Abstract

This study explains why the possession of natural and energy resources is not synonymous with sovereign agency. Norway and Uruguay possess different resource complexes: the former has large oil and gas reserves, hydropower, maritime expertise, and accumulated financial capital; the latter has fertile land, water, and substantial hydro, wind, solar, and biomass potential. In both cases, a resource becomes sovereign only after institutional conversion: securing public control over rents, developing technologies and human capital, diversifying markets, insuring against risks, defining the boundaries of private and external influence, participating in rule-making, and reproducing the system over time.

The empirical starting point is the provided Burke Index profiles. Norway scores 592.6 out of 700, compared with Uruguay’s 457.5, a gap of 135.1 points. Norway leads across all seven dimensions, particularly technological (+31.8), economic (+30.0), and military (+21.1). Yet this additive advantage does not negate Uruguay’s mechanisms of disproportionate conversion. Despite a substantially lower resource profile, Uruguay transformed hydropower dependence on rainfall and imported fuels into a diversified electricity system, financial hedging, and almost entirely renewable generation.

The central finding is that Norway represents a mature model for converting an exhaustible resource into a diversified financial asset, fiscal reversibility, industrial and technological expertise, and energy influence. Yet even this model does not complete the conversion: merchandise exports remain heavily dependent on oil and gas, productivity growth in the mainland economy is slow, and integration into the European market creates a gap between access to rules and formal participation in making them. Uruguay demonstrates a narrower but theoretically important form of conversion: a natural flow has been transformed into a resilient infrastructural capacity, yet roughly 70% of exports still depend on natural resources, while pulp production is concentrated among a small number of foreign companies. Resource sovereignty is therefore determined not by the volume of natural capital, but by the quality of the chain through which it is converted.

1. Research Puzzle

Resource endowment provides potential income, but it simultaneously creates channels of dependence. An export resource requires external demand, transportation, technology, capital, insurance, standards, and market access. If one external center controls most of these functions, increased extraction or production may strengthen its leverage. Resource power can therefore coexist with weak strategic autonomy.

The paradox is tested through a simple question: what can the state convert a resource into?

At least four outcomes are possible: current consumption; infrastructure and human capital; external financial assets; and institutional influence. Only the latter three can continue to generate agency after a price decline, resource depletion, or a climate shock.

Norway is a strong positive case, but not an ideal endpoint. The state established public ownership of subsoil resources, captures rents through taxation, direct participation, and state shareholding, and converts the proceeds into a global fund. Uruguay is a less obvious case: its principal resource base is renewable but climatically variable and embedded in global commodity chains. The comparison makes it possible to distinguish the conversion of rents from the conversion of natural productivity.

2. Data and Method

The seven dimensions of the Burke Index are treated as initial capabilities rather than independent components of a finished sovereignty. Political resources determine the capacity to sustain long-term rules; economic resources finance conversion; technological resources localize expertise; informational resources enable the assessment of reserves, risks, and contracts; cultural resources legitimize public claims to the resource; cognitive resources support the design of complex regimes; and military resources protect territory, maritime communications, and critical infrastructure.

The analytical chain is as follows:

resource → Conversion → Dependence Architecture → Alternatives → Reversibility → Boundaries → Second-Order → Reproduction.

It is operationalized through seven mechanisms:

Conversion Sovereignty (CS): Is the natural resource converted into capabilities that do not disappear with current rents?

Dependence Architecture Sovereignty (DAS): Are markets, technologies, capital, and logistics distributed across multiple channels?

Alternative Sovereignty (AS): Are there ready substitutes for the commodity, buyer, technology, and source of income?

Reversibility Sovereignty (RS): Can the state adapt to price, climate, and geopolitical shocks without losing basic functions?

Boundary Sovereignty (BS): Who determines access to subsoil resources, land, water, data, infrastructure, and rents?

Second-Order Sovereignty (SOS): Can the state influence the standards, markets, and rules that determine the value of the resource?

