Social Aspects
1.
On well-being, the healthy family and the community
2.
The role of families
3.
Women's issues
4.
Personal sustainable development pathway
5.
Social development
6.
Earth Charter
7.
Aboriginal peoples
8.
Human Rights
9.
Quality of Life
10.
Global Ethics
11.
Genetic resources
12.
Public discussions: listening to all voices
13.
Eradication of poverty
14.
Wars, armed conflicts, and violence
15.
Earth management
16.
Cooperation between developing and developed countries
17.
Human health
18.
Education and training
19.
Spiritual values helping a sustainable future
20.
Transboundary agreements
21.
Disability and globalization
22.
Human evolutionary development
23.
Institutions for Environmental Governance:
issues of Community Participation and Sustainable Development
24.
International and interstate conflicts on the base of environmental stress
25.
Social-economical problems of environmental refugees
26.
Sustainable urban community development
27.
Globalization
28.
The Global Community: its objectives, the GCAC, the Charter, the grassroots process and the organization
29.
World models to sustain Earth
30.
Definition of Sustainable Development
31.
Vision of Earth in Year 2024
32.
The Scale of Values
33.
A photo display presentation for interpreting sustainability
34.
Dramatic play presentation
35.
Implementation of Sustainable Development
36.
Measurement and assessment of indicators
37.
Population Pressure
Environment Aspects
1.
Ecological protection and management
2.
Sustainability of technological processes
3.
Marine area management
4.
Land management
5.
Waste management
6.
Energy management
7.
Ozone layer protection
8.
Global warming
9.
Climate changes assessment and management
10.
Air pollution
11.
Water pollution
12.
Measurement and assessment of indicators
13.
Land Degradation
14.
Environmental films to stimulate the emotional perception of ecological problems and motivate people
15.
Ecological Education
16.
Watershed Management
Economic Development
1.
Global Economic Development
2.
Risk analysis to measure sustainable development for large construction projects
3.
Integrated system of economy-environment accounting
4.
Financing sustainable development
5.
Measurement and assessment of indicators
6.
Sustainability and Global Consumption
7.
Sustainability, lifestyle and global consumption
8.
Sustainable Agriculture and World Trade
Availability of Resources
1.
Resources management
2.
Farming
3.
Water resources protection and management
4.
Measurement and assessment of indicators
5.
Energy
6.
Mining
7.
Tourism
8.
Forest Issues and Sustainable Forestry
9.
Fresh Water Resources, Clean Air and Human Rights
10.
Oil and Gas Industry
11.
Manufacturing Industry, Consumption and Sustainability
12.
Power Industry
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The world population is becoming more urban.
It is the quality of the urban environment and its well-being that
constitutes a challenge to any society. Cities are the centres of
economic and cultural life of a nation's population. The public wants
government expenditures to be directed to areas such as urban
development, health, housing, education, crime prevention, recreation,
environmental pollution control, waste management, aesthetic
satisfaction, and many others.
It is important to have social indicators that can tell
us about the quality and costs of essential elements such as:
educational and cultural facilities, suitable community facilities and
services, proper shelter, family life, security from crime, efficient
and environmentally conscious transportation, social justice, aesthetic
satisfaction and minority status.
The scale of values obtained during this World
Congress is providing us with a common unit of measurement. We are
now able to evaluate and compare the same categories of measurement in
different cities.
Over a period of several years, indicators show which
cities are able to solve their problems successfully, which are just
making it, and which are not getting anywhere.
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During the past three decades, the size and composition of external capital flows to developing countries have gone through major changes.
Since the beginning of 1990 we have witnessed a rapid expansion of private capital inflows due mainly to the rapid liberalization of markets and privatization of economic activity in developing countries. The private sector has become the principal borrower.
Large amounts of capitals from foreign direct investment are now making their ways to developing countries. They are a supplementary investment to private capital inflows.
The success of the integration of developing countries into the international trading system depends largely on the effective management of their exchange rates.
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The World Health Organization's
definition of health is "a state of complete physical, mental, and
social well-being and not merely the absence of disease or infirmity."
Health of people is affected by pollutants. A tissue carries a
pollutant burden if it contains an environmental residue greater than that
needed for optimum growth and development. Human pollutant burden patterns may
serve as indicators of the environmental quality. Human tissues can furnished
important insights into current pollution problems. Tissue burdens in human
tissues contain exposures from multiple routes and can provide important
intelligence for the setting and appraisal of environmental standards.
