Preview and Discuss State of the World 2009
It's the end of summer, and the Worldwatch research staff is busy putting the finishing touches on the 2009 edition of State of the World, our flagship report on important sustainability trends published annually since 1984.
Each year, we carry out an intensive internal and peer review of all State of the World chapter drafts to ensure our high standards for in-depth research and accessible analysis.
This year, we've decided to open this process to you! By giving our readers a behind-the-scenes glimpse into the production of State of the World, we want to create an ongoing dialogue about the volume's pressing theme: addressing climate change in the 21st century.
Sealing the Deal to Save the Climate
Here is your chance to preview some of the ideas discussed in State of the World 2009: Into a Warming World. We've posted a draft of the concluding chapter, "Sealing the Deal to Save the Climate," by Worldwatch Vice President for Programs Robert Engelman.
The chapter addresses such questions as:
- What is the state of play in the ongoing climate negotiations, and what are the challenges to forging a workable agreement?
- Who will emit, and on what scale?
- What are the challenges and possible mechanisms by which climate diplomacy will work?
- What are the implications of a new climate pact for equity and development?
Read the draft chapter and post your comments below. Comments will be accepted through August 31, 2008.
Although we won't be able to incorporate all of your criticisms or suggestions, author Robert Engelman will read and consider them. The final version of the chapter, to be published in January 2009, will reflect this participatory process.
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Comments
Dear all, While this
Dear all, While this chapter serves to give a "state of the world" as it relates to the current climate debate, the author's tone does not change, whether he is reporting history or expressing an opinion. My criticism is that, given the described state, new contributions to the discourse on climate change should focus less on the path to the present, and more on the necessary actions to halt, and ideally reverse, the identified trends. To that end, I offer analysis on two -- energy efficiency and the need for change -- of many areas which could be more intensely analyzed and criticized in the chapter. Energy efficiency is used by high-level policy makers and government officials as a key method of addressing emissions and climate change issues. As a result, I believe the general public is of the mind that efficiency can "fix the problem." That falls in line with the developed world approach of depending on technology to fix problems and the ease with which it assigns large sums of money for research and development in this area. However, human history has shown, via Jevon's Paradox, that efficiency leads to greater consumption, instead of less. Indeed, man's technology has become more efficient since the beginning of the Industrial Revolution. Consequently, 260 years on, we are firmly in the circular relationship between ever-increasing efficient technology and higher consumption. Thus, efficiency -- measured as l/100km travelled or kiltonnes of oil equivalent/unit GDP as examples -- cannot be confused with reduction in consumption. However, the latter is widely felt to be associated with negative economic impacts, though research demonstrates that a number of countries worldwide have decoupled economic growth from energy consumption. In particular and in the context of this chapter, the US has demonstrated a history of economic growth independent of energy consumption. Therefore, the issue not whether a country can economically afford to reduce consumption; instead the question remains whether its leaders are willing to take the political risk of insisting that their constituents consume less for the benefit of the wider world. We recognize that we cannot grow infinitely in a finite space, with issues such as a warming atmosphere demonstrating the cumulative effects of actions in a closed system. Therefore, there is a need to change lifestyles to a degree which at least halts the current trend, and reverses it as the best case. I acknowledge that much of the climate change mitigation discussions surround responsibility and proportion. However, I am doubtful that the developed world will take any leadership position in combating the problem which it has created. As the author points out in a different context, the labels of "developing" and "developed" countries are inappropriate in the context of necessary action when one considers that all world citizens are subject to the "tragedy of the commons." Thus, developing countries cannot afford to use the position espoused in the quote from the Greenhouse Development Rights proposal (page 16); similarly, developed countries cannot continue to highlight the activities of China, India et. al. in the hopes of overshadowing the fact that they may be missing their own approved and binding obligations. To conclude, efficiency and intensity measures mask the reality that energy consumption and its associated emissions have risen steadily worldwide. This is particularly obvious when compared with GDP, which continues to be a primary indicator for development (not growth), despite it having been shown to be lacking in that regard. With the richest countries not setting the example, intermediate and poor countries cannot continue to wait to act; else, continued progress down this path to hardships is assured. Therefore, while publications such as "State of the World" provide useful and updated overviews of where mankind is, I believe its authors should exercise clear, critical analysis of international, national, governmental and or social actions so that its readers are in no doubt as to what are the minimum actions and necessary future behaviours in order to right the ongoing wrongs. Thank you for your consideration. Sincerely, -- Justin BishopBruno Henríquez.