Reproductive Sovereignty (RPS): Are institutions, competencies, and the social contract reproduced across generations?

The key methodological caveat is that a high score does not guarantee a successful mechanism. Economic power may finance a fund, or it may increase procyclical consumption. Technological capacity may localize the value chain, or it may merely service raw-material exports. The analysis therefore rests on the interaction among dimensions and actual institutional practices.

3. Resource Profiles

Norway’s mean score is 84.7, compared with Uruguay’s 65.4. Norway’s lowest dimension is military, yet even this score exceeds Uruguay’s performance in several of its weaker areas. The largest gap—technological—is directly related to the central question: the capacity to control complex processing chains, networks, data, and new industries determines whether a resource remains a raw material or becomes a platform for development.

Uruguay’s profile, however, contains a strong political-cultural-cognitive nexus. Political (79.2), cultural (78.1), and cognitive (72.6) scores provide a foundation for durable cross-party decisions. The country has a stable democratic system, and the transfer of power following the 2024 elections proceeded without major disruption. This configuration helps explain how a comparatively modest technological score was offset by state planning, auctions, contracts, and grid management.

4. Resource Models

Norway

Norway’s oil and gas model rests on legal state ownership of resources and multiple channels for capturing rents. The state participates in licenses through the State’s Direct Financial Interest, owns 67% of Equinor, and receives tax revenue from petroleum activities. This arrangement does not eliminate private capital, but it establishes an institutional boundary: companies receive extraction rights, while ownership of the resource and a substantial share of the rent remain public.

Petroleum revenues are not spent directly as ordinary current income. They are transferred to the Government Pension Fund Global (GPFG), which is invested outside Norway, while the fiscal rule guides the budget toward gradual use of the fund’s expected real return—a long-term benchmark of about 3%. At the end of 2025, the fund was valued at NOK 21,268 billion; during the year it earned a return of 15.1%, or NOK 2,362 billion in accounting terms.

Resource dependence nevertheless persists. In 2025, oil, gas, and associated liquids accounted for about 57% of the value of Norway’s merchandise exports; approximately 95% of its gas was transported by pipeline to European countries, and the volume supplied was equivalent to more than 30% of combined gas consumption in the EU and the United Kingdom. Financial conversion is therefore high, but the current trade and infrastructure architecture remains closely tied to European demand.

Uruguay

Uruguay’s resource system is based on agriculture, livestock, forestry, water, and renewable electricity. Pulp, beef, and soybeans remain the principal export commodities, while China, Brazil, the United States, and the EU are among the most important markets. According to the World Bank, roughly 70% of exports still depend on natural resources, while limited competition and relatively low trade integration slow diversification.[11][12]

The electricity sector, however, demonstrates a successful conversion of natural potential into systemic capacity. In 2025, renewable sources provided about 98% of generation: hydropower 46%, wind 34%, biomass 14%, and solar 4%. Unlike the simple exploitation of a single resource, this structure diversifies weather and price risks across different forms of generation.

The conversion was institutional. Long-term planning, the state-owned utility UTE, competitive procurement, and contracts attracted private capital while preserving the state’s coordinating role. Auctions played a key role in deploying wind power and lowering prices, and some tenders included local-content requirements. Uruguay therefore did not merely possess wind and water; it created a contractual and grid architecture that converts them into reliable electricity.

5. Conversion Sovereignty

Norway achieved a multistage conversion. The first transition is from underground reserves to public rents through ownership, taxation, and direct participation. The second is from rents to foreign financial assets through the GPFG. The third is from assets to fiscal resilience through the fiscal rule. The fourth is from extraction to industrial, engineering, maritime, and managerial competencies.

Particularly important is the conversion of wealth from one material form into another. Petroleum revenues are treated not as ordinary income but as an exchange of an exhaustible natural asset for a diversified financial portfolio. Investing the fund abroad reduces overheating in the domestic economy, distributes risk across countries and currencies, and preserves international purchasing power for future generations.