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There is a need to facilitate communication
among all people in an urban community site and provide them with
adequate information about a sustainable urban community development.
Indicators and indices must be made available and easily translated by
the users for implementation at the site. There has to be good
communications between the scientific and technical people and the
users. Potential users are:
The appropriate data will be examined when specific
issues arise. By adding the predictive capability of indicators we have
given everyone a sound tool in the development of an urban community.
It is important to explore the extent to which the
quality of the urban environment influences health, personality,
well-being, and behavior.
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Biological indicators are often used to
monitor environmental quality; they can respond to many different compounds
and they show cumulative effects over a period of time. They can tell us
directly if there is pollution in the air or water that is harmful to
life.
Ecosystems on land vary largely from those
found in waters. They have also similarities. Terrestrial communities as
well as aquatic communities are made of organisms that decompose detritus
entering the system; primary producers absorb the sun's energy; herbivores
feed upon the primary producers; carnivores feed upon herbivores; and
omnivores. The energy efficiency of either food web is about the same.
About as much as 15% of the energy in protoplasm in primary producers is
passed on to the herbivores and slightly less is passed on from herbivores
to carnivores.
A change in temperature and various types of
pollution will affect differently species in water and those on land. We
may first observe a change in sizes of population, then kinds of species,
and finally the disappearance of species and a reduction of biomass.
It
is an impossible task to describe and measure communities by one single
index, such as a diversity index. Various models of communities must be
used and as many different parameters as possible to properly describe a
community. Changes in these various parameters will determine the effect of
pollution. By measuring the effects of pollution on biological organisms
one can monitor pollution and determine effects over time; the presence of
pollution can be deduced by analyzing the structure of populations of
organisms. Chemical analyses only identify pollutants at the point in time.
Both approaches are necessary to define pollution effects.
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This subject has been discussed in depth in
the Newsletter articles.
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World industrial activity is now profoundly
affecting the atmospheric environment. It is now the number of
humans and industrialization that makes the major impacts on the
atmosphere. The most important changes affecting the atmosphere are due
to the growth in the burning of fossil fuels. The burning of fossil
fuels increases carbon dioxide concentrations and air pollutants. The
clearing of forested lands for agriculture and other purposes has
reduced the amount of carbon absorbed by the forests and contributed to
the increase of atmospheric carbon dioxide. We have disturbed a fragile
balance by causing chemical changes in the global atmosphere.
The most devastating effects of contamination of the atmosphere on a
global scale include:
-
An increase in greenhouse gas concentrations brought
the warming of the climate;
-
Depletion of the stratospheric ozone layer;
-
Acidification of lakes and forests; and
-
Toxic chemicals have contaminated our food chain on
the land and in the waters.
The most sophisticated climate models take into account factors such as:
-
The changes in the radiation balance of the Earth;
-
Contamination of the atmosphere;
-
Greenhouse gas concentrations;
-
Absorption of heat by the oceans;
-
The ice and snow fields;
-
The hydrological cycle of precipitation; and
-
The melting of glaciers and the Greenland ice cap.
A consequence of a warmer climate is a rise in global mean sea-level.
Several countries will be more susceptible to inundations. We will see
hundreds of millions of environmental refugees searching for land.
The mid-latitude wheat belts of the planet will dry; forest fires will
wipe out most of the forests; world food markets will have to adjust to
help a starving population.
Tourism and wildlife in the tropics will be seriously affected by a
temperature that is just too hot.
Tropical diseases will cause epidemics.
Major changes in evaporation and precipitation patterns will not adjust
quickly enough to supply the population with water it needs to survive;
agriculture will become a dying industry either because of too much
water or not enough of it.
Sub-Arctic communities will disappear because of the melting of the
permafrost.
It is well known that biological communities of the waters and of the
land absorb and bio-accumulate toxic contaminants through the food webs.
Trace concentrations deposited by the atmosphere have become harmful.
They are chemicals carried through the atmosphere to seas, rivers, lakes
and other streams, and subsequently into sediments and soils. Metals and
chemical contaminants can be absorbed for a long time, and are in fact
chemical 'time bombs'.
