Wednesday, February 28, 2007

Rule of Law in International Relations

The United Nations Millennium Declaration, See paras. 9, 24 and 25 of General Assembly resolultion A/RES/55/2



IV. Protecting our common environment
21. We must spare no effort to free all of humanity, and above all our children and
grandchildren, from the threat of living on a planet irredeemably spoilt by
human activities, and whose resources would no longer be sufficient for their
needs.

22. We reaffirm our support for the principles of sustainable development
including those set out in Agenda 21,7 agreed upon at the United Nations
Conference on Environment and Development.


23. We resolve therefore to adopt in all our environmental actions a new ethic of
conservation and stewardship and, as first steps, we resolve:

• To make every effort to ensure the entry into force of the Kyoto Protocol,
preferably by the tenth anniversary of the United Nations Conference on
Environment and Development in 2002, and to embark on the required
reduction in emissions of greenhouse gases.


To intensify our collective efforts for the management, conservation and
sustainable development of all types of forests.

• To press for the full implementation of the Convention on Biological
Diversity8 and the Convention to Combat Desertification in those Countries
Experiencing Serious Drought and/or Desertification, particularly in Africa.9

To stop the unsustainable exploitation of water resources by developing water
management strategies at the regional, national and local levels, which
promote both equitable access and adequate supplies.

• To intensify cooperation to reduce the number and effects of natural and manmade
disasters.

• To ensure free access to information on the human genome sequence.

V. Human rights, democracy and good governance
24. We will spare no effort to promote democracy and strengthen the rule of law,
as well as respect for all internationally recognized human rights and
fundamental freedoms, including the right to development

http://untreaty.un.org/ola/legal_counsel9.aspx


Tuesday, February 27, 2007

Environmental impacts of continued population increase:Africa Lakes under strain as populations rise - the UNEP atlas



Lake Songor Lagoon in Ghana 1990-2000:


The two satellite images show a vivid change in the environment.


The 2000 image (above) shows a conspicuous reduction in the lakes volumen and biodiversity, as compared to the 1990 image. A salt extraction site is located on the western part of the lake.


Summary:
Africa's 600-plus lakes are under unprecedented strain from rising populations and must be managed better if demand for fresh water is not to stir instability, a UNEP report says .

Africa's 600-plus lakes are under unprecedented strain from rising populations and must be managed better if demand for fresh water is not to stir instability, a UNEP report says .



The dramatic and, in some cases damaging environmental changes sweeping Africa’s lakes are brought into sharp focus in a new atlas.





Produced by the United Nations Environment Programme (UNEP), the Atlas of African Lakes compares and contrasts spectacular satellite images of the past few decades with contemporary ones.

The rapid shrinking of Lake Songor in Ghana, partly as a result of intensive salt production, and the extraordinary changes in the Zambezi river system as a result of the building of the Cabora Basa dam site beside more familiar images of the near 90 per cent shrinkage of Lake Chad.

Other impacts, some natural and some human-made and which can only be truly appreciated from space, include the extensive deforestation around Lake Nakuru in Kenya.

Satellite measurements, detailing the falling water levels of Lake Victoria are also mapped. Africa’s largest freshwater lake is now about a meter lower than it was in the early 1990s.

The fact that lakes are actually shrinking due to deforestation, climate change or poor farming methods, demonstrates the need for better cross-border cooperation to ensure access to life's most precious resource, UNEP says.


Some Lake Facts and Figures

The precise number of lakes, both natural and human-made (dams and reservoirs), in Africa is unknown.
But the WORLDLAKE database puts the number at 677.

Globally there are an estimated 50,000 natural and 7,500 human-made ‘lakes’.

In Africa Uganda,

with 69 lakes has the highest number followed by
Kenya, 64;
Cameroon, 59;
Tanzania, 49 and....
Ethiopia, 46.

Gabon, with just eight lakes has the fewest in Africa,

followed by Botswana, 12 and Malawi; 13.

Africa has about 30,000 cubic kilometers of water in its large lakes making it the largest volume of any Continent in the world.

The annual freshwater fish catch in Africa is around 1.4 million tones of which 14 per cent comes from Egypt.

However the damming of rivers across the Continent allied to the disposal of untreated sewage and industrial pollution has reduced the catch particularly in the Nile Delta and Lake Chad.

Wetlands, often associated with lakes and river systems, are important for wildlife, water supplies and filtering of pollutants.

The most important include those in the Okavango Delta, the Sudd in the Upper Nile, Lake Victoria and Chad basins and the floodplains and deltas of the Congo, Niger and Zambezi rivers.

However, many of being drained as pest control measures or for agriculture.

Niger, for example, has lost more than 80 per cent of its freshwater wetlands over the past 20 or so years.

Close to 90 per cent of water in Africa is used in agriculture of which 40 to 60 per cent is lost to seepage and evaporation, says the Atlas.

Lake Songor

A brackish coastal lagoon in Ghana emerges as one of the most dramatic visual changes in the Atlas.
The lake in size is home to fish and globally threatened turtles, like the Olive Ridley and green turtle, as well as important bird populations.

In December 1990,
it shows as a solid blue mass of water some 74 square kilometers in size. But by December 2000, the water body is a pale shadow of its former self. [See images at the top of the page.]

Intensive salt production and evaporation at the western end, seen as dark blue and turquoise squares, is thought to be largely to blame. Agricultural extraction of water from feeder rivers like the Sege and Zano may be also taking its toll.

Lake Victoria

The lake, with some 30 million people living around it, supports one of the densest and one of poorest populations in the world.

Around 1,200 people per square kilometer live in and around the lake. Average annual income is less than $250.

An estimated 150,000 square kilometers, equal to 25,000 football pitches, of land has been affected by soil degradation of which 13 per cent has been severely degraded.

The efforts needed to meet the needs of an additional five million people over the next two decades will be immense.

The water level of the lake rose in 1998 as a result of the El Nino rains but, over the last 10 years, it has dropped by about a meter according to measurements by the TOPEX/Poseidon satellite.

Invasive, water hyacinth, has caused havoc to shipping and the fishing industry. However the introduction of a pest to control the weed has had some impact.

Satellite images from 1995 and 2001 show that the green swirls of hyacinth have disappeared from many of the Ugandan bays like Buka, Gobero, Wazimenya and Murchison.