Bruno Henríquez. Cuba Dear Robert Engelman I read and received your publications during many years, I follow also yours personal works, and we meet once in one of my travels to participate in some congress in USA. But for the conditions of internet access in Cuba and the possibility to have time to answer fast enough I had never participated in former discussions, but this one brings more time to me. At first was very difficult to read the document, cannot download ad have not enough time connected to read it complete. I copied it screen by screen and mounted it in a powerpoint presentation, in order to read at home. Blockade (not embargo) exists and I suffer it. There are my comments of a first part of the chapter, I consider your effort is a very good thing, excuse me if sometimes from my point of view I can sound rude, but I agree with you we need a mutual understanding. When I read the chapter draft, I remember many of the lectures I read in different places talking about the same problem and I wonder how different the scope from a first World country it can be. You wrote: This chapter’s objective will be to underline the major aspects of the existing agreements and ongoing negotiations and to suggest elements that could lead to a global pact that will be enduring and fair to all parties —and that by being so just might save the global climate. In principle we may agree but the goal is not to save the climate but the human beings, and to do that climate is only a part on the game. In the chapter our third world countries are referred as developing countries, and we all know it is euphemistic fallacies, our countries are underdeveloped countries and we want to be developing ones. The war is not a solution that ends in peace; we have many examples as Iraq and Afganistan, a long war and a very far peace. Military and war solution are not solutions. From the point of view of rich countries an army bombing is the way to peace, a people defending themselves are terrorist, only if you have an army with the same dimension you can be considered a decent nation. This is a complex problem and there are many points of view. First: the definition of the problem as global warming has been reduced to the green houses gases (GHG) problem. The green house effect is composed by heat and the heat trap, not only the heat trap i.e. GHG. When we talk only about to reduce the GHG, we forget the heat emitted by the society in different activities, and are produced “solutions” like promote nuclear energy because it does not emit GHG, but my dear friend Nuclear power plants waste as average 73% of the energy produced in heat form that is emitted to natural water (rivers and sea), to the atmosphere and with the water vapor that is also an GHG, but few people remember it. Nuclear plants also elevates the temperature of the earth atmosphere and oceans. We must stop both heat and GHG emissions. In some of my visits to USA I saw that in the public opinion the hope exist, that all the problems we have, can be solved through the market pressure over the industries, trough the prices; to change the carbon based energy production to a renewable one. Even the conception of renewable energy can be a bad solution if you applied it as a centralized model, or use not the natural resources or waste in order to generate energy. The most dramatically strong example is the biofuel solution to the peak oil situation. Biofuel are renewable, and can be obtained from many sources friendly with nature and society, but if you skip one step, the human feed use and take the grains to feed cars, it is not an human solution but a market one. Decisions about the world energy are taken in first world offices, but sources are in our third world countries. In the beginning of the chapter is mentioned that money is moving from developed countries to the third world, and forget all the history of exploitation, the external debt, and the market conditions against our economies. Richest countries are such because they made us poorest during the whole history of mankind specially during last two centuries. There are proposed the so called Clean Development Mechanisms and Carbon Credits which allows some countries to sale their rights to pollute, and to introduce new clean technologies in their way to development (as other people understand their development). My question is who has the right to pollute or not, why follow a modek to development which had demonstrated that only drive us to the catastrophe. How can be a first world or rich country certified to advise how to save the planet if their history talk to us only in exploitation, unfair commerce, and war when we want to have our own opinion? Experiences show that a big amount of the CDM serves to promote and buy the technology of certain countries or transnational, a lot of these projects are not continued and the solutions are lost. CDM must be more participative, included in other long term projects and be checked and controlled by adequate institutions, accordingly with the national development