GLOBAL CLIMATE CHANGE
The GLOBE Climate Change Campaign - Contraction & Convergence
In November 1998 the Parties to the United Nations Framework Convention on Climate Change (UNFCCC) will meet in Buenos Aires Argentina for the Fourth Conference of the Parties (COP 4) to the UNFCCC. They are required under the terms of the Kyoto Protocol crafted at COP 3 in December 1997, to devise the principles, rules and modalities that will govern any emissions trading scheme that may emerge as a result of the Kyoto agreement. This requires the creation of a property rights scheme for international emissions entitlements that is also consistent with the objective of the UNFCCC. At present there are attempts by actors in the industrial country group to establish property rights based on the commitments in the Kyoto protocol. This would exclude developing countries. Because this would be internationally inequitable, it would not be politically and therefore ecologically sustainable.
Before and at COP4 in Buenos Aires, developing countries still have an opportunity to strategically define terms of engagement with the developed world on this issue.
It is critical that these terms are both internationally equitable and ecologically sustainable. Only as such can international emissions trading become a legitimate mechanism to flexibly assist and therefore hasten the global solution to climate change.
GLOBE International proposes that this engagement can be successfully achieved in terms of the "Contraction and Convergence" model developed by the Global Commons Institute (GCI). GLOBE has been campaigning for the acceptance of this approach since 1996 and welcomes the now widespread and growing governmental and non-governmental support for this approach in developed and developing countries alike.
This pamphlet provides brief information about "Contraction and Convergence" and this support. It is a diplomatic solution combining the global imperative of ghg emissions reductions - or "Contraction" - with the international diplomatic compromise that international ghg emissions allocations in the contraction budget should be the result of a deliberate "Convergence" to equal per capita entitlements globally by an agreed date. GLOBE argues that international emissions trading can only be effective in terms of achieving the objective of the UNFCCC if it is derived from the application of the principles of "Contraction and Convergence".The objective of the UNFCCC is only achievable with an unprecedented degree of global co-operation. This requires future international allocations of greenhouse gas emissions entitlements being globally negotiated in this equity-specific manner.
The global property rights that are now being created because of emissions trading are in the global commons. It is therefore only prudent to assume that everybody - globally - is a stakeholder with an equally legitimate claim to these rights. "Contraction and Convergence" is a logical method for showing how these rights can be negotiated with the participation of everyone in a manner that is also consistent with the objective of the UNFCCC.
Tom Spencer President GLOBE International
TABLE OF CONTENTS
TABLE OF CONTENTS
GLOBE Southern Africa is a network of environmentally committed parliamentarians. It is part of GLOBE International to which over 500 legislators from around the world belong. It includes GLOBE European Union, GLOBE USA, GLOBE Japan and the GLOBE Europe Network in the national parliaments across Europe. The network is growing rapidly to include individual parliamentarians in many other countries. GLOBE welcomes democratically elected parliamentarians from all parties. Members of GLOBE speak for themselves individually and undertake not to act as representatives of governments.
Climate change has been a key campaign for GLOBE International for 10 years. GLOBE was active in Rio and at every meeting of the Conference of the Parties on Climate Change since Rio. For the last two years GLOBE has worked closely with the Global Commons Institute (GCI), led by Aubrey Meyer. The GLOBE International General Assembly in Brussels in May 1997 laid the basis for GLOBEs policy. GLOBE Japan held a Seminar in Tokyo in July 1997. In October sixty GLOBE parliamentarians from twenty-seven European countries held a meeting jointly with the UN Climate Change Secretariat in Bonn which included a private session with key climate negotiators and a public session with seven environment ministers from the European Union. Questions have been asked and campaigns mounted in parliaments across Europe. GLOBE International wrote to 15,000 parliamentarians around the world, stressing the importance of the Kyoto meeting and the role of parliamentarians. GLOBE held a Symposium on Climate Change in Kyoto on the day before the Ministerial section of COP 3. It was attended by 70 Parliamentarians from around the world, many of whom stayed on to the lobby the Conference. As President of GLOBE I addressed the Conference of the Parties and proposed an Equity Protocol that was widely welcomed. GLOBE parliamentarians were active during the crisis in the early hours of the morning of the final day in Kyoto. It was at this moment that the tensions between the developed and developing world came close to disrupting the entire conference. We remain convinced that objections raised by India, China and Africa are valid and must be addressed by the developed world in the negotiations leading up to the COP 4 in Buenos Aires in November 1998.