Lake Djoudj

Located 60km from St Louis in Senegal,
this lake is a haven for some three million birds such as Great White Pelicans and the Arabian Bustard. It once was a series of thin lakes surrounded by streams, ponds and back waters.

Satellite images underline how the lake and its surrounding area have been changed dramatically since the building in 1986 of the Diama Dam 23 kilometers from the mouth of the Senegal River.

The sheer volume of water available has now shifted local agriculture from seasonal, flood-based farming, to year round irrigation-based agriculture.

The atlas highlights other dramatic changes linked with dams such as the formation of the Lake Cobora Basa on the Zambezi River after the building of a barrage in the 1970s.

The atlas links many ecological and other changes that have occurred since the natural river flow was changed. These include the decline of flood-dependent grasslands, the drying out of mangroves and the fall in water levels on the tributary Shire river which has significantly affected navigation.

The dramatic loss of vegetation and deforestation around Lake Nakuru in Kenya is also vividly seen from space. This may be part of the reason why the lake, according to UNEP experts, declined in area from about 43 kilometers to 40 in 2000.

Satellite images of other key African lakes covered in the atlas include Lake Alaotra in Madagascar; Lake Bin El Ouidane in Morocco; Lake Ichkeul in Tunisia; Lake Kariba in Zambia/Zimbabwe; Lake Nyos in Cameroon; Lake Sibaya in South Africa; Lake St Lucia in South Africa, Lake Tana in Ethiopia and Lake Tonga in Algeria.

Saturday, February 24, 2007

Tanzania: High Growth Still to Benefit the Poor.....


Just more than a year

after Jakaya Kikwete was elected president of Tanzania his name was mentioned in the halls at the Africa Union (AU) summit in January in Addis Ababa, Ethiopia, as the possible new chairperson of the AU.

In the end the job went to John Kufuor, president of Ghana,

to celebrate that country's 50th year of independence. But the fact that Kikwete's name was mentioned made delegates take note of the progress Tanzania has made under his leadershipûnot least towards achieving the Millennium Development Goals (MDGs).


"Kikwete is interested in working out the details of attaining the MDGs," says Bernard Olayo, health systems specialist at the MDG Centre in Nairobi, Kenya.

The MDG Centre was set up by the United Nations (UN) to work with different countries to develop financial plans for the achievement of the MDGs.

Olayo met Kikwete in January this year when he visited Tanzania with Jeffrey Sachs, chief of the UN Millennium Project which has been involved in developing an action plan against poverty.

According to Olayo, he found Kikwete to be positive about finding solutions to problems.

He recounts an anecdote: "When Kikwete was recently asked to give the opening address at a seminar about poverty reduction, he did not just want to give the address but insisted on participating in the whole seminar." This is unusual as politicians frequently sweep in and out of conferences without making further inputs.

Olayo praises the Tanzanian government's programme to supply free primary school education to all children.

But the Kikwete administration has been tainted by two incidents.


In 2006 there was excitement about the American Richmond company's plan to install power generators as the country is plagued by power shortages. The company did not deliver on the 172 million US dollar deal.

Cabinet ministers were implicated but Kikwete reacted by merely reshuffling his cabinet.

In January this year

the UK's "Guardian" newspaper reported that a British defence company, BAE Systems, in 2001 allegedly paid a Tanzanian middleman a commission of 12 million US dollars to ensure that it got the contract for a radar system.

Even though this deal was signed before he came to power, Kikwete's refusal to comment on the investigations has angered critics.



The registration of primary school learners has shot up from four to eight million children between 2000 and 2007.

Africa is a continent with a high incidence of children leaving school after completing their primary school education due to factors such as school fees and a lack of facilities.

Now thousands of young Tanzanians are being encouraged to continue their schooling thanks to a project where the government helps communities to build secondary schools across the country.

"The best way to develop a nation is to improve the educational system so that its citizens can take their place in the world markets," Olayo argues.

Tanzania has many assets which should aid it in its quest towards achieving the MDGs.

The country has vast mineral wealth - tanzanite, gold and copper - and is famous for agricultural produce including cloves, coffee, cotton and tea. Several companies are currently busy with oil exploration.

Tanzania offers an extremely investor-friendly climate.

This includes reduced rates of import duties and sales tax on capital goods.

The government also allows the unconditional repatriationùin freely convertible currencyùof net profits, foreign loans, royalties, fees, charges in respect of foreign technology, remittance of proceeds and payment of salaries and other benefits to foreign employees working in Tanzania.

All investments in Tanzania are guaranteed against nationalisation and expropriation.

The government has also completed its national strategy for growth and reduction of poverty (which is known by its Kiswahili acronym Mkukuta) in June 2005.

According to a report by the International Monetary Fund and the International Development Association, Tanzania has made progress in reducing income poverty (MDG 1), malnutrition (MDG 1), gender inequality in primary education (MDG 3) and child mortality (MDG 4).

But a lot more is needed to address maternal mortality (MDG 5).

The backdrop for these developments has been higher rates of real economic growth.
Tanzania's gross domestic product grew by 6.8 percent in 2005 compared to 6.7 percent in 2004. Manufacturing contributed growth of 9 percent in 2005, slightly up from 8.6 percent in 2004.

Agriculture showed a small drop to 5.2 percent in 2005, down from 5.8 percent in 2004.

Poverty is still rife in the rural areas.

Especially small-holder farmers barely manage to eke out a living.

More than 80 percent of the Tanzanian population rely on agriculture," says Josephat Mshighati, programme coordinator of the Right to be Heard programme of Oxfam in Tanzania.

"Although health education and agriculture are given high priority in the Mkukuta growth plan, more is needed to help agriculture. The government should look more to this sector where national subsidies are badly needed.

"Farmers run around looking for inputs like fertilizer, improved seeds and insecticides which are often prohibitively expensive," Mshighati points out.


In Tanzania more than 90 percent of the agricultural workforce consists of women. Many of them are single mothers who keep the rural economy alive. Not only do they work on their own pieces of land, but they also make up the greater part of the workforce on commercial farms where they are often underpaid.

Kikwete's presidency brought a ray of hope to the agricultural sector as he has initiated the agricultural sector development programme which, over nine years, aims to transform rural agriculture to becoming more productive.



for more click here....

