounts of radioactivity into the atmosphere.
Gordon Thompson, executive director of the Institute for Resources and Security Studies. (Photo: Bruce Gellerman)
Thompson estimates: ten even 20 times more radioactivity than the 1986 Chernobyl disaster in Ukraine. In 2005, a National Academy of Science committee studied the safety of densely packed reactor waste pools and agreed with Gordon Thompson’s analysis:
THOMPSON: And this argument has been made at proceedings before the Nuclear Regulatory Commission and they have consistently rejected this argument.
MCINTYRE: Oh, of course the NRC has looked at this in great detail in the immediate aftermath of the 9-11 attacks.
GELLERMAN: David McIntyre is a spokesperson for the Nuclear Regulatory Commission. The NRC licenses and regulates U.S. commercial reactors. McIntyre says there are redundant safety systems and security at each plant has been studied:
MCINTYRE: We believe because the modeling that we did, and the very intensive and of course classified security analyses we did of these facilities that the risk of any fire caused by an accident or a terrorist attack is very low. We believe the high-density storage is safe and there’s no over riding need to change that.

(Photo: Bruce Gellerman)
LAMPERT: So what they’re saying is, look, trust us.
GELLERMAN: Mary Lampert of Pilgrim Watch.
LAMPERT: And I’m sorry, that’s not what we’re going to do.
GELLERMAN: What Lampert is doing – and so are the Attorneys General from Connecticut, California, Massachusetts and New York – is suing the NRC over the waste pool issue. They seek a review of the classified information the NRC used in its calculations and they want the spent waste pools to be considered when a nuclear plant applies to renew its operating license.
About half the nation’s reactors have already been relicensed, all that have applied to the NRC have been granted 20-year extensions beyond their original 40-year permits to operate. Pilgrim Nuclear Power Plant is one of about a dozen that is seeking renewal, but as the NRC regulations now stand the security of the plant and waste pool cannot be challenged. Again, David McIntyre of the NRC:
MCINTYRE: We look at security 24/7 so we’re not really looking at security during the relicensing because that’s not the appropriate venue for looking at security. We’re looking at security every day for every one of these plants.
GELLERMAN: Today, there is more radioactive waste being stored in spent fuel pools at the nation’s 104 reactors than the Yucca Mountain federal repository was designed to hold.
[SOUND OF CLOCK TICKING]
GELLERMAN: And a clock on the Pilgrim Watch web page ticks off the time to 2012 when that the Pilgrim nuclear power plant’s 40-year operating license is up and space in it’s spent fuel pool is maxed out. 

DON'T WRITE THIS ON WATER


  • By 2025, nearly two-thirds of the world’s population will be living under water-stressed conditions, including roughly two billion people who will face absolute water scarcity. Water scarcity and poor water quality will increase disease, undermine economic growth, limit food production, and become an increasing threat to peace and security.
     
  • We need clean water for a healthy world. It is estimated that 1.5 million children die each year from diarrheal diseases, most often related to conditions of poor hygiene, sanitation, and water supply. There are additional deaths due to complications of malnutrition. Children cannot be adequately nourished if they suffer from chronic diarrhea.
     
  • Access to safe drinking water and access to sanitation are important measures of a country’s commitment to meeting basic needs, and each dollar invested can return as much as $34, according to the World Health Organization.
     
  • Women and girls are water collectors and are disproportionately impacted by the lack of access to safe drinking water and sanitation. In some parts of the world, women and girls often spend several hours per day collecting water, foregoing other economic and education opportunities; girls often have to drop out of school because of the lack of adequate sanitation. 272 million schools days are lost each year due to water and sanitation-related diseases.
     
  • Achieving sustainable increases in food production requires sound water management. Eighty percent of cropland worldwide is rain fed (96% in Africa). Seventy percent of the worlds freshwater goes to agriculture. Without proper soil management, watershed management, and integrated management of water supply and demand, sufficient clean water will not be available to meet the needs of people, agriculture and ecosystems.
     
