Final Reflection

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SUS350Feb4thCommonPoolResourceManagementW20.pptx

Common Pool Resource Management

Kim Townsend

SUS 350 Sustainable Communities

Key Features of Common Pool Resources

Goods that are difficult or costly to exclude users from

Subtractability-use of a resource by one person means it is not available to another

Core resource-a measure of the stock which must be retained to provide non-declining future stock

Fringe units-extractable units where availability is a function of the relative productivity of the core resource and rate of harvest

Marine Fisheries CPR Example

Used by multiple individuals through time and at the same time.

Subtractable—over-fishing reduces availability of stock for other users.

Core—total number of fish in a specific population required to sustain the population through time.

Fringe—number of fish that can be harvested without reducing the ability of the population to sustain itself through time.

Water

Subtractability-use of a resource by one person means it is not available to another

Core?

Fringe?

We must consider both quantity and quality of water in a system

Why is water quantity/quality important?

The Tragedy of the Commons

https://www.youtube.com/watch?v=WYA1y405JW0

Narrative created by Garrett Harden, a renowned ecologist, in a 1968 Nature paper

Is this model too simplistic? Which assumptions can be questioned?

Elinor Ostrom: Sustainable Development and the Tragedy of the Commons

https://www.youtube.com/watch?v=ByXM47Ri1Kc

Elinor "Lin" Ostrom (born Elinor Claire Awan;[2] August 7, 1933 – June 12, 2012) was an American political economist [3] [4] [5] whose work was associated with the New Institutional Economics and the resurgence of political economy.[6] In 2009, she shared the Nobel Memorial Prize in Economic Sciences with Oliver E. Williamson for "her analysis of economic governance, especially the commons".[7] To date, she remains the only woman to win The Prize in Economics.

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Elinor Ostrom’s Cooperative Management Conditions

Dr. Ostrom studied thousands of locally self-governed CPR systems all around the world

to determine what the sustainable systems had in common, and what the failures had in common.

Ostrom developed a set of design principles associated with sustainable local community governance of small-scale CPRs.

Ostrom’s Cooperative Management Conditions (1/2)

Clearly defined boundaries

Who gets access, who doesn’t

Resource boundaries

Congruence

Costs ≈ Benefits of cooperating

Appropriation rules are fair and sensible, locale-specific

Argues against “one rule system fits all” approach.

Collective-choice arrangements

Most individuals affected have a voice in changing the rules

Monitoring

Monitors are the cooperative members

Ostrom’s Cooperative Management Conditions (2/2)

Graduated sanctions

Punishment scaled to the offence

Sanctions administered by the cooperative

Conflict-resolution mechanisms

Access to low-cost, rapid, local way to resolve conflicts

Recognition of Rights to Organize

Community’s right to organize not challenged by government

Nested Enterprises

All of the above are organized in multiple layers of nested enterprise

Layering of governance structures matches the interdependence and complexity of CPR systems.

The Deschutes River Conservancy

Founded by Environmental Defense Fund, Confederated Tribes of the Warm Springs, local irrigation districts

Mission: restore stream flow and improve water quality in the Deschutes Basin

The vision of the Deschutes Water Alliance is simple: uses of water resources in the Deschutes Basin are balanced to serve and sustain agriculture, urban and ecosystem needs.

The mission of the DWA, intended to achieve this vision, contains three elements:

Move stream flows toward a more natural hydrograph while securing and maintaining improved instream flows and water quality to support fish and wildlife

Secure and maintain a reliable and affordable supply of water to sustain agriculture

Secure a safe, affordable, and high quality water supply for urban communities

Deschutes Water Alliance Water Bank

Matches buyers who need water and must mitigate for their water use with sellers

Buyers can purchase permanent in-stream credits or use a temporary lease

DRC’s Four Program Areas

Water conservation

Water rights transfers

Water rights leasing

Water management planning and monitoring

Water Conservation

Nearly 90% of the flow of the Deschutes in Bend is diverted through irrigation canals

Piping/lining canals

On-farm efficiency

Water Rights Transfers and Leases

First in time, first in right

Fair market purchase of existing water rights

Transfer: Permanently dedicated for in-stream or mitigation purposes

Lease options

5 year opt out lease - water rights are leased for 5 years. The lessor can opt out of the lease each year 30 days prior to start of the irrigation season.

1 year standard lease - water rights are leased for one irrigation season in-stream.

Split season lease - water rights are used for part of a season and leased for part of a season in the same year.

Water Rights Transfers and Leases

Overall Results

To date, the DRC’s programs have restored nearly 250 cubic feet per second (cfs) to the Deschutes River and its tributaries

Groundwater Mitigation Bank

Premise: groundwater and surface water are linked in Central Oregon

Groundwater withdrawals may affect surface water withdrawals

State enacted groundwater withdrawal limits and required mitigation

Users must mitigate for groundwater withdrawals by purchasing or leasing instream or mitigation credits

Water Management Planning and Monitoring

The Upper Deschutes Basin Study- $1.5 million effort to create a plan to meet water needs for the next 50 years

Climate change analysis included to ensure planning for future conditions

Strategic Plan created for 2015 to 2025 http://www.deschutesriver.org/Strategic%20Plan%20-%202015%20Mar%2031%20-%20FINAL.pdf

Questions?

Elinor Ostrom’s Cooperative Management Conditions

Dr. Ostrom studied thousands of locally self-governed CPR systems all around the world

to determine what the sustainable systems had in common, and what the failures had in common.

Ostrom developed a set of design principles associated with sustainable local community governance of small-scale CPRs.

Ostrom’s Cooperative Management Conditions (1/2)

Clearly defined boundaries

Who gets access, who doesn’t

Resource boundaries

Congruence

Costs ≈ Benefits of cooperating

Appropriation rules are fair and sensible, locale-specific

Argues against “one rule system fits all” approach.

Collective-choice arrangements

Most individuals affected have a voice in changing the rules

Monitoring

Monitors are the cooperative members

Ostrom’s Cooperative Management Conditions (2/2)

Graduated sanctions

Punishment scaled to the offence

Sanctions administered by the cooperative

Conflict-resolution mechanisms

Access to low-cost, rapid, local way to resolve conflicts

Recognition of Rights to Organize

Community’s right to organize not challenged by government

Nested Enterprises

All of the above are organized in multiple layers of nested enterprise

Layering of governance structures matches the interdependence and complexity of CPR systems.