Saturday, February 17, 2007

UNITED NATION Statistics and Statistical Methods Publications ;for sustainable development.

PLEASE VISIT THE WEBSITE FOR MORE DETAILS OF UNITED NATION ENVIROMENTAL PUBLICATIONS;

Handbook of National Accounting: Use of Macro Accounts in Policy Analysis
Series: F, No.81
Sales number: 02.XVII.5
Languages: [Arabic]; [English]; [French]; [Russian]; [Spanish]
Price: $30

Handbook of National Accounting: Integrated Environmental and Economic Accounting -- An Operational Manual

Series: F, No.78
Sales number: 00.XVII.17
Languages: [Arabic]; [Chinese]; [English]; [French]; [Russian]; [Spanish]
Price: $30



Glossary of Environment Statistics

Series: F, No.67
Sales number: 96.XVII.12
Languages: *[Arabic]; *[Chinese]; [English]; [French]; *[Russian]; *[Spanish]
Price: $25


Handbook of National Accounting -- Integrated Environment and Economic Accounting

Series: F, No.61
Sales number: 93.XVII.12
Languages: *[Arabic]; *[Chinese]; *[English]; *[French]; *[Russian]; *[Spanish]
Price: $45


Concepts and Methods of Environment Statistics--Statistics of the Natural Environment

Series: F, No.57
Sales number: 91.XVII.18
Languages: *[Arabic]; *[Chinese]; *[English]; *[French]; *[Russian]; *[Spanish]
Price: $22




Concepts and Methods of Environment Statistics: Human Settlements Statistics?A Technical Report

Series: F, No.51
Sales number: 88.XVII.14
Languages: *[Arabic]; *[Chinese]; *[English]; *[French]; *[Russian]; *[Spanish]
Price: $8.5


Studies in the Integration of Social Statistics--A Technical Report

Series: F, No.24
Sales number: 79.XVII.4
Languages: *[English]; *[French]; *[Russian]; *[Spanish]
Price: $


Feasibility of Welfare-Oriented Measures to Supplement the National Accounts and Balances--A Technical Report

Series: F, No.22
Sales number: 77.XVII.12
Languages: *[English]; *[French]; *[Russian]; *[Spanish]
Price: $


System of National Accounts 1993, CD-ROM

Series: F, No.2, Rev. 4
Sales number: 96.XVII.3
Languages: [English] only
Price: $120
Revision: Rev.4


Framework for the Development of Environment Statistics

Series: M, No.78
Sales number: 84.XVII.12
Languages: *[Arabic]; *[Chinese]; *[English]; *[French]; *[Russian]; *[Spanish]
Price: $


Provisional Guidelines on Standard International Age Classifications

Series: M, No.74
Sales number: 82.XVII.5
Languages: *[English]; *[French]; *[Spanish]
Price: $


Statistical Yearbook, forty-ninth issue

Series: S, No.25
Sales number: E/F.05.XVII.1
Languages: [English]/[French]
Price: $145


FOR MORE OPEN HERE....

Friday, February 16, 2007

The Environment Statistics Section of the United Nations Statistics Division (UNSD)

Data Collection 2006
The UNSD/UNEP Questionnaire 2006 on Environment Statistics was the fourth round of UNSD’s biennial data collection activities including all countries except those who are covered by the OECD/Eurostat Joint Questionnaire on the State of the Environment.

To date, a total of 78 countries or areas have replied and sent relevant national data. Response rates vary strongly by region. The best response rates are from Latin America and the Caribbean and Eastern Europe. Africa, Western Asia, Asia and the Pacific show low response rates. The best reported subject areas are water resources, public water supply, municipal waste and hazardous waste.

Following a thorough validation process selected data sets will be published on the Main Indicators pages by the end of February 2007. Additional data will later be available on the website in the form of country snapshots.

UNSD thanks all responding countries for their great efforts in filling in the questionnaire. All countries are still encouraged to send available or updated data to UNSD as they become available. The Questionnaires received from the countries will be made available on the Country Data pages on the website.

Global Assessment of Environment Statistics and Environmental-Economic Accounting
To assess the state of national implementation of Environment Statistics and Environmental-Economic Accounting Programmes and to identify priorities and future plans in these fields, a global assessment has been carried out under the aegis of the UN Committee of Experts on Environmental-Economic Accounting (UNCEEA) in collaboration with the Inter-Secretariat Working Group on Environment Statistics (IWG-ENV).

To date, 99 countries responded to the questionnaire. A detailed analysis of the responses will be posted on the web.

The questionnaire of the Global Assessment is posted on the UNSD website at http://unstats.un.org/unsd/envaccounting/ceea/ceeaSurvey.asp.
Countries who have not yet replied are encouraged to send the completed questionnaires to UNSD.

The Global Assessment will continue in May 2007 with a second phase when countries will receive follow-up questions tailored to the subject areas they cover in their programmes.

Strategic Plan for the Institutionalization and Development of Environment and Energy Statistics in the ECOWAS Region

As a follow-up to the UNSD/ECOWAS project “Strengthening Statistical Capacity-building in Support of the Millennium Development Goals in the region of the Economic Community of West African States”,
the ECOWAS Secretariat, with the technical assistance of UNSD, developed two strategic frameworks, including the establishment of a Regional Technical Committee, for institutionalizing and strengthening capacity in energy and environment statistics in ECOWAS Member States.
The strategic framework for environment statistics is available here in English and French

Thursday, February 15, 2007

enviromental crisis in the making in Tanzania...


In a metaphrrical sense one could compare the imminent danger of environmental degradation which we are about to face in this country, with a sword of Damocles ready to strike a fatal blow.

Yet this danger can be avoided if timely and appropriate measures are taken to contain it.

That there is an imminent danger of environmental degradation in Tanzania to day, cannot be disputed nor ignored.

This crisis is characterised among other things by prolonged droughts, increasing number of armed conflicts between farmers and pastoralists, country wide scarcity of water, extensive deforestation, poor harvests and acute conditions of all forms of soil erosion.

With the exeption of prolonged droughts, all those remaining factors can be tackled with relative case, given the will and resolve of this nation to protect its environment.

But because of lack of a comprehensive policy towards environmental protection, the measures we have so far taken, yield little positive impact on the protection of our eco-system as a whole.