"Contraction and Convergence" is GLOBE Internationals proposal for the international management of global reductions in greenhouse gas (ghg) emissions. "Contraction and Convergence" is an approach which has been described by some as "not just the right but the only solution" to climate change and by others as "theoretically flawless, but politically unachievable". GLOBE believes that an issue of this importance cannot be politically unachievable. If it were, democratically elected politics itself would have failed.
"Contraction and Convergence" aims to stabilise atmospheric greenhouse gas (ghg) concentrations at a safe level in accordance with the United Nations Framework Convention on Climate Change (UNFCCC). This is done by calculating a global ghg emissions budget and then sharing out that budget on an equitable basis amongst the nations of the world. Many UNFCCC participants including India, China and the Africa Group support the approach. Others believe that no more than piecemeal sub-global arrangements are politically achievable at this time. GLOBE thinks that all the sub-global proposals tabled so far are environmentally inadequate because they do not set a ceiling on global emissions. They are also politically unachievable because they would create competitive tensions between the industrial countries that accepted ghg emissions constraints under the Kyoto Protocol and the rest of the world that did not. GLOBE believes that "Contraction and Convergence" is the only mechanism devised so far which answers both the scientific and political challenges of climate change.
GLOBE International brought leading representatives of India, Africa, Brazil and China to a meeting in the House of Commons on May 14th 1998 to acknowledge the fundamental importance of these concerns and their significance for COP4 and for the future. At this meeting the UK Minister of the Environment confirmed the need for "Contraction and Convergence" to be taken into the review process of the UNFCCC.
Formulae for calculating "Contraction and Convergence" are shown in Annex I.
At COP4 there will inevitably be further discussions of the so-called "flexible mechanisms" (emissions trading) and "the involvement of developing countries" in the UNFCCC. This meeting cannot avoid the call for "globally equitable allocations of emissions entitlements" made at the Summit of the Non Aligned Movement (NAM) in Durban South Africa in September 1998. Strong argument was made during the NAM Summit requiring this as the precondition for any agreement by the developing countries to a scheme for the international trading of emissions entitlements and their participation in it.
GLOBE members remain concerned at this time that attempts by the USA do a short term sub-global deal with the Russians and Ukrainians trading in hot air would inevitably make an agreement with the developing world more difficult.
Uncertainties about how much human-induced climate change has already taken place and what is likely to happen in the future are inevitable. However, as figures from the insurance industry reveal, serious economic damage is already being done as a result of the stronger winds, wilder storms and higher waves that global warming is now generating.
We know for certain that CO2 concentrations in the atmosphere have been rising for the last two hundred years in line with the rising emissions of CO2 from fossil fuel burning. Global mean surface temperature has risen by 0.6 degrees Celsius over the past century and the global sea level has risen by 10 - 25 cm over the same period. The mechanisms linking these observations are understood sufficiently well to establish a causal link between them. Carbon dioxide and other greenhouse gases (ghgs) in the atmosphere trap heat radiated out from the earths surface. As these concentrations increase, more heat is trapped and surface temperatures rise.
This simple relationship has been obscured by a number of other factors such as changes in solar radiation, changes in cloud cover, aerosol concentrations in the atmosphere and ocean circulation. While this noise has historically masked much of the signal, we are now reaching a point where the signal rises above the noise. That threshold is in itself very significant as it means that we are beginning to experience conditions beyond the range of natural variability. By breaking through this limit of natural variability, we expose ourselves to the risk that positive feedbacks will develop which would accelerate global warming beyond our control. Many such feedbacks are possible, but since we cannot say accurately when they kick in or how strong they will be, they are often excluded from the climate models used by the IPCC for its scenarios. Likely feedbacks include the partial melting of the permafrost that will release vast quantities of methane, a powerful ghg, and the melting of ice caps and glaciers that will mean that the Earth absorbs more heat from the sun because of lost albedo or reflectivity. Increasing forest fires and other ground-cover changes now occurring also constitutes a positive feedback loop with atmospheric CO2. Changes in cloud cover, a very complex and imperfectly understood area, could lead either to positive or to negative feedbacks, depending on the nature and altitude of the clouds.
However, we have been continually breaking records in global upward temperature trends during the past decade. And each of the first seven months of 1998 recorded higher temperatures than any previous values for the same months over the last 140 years.