  • More than 2.6 billion people in developing countries acquire over 20% of their food protein from fish. In areas near lakes, rivers, estuaries, seas and oceans, the amount can be as high as 50% or more. Sufficient water quantity and quality are vital to the continued availability of fish for these people’s nutrition.
     
  • More than 260 river basins, home to over 40% of the world’s population, are shared between two or more countries. Increasing demands and greater variability in rainfall will increase regional tensions over water.
     
  • Perhaps the greatest impact of climate change will be on the hydrological cycle. Greater variability in rainfall will likely increase the number and severity of floods and droughts, and rising sea levels, storm surges, flood damage, and saltwater intrusion will threaten human lives and livelihoods both directly and indirectly through diminished freshwater supplies. More frequent and heavier precipitation events are likely to flush more pollutants into water systems, for reasons ranging from increased agricultural runoff to overloaded storm and wastewater systems.

                                                     

Friday, November 23, 2012

THE EARTH IS A HOME FOR ALL









COLOURS MAKE OUR LIVES COLOURFUL









Don't 'Act' Act Atonce


Action on climate change needs to be scaled-up and accelerated without delay if the world is to have a running chance of keeping a global average temperature rise below 2 °C this century.

The  Emissions Gap Report, coordinated by the UN Environment Programme (UNEP) and the European Climate Foundation - and released days before the convening of the Climate Change Conference of the Parties in Doha - shows that greenhouse gas emissions levels are now around 14 per cent above where they need to be in 2020.

Instead of declining, concentration of warming gases like carbon dioxide (C02) are actually increasing in the atmosphere—up around 20 per cent since 2000.

If no swift action is taken by nations emissions are likely to be at 58 gigatonnes (Gt) in eight years’ time, says the report which has involved 55 scientists from more than 20 countries.

This will leave a gap that is now bigger than it was in earlier UNEP assessments, in 2010 and 2011, and is in part a result of projected economic growth in key developing economies and a phenomenon known as ‘double counting’ of emission offsets.

Previous assessment reports have underlined that emissions need to be on average at around 44 Gt or less in 2020 to lay the path for the even bigger reductions needed at a cost that is manageable.

The Emissions Gap Report 2012 points out that even if the most ambitious level of pledges and commitments were implemented by all countries - and under the strictest set of rules - there will now be a gap of 8 Gt of CO2 equivalent by 2020.

This is 2 Gt higher than last year’s assessment with yet another year passing by.

Preliminary economic assessments, highlighted in the new report, estimate that inaction will trigger costs likely to be at least 10 to 15 per cent higher after 2020 if the needed emission reductions are delayed into the following decades.

Achim Steiner, UN Under-Secretary General and UNEP Executive Director, said: “There are two realities encapsulated in this report—that bridging the gap remains doable with existing technologies and policies; that there are many inspiring actions taking place at the national level on energy efficiency in buildings, investing in forests to avoid emissions linked with deforestation; new vehicle emissions standards alongside a remarkable growth in investment in new renewable energies world-wide which in 2011 totaled close to $260 billion.”

Yet the sobering fact remains that a transition to a low carbon, inclusive Green Economy is happening far too slowly and the opportunity for meeting the 44 Gt target is narrowing annually,” he added.

While governments work to negotiate a new international climate agreement to come into effect in 2020 they urgently need to put their foot firmly on the action pedal by fulfilling financial, technology transfer and other commitments under the UN climate convention treaties. There are also a wide range of complimentary voluntary measures that can bridge the gap between ambition and reality now rather than later,” said Mr Steiner.

The report estimates that there are potentially large emissions reductions possible—in a mid-range of 17 Gt of C02 equivalents - from sectors such as buildings, power generation and transport that can more than bridge the gap by 2020.

Meanwhile, there are abundant examples of actions at the national level in areas ranging from improved building codes to fuel standards for vehicles which, if scaled up and replicated, can assist.

Christiana Figueres, Executive Secretary of the UN Framework Convention on Climate Change, said, "This report is a reminder that time is running out, but that the technical means and the policy tools to allow the world to stay below a maximum 2 degrees Celsius are still available to governments and societies.”