What is encouraging however, is the pro-environment alttitude of the new government. The newly elected President has made it clear that fighting against environmental degradation is not only a paramount task of his administration, but he said that it is a matter of life and death.

These strong words are reinforced by his own remarks when he said that all our hopes and dreams, would remian unfulfilled if we fail to contain the damage done to our environment.

In fact he was quite right because all this talk of sustainable development cannot be achieved under the condition of a degraded environment.

Because creating an independent ministry reponsible for environmental issues, the president went a little farther than his predecessor.

In fact he has created an environment where our youngsters from the university with degrees in environmental sciences, would find a ready market for employment.

As an academic object the introduction of environemntal sciences would definitely widen the scope, understanding and awareness towards the meaning and importance of our eco-system. There would certainly be a more position thinking towards protecting it.

One of the main reasons for environmental destruction in our country, overdependency on one source of energy, namely the biomass. This is why charcoal trade is growing phenomenally especially in all urban centres.

Charcoal is the cheapest form of energy and because of this reason, it has attracted so many people. As a result of this, extensive deforestation has taken place and is continuing to take place now.

Although it is not possible to prohibit entirely the use of biomass, yet it is possible to manage the rate of tree felling for the purpose of making charcoal.

This can be done at village and district levels, by insisting on planting trees as a precondition for obtaining a licence to harvest the forest.

But we can also institute country - wide compaigns aimed at promoting the ..... of biogas, whose technology has already been acquired by SIDO.

The aim is to increase the use of biogas nationwide, as a way of reducing our overdependency on biomass.

The success of these compaigns would depend very much on the political will, determination and resolve of village and district governments.

As far as water scarcity is concerned, we can prohibit the cultivation of natural vegetation around areas of water sources.

This can be achieved by launching a strong compaign, geared towards achieving the basic aims of protecting our eco-system, around sources of rivers and lakes.

By using visual aids, electronic media, television and radio, in addition to well publicised political meetings, this objective can be achieved.

A single major obstacle in the protection of our environment is this free moverment of literally thousands of people (mainly pastoralists), accompanied by their huge herds of cattle, under the protect that Tanzanians are free to live anywhere in Tanzania without let or hindrance.

Yet this is basically wrong, because it aggravates the destroction of our environment by ensuring overgrazing, as in the case of Usangu basin in Mbeya.
Not only do they destroy sources of rivers and lakes region but they also disturb the natural environment. These activities should be banned by law.


It is for this specific reason that there is a pressuing need for the establishment of an environmental court, emplowered to impose senteces on defaulters of our eco-system. Without such a legal framework, it would be extremely difficult to protect our environment from destructive forces.

The majority of our people are overwhemingly in support of the policies of this new government. It is for example a very good more in trying to obtain a solution to the environmental degradation now facing the farmer Usangu Basin in Mbeya region.

There has been consultations between the government and representatives of farmers and pastoralists, who invaled that area from as far a field as Mwanza and Manyara. This is extremely an encouraging more in trying to get a solution to the problem of environemntal degradation of this crucially important area.

As a result of this move including other measures taken to protect our eco-system, a sense of public confidence in the new government has been created. People are optimistic that even this difficult and thoring problem of environmental protection would find a suitable solution.

Although not all our socio-economic problems can be solved at one stroke, it is our hope that the government is laying strong foundations in tackling this problem of environmental degradation. Once this problem is resolved, the question of sustainable development would not present a major obstacle.

Wednesday, February 14, 2007

Securing development in the face of climate change



Climate change
poses a potentially major challenge to social and economic development in all countries. It is widely accepted that at least part of the earth’s 0.6°C warming during the last 100 years is due to emissions of greenhouse gases, such as carbon dioxide, caused by human activities.

During this century, the world is expected to continue warming, by between 1.4 and 5.8°C. Other predicted impacts are a rise in global sea level of between 0.09 and 0.88m by 2100, and changes in weather patterns, including an increased frequency and severity of extreme events such as hurricanes, floods and droughts. How can developing countries and development policies ensure progress in a changing climate?

Climate change means
‘global warming’ or the ‘greenhouse effect’.


This is caused by the emission of greenhouse gases (GHGs) into the atmosphere through human activities, particularly the burning of fossil fuels.

In this issue we consider the challenge of climate change from a development perspective in terms of adaptation: how can developing countries anticipate and respond to the threats and opportunities brought by climate change?

During the last few years,
scientific consensus and many people’s own perceptions have moved to an acceptance that climate change is ‘real’ and that we are now experiencing its early stages. In 2001, the Intergovernmental Panel on Climate Change (IPCC), which represents the international scientific consensus of governments and independent scientists,

stated that
most of the observed warming over the last 50 years is attributable to human activities”. Perceptions are also changing across the world.




Examples of this are found in a recent book by Mark Lynas which draws on peoples’ experiences of changing climate, including Alaskan Eskimos, South Sea islanders, and Chinese sheep-herders.




Scientific and policy debates about climate change focus on the following questions:

-How fast and to what extent will climate change occur?

-What will the implications be for natural and societal systems?

-How much can we do to prevent it (and at what cost)?

-How can we adapt to the changes it brings?

-What are the limits to adaptation?


From a development perspective, we are interested in these questions, but others are also important. These include:

How will climate change interact with other factors driving change in society, such as population growth?

How will climate change interact with social and economic vulnerability?

How can efforts to reduce vulnerability be coordinated with activities to adapt to climate change?


Major challenges also surround the equity issues of climate change, particularly between developed and developing countries, in terms of historically unequal emissions of GHGs, constraints on future emissions and unequal exposure and capacity to adapt to the effects of climate change.

These are questions to which the developing world and the development community can bring considerable insights.

Mitigation and adaptation


Mitigation of climate change tackles the problem by reducing GHG emissions at source or ‘locking them up’ into ocean and terrestrial stores,

through measures such as afforestation programmes. Adaptation relates to the ability of human and ecological systems to manage or cope with a changing climate.

We are now committed to some climate change because industrial nations have already emitted vast amounts of GHGs into the atmosphere, and emissions by developing countries are also increasing.


Furthermore, the economic development pathways of many countries remain fundamentally based on fossil fuels.

This means societies are going to experience some degree of climate change and will have to implement a combination of reactive and anticipatory measures to adapt.