programs. Also we may propose Cold and Clean Development Mechanism if we take in account the heat as a major pollution problem. Some aspects of global warming are local ones, as heat island effect in urban and constructed areas, as villages, roads, and factories. There is a lack of shadow in the cities, the world is warming we must protect us against the coming and in someplace already arrived high temperatures and solar radiation. There are a big concern about ozone layer hole, but the real problem in dense population latitudes is the thickening of the ozone layer and the increasing UV components in solar spectra arriving to sea level. Some people are talking about sacrifices, I prefer talk about solidarity, sacrifice if I know and I am conscious that it produces the result I expect is a good reason, but solidarity implies to know how the other people lives, what are their necessities and aspirations, different of mine and how we together can find a mutually appropriate solution. I think tis is the only way we can drive consciously the global climate, we have demonstrate we can change it unconsciously we must demonstrate we are “homo sapiens sapiens” The chapter proposes eleven challenges, I have some comments: The equity imperative: First at all is to eliminate exploitation, it is not a natural condition. Second eliminate the point of view from top, Rich and poorest countries, we must talk at the same level are both in the earth surface. Responsibility must go trough solidarity not to authority or charity. The model Winner-looser must be avoided and eliminated. Supposed winners had destroyed the environment and have no solution in the actual situation. The development criteria must be rethinked, today the meaning of developed is “those who had drive the world to the actual crisis” Minimizing costs. Does not matter how big is the cost, we are talking about surviving. We cannot consider that everything is a business. The economy of Nature allows everybody to live, works with recycling and with the ecological exchange, not with and constant increasing of earning. The generation of inequalities, exploitation, debts and usurer credits are also part of the problem. Earth as a system is a finite one market economy can not increase indefinitely; it also generates heat and warms the world. New Technologies: Renewable energy sources and technologies must be used also considering a new way to exploit it, avoid the waste and use only what we need. Is important to consider the development of cool technologies, avoid the heat emission, heated surfaces, to use the energy in a more efficient way incorporating cogeneration and other uses of the heat involved to avoid the use of other sources of energy. For example incorporate new more efficient lights. Promote devices without batteries but with solar panels, moving parts that generate energy with movement in use, exercises machines with generators and batteries to accumulate electricity. Most of the new inventions and technologies can be used in particular places, use electricity efficiently or not use electricity at all and serve to employ other types of energy. For example devices for natural ventilation or daylighting. Energy efficiency: It must be in our consumption habits, not only in the generation of energy modes. To reduce the waste and garbage production, slow down the entropy increasing. Earth is a system, in practical order, structurally closed but energy open because has always the solar energy flow, with an amount of energy a lot of orders bigger than the society necessities. The inadequate use of renewable energies must be avoided, it can develop the crisis escalade, as happened when the oil crisis change to the food crisis in using grains to produce biofuel instead of food for people. Healing land: Is a good thing to recover degraded lands and forest, but remember forest do not exist to clean our errors. The clean mechanism of forest exist before we were here, we must create new clean and cool mechanisms or systems and produce less destruction. We must also change our conception about earth, land an territory, we belongs to the world as it is and it is our home and ship. Population: The dialogue about human population must cross by solidarity. The problem with population is not only the quantity but quality of life, goals to live, mutual respect, education and solidarity. When a country is more developed its population decreased and its members grows older with a highest quality of life. Poorest people, with lesser education had a lot of children with a lower quality of life. The control of population grow rates decreases with more education, elimination of misery, and nature awareness. The problems centered in women are responsibility of men and the whole society. Changing lifestyles: To change lifestyle is considered a sacrifice because are proposed from mistaken ethics and social criteria, from the point of view of consumerism and superficial wealthy. Comfort, easy travels, and quality of life don’t must be eliminated, only must change some