Handbook of Sustainable Finance

Roncalli, Thierry (2024): Handbook of Sustainable Finance.

Abstract

This handbook in Sustainable Finance corresponds to the lecture notes of the course given at University Paris-Saclay, ENSAE, Sorbonne University and Paris Cité University. It covers the following chapters: 1. Introduction, 2. ESG Scoring, 3. Financial Performance of ESG Investing, 4. Sustainable Financial Products, 5. Impact Investing, 6. Voting Policy & Engagement, 7. Extra-financial Accounting, 8. Economic Modeling of Climate Change, 9. Climate Risk Measures, 10. Transition Risk Modeling, 11. Portfolio Optimization, 12. Physical Risk Modeling, 13. Climate Stress Testing, 14. Conclusion, 15. Appendix A Technical Appendix, 16. Appendix B Solutions to the Tutorial Exercises.

• Item Type: MPRA Paper
• Language: English
• Keywords: Sustainable finance, ESG investing, climate risk
• Subjects: G - Financial Economics > G1 - General Financial Markets; Q - Agricultural and Natural Resource Economics ; Environmental and Ecological Economics > Q5 - Environmental Economics

References

\bibitem[Aboumahboub \textsl{et al.}(2020)]{Aboumahboub-2020} \textsc{Aboumahboub} T, \textsc{Auer} C, \textsc{Bauer} N, ..., and \textsc{Ueckerdt} F (2020). \textit{REMIND --- REgional Model of INvestments and Development}. Technical Documentation, Version 2.1.0.

\bibitem[Admati and Pfleiderer(2009)]{Admati-2009} \textsc{Admati}, A. R., and \textsc{Pfleiderer}, P. (2009). The \textquotedblleft Wall Street Walk\textquotedblright\ and Shareholder Activism: Exit as a Form of Voice. \textit{Review of Financial Studies}, 22(7), pp. 2645-2685.

\bibitem[Alessi and Battiston(2022)]{Alessi-2022} \textsc{Alessi}, L., and \textsc{Battiston}, S. (2022). Two Sides of the Same Coin: Green Taxonomy Alignment versus Transition Risk in Financial Portfolios. \textit{International Review of Financial Analysis}, 102319.

\bibitem[Allen \textsl{et al.}(2020)]{Allen-2020} \textsc{Allen}, M., \textsc{Axelsson}, K., \textsc{Caldecott}, B., \textsc{Hale}, T., \textsc{Hepburn}, C., \textsc{Hickey}, C., \textsc{Mitchell-Larson}, E., \textsc{Malhi}, Y., \textsc{Otto}, F., \textsc{Seddon}, N., and \textsc{Smith}, S. (2020). The Oxford Principles for Net Zero Aligned Carbon Offsetting. \textit{Report}, September, 13 pages.

\bibitem[Alley \textsl{et al.}(2015)]{Alley-2015} \textsc{Alley}, R. B., \textsc{Anandakrishnan}, S., \textsc{Christianson}, K., \textsc{Horgan}, H. J., \textsc{Muto}, A., \textsc{Parizek}, B. R., \textsc{Pollard}, D., and \textsc{Walker}, R. T. (2015). Oceanic Forcing of Ice-Sheet Retreat: West Antarctica and More. \textit{Annual Review of Earth and Planetary Sciences}, 43, pp. 207-231.

\bibitem[Almond \textsl{et al.}(2022)]{Almond-2022} \textsc{Almond}, R. E. A., \textsc{Grooten}, M., \textsc{Juffe Bignoli}, D., and \textsc{Petersen}, T. (Eds) (2022). Living Planet Report 2022 --- Building a Nature-positive Society. \textit{Report}, WWF.

\bibitem[Altman(1968)]{Altman-1968} \textsc{Altman}, E.I. (1968). Financial Ratios, Discriminant Analysis and the Prediction of Corporate Bankruptcy. \textit{Journal of Finance}, 23(4), pp. 589-609.

\bibitem[Andersson \textsl{et al.}(2016)]{Andersson-2016} \textsc{Andersson}, M., \textsc{Bolton}, P., and \textsc{Samama}, F. (2016). Hedging Climate Risk. \textit{Financial Analysts Journal}, 72(3), pp. 13-32.