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In an urban community site, air usually
contains materials such as nitric oxide, sulfur oxide, carbon monoxide,
aldehydes, dust and many others. A city would have a department measuring
indicators and indices in order to:
-
Provide a daily report to the public
-
Define air quality in all parts of the city
-
Measure progress toward air quality goals
-
Propose abatement steps
-
Alarm the public in case of danger
-
Provide data to researchers
-
Provide information for compliance
-
Make intelligent decisions with regard to priorities of
programs toward environmental improvement
Urban air pollution is a mixture of several pollutants emitted from different
energy and industrial processes, and of secondary pollutants in the atmosphere.
Some air pollutants are more important than others. At a given concentration
some pollutants are more toxic or more unpleasant. Pollutants have different
effects related to health, economics and aesthetic:
-
Particulates affects visibility, aesthetic and safety
-
Oxidant irritate eyes and kill plants
-
Sulphur oxides affect the human respiratory system, are
corrosive, and have an unpleasant odor
-
Nitrogen dioxide
-
Carbon monoxide
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The environment is our life-support
system, and is certainly the most important quality system. It is hoped
that the evaluation of GESDI was helpful in bringing us
closer to sustaining Earth. GESDI is the global indicator that includes
all others but it should be made clear that all other indicators and
indices proposed in this World Congress are standing by
themselves as well and their values are not diminished. There are
hundreds of indicators and indices in GESDI and they all make GESDI what
it is: a meaningful global indicator.
To make our evaluation successful we need first to understand the
effects of man's activities on the environment and second, find what
things we should do to ameliorate the adverse effects.
Every country has different ways of evaluating environmental quality. For
instance in the United states the National Wildlife Federation has
developed the Environmental Quality Index to evaluate several natural
resources including air, water, soil, wildlife, forests, minerals and
living space. As in the evaluation of GESDI, a number of value judgments
are made during measurements. But when one focus on sustaining the Earth
and its biosphere these judgments are usually fair. Trends are often used
to eliminate gross errors. The costs of pollution versus the cost of
pollution control or abatement is also included in an evaluation. In
the evaluation of GESDI the costs of pollution with respect to the
components of the four interacting systems (environment, social, resources,
and economic) are addressed head on. For instance in an urban community
site, the costs of pollution with respect to property values, health,
materials, vegetation, quality of life, land use, recreational activities, and
aesthetics are important, and
are highlighted.
Again in the United States, the most important bodies of
data and standards are developed, regulated, monitored, managed and made available to
the public by the Environmental Protection Agency (EPA) and the Council on
Environmental Quality. In the evaluation of GESDI for this country, data
and statistics from these agencies are mainly used along with information
obtained from other sources such as the National Wildlife Federation.
Not every country has a government agency as developed as
the EPA, and it can be very costly to actually make our own measurements in
other countries. Permission has to be obtained. We usually rely on whatever
we can obtained from government officials and groups from those countries.
Satellite observations are another source of data.
If we are to achieve effective management of Earth and its
environment we need comprehensive data about the status and changes in the
air, land, water and in other natural resources; the issue of the effects
of potentially hazardous chemicals on the natural resources.
Other requirements are for making the evaluation of GESDI
meaningful with respect to each of the four quality systems:
environment, social, resources, economics; evaluating those aspects or
impacts which are directly representative and those which are not;
correlating the data; interpreting the data for the purpose of determining
whether trends are interfering; predicting the environmental impact of
proposed public and private actions; determining the effectiveness of
programs of protecting and enhancing environmental quality; developing
environmental policies; and processing the useful data into the GESDI.
The scientific community contributes enormously to the
evaluation of GESDI. Our professional members are certainly and by large
the most important leading representatives of the scientific community.
Beyond their own university training and life experience, the World
Congress on Managing and Measuring Sustainable Development has been
the training grounds that have sharpened their judgment on all issues. All
of our members together are certainly ready for an effective Earth
Management.
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This group provided a clear analysis of trends in the global economy
with specific references to developing countries and the challenges they
are facing to achieve a stable economic growth by a faster growth. The
global economy is unstable. Serious biases against the underprivileged
exist. It was found that in the world's poorest countries the interactions
between trading and financial systems have had significant negative impacts
on their growth. Global capital movements have kept poverty and unemployment
on the rise in developing countries. The gap between the rich and
the poor is widening. This shows a failure of The Global Community
in building an equitable system of global economic governance. The effects
of globalization have left behind most developing countries. Most developing
countries show a trend of widening trade deficits and falling or stagnant
growth rates. Their efforts to close the payments gap through increased
exports to developed countries have failed. An increase in exports required
growth in world demand but world growth has been low. Export earnings were
not sufficient in financing the debt. China and Chili are the only exception
to this trend. They were able to succeed in managing a faster growth by
increasing trade performance.