Governments meeting in Doha for COP18 now need to urgently implement existing decisions which will allow for a swifter transition towards a low-carbon and resilient world.”

This notably means amending the Kyoto Protocol, developing a clear vision of how greenhouse gases can be curbed globally before and after 2020, and completing the institutions required to help developing countries green their economies and adapt, along with defining how the long-term climate finance that developing countries need can be mobilized. In addition, governments need to urgently identify how ambition can be raised," added Ms. Figueres.

Bridging the Gap

The report looked at sectors where the necessary emissions reductions may be possible by 2020.

Improved energy efficiency in industry could deliver cuts of between 1.5 to 4.6 Gt of C02 equivalent; followed by agriculture, 1.1 to 4.3 Gt; forestry 1.3 to 4.2 Gt; the power sector, 2.2 to 3.9 Gt; buildings 1.4 to 2.9 Gt; transportation, including shipping and aviation, 1.7 to 2.5 Gt, and the waste sector around 0.8 Gt.
Buildings

The report points out that some sectors have even bigger potential over the long term—boosting the energy efficiency of buildings, for example, could deliver average reductions of around 2.1 Gt by 2020 but cuts of over 9Gt C02 equivalent by 2050.

This implies that by 2050 the building sector could consume 30 per cent less electricity compared to 2005 despite a close to 130 per cent projected increase in built floor area over the same period,” it says.

The report concludes that if this is to happen, “state of the art building codes may need to become mandatory in the next 10 years in all of the major economies such as the United States, India, China and the European Union”.

Further emission reductions are possible from more energy efficient appliances, including lighting systems - the report cites Japan’s Top Runner Programme and the Ecodesign Directive of the European Union which have triggered household electricity consumption savings of 11 per cent and 16 per cent respectively.

It also cites Ghana’s standards and labelling programme for air conditioners which is set to save consumers and businesses an estimated US $64 million annually in reduced energy bills and around 2.8 Million tonnes of C02 equivalent over 30 years.

Sustainable Transportation

Potential emissions reductions from the transportation sector are assessed at 2 Gt of C02 equivalent by 2020.
The report notes that there is already a shift with the eight biggest multilateral development banks at the recent Rio+20 Summit pledging US $175 billion over the next decade for measures such as bus rapid transport systems.

The report recommends the 'Avoid, Shift and Improve’ polices and measures that encourage improved land planning and alternative mobility options such as buses, cycling and walking above the private car alongside better use of rail freight and inland waterways.

Combinations of improved vehicle standards and scrappage schemes for old vehicles can also assist. The report says approved and proposed new standards in seven countries ranging from Australia and China to the European Union, the Republic of Korea and the United States are expected to reduce fuel consumption and greenhouse gas emissions of new light-duty vehicles by over 50 per cent by 2025 from 2000 levels.

Forestry

Although it remained under-utilized, “avoided deforestation” is considered a low cost greenhouse gas emissions reductions option,” says the report.

Policies to assist in reducing deforestation and thus greenhouse gas emissions include establishing protected areas like National Parks to economic instruments such as taxes, subsidies and payments for ecosystem services.

The report cites Brazil where a combination of conservation policies allied to falls in agricultural commodity prices has led to a decrease in deforestation by three quarters since 2004 avoiding 2.8 Gt of C02 equivalent between 2006 and 2011.

Protected areas in Costa Rica now represent over as fifth of its territory, reducing greenhouse gas emissions and triggering a rise in tourists from just under 390,000 in 1988 to 2.5 million in 2008: tourism now accounts for around 15 per cent of GDP.

These actions by Brazil and Costa Rica predate Reduced Emissions from Deforestation and forest Degradation (REDD or REDD+) policies under the UN Convention for Combating Climate Change.

The report indicates that scaled-up action under, for example, the UN-REDD initiative which is working with over 40 countries, can provide even larger emission reductions while generating additional benefits such as jobs in natural resource management.
 