\bibitem[Anthoff and Tol(2014)]{Anthoff-2014} \textsc{Anthoff}, D., and \textsc{Tol}, R. S. J. (2014). \textit{The Climate Framework for Uncertainty, Negotiation and Distribution (Fund)}. Technical Description, Version 3.9.

\bibitem[Antr\`as \textsl{et al.}(2012)]{Antras-2012} \textsc{Antr\`as}, P., \textsc{Chor}, D., \textsc{Fally}, T., and \textsc{Hillberry}, R. (2012). Measuring the Upstreamness of Production and Trade Flows. \textit{American Economic Review}, 102(3), pp. 412-416.

\bibitem[Appel \textsl{et al.}(2016)]{Appel-2016} \textsc{Appel}, I. R., \textsc{Gormley}, T. A., and \textsc{Keim}, D. B. (2016). Passive Investors, Not Passive Owners. \textit{Journal of Financial Economics}, 121(1), pp. 111-141.

\bibitem[Archer and Pierrehumbert(2011)]{Archer-2011} \textsc{Archer}, D., and \textsc{Pierrehumbert}, R. (Eds) (2011). \textit{The Warming Papers: The Scientific Foundation for the Climate Change Forecast}. John Wiley \& Sons.

\bibitem[Armstrong McKay \textsl{et al.}(2022)]{Armstrong-McKay-2022} \textsc{Armstrong McKay}, D. I., \textsc{Staal}, A., \textsc{Abrams}, J. F., ..., and \textsc{Lenton}, T. M. (2022). Exceeding $\degC{1.5}$ Global Warming Could Trigger Multiple Climate Tipping Points. \textit{Science}, 377(6611), eabn7950, 11 pages.

\bibitem[Arrhenius(1896)]{Arrhenius-1896} \textsc{Arrhenius}, S. (1896). On the Influence of Carbonic Acid in the Air upon the Temperature of the Ground. \textit{The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science}, 41(251), pp. 237-276.

\bibitem[Arrhenius(1908)]{Arrhenius-1908} \textsc{Arrhenius}, S. (1908). \textit{Worlds in the Making: The Evolution of the Universe}. Harper.

\bibitem[Atz \textsl{et al.}(2022)]{Atz-2022} \textsc{Atz}, U., \textsc{Van Holt}, T., \textsc{Liu}, Z. Z., and \textsc{Bruno}, C. C. (2022). Does Sustainability Generate Better Financial Performance? Review, Meta-analysis, and Propositions. \textit{Journal of Sustainable Finance \& Investment}, 13(1), pp. 802-825.

\bibitem[ACPR(2021)]{ACPR-2021} Autorit\'e de Contr\^{o}le Prudentiel et de R\'esolution (2021). A First Assessment of Financial Risks Stemming from Climate Change: The Main Results of the 2020 Climate Pilot Exercise. \textit{Analyses et synth\`eses}, 122-2021, 4 May 2021.

\bibitem[Avramov \textsl{et al.}(2022)]{Avramov-2022} \textsc{Avramov}, D., \textsc{Cheng}, S., \textsc{Lioui}, A., and \textsc{Tarelli}, A. (2022). Sustainable Investing with ESG Rating Uncertainty. \textit{Journal of Financial Economics}, 145(2), pp. 642-664.

\bibitem[Baker \textsl{et al.}(2022)]{Baker-2022} \textsc{Baker}, M., \textsc{Bergstresser}, D., \textsc{Serafeim}, G., and \textsc{Wurgler}, J. (2022). The Pricing and Ownership of US Green Bonds, \textit{Annual Review of Financial Economics}, 14, pp. 415-437.

\bibitem[Bandeira \textsl{et al.}(2013)]{Bandeira-2013} \textsc{Bandeira}, B., \textsc{Jamet}, J.-L., \textsc{Jamet}, D., and \textsc{Ginoux}, J.-M. (2013). Mathematical Convergences of Biodiversity Indices. \textit{Ecological Indicators}, 29, pp. 522-528.