A new approach to development issues was suggested: business leaders
are to conduct their affairs with responsibility, cooperation and compassion.
A larger flow of private foreign investment would accelerate further growth
and bring stability. Progress on access to markets in industrialized countries
is the key to overcoming the payments facing developing countries. The
international trading system needs to be fair to all global economies.
Their are aspects leading to unfair competition. Protectionism is at its
highest in developed countries. For example, the heavy subsidization
of agricultural output in the industrial countries cuts out imports from
developing countries. Protectionism was also observed for industrial products
such as clothing and textiles, low-tech and high-tech products. The industrialized
countries were found to make use of antidumping procedures and health and
safety standards against successful exporters in the developing countries.
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Oil demand by transportation accounts for 39 per cent of world commercial
energy needs. Consumption in developing countries has risen much faster
over decade than in the industrialized countries due to their high rate
of population growth, fast urban developement, increased motorization and
industrialization.
In the OECD countries, a decline in world prices does not usually stimulate
consumption because taxes on oil products account for most of the price
to end-users.
In multilateral trade, developing countries have three major concerns:
-
The Uruguay Round has not done much to improve
market access for their exports of goods and services.
-
World Trade Organization(WTO) rules were found
unbalanced in many important development related areas including the protection
of intellectual property rights and use of industrial subsidies.
-
Inadequate or inexistant human and financial resources
have rendered impossible the use of opportunities offered by WTO to developing
countries.
Developing countries find no interest to enter into negotiations with
wealthier trading partners. The increasing gap between rich and poor nations
will make it even unlikely of successful multilateral trade negotiations.
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Even if all Uruguay Round concessions are implemented by the
industrialized countries, there are still significant trade barriers in
the form of high tariff peaks (from 12 per cent to 300 per cent or more)
and tariff escalation affecting exports from developing countries. Especially
in agriculture, exports from developing countries are made impossible by
domestic support and subsidy programmes in industrialized countries. Future
negotiations would have to include significant reductions in:
- Tariffs
- Domestic support
- Export subsidies
The reform of agricultural trade also has to take into account issues
such as food security, particular problems of food-importing developing
countries and social impacts of agricultural trade liberalization.
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A soil quality index is used to relate
the environmental impact of continuing or sustained use of chemical compounds in
crop production. We are concerned here with the use of soluble fertilizers,
herbicides, and pesticides. We are also concerned with the management of animal
manures. A more general soil quality index also includes many other wastes and
pollutants.
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There are several water quality indices and
it is important to distinguish between them. For instance there is a water
quality index for a surface body of raw water to be used to sustain a fish and
wildlife population. Another one would be for a water source to be treated and
used as a public water supply. There are many more indices. It is important to
understand the indices we are using for the evaluation of GESDI; indices must be
categorized so as to give meaning to the overall indicator. Sub-categories
will bring meaning to the evaluation.
It has been shown that water of a certain quality retains that
relative quality regardless of the use for which it is being considered;
water of different streams can be compared with regard to changes in quality
levels using one uniformly applied rating method. In order words, in many
instances it is correct to use a general water quality index.
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Oil is by far the most important primary commodity to both industrialized
and developing countries. Whenever members of OPEC increased oil prices
the effect usually means a lower demand and an increased output by
non-OPEC suppliers. Since OPEC cannot stop the gradual erosion of its market
share it has to abandon its policy of restricting supplies. They contribute
to oversupply because they have to produce more in order to stop erosion
of revenues. A downward trend in prices is established which can be reversed
only if all OPEC members together cut output.
The lowering of trade and investment barriers, security of supply, deregulation,
privatization and advances in petroleum technologies have been the very
important aspects that have shaped the industry over the past decade. Large
mergers have also shaped the industry significantly by reducing the cost
of doing business.
Today the pricing system is ruled by future markets. Traders make future
transaction prices based on expectations of market conditions. Consumers
and speculators are able to react rapidly to shifts in supply or demand.
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