Conversion nevertheless remains incomplete if the mainland economy fails to create new productive sectors. The OECD notes that Norway’s productivity growth has been weak over the past decade, petroleum revenues will decline, and population aging will increase fiscal pressure. A large fund is therefore a reserve of optionality, not an automatic substitute for technological and entrepreneurial dynamism.

Uruguay demonstrates a different form of conversion: the transition from natural variability to managed infrastructure. After a period of heavy dependence on hydropower and imported fuel, the state diversified generation through wind, biomass, and solar while retaining hydropower as part of the portfolio. This reduced exposure to the combination of drought and expensive oil. In 2013, UTE also used a $450 million World Bank insurance transaction against rainfall shortages and high oil prices; Uruguay later became the World Bank’s first sovereign client for commodity hedging.

Uruguay’s lower economic and technological scores therefore did not prevent a targeted and highly effective conversion. Political continuity, a state purchaser, contract design, and financial management operated as a multiplier. This case directly confirms the non-additivity of the model.

6. Dependence Architecture

Norway distributed the financial risk associated with petroleum rents globally, but it has not fully diversified the physical economy. The GPFG is invested in foreign equities, bonds, real estate, and renewable-energy infrastructure; at the end of 2025, 71.3% of the portfolio was in equities, 26.5% in fixed-income instruments, 1.7% in unlisted real estate, and 0.4% in renewable-energy infrastructure. This converts a concentrated source of income into a broad portfolio of assets.

By contrast, the geography of gas-export infrastructure is concentrated on Europe: 95% of the gas is delivered through subsea pipelines to European countries. The dependence is reciprocal—Europe needs the supply, while Norway needs buyers and infrastructure—which strengthens Oslo’s bargaining position. Yet decarbonization, changes in EU rules, or declining demand could simultaneously affect prices, volumes, and the value of pipeline assets.

Uruguay has diversified its electricity resources across technologies, but its export economy remains commodity-based. Markets are distributed among China, Brazil, the EU, and the United States, reducing direct dependence on a single buyer. Different commodities, however, remain exposed to common climate, land-use, and logistics shocks; buyer diversification is not a substitute for diversification of the production structure.

Pulp constitutes a distinct node of concentration. According to Uruguay XXI, UPM and Montes del Plata accounted for 85% of the value of the sector’s exports in 2024, while investment in UPM’s second mill totaled $3.47 billion. The resource sector generates exports, logistics, and biomass power, but the concentration of production in two foreign groups increases the risk of corporate influence over land, water, taxation, and infrastructure policy.

Under DAS, Norway has been more successful in diversifying the financial outcome of extraction, while Uruguay has diversified the physical sources of electricity. Norway’s weakness lies in the commodity and geographic concentration of exports; Uruguay’s lies in the natural-resource structure of external sales and the corporate concentration of pulp production.

7. Alternative Sovereignty

Norway possesses alternatives at several levels. Oil is more flexibly transported than pipeline gas; gas routes are distributed among Germany, the United Kingdom, France, and Belgium; and the financial fund does not depend on the returns of a single market. The state also possesses hydropower, electrical technologies, maritime expertise, and opportunities to develop offshore wind, carbon capture and storage, and hydrogen value chains.

The existence of transition technologies, however, is not equivalent to a ready substitute for oil and gas rents. The OECD emphasizes the need to facilitate a shift away from petroleum-related activities and to improve productivity and skills. Until new industries generate comparable export earnings, employment, and tax revenues, Norway’s AS remains strong financially but constrained in the real economy.

Uruguay has created alternatives within the electricity sector: hydro, wind, biomass, and solar generation mutually insure the system. Export alternatives are weaker. Pulp, beef, soybeans, and dairy products differ from one another, but all depend on land, water, international commodity prices, and sanitary and environmental standards.