There is still much uncertainty about how the climate is likely to change, at both regional and national levels.

In this issue of insights, Stainforth explains how climate models are used to predict future climate and where the key uncertainties lie.

These include our understanding of the climate system and its response to GHGs, the ability of models to represent the climate system and at what rate GHG emissions will increase.

Policy makers and planners often require information about climate change at scales which have high levels of uncertainty. Responses to extreme weather and anticipatory planning for climate change therefore need to build in flexibility and resilience to a much wider range of climate conditions than are currently experienced.


They must also do this on the basis of limited knowledge.

For various reasons,
more attention in climate change research and policy has been given to mitigation than adaptation.

Tompkins and Adger explain the differences between mitigation and adaptation, noting that they share the same underlying factors and are not substitutes for each other, but are essentially complementary.

From studying adaptation, the authors’ highlight that it is place-specific and context-specific, i.e. it may be difficult to generalise about how it occurs and how strategies can be used.

Adaptation actions may be in response to or in anticipation of events, and implemented through the actions of individuals, governments or other groups.

International policies on climate change

There are growing international efforts to fund and facilitate adaptation in developing countries, as explained by Huq.

These are primarily through the United Nations Framework Convention on Climate Change (UNFCCC) and the Global Environment Facility (GEF).


However, important questions still need to be resolved about the funding of the incremental costs of adaptation to climate change, how much responsibility developed countries will bear and whether and how assistance will be allocated among and between vulnerable groups.

It is unclear how or whether there will be coordination between funding and activities through international polices on climate change and normal development assistance.

This question is considered by Agrawala in a discussion of mainstreaming climate change responses within development organisations.

Some aid organisations have begun the process of considering how climate change may affect their activities and how they in turn could address the issue. However, much remains to be done.

For example, results from an Organisation for Economic Co-operation and Development (OECD) review of donor programmes in six developing countries show that a significant amount of funding goes to sectors potentially exposed to climatic hazards but there are few examples where climate change is given clear consideration.

Vulnerable people and vulnerable places

Uncertainty about the details of climate change, such as whether rainfall will increase or decrease and the timescales over which climate change will occur, are likely to influence decision-making about funding priorities and target activities.

There is, however, close agreement between development agendas and the effects of climate change in areas with high climate variability and extremes of weather.

It is in these situations that climate change will most directly affect vulnerable people, such as those in small island states or low-lying coastal areas, subsistence farmers, flood prone communities and urban dwellers exposed to extreme temperatures and potential increases in disease transmission.

Development work can provide valuable insights into the context-specific and socially mediated links between vulnerability and extremes of weather.

Cause and effect between hazard and disaster occurs through human agency and it is here that development research has much to offer our understanding of climate-society interactions. Devereux and Edwards consider these issues in relation to drought and food security.


Whilst climate change globally may lead to increases in staple crop yields, there will be considerable local variations.

Many tropical regions and developing countries are expected to experience lower yields, due to reduced water availability, smaller fertilisation effects from carbon dioxide and interactions with non-climate factors, such as reduced capacity to adapt to climate change.

The context-specific exposure to climate-related risk and activities currently in place to address adaptation are outlined in two short country examples, South Africa and Pacific Islands, by Vogel and Lefale and McFadzien. Together, the articles in this issue highlight some of the key cross-cutting themes in international development and climate change.

Source(s):
Summary for policymakers’, A report of working group I of the Intergovernmental Panel on Climate Change, IPCC, 2001 Full document.

‘High Tide: News from a Warming World’, Flamingo Press, M. Lynas, 2004
‘Securing development in the face of climate change’ insights# 53 Full document.

WB: Promote clean growth for atmospheric stabilisation




The World Bank has exposed pros and cons of globalization cautioning that growth prospects are strong but social and environmental pressures from globalization need more attention.

The caution is in a just released 57-page World Bank Report on ``Global Economic Prospects - Managing the Next Wave of Globalization 2007.``

Among other things it notes that globalization could spur faster growth in average incomes in the next 25 years than during 1980 - 2005 with developing countries playing a central role.

The World Bank Report instantly cautions that, unless managed carefully, it could be accompanied by growing income inequality and potentially severe environmental pressures.


It points out further that growth in developing countries will reach a near record of 7 per cent this year adding that between this year and 2008, growth will probably slow, but still likely to exceed 6 per cent, more than twice the rate in high-income countries, which is expected to be 2.6 per cent.

It is for instance, exemplified that in Sub-Saharan Africa, GDP is estimated to have increased to an impressive 5.3 per cent in 2006, down marginally from 5.5 per cent in 2005 and marking the third year of more than 5 per cent growth.

It attributes the deceleration in growth mainly to a moderate slowdown in South Africa, the region`s largest economy.


Excluding South Africa,

regional growth was steady at 5.8 per cent, with oil exporters growing 6.9 per cent and small oil importers 4.7 per cent, reveals the report.

It contends that the apparent robust growth is portrayed as reflecting favorable international conditions and a substantially improved domestic policy environment that has improved countries supply potential.

The report adds: ``At the same time, debt relief combined with lower interest rates and risks have reduced debt-servicing costs, increasing public funds available for productive investment.``

Heartening too is the observation that growth in Sub-Saharan Africa is projected to remain above 5 per cent over the next two years as small oil-importing economies continue to grow by about 4.8 per cent .

It reveals that growth in oil exporters is on the acceleration due to increasing capacity in countries like Angola and Equatorial Guinea as well as a normalization of production levels in Nigeria.

On globalization, the report predicts that the global economy will expand from US$35 trillion in 2005 to $72 trillion in 2030.

The report further portrays that broad-based growth in developing countries sustained over the period would significantly affect global poverty and that the number of people living on less than $1 a day could be cut in half, from 1.1 billion now to 550 million in the year 2030.

It however,
cautions that some regions notably Africa, are at risk of being left behind. Moreover, income inequality could widen within many countries compounding current concerns over inequality between countries.


According to Francois Bourguignon, World Bank Chief Economist and Senior Vice President in his observation in the report says global trade in goods and services could rise more than threefold to $27 trillion in 2030.

He adds that trade as a share of the global economy will rise from one-quarter today to more than one-third out of which he says roughly half of the increase is likely to come from developing countries.