It takes several decades for ghg emissions to change the global temperature or cause the sea level to rise. By not reducing emissions immediately, we condemn ourselves to the following chain of events - increased ghg concentrations in the atmosphere followed by rising temperatures, followed by sea level rise and other climatic changes - spread over decades and even centuries into the future. The existence of this chain obviously heightens the risk that we will provoke harmful positive feed-back mechanisms to kick in and be unable to do anything about them. A major and rapid climate change will have occurred with totally unpredictable consequences. The lags involved in a 450 ppmv and a 550 ppmv scenario are demonstrated in Annex II which stretches the analysis two centuries into mankinds future.
In its first report in 1990, the Intergovernmental Panel on Climate Change (IPCC) suggested humanity would need to reduce its ghg emissions by a minimum of 60% immediately in order to stabilise concentrations at the then current levels. The IPCC did not state that this had to be done because that was beyond its remit. It was left to the worlds political leaders to decide what concentration of ghgs in the atmosphere it was safe to reach before storms became too serious or positive feedbacks kicked in. Since then, the European Union has indicated that it considers a CO2 doubling from pre-industrial levels (280 ppmv in 1800) to around 550 ppmv to be a safe limit. More recently, Bert Bolin, the former chairman of the IPCC has suggested that 450 ppmv should be considered the limit. The truth is, no one knows. Moreover, it must not be forgotten that even the present ghg level of roughly 360 ppmv may prove not be safe because of the time lag between a rise in concentration and the effect that higher level has on the climate. Whatever limit we decide is safe, we still need to reduce our CO2 emissions by at least 60% over some specified time frame if stabilisation at that limit is to be achieved.
The delays in the way the climate system behaves are probably the most compelling reason for acting immediately in a comprehensive, risk-averse manner. Now that the basic science is no longer in serious dispute, most politicians have accepted that action is necessary. Nevertheless, there is a general reluctance to take long-term decisions because the electoral cycle of democracies has a built in, short-term focus. Politicians fear that climate change requires hard, short term, changes that will be publicly unpopular and have only medium and long-term benefits. Political leadership, not followership, is needed. For these reasons, the preference up to now has been for a piecemeal approach. Yet, there is only a limited budget of CO2 emissions left for the next century before any particular emission limit is reached.
We need to plan now in order to ensure a relatively smooth transition to a low-emission economy dictated by this 'budget'. The consequences of delay are examined in Annex III, where three possible scenarios of future action are compared.
"Contraction and Convergence" is designed to provide a framework for the desired smooth transition to a low level of CO2 emissions from human economic activity. While other ghgs are significant and need to be addressed, each gas should be dealt with individually because of their different nature, sources and sinks, scientific understanding and monitoring capabilities. CO2 is by far the most significant ghg since it is responsible for over 70% of the human-made greenhouse effect. It is the ghg created by man that man can most certainly reduce and should be given the most urgent attention. The first step in the "Contraction and Convergence" process must be to determine a safe global annual emissions level far enough into the future for them to be directly linked to a target concentration level. The GCI analysis plots emissions from 1860 to 2200. This provides decision-makers in government and industry with a long-term perspective for planning and investment. To allow for the remaining uncertainties over the scale of climate change impacts, it is important to design a system that can be reviewed and adjusted at regular intervals. This flexibility should also facilitate initial negotiations where a contraction formula can be agreed for the achievement of a given ghg concentration target. On the basis of these criteria, it is possible to establish a formula for a contraction curve that can accommodate any sensible combination of cumulative budget and final emissions level. The contraction formula used by the GCI is shown in Annex I.
Having defined a global budget, the next problem is to fit all countries, regardless of their current GDP, into the ever-decreasing space beneath that global cap. The core aims of any distribution system proposed under this contraction curve are to achieve multi-lateral consensus, co-operation and emissions trading.
Such a consensus can only be formed around a universally recognised equity rule as the basis for emission entitlement allocations. The problem is that so far, there are diverging views on what is equitable. The most fundamental proposition of an equitable allocation would be based on an equal per capita distribution.
This is clearly not an immediately acceptable proposition from the perspective of industrialised countries that have very high per capita emission levels. But developing countries will not accept pro rata reductions based on present consumption patterns either, since they are not historically responsible for the problem. This stand-off threatens to delay agreement and dissipate political will.