\bibitem[Bank of England(2022)]{BoE-2022} Bank of England (2022). Results of the 2021 Climate Biennial Exploratory Scenario (CBES). \textit{Report}, 24 May 2022.

\bibitem[Barahhou \textsl{et al.}(2022)]{Barahhou-2022} \textsc{Barahhou}, I., \textsc{Ben Slimane}, M., \textsc{Oulid Azouz}, N., and \textsc{Roncalli}, T. (2022). Net Zero Investment Portfolios --- Part 1. The Comprehensive Integrated Approach. \textit{SSRN}, 4283998.

\bibitem[Barahhou \textsl{et al.}(2023)]{Barahhou-2023} \textsc{Barahhou}, I., \textsc{Ferreira}, P., and \textsc{Maalej}, Y. (2023). A Framework to Align Sovereign Bond Portfolios with Net Zero Trajectories. \textit{SSRN}, 4515462.

\bibitem[Barber \textsl{et al.}(2021)]{Barber-2021} \textsc{Barber}, B. M., \textsc{Morse}, A., and \textsc{Yasuda}, A. (2021). Impact Investing. \textit{Journal of Financial Economics}, 139(1), pp. 162-185.

\bibitem[Barko \textsl{et al.}(2022)]{Barko-2022} \textsc{Barko}, T., \textsc{Cremers}, M., and \textsc{Renneboog}, L. (2022). Shareholder Engagement on Environmental, Social, and Governance Performance. \textit{Journal of Business Ethics}, 180(2), pp. 777-812.

\bibitem[Barnett and Salomon(2006)]{Barnett-2006} \textsc{Barnett}, M. L., and \textsc{Salomon}, R. M. (2006). Beyond Dichotomy: The Curvilinear Relationship between Social Responsibility and Financial Performance. \textit{Strategic Management Journal}, 27(11), pp. 1101-1122.

\bibitem[BCBS(2022)]{BCBS-2022} Basel Committee on Banking Supervision (2022). Principles for the Effective Management and Supervision of Climate-related Financial Risks. \textit{Guidelines}, 15 June 2022.

\bibitem[Bathiany \textsl{et al.}(2016)]{Bathiany-2016} \textsc{Bathiany}, S., \textsc{Notz}, D., \textsc{Mauritsen}, T., \textsc{Raedel}, G., and \textsc{Brovkin}, V. (2016). On the Potential for Abrupt Arctic Winter Sea Ice Loss. \textit{Journal of Climate}, 29(7), pp. 2703-2719.

\bibitem[Batista and Karawia(2009)]{Batista-2009} \textsc{Batista}, M., and \textsc{Karawia}, A. (2009). The Use of the Sherman-Morrison-Woodbury Formula to Solve Cyclic Block Tri-diagonal and Cyclic Block Penta-diagonal Linear Systems of Equations. \textit{Applied Mathematics and Computation}, 210(2), pp. 558-563.

\bibitem[Bauer \textsl{et al.}(2005)]{Bauer-2005} \textsc{Bauer}, R., \textsc{Koedijk}, K., and \textsc{Otten}, R. (2005). International Evidence on Ethical Mutual Fund Performance and Investment Style. \textit{Journal of Banking \& Finance}, 29(7), pp. 1751-1767.

\bibitem[BCG(2023)]{BCG-2023} BCG (2023). The Voluntary Carbon Market: 2022 Insights and Trends. \textit{Report}, January, 21 pages.

\bibitem[Beabout and Schmiesing(2003)]{Beabout-2003} \textsc{Beabout}, G. R., and \textsc{Schmiesing}, K. E. (2003). Socially Responsible Investing: An Application of Catholic Social Thought. \textit{Logos: A Journal of Catholic Thought and Culture}, 6(1), pp. 63-99.

\bibitem[Bekjarovski and Bri\`ere(2018)]{Bekjarovski-2018} \textsc{Bekjarovski}, F., and \textsc{Bri\`{e}re}, M. (2018). Shareholder Activism: Why Should Investors Care?. \textit{Amundi Discussion Paper}, 30.