The second energy-transition project seeks to convert inexpensive renewable electricity into hydrogen, e-methanol, e-fuels, fertilizers, and new industrial value chains. The national road map envisages scaling the domestic market and initial export projects during 2026–2030 and estimates potential exports of hydrogen and derivatives at roughly $1.3 billion by 2040. For now, this remains an option rather than a proven alternative: it depends on external capital, technology, certification, and future demand.

In terms of AS, Norway possesses a substantially larger financial time buffer. Uruguay demonstrates deeper technological diversification within a specific system—electricity generation—but its capacity to replace the natural-resource export model remains limited.

8. Reversibility Sovereignty

Norway’s fiscal architecture separates the volatile flow of petroleum revenues from annual spending. The fund and the fiscal rule allow temporary increases in budget support during severe downturns and reduced withdrawals during overheating; at the same time, investing assets abroad protects the budget from direct price volatility. This converts the resource into macroeconomic reversibility.

Reversibility is constrained by irreversible investments in fields, platforms, and pipelines. Their value depends on future demand and climate policy. The longer petroleum-related skills, employment, and revenues remain dominant, the higher the political cost of an accelerated transition. The large fund cushions losses, but it does not automatically retrain workers or transform regional economies.

Uruguay developed RS through a combination of technical diversification and financial insurance. UTE’s transaction against drought and high oil prices covered the period during which wind and biomass capacity was being deployed; it embedded short-term protection within a long-term transition. A flexible exchange rate, high reserves, longer debt maturities, and a rising share of liabilities denominated in domestic currency further reduce vulnerability to external shocks.

Climate reversibility nevertheless remains incomplete. The 2022–2023 drought brought rainfall approximately 47% below the historical average and caused substantial losses in soybeans and livestock; infrequent but severe droughts may cost around 1% of GDP. The electricity system has become more resilient, but agriculture and water systems remain directly exposed to climate conditions.

9. Boundary Sovereignty

Norway has established strong institutional boundaries among society, the state, and corporations. Law vests ownership of subsea petroleum resources in the state; licenses regulate access by private operators; and the state simultaneously uses taxation, the SDFI, and its ownership stake in Equinor. Fund governance is likewise separated: Parliament establishes the legislative framework, the Ministry of Finance sets the mandate, and Norges Bank handles operational management and reporting.

This multilayered structure reduces the risk of privatizing rents and of short-term political capture of the fund. BS nevertheless faces pressure from the climate conflict: where is the boundary between the state’s right to monetize a resource, its emissions-reduction commitments, and intergenerational interests? High transparency makes the conflict visible but does not eliminate it.

In Uruguay, the state-owned UTE retains control over electricity-system coordination, while private producers participate through regulated contracts and auctions. This boundary attracted capital without transferring full control of the system to it. Local-content requirements partially converted procurement into domestic competencies.

Boundaries are more contested in the forestry sector. High concentration around UPM and Montes del Plata, free-zone regimes, the scale of land use, and impacts on water create an asymmetry between the state and transnational corporations. International certification facilitates market access but simultaneously makes external standards part of domestic resource governance. A resource therefore becomes sovereign agency only when the state can independently control environmental data, enforce sanctions, and revise conditions without excessive compensation costs.

10. Second-Order Sovereignty

Norway’s SOS operates through three channels. The first is its role as a systemically important energy supplier: in 2025, Norwegian gas covered more than 30% of combined gas consumption in the EU and the United Kingdom, giving Oslo structural importance in European energy security. The second is the global fund, whose scale makes Norway a significant institutional investor. The third is the diffusion of a model of transparent rent governance and responsible investment.

The capacity to influence rules, however, is uneven. Through the EEA, Norway has access to the EU internal market, yet almost all new relevant EU legislation is incorporated into the agreement largely without amendment; the country participates at early stages but does not have the ordinary voting rights of EU member states in EU institutions. This is a classic gap between high resource-based bargaining significance and limited formal rule-making power.