It is further portrayed that developing countries that only two decades ago provided 14 per cent of manufactured imports of rich countries, today supply 40 per cent, and by 2030 are likely to supply over 65 per cent.

Further revealed is the contention that import demand from developing countries is projected to emerge as a locomotive of the global economy.


The report says continuing integration of markets will make jobs around the world more subject to competitive pressures.

``As trade expands and technologies rapidly diffuse to developing countries, unskilled workers around the world - as well as some lower-skilled white collar workers - will face increasing competition across borders,`` notes in the report Uri Dadush, Director of the World Banks Development Economics Prospect Group.


According to the report,


global warming is a serious risk with estimation having it that rising output means that annual emissions of greenhouse gases will increase roughly by 50 per cent by 2030 and probably double by 2050 in the absence of widespread policy changes.

To avoid these policies will have to promote ``clean``growth so as to limit emissions to levels that will eventually stabilize atmospheric concentrations, notes the report.


It notes further that poor countries will need development assistance
to adapt to coming environmental changes including support for their participation in the carbon finance market.

Tuesday, February 13, 2007

Full text ; South Africa taking the lead in continent's climate change mitigation efforts


SOUTH AFRICA: Focus on global warming

Every month, a few dozen people gather in Johannesburg's gritty inner city to learn how to make a solar-powered stove - a parabolic cooker that looks something like a home-made satellite dish yet can direct enough of the sun's energy to boil a pot of water in about 10 minutes.

The workshop run by the GreenHouse People's Environmental Centre Project is just one of its programmes to educate South Africans on energy efficiency and using renewable sources.


GreenHouse regularly runs identical projects in the townships and informal settlements on the outskirts of Johannesburg, where many residents still rely on cheaper resources, like paraffin, for cooking, while others go without electricity when they can't pay the bills.

"Electricity is very expensive, and this is one way to harness a natural resource - the sun - that we have plenty of in South Africa," said Dorah Lebelo, the project's executive director.

Substitute for coal-fired electricity plants

The stoves also make environmental sense. About 92 percent of South Africa's electricity comes from coal-firing plants, making electricity production the nation's biggest contributor to greenhouse gases.

It's the artificially high levels of these gases - such as carbon monoxide, methane, and nitrous oxide - that has driven up the average global temperature by 0.6 degrees Celsius over the last 100 years, and it is predicted to climb by another 1.4 to 5.8 degrees in the next century, according to the United Nations Framework Convention on Climate Change.

The vast majority of greenhouse gas emissions come from industrial nations, such as the United States. But South Africa is in a unique position - with parallels to Brazil, India, Mexico and China - because it straddles both the developing and developed world.

While many of South Africa's poorest households are still without electricity and contribute little to climate change, the nation's wealthier residents and infrastructure consume levels of energy comparable to those in the developed world.


As a result, the country faces increased pressure from the international community, including its African neighbours, to cut its greenhouse gas emissions.

South Africa's electricity use continues to rise as government electrifies more and more households. At the end of the apartheid regime in 1994, only 36 percent of households were electrified nationwide, but the figure has grown to more than 70 percent in 10 years, according to Fani Zulu, spokesperson for Eskom, the state-owned energy company.

South Africa taking greater responsibility for Climate Change

But in recent months, some observers say, South Africa has taken a proactive role in addressing its share of responsibility for global climate change and advocating for the continent as a whole, which many have declared the region most vulnerable to global warming.

Speaking at a ministerial meeting in Nairobi last month, the South African Environmental Affairs and Tourism Minister, Marthinus van Schalkwyk, said he wanted to find "a common African position" on climate change that would support "economic growth, social upliftment, and the Millennium Development Goals" of the continent.

South Africa had recently hosted two parallel conferences on the science and policy implications of climate change. The five-day event was chaired by van Schalkwyk and brought together more than 600 representatives from the nation's science, civil society, business and academic communities.

It was also attended by a number of leading government figures, including Deputy President Phumzile Mlambo-Ngcuka and the ministers of water affairs and forestry; science and technology; minerals and energy; and ariculture and land affairs; as well as the deputy minister of foreign affairs - a level of involvement that even critics deemed "extraordinary".

"This is the first government-initiated and driven event of its kind, and on this scale, in South Africa," van Schalkwyk said at the conference. "We accept that climate change is happening, that there is compelling evidence that it is being accelerated by human activity, and that it must be addressed."

The conference was held ahead of the 11th Conference of the Parties to the United Nations Framework Convention on Climate Change (UNFCCC) in Montreal, which starts on 28 November.

Climate Change will hit southern Africa unproportionally hard

There is increasing consensus among scientists that climate change has been responsible for a variety of environmental changes in recent years, including decreased numbers of some of Africa's indigenous animals and plants, such as the dramatic drop in species in East Africa's tropical reefs.


Other examples of climate change on the continent include the spreading 'desertification' of Africa's arid areas, the melting of glacial ice on Mount Kilimanjaro, and the shifting of the Kalahari dune system.

In Africa, climate change is likely to have a notable effect on the continent's fragile agricultural areas, which Dr Phoebe Barnard, specialist scientist at the South African National Biodiversity Institute, said could mean "significant economic cost over time".

"Those agricultural areas that are presently marginally productive will be dramatically less so in the next 50 to 80 years,"

Barnard told IRIN, adding that climate change was sure to have an impact on Africa's marginalised and poor communities, who were already struggling to make a living in agriculture and fishing.

Climate change specialists said some of the most notable commitments to come out of the October conference included those to establish a South African Energy Research Institute; to compile action plans by various government departments; and to implement a 'scenario-building' process to map how the nation would stabilise greenhouse gas emissions while also focusing on poverty alleviation and job creation.

Another key promise was made by Eskom chair Valli Moosa, who reiterated a commitment originally made at the World Summit on Sustainable Development in Johannesburg in 2002 that South Africa would reduce the percentage of coal in its energy mix by 10 percent by 2012.


The energy producer said it had made climate change "one of its key priorities", and that it would invest in new, less carbon-intensive technologies, including renewable technologies such as wind- and solar-generated power.

"We remain committed to diversifying our energy mix to include renewables, and that forms part of our response to the challenges of global warming," Eskom spokesperson Fani Zulu told IRIN.

