The Changing Wealth of Nations 2021

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T H E C H A N G I N G W E A LTH O F N ATIO N S 2021

studies that have been undertaken have been hampered by data and ­methodological shortcomings. Furthermore, the measurement of renewable energy resources as assets has not been systematically addressed in the System of National Accounts 2008 (SNA) (EC et al. 2009), the accompanying System of Environmental-Economic Accounting–Central Framework (SEEA-CF) (UN et al. 2014), or the recent SEEA-Energy (UN 2019). The lack of attention paid to the valuation of renewable energy assets is a concern. These assets—especially hydroelectric assets—are likely worth trillions of dollars worldwide today based on the estimates presented here and in the supporting technical report (Smith et al. 2021). Canada’s hydroelectric resources alone may have been worth something on the order of US$456 billion (2018 US dollars) in 2017.1 This would have made them more valuable than any other natural resource asset in Canada in that year (other than land), including the country’s large fossil fuel reserves. Therefore, the failure to account for renewable energy assets as part of national wealth sends flawed signals to policy makers in many countries about the total national wealth and the contribution of natural capital to that wealth. This chapter proposes a practical approach to valuation of renewable energy assets and compares it with the approaches recommended in the SNA and SEEA. It then tests this approach in an experimental effort to value selected renewable energy assets using data for several important renewable energy–producing countries. Based on the results, the chapter goes on to discuss how the experimental asset values presented here might be improved and expanded so that renewable energy assets might eventually be formally incorporated into the core natural capital accounts of the CWON and the revised SNA and SEEA standards.

Renewable Energy Resources as Assets in the SNA and SEEA-CF In keeping with the general definitions of assets, the SNA and SEEA-CF recognize natural resources as assets only when ownership rights can be enforced over them. Ownership need not be private; natural resources owned collectively (for example, by a national government on behalf of its citizens) may also qualify as assets. Only those resources that generate economic benefits for their owners under (1) existing conditions of technology, knowledge, economic infrastructure, and prices or (2) conditions that can be reasonably expected to prevail in the immediate future (again, as revealed by market activity) are recognized as assets. Resources known to exist but, for whatever reason, not suitable for commercial exploitation do not qualify as assets in the SNA or the SEEA-CF. The SNA says little on the treatment of renewable energy resources as assets. It simply notes that entities “over which no property rights can be exercised” do not qualify as assets, using the high seas and atmosphere as examples (EC et al. 2009, para 1.46; hereafter SNA and para. no.). This suggests that solar and wind resources would not be recognized as assets


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Articles inside

15.2 Social Capital and the COVID-19 Pandemic

5min
pages 463-464

Future Options for Linking Social Capital and Wealth Accounting

2min
page 462

15.1 Social Capital in China

1min
page 461

Why Social Capital Matters for Economic Output and Welfare

6min
pages 455-457

Valuation and Social Capital

2min
page 454

Measurement of Social Capital

9min
pages 448-452

Time Scales for Measuring Social Capital Trends

2min
page 453

Is Social Capital Really Capital?

2min
page 447

Definitions of Social Capital

4min
pages 445-446

Overview of Conceptual Approaches to Social Capital

2min
page 444

Introduction

4min
pages 442-443

Main Messages

1min
page 441

Conclusion

2min
page 435

Notes

5min
pages 436-437

References

3min
pages 438-440

Discussion of Results and Future Research Agenda

5min
pages 433-434

Renewable Energy Resources as Assets in the SNA and SEEA-CF

7min
pages 408-410

Notes

2min
page 401

References

2min
pages 402-406

Conclusion

2min
page 400

13.2 Wealth Data and Sovereign Bonds

2min
page 396

Main Messages

1min
page 387

Wealth on a Country’s Balance Sheet

2min
page 391

References

3min
pages 384-386

Market

5min
pages 374-375

Conclusion

1min
page 376

Notes

5min
pages 382-383

Annex 11A: Country Selection and Benchmarking

5min
pages 348-350

Policies to Mitigate Human Capital Distortions Arising from Nonrenewable Natural Resource Wealth

4min
pages 372-373

References

5min
pages 352-354

Introduction

2min
page 356

Main Messages

1min
page 355

Sustainability and Renewable Natural Capital

5min
pages 323-325

References

7min
pages 310-314

Asset Portfolio Diversification versus Export Diversification

4min
pages 318-319

Notes

2min
page 309

Conclusion

4min
pages 307-308

Political Economy of Global Cooperation on Climate Change

7min
pages 304-306

Comparison with Other Estimates of Stranded Assets

16min
pages 297-303

10.12 Potential Loss of Natural Gas Asset Value, by Region

4min
pages 288-289

10.9 Value of Subsoil Fossil Fuel Assets, by Scenario and Region, 2018–50

1min
page 285

Scenario Analysis to Represent Risk and Uncertainty

3min
pages 279-280

Simulation Results

1min
page 281

Countries and Country Groups

4min
pages 277-278

Main Messages

1min
page 269

Simulation of Subsoil Fuel Asset Values under Uncertainty

2min
page 276

Valuing Subsoil Fossil Fuel Assets in the CWON

2min
page 272

Conclusion

2min
page 263

Main Messages

1min
page 237

Global Distribution of Fossil Fuel and Mineral Wealth

7min
pages 240-243

Introduction

4min
pages 238-239

8.3 More Research Is Needed on the Health Impacts of Air Pollution

2min
page 231

Incorporating the Impact of Air Pollution into the Human Capital Calculations

2min
page 226

8.2 Challenges in Estimating Global Mortality Attributable to Air Pollution

2min
page 225

Gender and Human Capital

8min
pages 200-203

Estimates of Human Capital

13min
pages 193-199

Data and Methodology

4min
pages 191-192

7.1 Different Approaches to Measuring Human Capital

2min
page 189

7.2 The Human Capital Index and the CWON’s Measure of Human Capital

3min
page 190

Main Messages

1min
page 147

Conclusion

2min
page 136

Main Messages

1min
page 187

Main Messages

1min
page 165

Cropland Wealth and Climate Change Scenarios

3min
pages 152-153

Shift in the Global Distribution of Wealth

1min
page 129

Data and Methodology

2min
page 128

References

1min
pages 123-124

Main Messages

1min
page 103

2.1 Savings and Changes in Wealth

2min
page 97

Annex 1A: Treatment of Carbon Accounting in the SEEA Ecosystem Accounts

5min
pages 83-85

How Wealth Changes over Time

4min
pages 91-92

Summing Up and Future Research

7min
pages 80-82

Roadmap for the Report

9min
pages 76-79

Role of Policies and Institutions in Creating Value for Natural Capital

2min
page 75

ES.2 What’s New in CWON 2021?

2min
page 61

From Monitoring Economic Performance to Managing the Economy

4min
pages 73-74

Wealth Accounts as a Tool for Macroeconomic Policy and the Financial Sector

3min
pages 59-60

Looking Ahead

4min
pages 62-63

ES.1 Strengths and Limitations of Wealth Accounting

2min
page 46

Sustainability, Resilience, and Inclusiveness Are Urgent Challenges for Economic Development

1min
page 45

What Is Included in Comprehensive Wealth Accounts?

2min
page 72

1.1 Sustainability and the Wealth of Nations

2min
page 71
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