Uruguay’s SOS is smaller in scale but visible in renewable-energy policy and sovereign risk management. Its auction model, almost entirely renewable grid, and use of weather and commodity hedging have generated practices applicable to other small open economies. The state influences rules more through demonstration effects than through market size.

Mercosur constitutes a constraint on Uruguay. The regional bloc increases collective bargaining power, but consensus rules governing external trade agreements limit Montevideo’s ability to conclude agreements independently, for example with China. This illustrates an exchange of AS for potential SOS: delegating part of trade freedom makes sense only if the state can exert meaningful influence over the bloc’s common position.

11. Reproductive Sovereignty

Norway’s model is oriented toward intergenerational reproduction. The fund preserves petroleum wealth after extraction, the fiscal rule limits the pace of spending, and the distribution of roles among Parliament, the ministry, and the central bank reduces dependence on any single government. Cross-party support for the rule since its introduction in 2001 has ensured institutional continuity.

Financial reproduction, however, does not guarantee the reproduction of productive capacity. Slower productivity growth, shortages of skilled labor, population aging, and the expected decline in petroleum revenues create a risk that the fund will compensate for rather than eliminate structural weakness. RPS requires converting part of the time purchased by resource wealth into skills and innovative firms, not merely a financial reserve.

Uruguay’s energy conversion has likewise rested on cross-party continuity. The 2010 energy agreement laid the foundation for the transformation, and in 2026 preparations began for a new consensus extending to 2050, with participation by public agencies, business, and political parties. Peaceful transfers of power and institutional legitimacy allow long-term contracts to survive changes in government.

Reproducibility is nevertheless constrained by external technology and capital. The second energy transition—hydrogen and synthetic fuels—requires sophisticated equipment, standards, and buyers that Uruguay does not fully possess. To avoid reproducing a raw-material logic, new projects must create a domestic engineering base, data control, local supply chains, and the ability to replace investors.

12. Systemic Comparison

Norway’s chain operates as follows: political and cognitive capacity secures public ownership; the economic and technological base captures rents; institutions convert them into foreign assets; the fiscal rule provides reversibility; and the fund reproduces purchasing power. The weak link appears after the fund: converting financial time into a sufficiently productive post-petroleum economy.

Uruguay’s chain is different: political continuity produces a long-term energy plan; the state grid operator and auctions attract technology and capital; technological diversification reduces dependence on water and oil; insurance provides transitional reversibility; and an almost carbon-free grid creates a platform for new industries. The weak link lies between clean electricity and more complex exports: without technological localization, hydrogen and e-fuels may become a new form of externally controlled resource specialization.

13. Testing the Paradox

The comparison confirms the central thesis: a resource is not sovereignty until institutional conversion has been completed.

First, public appropriation of rents matters more than physical possession. Norway’s fields became a source of agency because the state legally established ownership, created tax and licensing regimes, participated in extraction, and separated revenues from current expenditure. Without these links, high oil prices might have increased imports, currency appreciation, and private rents without creating an intergenerational asset.

Second, diversification must occur after the point of extraction. Norway did not diversify the origin of its rents, but it diversified their financial outcome. Uruguay did not eliminate natural dependence, but it diversified the ways in which natural potential is converted into electricity. In both cases, the sovereign effect arises not where the resource is discovered, but in the architecture of subsequent transitions.

Third, the financial or infrastructural outcome can be more sovereign than the original resource. Norway’s fund is mobile, globally diversified, and persists after deposits are depleted. Uruguay’s grid connects substitutable sources and reduces the use of imported fuels. Both the fund and the grid are emergent capacities: their properties cannot be derived from oil, wind, or water considered separately.

Fourth, resource conversion can create a new dependence. Norway depends on European demand, EEA rules, and global market returns. Uruguay depends on foreign equipment manufacturers, capital, buyers of agricultural products, and pulp corporations. Sovereignty requires not eliminating these ties, but being able to redistribute them without systemic collapse.