Coal is key

Yet coal remains one of South Africa's most abundant and cheapest energy sources, and it would take a massive economic reinvestment to transform energy plants that currently use coal. In early October, van Schalkwyk said South Africa's needs "will, for the foreseeable future, remain heavily dependent on coal."

"Our current power stations have residual life spans of 20 years or more and cannot economically or realistically be replaced before then," he said at the opening session of the UN Parliamentary Forum on Energy Legislation and Sustainable Development in Cape Town.

That's disappointing to climate change activists, because some of the coal-burning power stations are very old, and the older they are, the less efficient. Many activists say Eskom should expand beyond its handful of renewable energy projects, while simultaneously modernising existing power plants to make them less wasteful.

"We'd like to see these stations use the best available technology to create minimal emissions from coal-burning," said Elin Lorimer, secretary for the South African Climate Action Network, based in Johannesburg.

Lorimer observed that it wasn't clear whether the aspirations Eskom had mentioned at the conference marked a meaningful shift in the energy-producer's policy, and that despite talk about renewable energy and energy efficiency, "they're not challenging us to do anything more than business as usual".

Ultimately, Lorimer said, South Africans must take personal responsibility to reduce the unnecessary use of electricity, particularly because making energy more attainable was crucial to the nation's goals for economic development. South Africa has pledged to grow the national economy by six percent a year by 2014.

"We need to start shifting our energy sources in a way that doesn't limit people's access to energy," Lorimer pointed out.

Alternative technologies

But how?


Dr Guy F. Midgley,

a scientist with the Global Change Research Group at the South African National Biodiversity Institute, told IRIN that the international community of climate change scientists was now debating alternative technologies, including nuclear power.

Other technologies being considered included refitting South Africa's electricity-producing plants to burn natural gas instead of coal, and "carbon sequestration" - essentially, capturing carbon gases, liquefying them, and storing them underground.

"What's emerging is the need to recognise a much broader menu of solutions, going into the future," Midgley said, particularly as Eskom was the single largest emitter of greenhouse gases in South Africa and the continent. Yet he noted that other nations also bore considerable responsibility to address climate change.

"There's a sense from South Africa's government that there's a moral stance to be taken here, that if we want to say that the developed world must come to the table, we do need to play the game as well," he commented.

"The horrible reality is, no matter how much we do to reduce emissions, what South Africa does is trivial on the world stage, because we only produce between 1 percent and 1.5 percent of all the emissions in the world," Midgley added.


"This problem needs a multilateral global solution; it is a problem of the global commons on an epic scale."

Monday, February 12, 2007

Lester Brown's "Plan B": Poverty reduction and environmental reconstruction



Although it is obvious that no society can survive the decline of its environmental support systems, many people are not yet convinced of the need for economic restructuring.


But this is changing now that China has eclipsed the United States in the consumption of most basic resources, notes Lester Brown in an updated version of his book "Plan B 2.0: Rescuing a Planet Under Stress and a Civilization in Trouble".



Integral part of this "Plan B" are poverty eradication and environmental reconstruction. Creating an economy which will sustain economic progress requires hope and a functioning natural resource base. Both needs to be recreated and reconstructed, and they go toghether.

If we fail, says Brown,


it will not be because of lack of fiscal resources. Even if the US would take on the costs alone, and deduct the whole cost from its present military budget, it would still leave enough room for military spending surpassing all NATO countires, plus Russia and China, combined.



Summary:

Although it is obvious that no society can survive the decline of its environmental support systems, many people are not yet convinced of the need for economic restructuring. But this is changing now that China has eclipsed the United States in the consumption of most basic resources, notes Lester Brown in an updated version of his book "Plan B 2.0: Rescuing a Planet Under Stress and a Civilization in Trouble".


Integral part of this "Plan B" are poverty eradication and environmental reconstruction. Creating an economy which will sustain economic progress requires hope and a functioning natural resource base. Both needs to be recreated and reconstructed, and they go toghether.

If we fail, says Brown,

it will not be because of lack of fiscal resources. Even if the US would take on the costs alone, and deduct the whole cost from its present military budget, it would still leave enough room for military spending surpassing all NATO countires, plus Russia and China, combined.

Lester Brown




China forcing World to rethink its economic future

"Environmental scientists have been saying for some time that the global economy is being slowly undermined by environmental trends of human origin, including shrinking forests, expanding deserts, falling water tables, eroding soils, collapsing fisheries, rising temperatures, melting ice, rising seas, and increasingly destructive storms," says Brown, President and Founder of the Earth Policy Institute, a Washington, D.C.-based independent environmental research organization.

Among the basic commodities -

grain and meat in the food sector, oil and coal in the energy sector, and steel in the industrial sector - China now consumes more than the United States of each of these except for oil.


It consumes nearly twice as much meat (67 million tons compared with 39 million tons) and more than twice as much steel (258 million to 104 million tons).

Western model will not work for China, nor for India - and nor for the West itself

These numbers are about total consumption. "But what if China reaches the U.S. consumption level per person?" asks Brown. "If China's economy continues to expand at 8 percent a year, its income per person will reach the current U.S. level in 2031.

"If at that point China's per capita resource consumption were the same as in the United States today, then its projected 1.45 billion people would consume the equivalent of two thirds of the current world grain harvest. China's paper consumption would be double the world's current production. There go the world's forests."

If China one day has three cars for every four people, U.S. style, it will have 1.1 billion cars. The whole world today has 800 million cars. To provide the roads, highways, and parking lots to accommodate such a vast fleet, China would have to pave an area equal to the land it now plants in rice. It would need 99 million barrels of oil a day.


Yet the world currently produces 84 million barrels per day and may never produce much more.

The western economic model -

the fossil-fuel-based, auto-centered, throwaway economy - is not going to work for China. If it does not work for China, it will not work for India, which by 2031 is projected to have a population even larger than China's. Nor will it work for the 3 billion other people in developing countries who are also dreaming the "American dream."

And, Brown notes, in an increasingly integrated world economy, where all countries are competing for the same oil, grain, and steel, the existing economic model will not work for industrial countries either. China is helping us see that the days of the old economy are numbered.

Time for "Plan B"

Sustaining our early twenty-first century global civilization now depends on shifting to a renewable-energy-based, reuse/recycle economy with a diversified transport system.


