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Tradable Permits in New South Wales for River Salinity
An example of a cap-and-trade system is the one implemented in New South Wales, Australia, which issues tradable permits for the industrial discharge of salty water into the Hunter River. The objective of this policy is to protect local agriculture and ecosystems from the damaging effects of increased water salinity.
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Price Condition for Effective Tradable Permits
Tradable Permits in New South Wales for River Salinity
A government aims to limit total industrial emissions of a pollutant to 100 units. Two firms, Firm A and Firm B, are the only polluters, each currently emitting 70 units. The government issues each firm 50 tradable permits, with each permit allowing one unit of emission. The cost to reduce one unit of emission is $20 for Firm A and $40 for Firm B. Assuming the firms seek to minimize their costs, what is the most likely outcome in the market for these permits?
Efficiency of Tradable Pollution Permits
Firm Decision-Making in a Pollution Permit Market
Evaluating Pollution Control Policies
Match each component or actor in a cap-and-trade system with the description of its role or likely behavior.
In a cap-and-trade system for pollution control, every participating firm is required to reduce its individual level of emissions below its initial level.
In a market for tradable pollution permits, a company will choose to sell its permits to another firm if its own cost of reducing pollution is ____ the market price of a permit.
Arrange the following actions in the logical order a government and participating firms would follow to implement and operate a cap-and-trade system for pollution control.
Analyzing Efficiency in a Tradable Permit Market
Diagnosing a Failing Pollution Control Program
Evaluating Pollution Control Policies
Learn After
Analyzing Market Reactions to Environmental Changes
A government authority manages a river's water quality by setting a limit on the total amount of salty water that can be discharged by industrial firms. The authority issues a fixed number of permits, each allowing a certain amount of discharge, and firms can buy and sell these permits from one another. If the authority decides to reduce the total number of available permits to further protect the local ecosystem, what is the most likely immediate consequence in the market for these permits, assuming industrial demand for discharging salty water remains the same?
Cost-Effective Pollution Reduction via Permit Trading
Firm Decision-Making in a Permit Market
A government authority manages a river's water quality by setting a limit on the total amount of salty water that can be discharged by industrial firms. The authority issues a fixed number of permits, each allowing a certain amount of discharge, and firms can buy and sell these permits from one another. If a new, low-cost technology becomes available that allows firms to reduce the salt content of their discharge, how does this tradable permit system influence the adoption of the new technology compared to a system where each firm is simply assigned a strict, non-tradable discharge limit?
Policy Response to Environmental Shocks in a Permit Market
Evaluating a Tradable Permit System's Effectiveness
Evaluating the Design of a Water Salinity Permit System
A government authority is tasked with protecting sensitive agricultural areas along a river from damage caused by high water salinity from industrial discharge. They decide to implement a system where a total limit is set on salty water discharge, and permits corresponding to this limit are issued and can be traded among firms. What is a primary advantage of this tradable permit system compared to an alternative policy of simply charging a fixed fee for each unit of salty water discharged?
Analyzing Unintended Consequences of a Tradable Permit System
Firm Decision-Making in a Permit Market