The simple compromise is convergence. One starts from the present distribution of emissions moving gradually along an agreed trajectory, to a point after which the allocation of emission entitlements has become proportional to population globally, with reductions pro rata thereafter. This might involve an agreement to freeze the population numbers in the accounts beyond a chosen date. Because such convergence is purely a diplomatic mechanism, it is probably easiest to use a straightforward, linear convergence path. The trajectory is not of critical importance as long as it can be agreed by all parties. Exponential and linear convergence formulae are shown in Annex I.
Once a trajectory has been accepted, negotiations can begin to agree on a convergence date by which emission entitlements are to be equalised. Under overall contraction, the convergence process progressively allocates each country an annual percentage share of the global budget. In this way, any reviews of the global budget can be undertaken in light of evolving scientific knowledge without having to renegotiate the distribution.
The "Contraction and Convergence" package is completed with an emissions-trading mechanism established on the back of the allocations of ghg emissions entitlements. There has been some opposition to emissions trading on the basis that it provides a loophole and would help industrialised countries to maintain the development status quo. These criticisms only apply where trading is intended under a sub-global agreement in other words without a global emissions cap and without a globally negotiated distribution of the new property rights. Trading under the Kyoto Protocol, as it is currently expressed, will be prejudicial to achieving and effective global solution. For related reasons, the US Senate threatens non-ratification demanding "a global solution for a global problem". The targets for Russia and the Ukraine embrace the idea that emissions entitlements can be retrospectively enlarged beyond what was actually emitted since 1990 to compensate for the economic collapse in the Former Soviet Union. This is intended to create a surplus of tradable entitlements that can be exchanged against the surplus of emissions that occurred from the USA since 1990. This superficially attractive idea is currently driving much of the impetus towards emissions trading. But the manner in which these particular credits and debits are being calculated is at present both arbitrary and asymmetrical. This has led to the justifiable criticism of the arrangement as hot air trading. These problems do not arise if governments use the global calculus of "Contraction and Convergence".
Indeed, "Contraction and Convergence" rationalises the global distribution of permits in a way that makes emissions trading both necessary and desirable for most parties. The least developed countries will receive high emission allocations, much of which they will be able to trade for funds to invest in more sustainable economic development. Trading gives developing countries a real incentive and credit for early emission control measures.
Industrialised countries on the other hand can avoid costly measures, such as early power plant closures by buying emission permits. Trading provides efficiency by achieving global emissions reductions or carbon-contraction at least cost to the world economy. It also addresses problems such as the migration of firms to countries with more generous allocations.
"Contraction and Convergence" provides a complete package for CO2 emissions abatement that is both politically acceptable and fulfils the scientific requirements to prevent catastrophic climate change. The key point is to realise that this solution will not happen through a fortunate accident or an evolution involving a gradual incorporation of developing countries into the framework established by the Kyoto Protocol. This, because of its loopholes and unambitious targets, will only manage to reduce the projected growth trend of atmospheric CO2 concentrations by about one half of one percent. Delaying the start of "Contraction and Convergence" by 10 years could require 10% more emission final reductions from 1990 levels to achieve the same atmospheric concentration stabilisation.
The rationale outlined above is the only practical and convincing way forward.
It is vital that world leaders recognise this and commit their countries to negotiating at COP 4 the global solution for what everyone accepts is the global problem.
This can only be based on the principle of equity and the establishment of the robust and flexible model provided by the "Contraction and Convergence" analysis.
Produced at the XIIIth General Assembly - Cape Cod, 24-26 August, 1998
Global Response to Climate Change
Recalling the agenda adopted at the XIIth General Assembly of GLOBE International in 1997;
Recognising the threat of climate change and its possible consequences for all the world's countries, and in particular for the world's poorest countries;
Recognising that a first step was taken in Kyoto, Japan, at the third Conference of the Parties to the UN Framework Convention on Climate Change in response to this threat;
Aware that the Kyoto Protocol leaves some issues unresolved, and that specific rules will have to be agreed to in the course of the forthcoming negotiations;
Recognising that changes in climate have serious adverse effects on ecosystem, and thus on human health and well being, and recognising that preservation and restoration of ecosystems is one effective way of slowing down climate change;
Aware that our countries together have a responsibility to lead in the climate negotiations, and determined to continue to drive the process forward;
Recognising the need to identify gaps and overlaps among the Rio instruments in order to create synergy and identify ways in which linkages between climate change and conservation of biological diversity can be used to slow climate change;
Recognising the work by IPCC outlining marine and terrestrial biotic responses to environmental change and feedback to climate;
Aware of the evidence showing that considerable reductions in greenhouse gas emissions can be achieved in most industrialised countries at little or no net cost, especially by reducing the waste of energy;
Committed to working in close co-operation with each other, as well as with colleagues from developing countries, to find a way forward which is agreeable to us all;
Reaffirming our commitment to the objective of the UNFCCC as stated in Article 2, that the ultimate objective is "the stabilisation of greenhouse gas concentrations in the atmosphere at a level that would prevent dangerous anthropogenic interference with the climate system" and that "such a level should be achieved within a time-frame sufficient to allow ecosystems to adapt naturally to climate change to ensure that food production is not threatened and to enable economic development to proceed in a sustainable manner.