Who or What Pulls is not important, Life has to be Pulled











IN EVERY STEP A TIP


  1. Put up tanks under your rain gutters and collect rainwater - to prevent mosquitoes breeding there, put mosquito nets over the top. Use the rainwater for your indoor plants- they love it, as well as for the flowerpots in your garden. You can also use it for washing your cars and cleaning outdoor areas.
  2. If you have a garden, make use of your organic waste and start compost.
  3. Think before you print. Do you really need a hard copy or is it going to end up in the waste bin?
  4. Bring your own cup and mug to the coffee station of your office. You will pay less!
  5. Try and avoid a plastic bag for every fruits and vegetable item you have weighed at the supermarket. Have 2 or more items packed in the same bag if unavoidable.
  6. Close the shower or water tap when you shampoo and soap or while brushing your teeth.
  7. When you are in a traffic jam, turn of the engine. This will save you fuel, and it will save the environment and the people around you the fumes, emissions and noise.
  8. When doing the dishes, put water in the sink and don’t let the water run.
  9. Turn off equipment at home that is on stand-by, such as TV, stereo, microwave. Also on stand-by, the equipment consumes electricity.
  10. When buying new light bulbs, choose energy efficient bulbs! This will save energy and lower your electricity bill.
  11. Bring your own water bottle to work! Clean and re-fill it at home, and avoid contributing to the mountain of waste caused by plastic water bottles.
  12. If you use a washing machine for your clothes and linen, try to wait until you can fill the machine well. If you are only cleaning a few items, wash them by hand and save water and electricity.
  13. Dry your clothes, hang them on laundry lines instead of using a dryer.
  14. Unplug appliances from the electric socket after use(or turn off switch).
  15. Check lights. Identify frequently used light fixtures that use incandescent bulbs; order fluorescent replacements bulbs
  16. Check the temperature setting on your water-heater. Reduce the setting to 120°F (typically the “warm” setting; or halfway between the low and medium settings), if it is not already set to that temperature.
  17. Check the settings on your appliances. Where the option is available – and is not already selected -- select the energy-saving setting on your refrigerator, dishwasher, washing machine and other major appliances.
  18. Check shower heads and faucets. Determine whether any of your shower heads are models that use more than 2.5 gallons per minute. If so, order low-flow shower heads. Similarly, verify that your bathroom and kitchen water faucets have aerators. Order an aerator for each faucet that does not have one and that can accommodate one. These steps will reduce your use of hot water – and your use of energy to heat that water.
  19. Turn off appliances that you are not using. Switch off TVs, computers, lights, etc. that are not being used and unplug items on “standby” (that use electricity even when not being used) , including TVs, video and audio systems, computers, and chargers (for cell-phones and other electronic equipment).
  20. Check car tires for proper inflation. This can improve gas mileage. The appropriate air pressure typically is listed on the door-pillar on the driver’s side, on the inside of the glove-compartment door or in the vehicle manual.
  21. Write a letter to one of your elected representatives at the local, state or Federal level. Tell them you believe climate change is important; and that you support the development and implementation of a climate action plan to reduce emissions and prepare for climate change impacts 

Thursday, November 22, 2012

BUBBLE ECONOMY (C)

The man's best imaginative invention is called,'shares/equities' in the field  of  trading. The single most reason for the spread of poverty  among the  'masses'  and the accumulation of wealth by a few'classes' is the result of an unethical, imaginary and cruel practice called 'trading'. A poor farmer in India will get  a  single dollar for trapping 10 rats throughout the day as part of the 'rats eradication programme' .Similar is the  status of millions across the world- leave alone the people who sleep on pavements without even a morsel of food. But  an  'arm chair magician' sitting before a system connected by internet  would place orders for 'BUY' OR   'SELL'  a million shares at the click of a mouse. If a man is going to get a million dollars at the click of a mouse who would be ready to toil in the fields? Is this justified? Is this not cruel? Is it not against the humanity? A rickshaw puller in Mumbai who drops the 'sait' on  the    Dalal Street  would earn a crore and the hard working a mere 100 rupees or so.

