strategy

Strengthening scientific and technological capacity

Synonyms:
Developing endogenous science and technology
Bridging gap in scientific and technological capacity
Strengthening scientific capacity and expertise
Building up technological capacity and capability
Context:
There has been significant cross-fertilization between scientific research, technological innovation and commercial exploitation of research results. Moreover, the institutional settings for the conduct of basic research, applied research, and the development of new products and processes are experiencing significant changes, particularly because of shifts in the sources of funding and a more prominent role for the private sector. Links between universities and industries are being strengthened, collaborative industrial research and technological alliances have become an imperative in certain fields, and venture capital firms and some specialized government agencies are playing an increasingly important role in providing capital for new technology business.

However, these very mechanisms have also become the Achilles' heel for the developing countries. The closer links between scientific capacity, developments in technology and economic growth, the increasing costs of scientific research, the emergence of new transdisciplinary fields, and the growing complexity of the institutional setting for the conduct of research are making it more difficult for them to push quickly towards the frontiers of knowledge and take advantage of scientific and technological advances. At the same time, the slow-down in the rates of economic growth, the severe resource constraints and the growing social demands are undermining the long-term efforts required to build scientific and technological capabilities in developing countries.

The nature of the innovation process has also changed significantly, particularly in science-intensive industries. It has acquired a more complex character, becoming more expensive, involving greater sophistication in management techniques, intensifying both international collaboration and competition, and enlarging the role of governments in the support of innovation. As a result, the costs of incorporating research results into productive and service activities, and of bringing new products to the market, have been steadily increasing during the past few decades. In addition, a well developed physical infrastructure is required to support innovation, including a good network of roads and transport facilities, telecommunications and data transmission networks, reliable electricity supply, access to waste disposal facilities, and clean water supply. These requirements, coupled with the higher costs of innovation and the larger risks faced by firms in a more competitive environment, have in effect increased barriers to entry in many fields of industry.

The above impediments aside, in the transition to the twenty-first century, the building of an appropriate level of scientific and technological capacity will continue to be an essential requirement of the development process. Without this capacity no country will be able to make the major decisions that affect its policies and strategies for achieving sustainable human development; absorb, adapt, and improve upon imported technology; or expect to develop its productive potential, even in those areas where it has competitive advantages.

This strategy features in the framework of Agenda 21 as formulated at UNCED (Rio de Janeiro, 1992), now coordinated by the United Nations Commission on Sustainable Development and implemented through national and local authorities.

Implementation:
UNESCO enlists the cooperation of the communities of scientists, engineers and technicians, and that of the organizations that represent them at the national, regional and international levels. Their collaboration ensures the development of science and technology, the relevance of higher scientific education and training, the renewal and suitability of curricula, the networking of research and training programmes, the strengthening of infrastructures and the establishment or strengthening of linkages between the production sector, industrial corporations and higher education and training systems.

The most technologically advanced countries continue to promote their industrial competitiveness by subsidizing research and development, regional development and environmental protection. In addition, their up-and-coming firms benefit from special incentives offered for locating residence in science parks and industrial estates.

Facilitated by:
Strengthening research capacity
Strengthening research capacity
Linking environmental monitoring centres
Improving investment in capacity building
Expanding scientific information networks
Promoting scientific and technology culture
Recruiting women for environmental research
Building environmental capacity in governments
Ensuring adequate access to science infrastructure
Undertaking environmental monitoring and assessments
Integrating indigenous knowledge on natural resources
Encouraging scientists to remain in their own countries
Facilitating joint ventures for sustainable development
Expanding national scientific and technological databases
Reducing information barriers due to language differences
Funding scientific information networks on the environment
Supporting independent initiatives in science and technology
Ensuring exchange of scientific data on sustainable development
Educating in natural systems, ecosystems and resource management
Improving regional multidisciplinary research and training centres
Conducting studies on national pathways to sustainable development
Strategic intervention by government in technology capacity-building
Improving international links among networks of natural and social scientists
Improving inter-agency regional cooperation to halt environmental degradation
Training specialists for interdisciplinary programmes on sustainable development
Training scientists to integrate environment in research and development projects
Strengthening capacity to conduct and apply scientific research to the environment
Improving information exchange among national and international data centres and networks
Type Classification:
E: Emanations of other strategies
Related UN Sustainable Development Goals:
GOAL 1: No PovertyGOAL 2: Zero HungerGOAL 3: Good Health and Well-beingGOAL 4: Quality EducationGOAL 5: Gender EqualityGOAL 6: Clean Water and SanitationGOAL 7: Affordable and Clean EnergyGOAL 8: Decent Work and Economic GrowthGOAL 9: Industry, Innovation and InfrastructureGOAL 10: Reduced InequalityGOAL 11: Sustainable Cities and CommunitiesGOAL 12: Responsible Consumption and ProductionGOAL 13: Climate ActionGOAL 14: Life Below WaterGOAL 15: Life on LandGOAL 16: Peace and Justice Strong InstitutionsGOAL 17: Partnerships to achieve the Goal