Education and Development: The Issues and the Evidence



Education and development the issues and the evidence - Education Research Paper
No. 06, 1993, 61 p.

[Previous Page] [Table of Contents] [Next Page]

1.5 Environmental degradation

Concern for the impact of development on national and global environments has been
growing as evidence accumulates of changes in weather patterns and increases in
pollution levels, and the sustainability of patterns of the use of natural resources is
questioned. The United Nations Conference on Environment and Development in Rio
de Janeiro has drawn particular attention to two issues - global warming and declining
big-diversity. There are many other issues which relate to environ-mental degradation.
These include access to clean water, rising levels of air pollution and its consequences
(e.g. acid rain, ozone depletion), excessive pesticide use and the consequences of the
persistence of residues which contaminate food chains, disposal of solid wastes (both
domestic and industrial) especially those that are hazardous, soil erosion, and
deafforestation.

Most of these developments cannot be separated from the effects of high rates of
population growth, which reduce the period over which adjustments can occur to
changed patterns of land use, increased emissions and higher levels of consumption of
products deleterious to the environment. The relationships between population growth
and environmental degradation are not simple and can come in many forms. A recent
analysis charts these and concludes "more people, short termist incentives, scarce land,
and inadequate technical progress will validate the (environmental) degradation claim."
(Lipton 1991:221). This analysis goes on to argue that high real interest rates are a
central part of the system of incentives which discourages more environmentally
sympathetic development thus linking environmental problems to the relationships
between developed and developing countries in which aid is a significant dimension.

Poverty, as well as economic growth, can be responsible for some kinds of increased
environmental degradation. Over intensive land use using inappropriate technologies
can hasten soil erosion, denude forest cover, pollute fresh water sources, and diminish
indoor air quality through the burning of big-mass. The initial stages of economic
growth in poor economies often bring with them increased use of fossil fuels in vehicles
and factories creating air pollution, urbanisation and changed consumption patterns
which increase the volume of solid waste, and dense concentrations of populations
consuming water that they cannot easily avoid polluting.

The most recent World Development Report argues that growth and greater levels of



More intriguing information

1. Can we design a market for competitive health insurance? CHERE Discussion Paper No 53
2. Neural Network Modelling of Constrained Spatial Interaction Flows
3. The name is absent
4. Improving the Impact of Market Reform on Agricultural Productivity in Africa: How Institutional Design Makes a Difference
5. The constitution and evolution of the stars
6. The Role of State Trading Enterprises and Their Impact on Agricultural Development and Economic Growth in Developing Countries
7. An institutional analysis of sasi laut in Maluku, Indonesia
8. Effects of red light and loud noise on the rate at which monkeys sample the sensory environment
9. Education Research Gender, Education and Development - A Partially Annotated and Selective Bibliography
10. The use of formal education in Denmark 1980-1992
11. The name is absent
12. The name is absent
13. Creating a 2000 IES-LFS Database in Stata
14. Gender stereotyping and wage discrimination among Italian graduates
15. The Institutional Determinants of Bilateral Trade Patterns
16. Large Scale Studies in den deutschen Sozialwissenschaften:Stand und Perspektiven. Bericht über einen Workshop der Deutschen Forschungsgemeinschaft
17. The name is absent
18. Foreign Direct Investment and the Single Market
19. Pricing American-style Derivatives under the Heston Model Dynamics: A Fast Fourier Transformation in the Geske–Johnson Scheme
20. The name is absent