Business as usual - Plan A - cannot take us where we want to go. It is time for Plan B, time to build a new economy and a new world.

Plan B has three components -


(1) a restructuring of the global economy so that it can sustain civilization;


(2) an all-out effort to eradicate poverty, stabilize population, and restore hope in order to elicit participation of the developing countries; and


(3) a systematic effort to restore natural systems.

Glimpses of the new economy can be seen in the wind farms of Western Europe, the solar rooftops of Japan, the fast-growing hybrid car fleet of the United States, the reforested mountains of South Korea, and the bicycle-friendly streets of Amsterdam.


"Virtually everything we need to do to build an economy that will sustain economic progress is already being done in one or more countries," says Brown.

"Among the new sources of energy - wind, solar cells, solar thermal, geothermal, small-scale hydro, biomass - wind is emerging as a major energy source.


In Europe, which is leading the world into the wind era, some 40 million people now get their residential electricity from wind farms. The European Wind Energy Association projects that by 2020, half of the region's population - 195 million Europeans - will be getting their residential electricity from wind.

"Wind energy is growing fast for six reasons: It is abundant, cheap, inexhaustible, widely distributed, clean, and climate-benign. No other energy source has this combination of attributes."

Fuel economy

For the U.S. automotive fuel economy, the key to greatly reducing oil use and carbon emissions is gas-electric hybrid cars. The average new car sold in the United States last year got 22 miles to the gallon, compared with 55 miles per gallon for the Toyota Prius.


If the United States decided for oil security and climate stabilization reasons to replace its entire fleet of passenger vehicles with super-efficient gas-electric hybrids over the next 10 years, gasoline use could easily be cut in half.


This would involve no change in the number of cars or miles driven, only a shift to the most efficient automotive propulsion technology now available.

Beyond this, a gas-electric hybrid with an additional storage battery and a plug-in capacity would allow us to use electricity for short distance driving, such as the daily commute or grocery shopping.


This could cut U.S. gasoline use by an additional 20 percent, for a total reduction of 70 percent. Then if we invest in thousands of wind farms across the country to feed cheap electricity into the grid, we could do most short-distance driving with wind energy, dramatically reducing both carbon emissions and the pressure on world oil supplies.

Using timers to recharge batteries with electricity coming from wind farms during the low demand hours between 1 and 6 a.m. costs the equivalent of 50¢-a-gallon gasoline. We have not only an inexhaustible alternative to dwindling reserves of oil, but an incredibly cheap one.

The link between poverty eradication and environmental reconstruction

"Building an economy that will sustain economic progress requires a cooperative worldwide effort," notes Brown.


"This means eradicating poverty and stabilizing population - in effect, restoring hope among the world's poor. Eradicating poverty accelerates the shift to smaller families. Smaller families in turn help to eradicate poverty."

The principal line items in the budget to eradicate poverty are investments in universal primary school education; school lunch programs for the poorest of the poor; basic village-level health care, including vaccinations for childhood diseases; and reproductive health and family planning services for all the world's women. In total, reaching these goals will take $68 billion of additional expenditures each year.

A strategy for eradicating poverty will not succeed if an economy's environmental support systems are collapsing.


Brown says, "This means putting together an earth restoration budget - one to reforest the earth, restore fisheries, eliminate overgrazing, protect biological diversity, and raise water productivity to the point where we can stabilize water tables and restore the flow of rivers. Adopted worldwide, these measures require additional expenditures of $93 billion per year."

Combining social goals and earth restoration components into a Plan B budget means an additional annual expenditure of $161 billion. Such an investment is huge, but it is not a charitable act. It is an investment in the world in which our children will live.

The money is there

"If we fail to build a new economy before decline sets in, it will not be because of a lack of fiscal resources, but rather because of obsolete priorities," adds Brown. "The world is now spending $975 billion annually for military purposes.


The U.S. 2006 military budget of $492 billion, accounting for half of the world total, goes largely to the development and production of new weapon systems. Unfortunately, these weapons are of little help in curbing terrorism, nor can they reverse the deforestation of the earth or stabilize climate.

"The military threats to national security today pale beside the trends of environmental destruction and disruption that threaten the economy and thus our early twenty-first century civilization itself. New threats call for new strategies. These threats are environmental degradation, climate change, the persistence of poverty, and the loss of hope."

The U.S. military budget is totally out of sync with these new threats. If the United States were to underwrite the entire $161 billion Plan B budget by shifting resources from the $492 billion spent on the military, it still would be spending more for military purposes than all other NATO members plus Russia and China combined.

Time is a scarce resource

Of all the resources needed to build an economy that will sustain economic progress, none is more scarce than time. With climate change we may be approaching the point of no return. The temptation is to reset the clock. But we cannot.


Nature is the timekeeper.

It is decision time. Like earlier civilizations that got into environmental trouble, we can decide to stay with business as usual and watch our global economy decline and eventually collapse.


Or we can shift to Plan B, building an economy that will sustain economic progress.

"It is hard to find the words to express the gravity of our situation and the momentous nature of the decision we are about to make," says Brown. "How can we convey the urgency of moving quickly? Will tomorrow be too late?

One way or another, the decision will be made by our generation. Of that there is little doubt. But it will affect life on earth for all generations to come."

Sunday, February 11, 2007

South Africa leading continent's climate change mitigation efforts;NEW REPORT.


Climate Change is receiving increased attention in South Africa, both because the country, like many others such as e.g. Brazil, is positioned between developing and developed countries.

Electrification has increased vastly during the last then years, and virtually all electric power in South Africa comes from old coal-fired plants.

As South Africa increasingly is spear-heading efforts on the continent to join the international strivings to curb climate change, alternatives to fossil fuels, and coal in particular, become increasingly interesting.


Johannesburg, South Africa:
In the gritty inner city, a solar-powered stove can boil a pot of water in about 10 minutes. It may not fit in every kitchen, but cooking with a solar-powered stove means free power.

Climate Change is receiving increased attention in South Africa, both because the country, like many others such as e.g. Brazil, is positioned between developing and developed countries.

Electrification has increased vastly during the last then years, and virtually all electric power in South Africa comes from old coal-fired plants.

As South Africa increasingly is spear-heading efforts on the continent to join the international strivings to curb climate change, alternatives to fossil fuels, and coal in particular, become increasingly interesting.

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