Deep-Sea Ecosystem Preservation Decision
A government is evaluating a proposal to establish a massive, permanent marine protected area to safeguard a unique deep-sea ecosystem from potential future mining activities. The project has significant immediate costs for monitoring and enforcement. The primary benefits, such as the preservation of undiscovered species and the maintenance of a unique habitat, are expected to be realized by generations living 150-200 years from now. A standard cost-benefit analysis using a positive discount rate concludes that the project's costs outweigh its long-term benefits. Critique this conclusion by explaining how applying a negative discount rate to this specific scenario could be justified, leading to a different policy decision.
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CORE Econ
Economics
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Science
Economy
Introduction to Microeconomics Course
The Economy 2.0 Microeconomics @ CORE Econ
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A policy analyst argues that when evaluating a major, long-term environmental project, such as one aimed at preventing the collapse of a global fishery, the value of a healthy fishery in 100 years should be considered greater than the value of a healthy fishery today. Which of the following statements best analyzes the economic and ethical reasoning that supports this perspective?
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The core argument for applying a negative discount rate to long-term environmental outcomes is based on the prediction that future generations will be significantly wealthier and thus can place a higher monetary value on environmental quality.
Match each argument for applying a negative discount rate to long-term environmental outcomes with the economic or ethical principle it best represents.
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Contrasting Discounting Approaches
Deep-Sea Ecosystem Preservation Decision
A group of environmental economists is building a case to justify using a negative discount rate for a long-term climate change mitigation project. Arrange the following statements into a logical sequence that constructs a coherent argument for their position.
A government is evaluating a project to protect a large, ancient wilderness area from development. The costs of protection are substantial and immediate, while the primary benefit is the preservation of the area's unique biodiversity for future generations. An advisor argues against the project, stating: 'Standard financial analysis requires us to discount future benefits. A benefit realized 100 years from now is worth significantly less than a cost incurred today. Therefore, the project is not economically viable.' Which of the following statements offers the strongest and most relevant economic counter-argument to the advisor's position?