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Premium member Presentation Transcript Slide1: On getting from being Educated to becoming Literate in Science and Technology (Enhancing S&T Literacy through Environmental Education)Slide2: Talking Points The Science/Technology/Society (STS) way for achieving S&T literacy Environmental Education as a training platform for nurturing S&T literacy Responsible ecotourism and challenges of sustainability (a lesson in natural resource management)Slide3: Some Pertinent Questions What are the qualities of a S&T literate person? Why is Environmental Education (EE) a good platform for increasing S&T literacy? Is our science curriculum well customized and aligned to reach this goal?Slide4: Qualities of a S&T literate person Applies scientific methods, logical reasoning, and creativity in investigating the surrounding world; Uses concepts of S&T and considers ethical/social values in solving everyday problems and making responsible decisions; Defends decisions and actions using rational arguments based on S&T evidences; Distinguishes between S&T evidence and personal opinion…. and between reliable and unreliable information….. and so on. (Source: Tan, M. 2004)Slide5: What’s up? Let me get the facts. What does it all mean? What could happen? But if we do that – what then? How’d it go? Let’s hit the road. This is it! Slide6: About the STS Approach STS is not a new concept but rather a holistic approach geared towards achieving S&T literacy in a student/learner; STS means focusing on real-world problems which have science and technology components from the learners’ perspective; STS enables the learner to investigate, analyze, and apply concepts and skill processes to real-life situations, and to make responsible decisions in everyday life.Slide7: A Good STS Programme A good STS programme or curriculum provides built-in opportunities or activities for learners to go beyond the classroom to their local communities; The curriculum and its prescribed activities should be appropriate for the age of the learner and be learner-centered; STS ultimately empowers learners so that as future citizens they realize they have the power to make changes and the responsibility to do so.Slide8: (A Lesson in Marine Resource Management)Slide9: Our Marine EcosystemsSlide11: Ecology (biodiversity, habitats) Living and non-living resources Aesthetic values (natural vista) Recreational values Historical & archaeological values Educational & cultural values Development (tourism, energy, water) Our Community Capital/Asset: Our Community Capital/Asset The resources of our marine ecosystems are a natural heritage, crucial for safe-guarding the livelihood, cultural and ecological values of the people. They contribute to economic prosperity of present and future generations.Slide13: Can you relate this feature to the theme and aim of this presentation?Slide14: Natural Capital Human and Social Capital Built Capital Slide15: Components of a Sustainable Island Community (Not to Scale)Slide16: Ecotourism Nature-based tourism that involves education and integration of the natural environment (including cultural component). It has become a big business and revenue generating venture today!Slide17: … is marketed internationally but it is “consumed” at the point of production – the destinations. Consumer (tourists) Producer (operators) Product (destinations) Key Players being the … EcotourismSlide18: Examples of Negative Impacts Erosion of over-visited sites; Disturbance of wildlife nesting and breeding activities; Depletion of natural resources; Trade in endangered species; Consumption of energy and water; Damage to landscape and nature by tourist infra-structure, transport activities, etc.Slide19: Ecotourism is managed such that it becomes ecologically sustainable (i.e. ensures long-term conservation of the resource and involves an appropriate return to the local community. Responsible Ecotourism Bottom Line Environmental systems support the ecotourism industry, not the reverse!Slide20: “… improving the quality of human life while living within the carrying capacity of supporting ecosystems.” Definition of “Sustainability” Source: IUCN / UNEP / WWF. Caring for the Earth: A Strategy for Sustainable Living. (Gland, Switzerland 1991)Slide21: Carrying Capacity “One of the most challenging tasks is to estimate the carrying capacity of an attraction or destination.” “How many tourists are too many?”Slide22: Sustainable Development The challenge of sustainable development arises from these two major converging trends Impact = Population x Consumption x Technology Diminishing margin for action Sustainability Decline in resource availability and ecosystemsOur Shared Vision: Our Shared Vision Our marine ecosystems are safeguarded in a way that is consistent with the socio-economic aspirations of our people through innovative use of science and technology to conserve the rich resources in the interest of sustainable development and promotion of ecotourism. Strategic Pathways Toward Achieving a Shared Vision: Strategic Pathways Toward Achieving a Shared Vision (Source: PEMSEA 2002)Integrated Coastal Management: Enhancing the sustainable development of coastal resources and the marine environment An Integrated Approach Integrated Coastal Management Slide26: Key Strategic Actions SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide27: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide28: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide29: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide30: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide31: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide32: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide33: Core Values of Env. Education Systems inter-connectedness Biodiversity & ecosystem stability Cont. change Balance of nature Finite resources Population growth & carrying capacity Geochemical cycles Stewardship and cooperation Sustainable developmentSlide34: Parting Shots Environmental Education is an excellent platform for enhancing S&T literacy in our students/citizens; Start greening the EE curriculum the STS way; Create quality experiential learning environments that nurture S&T literacy.Slide35: Thank You You do not have the permission to view this presentation. In order to view it, please contact the author of the presentation.