Fifth, preserving optionality matters more than maximizing short-term rents. Norway’s fiscal rule limits the pace of domestic spending, while Uruguay’s diversified generation sometimes entails paying for reserves and grid flexibility. These costs purchase the capacity to change course under adverse conditions.

14. Testable Hypotheses

1. Conversion hypothesis: At comparable levels of resource income, states that direct a larger share of rents into diversified assets, infrastructure, knowledge, and human capital exhibit higher emergent sovereignty.
2. Institutional multiplier hypothesis: The political-cognitive nexus amplifies the effect of economic resources; durable rules and a capable bureaucracy therefore explain more variation in agency than the size of rents alone.
3. Post-resource autonomy hypothesis: Conversion Sovereignty is high only when the capability created retains value after the price falls or extraction of the original resource ends.
4. Dual-diversification hypothesis: Diversifying buyers reduces dependence only when combined with diversification of products, technologies, and logistics channels.
5. Reversibility hypothesis: Funds, reserves, insurance, and flexible infrastructure increase sovereign agency when they allow policy to change without irreversible loss of basic functions.
6. Boundary hypothesis: State ownership of a resource increases sovereignty only when the roles of owner, regulator, operator, and overseer are transparently separated.
7. Second-order hypothesis: A major resource increases influence over rules only when institutional channels for participation exist; market significance without a voice produces incomplete SOS.
8. Reproduction hypothesis: A fund or infrastructure becomes an intergenerational institution of sovereignty only when personnel, data, public legitimacy, and the capacity to revise strategy are reproduced.

New extractivism hypothesis: Green conversion does not increase sovereignty if a country exports a new resource without localizing technology, controlling environmental costs, and maintaining competitive access to buyers.

15. Limitations

The provided Burke Index measures a stock of capabilities but contains no direct indicators of the seven mechanisms. The 135.1-point difference therefore cannot be interpreted as a quantitative difference in emergent sovereignty. Rigorous testing would require separate indicators: the share of rents converted into foreign and domestic assets; concentration of buyers and operators; the cost of switching technology; reserve liquidity; the regulator’s legal authority; influence over standards; and institutional resilience across changes of government.

The comparison is also asymmetric in resource type. Norway’s oil and gas are exhaustible, high-rent, and geopolitically significant. Uruguay’s land, water, wind, and biomass are renewable but climatically variable and closely connected to territorial and environmental conflicts. This asymmetry is part of the research design because it allows the model’s portability to be tested, but it precludes direct comparison of a unit of physical resource.

Finally, successful historical outcomes do not guarantee future resilience. For Norway, the critical variables are the pace of global decarbonization, financial-market returns, and post-petroleum productivity. For Uruguay, they are climate variability, concentration of commodity exports, the quality of environmental oversight, and the capacity to localize the next wave of energy technologies.

Conclusion

Norway demonstrates the most complete chain for converting a resource into sovereign agency: public ownership and rent capture are linked to a global fund, a fiscal rule, competencies, and international influence. Its 135.1-point advantage reinforces this capacity but does not exhaust the explanation. The weak link remains the conversion of financial wealth into a sufficiently diversified post-petroleum productive system.

Uruguay possesses a smaller aggregate capacity, yet its electricity transition demonstrates disproportionately high conversion efficiency. The state transformed climatically variable natural flows, external technologies, and private capital into an almost entirely renewable grid, financial insurance, and a new platform for industrial policy. At the same time, the commodity structure of exports and concentration in the pulp industry reveal the limits of this transformation.

The central theoretical finding is that a natural resource acquires a sovereign quality only after passing through the entire chain: appropriation of rents → conversion into capabilities → diversification of dependencies → preservation of alternatives → reversibility → institutional boundaries → influence over rules → intergenerational reproduction. Omitting any link allows a resource to increase income without increasing autonomous capacity. The proper unit of analysis is therefore not a stock of oil, land, water, or wind, but the configuration of institutions that converts natural value into a durable space of choice.