We, Members of GLOBE International:
[See GCI website for full details of model 'CCOptions' http://www.gn.apc.org/gci]
following graphics make clear the lagged sequential structure of events that are triggered
by release of CO2 emissions from human sources. Only CO2 is used to
portray the case made, as it is only for these emissions that reasonably complete global
datasets exist. Human CO2 emissions, 80% of which come from fossil fuel
burning, represent over 70% of the net anthropogenic forcing of global mean temperature.
So assuming no sudden surprises, the temperature values recorded are about 30% less than
they will be when all the equivalent effect of the other gases such as methane are
included. The observed events of the past two hundred years are shown as well on the
left-hand half of these graphics. The sequence of recorded events showing the relationship
between rising emissions and rising atmospheric concentrations is beyond dispute. UKMO,
NOAA and the ICC accept the functional link via rising concentrations, between rising ghg
emissions and rising global mean temperature.
The period 2000 to 2100 shows a 450 ppmv "Contraction" budget for human CO2 emissions. Annual CO2 emissions are reduced to 40% of 1990 value by 2100 and remain so until 2200. Here "convergence" between Annex One and Non-Annex One is set to reach globally equal per capita emissions entitlements by 2050. Contraction is pro rata from then onwards. In 1800 atmospheric concentrations of CO2 were 280 ppmv. By 1998 they reached 263 ppmv. During the emissions contraction, concentrations continue to rise slowing to 450 ppmv by 2100. This assumes the sinks function as before, re-absorbing roughly half of each year's human emissions. If sinks were to fail, concentrations could rise higher on the path shown with an upper limit reaching 750 ppmv by 2200. The temperature curves shown here are linked only to CO2 and its lowest concentration path. Temperature is set at 0.0o C in 1800 and 0.7o C up in 1998. The range continues rising by between 1 and 2.4o C as late as 2200 (best guess at 1.5o). Rising sea level at 3 to 10 cm per decade is not shown and continues beyond the stabilisation of temperature.
The 'Lags' in a 550 ppmv Scenario
Here, from 2000 to 2100 a 550 ppmv "Contraction" budget for human CO2 emissions is shown. Annual CO2 emissions are reduced to 40% of 1990 value by 2200. "Convergence" between Annex One and Non-Annex One is set to reach globally equal per capita emissions entitlements by 2100. Contraction is pro rata from then onwards. During the global contraction of emissions, concentrations continue to rise slowing to 550 ppmv by around 2150. This assumes the sinks function as before, re-absorbing roughly half of each year's human emissions. If sinks were to fail, concentrations could rise higher on the path shown with an uppermost path reaching 950 ppmv by 2200 and rising. Again, the temperature curves shown are linked only to CO2 and its lowest concentration path. Temperature is 0.0o C in 1800 and 0.7o C up in 1998. The range continues rising by between 1.5 and 3o C as late as 2200 (best guess at 2o). Rising sea level as before is not shown but continues at between 3 and 10 cm per decade and goes beyond the point of stabilisation of temperature.