S T Literacy hosinnchye Download Post to : URL : Related Presentations : Share Add to Flag Embed Email Send to Blogs and Networks Add to Channel Uploaded from authorPOINTLite Insert YouTube videos in PowerPont slides with aS Desktop Copy embed code: (To copy code, click on the text box) Embed: URL: Thumbnail: WordPress Embed Customize Embed The presentation is successfully added In Your Favorites. Views: 99 Category: Education License: Some Rights Reserved Like it (0) Dislike it (0) Added: September 08, 2008 This Presentation is Public Favorites: 0 Presentation Description No description available. Comments Posting comment... Premium member Presentation Transcript Slide1: On getting from being Educated to becoming Literate in Science and Technology (Enhancing S&T Literacy through Environmental Education)Slide2: Talking Points The Science/Technology/Society (STS) way for achieving S&T literacy Environmental Education as a training platform for nurturing S&T literacy Responsible ecotourism and challenges of sustainability (a lesson in natural resource management)Slide3: Some Pertinent Questions What are the qualities of a S&T literate person? Why is Environmental Education (EE) a good platform for increasing S&T literacy? Is our science curriculum well customized and aligned to reach this goal?Slide4: Qualities of a S&T literate person Applies scientific methods, logical reasoning, and creativity in investigating the surrounding world; Uses concepts of S&T and considers ethical/social values in solving everyday problems and making responsible decisions; Defends decisions and actions using rational arguments based on S&T evidences; Distinguishes between S&T evidence and personal opinion…. and between reliable and unreliable information….. and so on. (Source: Tan, M. 2004)Slide5: What’s up? Let me get the facts. What does it all mean? What could happen? But if we do that – what then? How’d it go? Let’s hit the road. This is it! Slide6: About the STS Approach STS is not a new concept but rather a holistic approach geared towards achieving S&T literacy in a student/learner; STS means focusing on real-world problems which have science and technology components from the learners’ perspective; STS enables the learner to investigate, analyze, and apply concepts and skill processes to real-life situations, and to make responsible decisions in everyday life.Slide7: A Good STS Programme A good STS programme or curriculum provides built-in opportunities or activities for learners to go beyond the classroom to their local communities; The curriculum and its prescribed activities should be appropriate for the age of the learner and be learner-centered; STS ultimately empowers learners so that as future citizens they realize they have the power to make changes and the responsibility to do so.Slide8: (A Lesson in Marine Resource Management)Slide9: Our Marine EcosystemsSlide11: Ecology (biodiversity, habitats) Living and non-living resources Aesthetic values (natural vista) Recreational values Historical & archaeological values Educational & cultural values Development (tourism, energy, water) Our Community Capital/Asset: Our Community Capital/Asset The resources of our marine ecosystems are a natural heritage, crucial for safe-guarding the livelihood, cultural and ecological values of the people. They contribute to economic prosperity of present and future generations.Slide13: Can you relate this feature to the theme and aim of this presentation?Slide14: Natural Capital Human and Social Capital Built Capital Slide15: Components of a Sustainable Island Community (Not to Scale)Slide16: Ecotourism Nature-based tourism that involves education and integration of the natural environment (including cultural component). It has become a big business and revenue generating venture today!Slide17: … is marketed internationally but it is “consumed” at the point of production – the destinations. Consumer (tourists) Producer (operators) Product (destinations) Key Players being the … EcotourismSlide18: Examples of Negative Impacts Erosion of over-visited sites; Disturbance of wildlife nesting and breeding activities; Depletion of natural resources; Trade in endangered species; Consumption of energy and water; Damage to landscape and nature by tourist infra-structure, transport activities, etc.Slide19: Ecotourism is managed such that it becomes ecologically sustainable (i.e. ensures long-term conservation of the resource and involves an appropriate return to the local community. Responsible Ecotourism Bottom Line Environmental systems support the ecotourism industry, not the reverse!Slide20: “… improving the quality of human life while living within the carrying capacity of supporting ecosystems.” Definition of “Sustainability” Source: IUCN / UNEP / WWF. Caring for the Earth: A Strategy for Sustainable Living. (Gland, Switzerland 1991)Slide21: Carrying Capacity “One of the most challenging tasks is to estimate the carrying capacity of an attraction or destination.” “How many tourists are too many?”Slide22: Sustainable Development The challenge of sustainable development arises from these two major converging trends Impact = Population x Consumption x Technology Diminishing margin for action Sustainability Decline in resource availability and ecosystemsOur Shared Vision: Our Shared Vision Our marine ecosystems are safeguarded in a way that is consistent with the socio-economic aspirations of our people through innovative use of science and technology to conserve the rich resources in the interest of sustainable development and promotion of ecotourism. Strategic Pathways Toward Achieving a Shared Vision: Strategic Pathways Toward Achieving a Shared Vision (Source: PEMSEA 2002)Integrated Coastal Management: Enhancing the sustainable development of coastal resources and the marine environment An Integrated Approach Integrated Coastal Management Slide26: Key Strategic Actions SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide27: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide28: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide29: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide30: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide31: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide32: SUSTAIN PRESERVE PROTECT IMPLEMENT COMMUNICATE DEVELOPSlide33: Core Values of Env. Education Systems inter-connectedness Biodiversity & ecosystem stability Cont. change Balance of nature Finite resources Population growth & carrying capacity Geochemical cycles Stewardship and cooperation Sustainable developmentSlide34: Parting Shots Environmental Education is an excellent platform for enhancing S&T literacy in our students/citizens; Start greening the EE curriculum the STS way; Create quality experiential learning environments that nurture S&T literacy.Slide35: Thank You