references imposed by fashion, market and earnings and must be included other references related to culture identity and self realization. The call to a sacrifice is demagogical history shows it has been made by those who never sacrifice anything to impose it to the poorest. Good data: I propose to include heat emission sources, not only GHG ones. A good picture must be a whole earth heat emission, like the popular one earth at night that show how we waste energy emitting it to the universe. To have good data people must have education, and the educational and academic structure in each country must exist, not only a group of foreign people applying a survey. Strong Institutions: It is very interesting; the strong institutions must be in each country and international ones and to have an UN control independent of politics. For example institutions as International Monetary Fund are political and economy weapons to pressure over the actions of countries that have created their own national institutions with plans for their own development. We have a lot of such experiences. Peace: Peace and war are two faces of the relationships in the world. When the oil crisis increases, the richest make a war against the others that have the resources. Our poorest countries have no weapon industries, neither big army, or sophisticated technology, but we are accused to be a menace the peace. War is the language of the first world, the latest big wars has been made against the opinion of United Nations, even based on lies. At this point we must claim if all the countries are equally considered from the point of view of serious agreements about peace. Economic flexibility: To made the change of technology to renewable, we need a serious and solidarious economic relationships, avoid the abusive credits interest that produced the external debt , so many times payed by the poorest countries. To have the possibility and access a new technology with soft credits, training courses for technicians included, and avoid the limitations of market imposed to underdeveloped countries. I add: Mutual Understanding: to survive. Guarantee Social and political diversity. Allows the complexity of a society and its relationships and energy generation ways as a condition to stabilize the whole system. Here I finish my first part commentaries, but I don’t know If I will have the possibility to send the second within the dead line. To me has been a great honor to have the possibility to send my opinion. The best to you and your family Sincerely Bruno Henríquezp. 1: Unawareness of the
p. 1: Unawareness of the problem created by a large and growing population is a fatal flaw in the chapter. World population size (but not its growth of about 79 million per year) is noted on this page, but it is taken as a given, not a problem. If the world’s population had remained at its level of about 1 billion at the start of the industrial revolution, global warming would be negligible, and chapters like this would not have to be written. Anyone can see that total emissions equal average personal emissions x population size. Ignoring half of the equation guarantees failure. Historically, population growth has proved more susceptible to modification by social policy than per capita consumption. Consumption has never been voluntarily reduced, while four social reforms have ended population growth in dozens of countries all over the world. The acronym HEEP describes the reforms: Health care for all, Education for all, Employment (especially for women), and Pensions that people can rely on. These reforms do not make life worse or infringe on individual liberties. Emissions can be stabilized if population is stabilized, and reduced if population is reduced, even without cutting per capita use. In fact, both are necessary. If per capita emissions are reduced 1%/year, total emissions will continue to increase, because the world’s population is growing faster than that. p. 15 top: Chancellor Merkel’s suggestion is a recipe for inaction. Emissions levels in less-developed areas of the global tripics and subtropics will never reach European or North American levels, because there will be little demand for heating even if high living standards are reached. Population growth in those regions guarantees that per-capita emissions will remain lower than those in the currently developed world in any case. Thus the trigger for global reductions (i. e. including the developed world) will never occur, and the developed world can justify inaction. Bruce Bridgeman Professor of Psychology and Psychobiology University of California, Santa CruzGreat essay in the context