In the 450 ppmv case the annual rate of contraction reaches over 2% per annum. In the 550 ppmv case the annual rate of contraction reaches just over 1% per annum. GDP in both cases is assumed to grow constantly at an average of 3% per annum. But when we compare the extent of delinking of CO2 emissions and GDP between the 450 budget and the 550 budget, the general rate of de-linkage (or gain in terms of $s per tonne carbon) is between 4 to 5% per annum. This is unprecedented. Yet in any scenario set on stabilising atmospheric concentrations, this is the scale of achievement required. So short of just trying to adapt to climate change, these efficiency gains have to be made. Moreover, because the higher ppmv scenarios incur more damages from climate, more of GDP will have to be diverted into damage compensation with less for avoiding emissions and de-carbonization strategies. Since we have to execute the solution at a rate that exceeds that at which we create the problem, soonest is best as the higher the concentration path the worse the odds of doing this become.
|This graph compares three ways of looking at the future evolution of
the global budget of CO2 emissions from fossil fuel burning. The levels of
atmospheric CO2 concentrations, temperature rises and dollar per tonne carbon
efficiency gains associated with each budget concept are shown as well (colour-coded).
The Precautionary Principle (PP) budget
This budget assumes the need for early controls for "Contraction".
The Wigley, Richels and Edmonds (WRE) budget
This budget assumes the delay, or even the total absence of controls.
The Efficiency Gains Only (EGO) budget
This budget assumes the absence of controls and even the need for controls.
The primary policy level of choice examined here is that between the need for controls and the rejection of controls, in other words between the PP or WRE concepts on the one hand, and the EGO concept on the other. The international debate has already reached this stage and there is a general acceptance that controls will be necessary.
This means that the next choice is between introducing them immediately rather than later, in other words between the PP concept and the WRE concept. The IPCC states that the key determinant for the stabilisation level of concentrations is not so much the emissions trajectory but the total amount emitted between now and the time of concentration stabilisation. If so, we appear to have some flexibility over the timing of reductions.
However, the WRE curves were produced in the belief that it is better to wait for technological improvements to make reductions more cost efficient before embarking on them. It uses a capped emissions trajectory to deliver a given concentration level but keeps the trajectory on a business-as-usual (BAU) path for as long as possible before making sharp reductions since technology should have improved considerably by then, making the necessary reductions cheaper.
The flaw in this argument is that this trajectory will require more rapid reductions and hence much greater economic efficiency gains once we depart from BAU. Assuming a steady annual growth of the economy at 3%, economic efficiency gains measured in CO2 emissions per unit of GDP would have to improve by up to 7% per annum. Even if this is feasible, the implementation costs will probably outweigh the cheaper technology. Furthermore, capital investments made along the BAU path early on may have to be made redundant before the end of their normal life span. Both sets of curves have a similar emissions trajectory, but the precautionary approach tries to limit the maximum rate of emissions reductions by imposing an early departure from BAU. This reduces the risk of not being able to meet the greater reductions without major economic disruption.
It is widely accepted that even on present technology we can take no regrets measures to reduce CO2 emissions by up to 30%. If this is the case, there is little point in delaying this action and placing a heavier burden on future generations. Furthermore, it seems that technological efficiency gains and low-emission technology is incentive driven. There have to be clear targets for industry to aim for.
If we decide to follow the WRE curves and find that the rapid reductions down the line are not realistic, we will face an ever-growing struggle to control CO2 concentrations along the EGO path. This scenario also represents the most optimistic position where a zero emissions economy can be achieved driven by economic efficiency gains alone. Whichever way it is interpreted, the EGO scenario represents a gradual improvement in the rate of economic efficiency gains. Due to the limits of thermodynamics, gains would have to be made through completely new technology such as nuclear fusion as well as massive improvements in current renewable energy. If recovery from delayed action proves impossible because the required technological fixes do not emerge, CO2 concentrations will rise above 650 ppmv with no stabilisation - let alone reduction - in prospect. This is clearly not an option in accordance with the objective of the UNFCCC.
there may appear to be little to distinguish the PP and the WRE control options in terms
of their climatic impact. But just the earlier arrival at 450 ppmv and corresponding
temperature rise may take us to thresholds of instability the retreat from which is then
dependent on crash control programmes for reduction which will be more costly than the
earlier and milder controls of PP.
The PP approach is also more sensible than the WRE and the EGO approach because it initiates best use of present options. It reduces the risks of large-scale unpleasant surprises down-stream and with "Contraction and Convergence" in place, encourages compliance because it is both more intra and inter-generationally equitable.
Following this reasoning, pursuit of the EGO approach either by default or design is the least prudent option possible.
Statement by the Africa Group AT AGBM 7 AUGUST 1997
Already at AGBM, 8 August 1997, four months before Kyoto, the Africa Group of Nations delivered the following statement regarding the global derivation of equitable allocations of emissions entitlements to the final plenary session.
