When Public Policy Promises More Water Than Nature Can Provide

In 2020, I completed my Master of Science in Administration at Central Michigan University with a critical analysis project titled Fresh Water: We Cannot Survive Without It. The project examined the Colorado River Basin not merely as an environmental concern, but as a public administration challenge involving resource allocation, intergovernmental agreements, infrastructure, political resistance, and long-term institutional decision-making.

Public administration is concerned with managing resources within overlapping jurisdictions. In the United States, those responsibilities are frequently divided among federal, state, tribal, regional, and local governments. Of all the resources public institutions must manage, water is among the most fundamental. My project, therefore, used a qualitative approach to examine the policy decisions, interstate agreements, and federal projects that supported the growth of the American Southwest while also contributing to its long-term water vulnerability.

A River Supporting an Entire Region

The Colorado River Basin demonstrates the scale and complexity of modern resource management. At the time of my research, the basin covered approximately 246,000 square miles, provided irrigation to 5.5 million acres, supplied drinking water to approximately 40 million people, supported at least eight metropolitan areas, included 11 national parks, and contributed as much as $1.4 trillion in annual economic output (Stern & Sheikh, 2019).

These figures illustrate why water policy cannot be separated from agriculture, economic development, housing, recreation, infrastructure, or municipal administration. The expansion of the Southwest was built partly on the assumption that sufficient water would remain available to support growing populations and industries.

My concern was that this assumption had become embedded in public policy even though the river’s actual conditions did not consistently support it.

The Law of the River

To understand the problem, I examined the collection of statutes, court decisions, interstate agreements, and administrative arrangements commonly known as the Law of the River.

Western water law was heavily influenced by the doctrine of prior appropriation, frequently summarized as “first in time, first in right.” The doctrine emerged from disputes among miners and other early water users and generally gave priority to those who first placed water to a legally recognized beneficial use (Owen, 2017).

Although prior appropriation established legal expectations, it could not resolve the interstate disputes, competing diversion proposals, and engineering challenges involving the Colorado River. Federal involvement eventually contributed to the Colorado River Compact of 1922.

The compact divided the river into Upper and Lower Basins and generally allocated 7.5 million acre-feet annually to each basin. It became the foundation upon which later agreements, infrastructure projects, and state allocations were built (Stern & Sheikh, 2019).

The Boulder Canyon Project Act of 1928 authorized the construction of Hoover Dam, established Lower Basin allocations for California, Arizona, and Nevada, and designated the Secretary of the Interior as the principal contracting authority in the Lower Basin. The Upper Colorado River Basin Compact of 1948 later divided the Upper Basin allocation primarily through percentages assigned to the participating states (Stern & Sheikh, 2019).

These agreements were significant administrative accomplishments. They reduced conflict, established an interstate governance framework, and supported the settlement and economic development of the Southwest. My project did not dismiss those achievements. Instead, it asked whether a system designed around the political priorities and environmental assumptions of the early 20th century remained adequate for a region confronting prolonged drought, climate pressures, population growth, and increasing demand.

The Structural Problem

The central problem identified in my research was that the legal allocation of the Colorado River was based on an overly optimistic estimate of dependable water flow.

The original allocation system assumed that approximately 17.5 million acre-feet would be available annually. However, later measurements examined in my project indicated that the average annual flow under drought conditions could be closer to 11.5 million acre-feet (Reisner & Mott, 2017). Despite that difference, legal allocations and patterns of consumption continued to be based substantially on the higher figure.

The result was a structural mismatch: Public policy promised more water than the river could reliably provide.

This distinction matters for public administrators. A temporary shortage may be addressed through emergency restrictions, infrastructure improvements, conservation measures, or short-term administrative action. A structural shortage requires reconsideration of the policies and agreements that established the allocation system.

The executive summary of my project concluded that technological improvements would not solve the underlying problem if the governing agreements continued to permit overallocation. Without aligning legal commitments with realistic streamflow, stored water supplies would continue to decline.

The Limits of Technological Solutions

My project evaluated several proposed responses, including increased groundwater use, desalination, rainwater capture, air-to-water technology, and water-independent housing systems.

Each approach offered potential benefits, but each also presented limitations. Groundwater supplies are finite and can become depleted through excessive pumping. Desalination can increase the supply of potable water, but the process requires substantial energy and produces concentrated waste that must be disposed of responsibly (Robbins, 2019).

Household and municipal conservation systems may reduce demand, but they can also be expensive, voluntary, constrained by local regulations, or unsuitable for particular climates and communities.

Research reviewed for the project found that water conservation solutions were not always transferable between cities. Strategies used in Las Vegas, for example, might not be equally effective in Denver because of differences in climate, regulations, political conditions, rainfall, lot size, and development patterns (Forrest et al., 2020).

This finding produced an important public administration lesson: Innovation does not occur in a vacuum. A technically sound solution may still fail because of institutional barriers, affordability concerns, public resistance, regulatory limitations, or insufficient political support.

Local governments can serve as laboratories for conservation and policy experimentation. They can improve infrastructure, encourage water-efficient development, support rainwater capture, educate residents, and adopt appropriate conservation measures. These efforts are valuable, but local governments cannot independently correct an interstate allocation system based on unrealistic assumptions.

The Need for Institutional Reform

My project concluded that meaningful reform required action at the federal and interstate levels.

I recommended replacing or substantially rewriting the Colorado River Compact of 1922 and negotiating a new framework based on realistic measurements taken across both drought and wet cycles. Local conservation programs and technological investments should continue, but they should complement rather than substitute for structural reform.

The presentation accompanying my research summarized the recommendation directly: Rewrite the compact using realistic long-term measurements of river flow while simultaneously implementing practical conservation measures.

Such reform would require cooperation among the federal government, the basin states, tribal governments, water districts, agricultural interests, municipalities, and other affected parties. It would also require political leaders to acknowledge that existing legal commitments may no longer correspond with environmental reality.

Lessons for Public Administrators

Although my project focused on water, its broader lessons apply throughout public service.

Government institutions frequently inherit policies created under earlier economic, environmental, and political conditions. Those policies may have represented substantial achievements when they were adopted. Over time, however, the assumptions supporting them can become outdated.

Public administrators must be able to distinguish between preserving institutional stability and defending a system that no longer reflects actual conditions. Technology, emergency measures, and local experimentation can provide temporary relief, but they cannot permanently overcome a foundational policy error.

My master’s project reinforced that responsible administration requires more than managing an immediate crisis. It requires examining the agreements, incentives, and assumptions that contributed to the crisis.

The Colorado River Basin is therefore more than a water management case study. It illustrates the difficult work of governing across jurisdictions, balancing competing interests, recognizing finite resources, and developing policies that remain sustainable beyond the next budget year, election cycle, or drought.

References

Forrest, N., Stein, Z., & Wiek, A. (2020). Transferability and scalability of sustainable urban water solutions—A case study from the Colorado River Basin. Resources, Conservation and Recycling, 157, Article 104790. https://doi.org/10.1016/j.resconrec.2020.104790

Owen, D. (2017). Where the water goes: Life and death along the Colorado River. Riverhead Books.

Reisner, M., & Mott, L. (2017). Cadillac desert: The American West and its disappearing water. Penguin Books.

Robbins, J. (2019, June 27). Desalination is booming as cities run out of water. Wired.

Stern, C. V., & Sheikh, P. A. (2019). Management of the Colorado River: Water allocation, drought, and the federal role (Report No. R45546). Congressional Research Service.