Great essay in the context of our current paradigm. I realise that the term paradigm shift went out of vogue a long time ago, but without it we are stuck with all the "hope's" and "if's" throughout your essay which, in a compassionate world may have some credence. But unfortunately, while the ice melts more oil fields open up. The one specific criticism of your essay would be your use of the term "commons". In reading previous World Watch essays I have learnt that the "tragedy of the commons" was a theory that created the tragedy of private ownership. Where once we were accountable to our immediate environs, we can now act as we please without regard for anything or anyone because we own things. The commons is a confused concept, while the atmosphere is one of the few remaining commons, carving it's carbon capacity up for private ownership is not the solution to climate change. It is not even tangible. Just ask the palm oil farmers clearing rainforest to produce biofuels. I think it is time for a less hopeful, more realistic description of the situation. What happens as the climate changes, how many people will be migrating, what will the food situation be, what wars will develop through mass movements of people, when will the depression kick in, what will be the likely human response. The interesting thing is, a global depression will be the most likely path to a reduced carbon output. Perhaps I am naive, but is this more naive than thinking a capitalist world view has an interest in equity?N.R.Chilukur I consider the
N.R.Chilukur I consider the fundamental issues are not taken care of. Fundamental Action 1: Afforestation should be the order of the day and perhaps century.Trees absorb CO2 and release Oxygen. When sea water evaporates Oxygen supprts the precipitation in the form of Rain.Rain is produced. So our Global Effort should be planting of trees on all the hills and hillocks the world over.Absorption of CO2 helps reduction of Green House gases.Side by side Human Population and animal population should be controlled all over the world. Family planning in operation with respect to human population in many countries but there is no control on animal population owing to the ever increasing demand for mutton. Solution is propagation of vegetarianism. If these fundamental issues are given due impotance major efforts could be saved.Providing energy for
Providing energy for consumer demand is the business of energy companies. I am not convinced that whether or not this provision threatens life on earth is part of their lateral thinking. In the National Petrolium Council's 2008 report the industry stated that it would be investing $4.3 trillion to provide for our energy needs up to 2030. The investment is mostly earmarked for coal, unconventional oil, bio fuels and nuclear. A much lesser amount is earmared for hydro (which has its own limitations and concerns) and renewables. I am underwhelmed by governments' responses to this intent to foster a new generation of burnable hydro-carbon based energy sources, particularly as the CO2 emissions from tar sand and oil shale development alone could be enough to push atmospheric levels up to 450ppm by 2030. Somehow, a beleagured forest of newly planted saplings or and mechanical carbon capture and sequestration are expected to pull us back from the brink. CCS is meant to be the mother of all techno-fixes, and, I might add, our only hope if we pursue a hydro-carbon future, as it appears that we will be. It is an unproved technology on the scale that it is expected to work. At the end of the day, we can talk limits all we want... investment is the real indicator as to how much CO2 we will be emitting. Look at any pie chart that expresses how our energy needs will be met by 2030. In descending order you will find oil, gas, coal, bio-fuels, nuclear, hydro and a tiny little sliver of renewables. Hence, you can see where the investment will and will not be going. A lot of this is again back to the energy industry, an industry that is fighting against de-centralisation. If the future of energy is are not in their hands, then their hands are not in our pockets. Renewables on large scale are all that they are really interested in, anything else is lost revenue. I think that this issues is of primary importance when looking at Sealing the Deal to Save the Climate. I seriously doubt that energy industries or lap-dog governments are likely to show us anything of any real value. We have already talked to them until we are blue in the face and only gained begrudged concessions dressed up as great gestures. It is up to individuals and up to communities to take action, to conserve what we can and to install our own systems where we can. Can we afford to do this? Will it be expensive? Just see how expensive it will be if we don't.I printed the 19 page draft
I printed the 19 page draft and have begun reading it. I am 85, visually handicapped, a sociologist/writer who has taught Contemporary Social Problems. No doubt those who struggle through this scholarly piece are already aware and only a few will care about all the depth details. To reach the common citizens who are the key players in life style changing we would need another approach. I was thinking of the little guy who asked his teacher about penguins. She gave him a volume on penguins. His comment after looking at it was that there was more than he really needed to know. In grad school my Anthropology teacher suggested I go into scientific writing because most scientist do poorly in this. As great at this article is, it is not readable by those who need educated on it. Thanks for asking -- mariTo stop climate change, we