"Mr. Chairman - Let me begin by adding the Africa Group support for the statement made by the Chairman of the Group of G-77 speaking on behalf of the G-77 and China. And speaking on behalf of the Africa Group, I wish to commend you on the manner in which you have presided over the negotiations in the AGBM process.
This has been an extremely difficult session of meetings. However, what is crucial is to try to evaluate whether of not the Parties have made any real headway in trying to strengthen the commitments under Article 4.2 (a) and (b) and advance the implementation of Article 4.1 as was mandated to us by the Berlin Mandate.
We shall pack our bags and return home with a sense of concern about the pace of progress that has been made. Unfavourable climatic conditions will continue to plague our economies, our crops will continue to fail, national external debts will remain a problem to us and our basic social infrastructure will continue to suffer as a result of the impacts of climate change. Yet the Annex One Parties - in particular those parties that have chosen to refrain from giving us their numbers - will go home smiling, celebrating their success in holding back the negotiation process.
We are grateful to those Parties who have given us their proposals and we look forward to evaluating these proposals in order to assess the impacts they will have on our socio-economic infrastructures.
Some of our countries are already in the process of implementing activities to address the problem of greenhouse gas emissions (GHG) emissions. We wait in anticipation for Annex One countries to show the necessary commitment. As we negotiate the reduction of GHG, the countries of Africa believe that there should be certain principles that need to be clearly defined.
When we look at time frames, we believe that insufficient commitment by Annex One countries will only result in delaying our influence on the climate system. If this course is maintained, then we will all suffer and the burden will be even greater for humanity in general. The burden for any future mitigation efforts on those of who have not been historically and currently responsible for creating the problem will be greater.
Mr. Chairman we recognise that per capita emissions rights, as a form of differentiation is not an easy goal. It calls for deliberate actions to attain reduction targets over time by Annex One Parties and sustainable growth in the Non-Annex One Parties. To do this Africa would need predictable financial resources, technology transfer, education, training and public awareness, systematic observation and research. We look forward to renewed co-operation with other Parties in implementing our commitments under Article 4.1.
Mr. Chairman, we must focus our attention on the most appropriate, reasonable and acceptable timeframe for action. There is an over-riding pre-requisite. The time frame can not be too far away into the future if we are to avoid at all costs the dangers that global climate change poses. The current scientific evidence indicates that Africa faces decline in water resources, agricultural production and economic performance. It is therefore for this reason that we wish to register the seriousness with which we view the effective implementation of the Convention and future agreements emanating from it. Finally Mr. Chairman, we would request that the Secretariat take note of the views expressed in this statement on behalf of the African Group of Nations and Parties to the Convention. We look forward to meaningful targets and timeframes for consideration at the next session of the AGBM.
I thank you."
Mrs Karamanzira of Zimbabwe
Chairman Africa Group of Nations at the UNFCCC.
Environmental Justice is about social transformation directed towards meeting basic human needs and enhancing our quality of life - economic quality, health care, housing, human rights, environmental protection and democracy. In linking environment and social justice issues the environmental justice approach seeks to challenge the abuse of power which results in poor people having to suffer the effect of environmental damage caused by the greed of others.
This includes workers and communities exposed to dangerous chemical pollution, and rural communities without firewood, grazing and water. In recognising that environmental damage has the greatest impact upon poor people, EJNF seeks to ensure the right to those most affected to participate at all levels of environmental decision making.
The mandate for the establishment of EJNF was given by representatives of more than 100 South African NGO's and other organisations attending the Earthlife Africa International Environment Conference during September 1992. EJNF was formally launched in 1994.
Today the network is comprised of 550 participant organisations comprising the cross sectoral diversity of South African civil society organisations including trade unions, Churches, environmental NGO's, community organisations and women's groups.
The 550 organisations participating within EJNF have jointly resolved to organise with the poor and marginalised to take forward the struggle for environmental justice. EJNF is owned and directed by its participant organisations. Its objective is to make the network participants stronger and more successful in achieving our commonly desired environmental justice goals.
The alliance of EJNF organisations shares the following set of values and social goals: -
Climate change has become a key campaign for EJNF and we have been working closely with the Global Commons Institute (GCI) on "Contraction and Convergence" since the UNFCCC related meeting in June 1998.
In August 1998 the national Steering Committee of the EJNF comprising democratically elected provincial representatives passed the following resolution on climate change.