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This project investigates the Triple Bottom Line (TBL) framework for evaluating future investments in space science, focusing on both direct benefits and indirect impacts. Hosted by the School of Physics and led by Manfred Lenzen, the analysis examines satellite telecommunications, global positioning, and advancements in medical and electronics materials as immediate gains. Additionally, it assesses emissions and resource extraction as indirect consequences. Utilizing methodologies like National Input-Output Tables and case studies, the study addresses questions of economic stimulus, employment generation, and environmental impacts of investing in space science compared to other sectors.
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a project idea Triple Bottom Line analysis of future investment into space science ISA, School of Physics Manfred Lenzen
The TBL of space science investment Direct benefits Indirect impacts Methodology and case studies Discussion
Emissions from machinery manufacturing Mining machinery Bauxite for Al Al for sheet Watching satellite TV 2. Indirect impacts Al sheet for satellite
3. Methodology Physical data Integrating ABS National Input-Output Tables
3. Methodology Balancing Act: A triple bottom line account of the Australian economy
3. Methodology An example: Production layers
3. Methodology An example: Structural path analysis
4. Discussion • Potential research question: • How much employment and economic stimulus would an investment into space science generate? • How much environmental impact would an investment into space science cause? • How would space science investment compare with other investments, eg into defense, education, or resource extraction? • Question for discussion: • Would it be a worthwhile exercise to create a Triple Bottom Line profile for space science, just as in the Fed Gov’t’s Balancing Act report?