To stop climate change, we need family planning, too! The CO2 emission per capita (red columns on the graph) is 5.7 tons/year in Hungary; five times that of India's (1.1) and double that of China's (2.9). Still, Hungary burdens the climate less (237 tons of CO2 emission / global km2) than India (272 tons of CO2 / global km2) or China (360 tons of CO2 / global km2), if you take the area, or to be more precise, the bio-capacity into consideration (blue columns on the graph). http://bocs.hu/index.php?&t=/fdk/minden.php?d=1651 The ecological system doesn't understand arguments saying that twice as many people have the right to emit twice the amount of CO2. The only thing that matters is the amount of emission that falls to a given area, bio-capacity, CO2 occlusion ability. While in relation to climate issues people usually talk only about CO2 (due to industrialization, transportation, etc.), an other gas, methane (emitted to the atmosphere due to livestock-raising, rice growing and chemical fertilizers; so it is even more closely connected to population size and alimentation) has about a twenty times stronger effect, and its concentrations already impact the climate in a similar order of magnitude as CO2. Therefore reproductive health, women rights, girl education and family planning are of crucial importance also from a climate change viewpoint.China,Russia, EU, choose
China,Russia, EU, choose Railway as THE strategic entre' to the age of climate change and Peaking Oil. Or, if "Oil Crunch" is more politically correct with regard to oilfield depletion overtaking new production... USA needs only study the legacy railway modus operendi before the hyperventilated rubber tire economy became the order of the day after WWI. The 2009 SOTW has in common with previous climate documents a seeming aversion to put US leadership: corporate, political & civic as well; refreshing the collective conscience of what railway matrix in America was, and how it must be modernized and rehabilitated. Russian & Chinese command economies do things right sometimes, and we would do well to carefully analyze their re-commitmaent to railway as their economic prime mover. Military doctrine assigns fancy monikers to ways & means of doing certain operations or classifying cardinal subjects. James A. Van Fleet's classic little volume, "RAIL TRANSPORT and THE WINNING OF WARS" (get from Association of American Railroads, 202-639-2100,Washington, DC) discusses the "Second Dimension Surface Transport Logistics Platform" aspect of the US railway matrix as it was circa 1900-1960. This relates mightily to our current state of affairs: the Annual SOTW is a lamentation of a USA fumbling in energy transport policy, without fully making use of railway efficiencies and sustainablilty. Railway in other places is expanding not particularly because these pragmatic leadership types want to make political points with the environmental movement, get that thought out of your minds with alacrity! Rather, the ideas of robust distibution, Societal & Commercial Cohesion, this is behind the $Trillions now being invested in railway expansion worldwide. It so happens that which is most efficient of energy use in transport meshes nicely with the needs of protecting the human race in climate change, and coincidentaly hedges against oil supply inexorably tapering downward (The Oil Interregnum). Restoring USA rail mainline capacity, extending reach of RR mains, rehab and reconnecting branchlines to local warehouse interface... Specifics. Extrapolate the corridor and local rail footprint specifics to the 3000 or so US County planning bureaus with "US Rail Atlas Maps" obtained from (spv.co.uk), or see the circa 1950 Thomas Breos City & County Maps down in the local library basement archives. Maybe they haven't been thrown out by overzealous staff in your respective locale. If so, a thoughtful Brit railroad fan can help you at the website noted a bit previous. Now, apolitical as WW tries to be, here is an item of implementation, the crucial baby step... ALL the US National Guard Commandants should get copy of Van Fleet's book noted above, plus office copy of GCOR, the rules of operation of the USA Railway sytem. as now constituted. This is to get a bit of rail savvy in the corps, precursor to re-commission of the 50 States' National Guard Railway Operating & Maintenance Batallions. Of course any reading this, hopefully in WW final '09 SOTW revision, will be able to supply the info for their respective locales' planners. Round this out with a good book: "ELECTRIC WATER", by Christopher C. Swan (New Society Press, 2007) and a couple of articles in (peakoil.net), articles 374 & 1037 in "The Association For The Study Of Peak Oil & Gas". There is not time for political games now. The immediate entry of railway as a crucial requisite in the climate disaster solution set is at hand, and it is respectfully suggested Dr. Engelman review the railway programs under way around the world, and note same as he provides US planners with these particulars.Like the atmosphere, you are