This piece is not to blame the entire system that revolves around and creates private/public limited companies. But to remind the humanity that a class of people are there who deal with this e-money (easy money?) have no sense of  any work 'and indulge in this 'licensed gambling'  which is wrecking millions of poor across the world. To be honest  our governments are not  having even paper currencies to match the 'zeroes' that are shown in the balance sheets of limited companies.

It was reported some of our CEO'S of Indian companies get more than  500000000 (50 crore/500 million) as their salaries for a year. But the government's most popular scheme promises 100 day work and 100 rupees salary. If a person works  for all the 100 days he gets a mere 10,000 rupees. This is the modern economy.

People who bet on  an imaginary horse are riding on prosperity and a man who rears and rides real a horse is reeling in poverty. Unless this bubble money concept is stopped the disparities between the rich and the poor will grow menacingly. The growth percentage shown by the economists are  not for all but for a few. 

A RAY OF HOPE


A RAY OF HOPE
Man’s survival and growth should go together. Today both of these are not possible without energy. Electricity is critical for the economic development of any State. Growth in power consumption is a sign of the industrial, agricultural and commercial growth of a State.
 The traditional power generation methods using the fossil fuel have made it a scarce commodity apart from the contribution it makes to the global warming. Also the fossil fuels aren’t evenly distributed across the globe resulting in ‘unnatural wars’. India a prosperous, populous state conventionally depends on the ‘fossil fuel’ based power generation. The searches and researches for alternative sources of energy are far from effective, though the established nuclear power plants do remain the fourth-largest source of electricity after, thermal, hydro-electric and renewable sources of energy.
Tamilnadu,  a state always on the growth trajectory since independence is facing a severe crisis  on the power front as its efforts to augment supply to the growing demand is delayed due to multiple reasons. Electricity being a scarce resource and difficult to store the generated electricity unlike other goods remains elusive. The ever growing population, rising living standards and the climatic changes in the environment demand more power.
It may be the availability of power in abundance in Tamilnadu that has made the people lackadaisical about power generation, distribution and consumption. One must recall the TN is a pioneer in providing free power supply not just to agriculture but also to allied activities – horticulture and fish farming.  According to estimates, farming sector alone constitutes around 25 percent of low-tension consumers.
At this juncture the power starved state has come out with a Solar Energy Policy-2012, targeting establishment of 3,000 MW of solar power generation by 2015. The policy intends to provide generation-based incentives for roof-top systems, mandates 6 per cent minimum purchase obligation from 2014, beginning with 3 per cent next year, and provides a package of incentives for solar equipment manufacturers.


Though a delayed one, the ambitious and comprehensive plan of the state is very much attainable.  The policy encourages the consumers, solar power generators and the solar equipment manufacturers.
 More than the knowledge of the new technology and awareness among the consumers to go for such green energy sources, the prohibitive cost of photovoltaic panels and other systems required like inverters for installing a solar power generating unit has been blocking industries, institutions and individuals alike. Hence the government should offer more incentives and exemptions from taxes of various agencies to cut the cost of solar power equipments.  If the cost of these equipments have to go down the government has to offer more incentives like land, exemptions from various taxes and power charges and free grants.  Of course technological advances and mass production will definitely bring down the cost further.  
Just as the first computers in the 1980's were very expensive and large, technology advances and mass production have brought down the size and cost. Manufacturing solar cells today is expensive and uses various qualities of silicon material which is expensive and in short supply. There are many companies working on developing solar cells using cheaper materials and manufacturing processes. This includes "thin film" material that may soon be incorporated onto roofing tiles that would reduce manufacturing and installation costs. There are also companies developing super efficient panels that may dramatically reduce the amount of roof space needed to install a system.
Now the need of the hour is a sustained campaign at all levels for attaining this lofty goal. Just as the Rain Water Harvesting scheme of the state reached the masses, this is bound to cause an impact if every one of us the mass media, the school and the general public joined the government in its efforts to provide energy-clean and green energy. No doubt the new initiatives have offered a ray of hope.