Like the atmosphere, you are too kind: too kind to the principle actors in the play of parliamentary capitalism; too kind to the footdraggers on a two-decade world tour of policy making; too kind towards market solutions for a consumption problem; and too kind towards the messianic faith in technological solutions. To be sure, if we were to effectively address climate change it will include global leadership and the application of emerging technologies, but it will more likely involve individual restraint (conservation) – which can only be motivated by giving people the straight goods. I fear that providing false hope in finding solutions-without-sacrifice will delay our collective response. We cannot consume our way out of a consumption crisis. If I were to make a suggestion regarding your essay, firm up what “cuts by 50 – 85 percent of 2000 levels by mid century” and what “global average per capita emissions [of] two tons by 2050” really mean - certainly it means more than “personal losses in easy travel”. I would also find it interesting if you expanded your thoughts (p.8) about the effect of a stagnating world economy on our ability to affect change (I don’t think our environmental problems and economic woes are unrelated). The essay is thoughtful and well written, but don’t be too kind. [p.s. edit Kyoto’s (p.5), expensive (p.6), and ‘decline’ is trippy on p.12]Your draft points out all
Your draft points out all the issues and complications concerning nations pulling together. The philosophy is commendable and I agree but this transformation will not take place from the top down rather the reverse. Practicable, logistically sound, sustainable proof of implementation for renewable co-generation hybrids will create the tipping point we all foresee. Once proven either separately or in conjunction then a whole new host of opportunities arise on a much more evenly aligned world playing field. Then it boils down to whose system is most efficient and the infrastructure revolution changes not only how power is generated (eg, Winds, tidal, solar, electrolysis, oxidation-reduction, biomass, cellulosic ethanol--sunflowers are the best choice--) but how political power is distributed. Magnates such as Exxon and BP cannot control micro-grid generation nor can they stop its proliferation. The USA is today, in 2008, controlled by oilmen in the White House whose companies have also taken advantage of the massive tax credits granted since these corporations are perched to launch the cash garnered since the oil and gas spikes of recent impact. The military industrial complex is rearing its head absorbing massive energy from a bludgeoned economy. So, as we converse, millions of minds are working on what will become a norm for the future, cheap energy. If millions of minds contribute 3 applicable innovations daily, this peaceful, subtle revolution will manifest and reside among us faster than any diplomatic corps could ever hope to achieve such end. The exchange of ideas and technology though modern communicative networks is a prolific example of how practicable energy grids will evolve. Lightning reactions like the internet, iPods and electronics will rapidly appear in the fields of energy generation and site-specific energy quotients. We have to treat the cause (industrial pollution of oceans, land and atmosphere). Councils of intellectuals and government gurus to enhance what is proven will logically follow. A World Council should be bringing forth the proofs of concept and unleashing these advancements to a World Without Borders. A Council of edicts should not be the antecedent motivator, for such processes invites boundaries for politicization as it is so bound up today. Malnutrition will be history for the nurturing resources are available in this ame manner and as a result comparative theretoOver-consumption is the key.
Over-consumption is the key. How can you summarize global warming mitigation without using the words "conservation" or "consumption?" Over-consumption is THE driver of environmental degradation of all kinds. If you can't say that for whatever reason, then you are still part of the problem.It is a good summary but too
It is a good summary but too polite, cautious and inaccurate. We have to call a spade a spade. 1. I wouldn't call the atmosphere "kind"; it is "generous" (and perhaps patient). 2. Re ... "requires real sacrifice - as it may". I would say - " as it will". 3. Finally "development assistance" has not been a "transfer of wealth from the North to the South". Please. All of North-South interactions throughout history - slavery, colonialism, post "independence" global trade and aid - has been transfer of wealth from the South to the North. Development assistance has been overtly or covertly a trade investment by donor countries. Thank you. I really do enjoy your publications.Post new comment