\bibitem[Ben Dor \textsl{et al.}(2022)]{Ben-Dor-2022} \textsc{Ben Dor}, A., \textsc{Guan}, J., \textsc{Kelleher}, A., \textsc{Lauretig}, A., \textsc{Preclaw}, R., and \textsc{Zeng}, X. (2022). ESG and Alternative Data: Capturing Corporates' Sustainability-Related Activities with Job Postings. \textit{Journal of Financial Data Science}, 4(1), pp. 130-144.

\bibitem[Ben Slimane(2021)]{Ben-Slimane-2021} \textsc{Ben Slimane}, M. (2021). Bond Index Tracking with Genetic Algorithms. \textit{ResearchGate}, 350756323.

\bibitem[Ben Slimane and De Jong(2017)]{Ben-Slimane-2017} \textsc{Ben Slimane}, M., and \textsc{De Jong}, M. (2017). Bond Liquidity Scores. \textit{Journal of Fixed Income}, 27(1), pp. 77-82.

\bibitem[Ben Slimane \textsl{et al.}(2019a)]{Ben-Slimane-2019a} \textsc{Ben Slimane}, M., \textsc{Brard}, E., \textsc{Le Guenedal}, T., \textsc{Roncalli}, T., and \textsc{Sekine}, T. (2019a). ESG Investing in Fixed Income: It's Time to Cross the Rubicon. \textit{SSRN}, 3683477.

\bibitem[Ben Slimane \textsl{et al.}(2019b)]{Ben-Slimane-2019b} \textsc{Ben Slimane}, M., \textsc{Le Guenedal}, T., \textsc{Roncalli}, T., and \textsc{Sekine}, T. (2019b). ESG Investing in Corporate Bonds: Mind the Gap. \textit{SSRN}, 3683472.

\bibitem[Ben Slimane \textsl{et al.}(2020)]{Ben-Slimane-2020} \textsc{Ben Slimane}, M., \textsc{Da Fonseca}, D., and \textsc{Mahtani}, V. (2020). Facts and Fantasies about the Green Bond Premium. \textit{ResearchGate}, 348650560.

\bibitem[Ben Slimane \textsl{et al.}(2023a)]{Ben-Slimane-2023a} \textsc{Ben Slimane}, M., \textsc{Roncalli}, T., and \textsc{Semet}, R. (2023a). Green vs. Social Bond Premium. \textit{SSRN}, 4448651.

\bibitem[Ben Slimane \textsl{et al.}(2023b)]{Ben-Slimane-2023b} \textsc{Ben Slimane}, M., \textsc{Lucius}, D., \textsc{Roncalli}, T., and \textsc{Xu}, J. (2023b). Net Zero Investment Portfolios --- Part 2. The Core-Satellite Approach. \textit{SSRN}, 4611418.

\bibitem[Ben Slimane and Menchaoui(2023)]{Ben-Slimane-2023c} \textsc{Ben Slimane}, M., and \textsc{Menchaoui}, G. (2023c). Bond Portfolio Optimisation and Mixed Integer Programming. \textit{ResearchGate}, 376687891.

\bibitem[Bennani \textsl{et al.}(2018)]{Bennani-2018} \textsc{Bennani}, L., \textsc{Le Guenedal}, T., \textsc{Lepetit}, F., \textsc{Ly}, L., \textsc{Mortier}, V., \textsc{Roncalli}, T., and \textsc{Sekine}, T. (2018). How ESG Investing Has Impacted the Asset Pricing in the Equity Market. \textit{SSRN}, 3316862.

\bibitem[Berg \textsl{et al.}(2022)]{Berg-2022} \textsc{Berg}, F., \textsc{K\"olbel}, J. F., and \textsc{Rigobon}, R. (2022). Aggregate Confusion: The Divergence of ESG Ratings. \textit{Review of Finance}, 26(6), pp. 1315-1344.

\bibitem[Berrada \textsl{et al.}(2022)]{Berrada-2022} \textsc{Berrada}, T., \textsc{Engelhardt}, L., \textsc{Gibson}, R., and \textsc{Krueger}, P. (2022). The Economics of Sustainability Linked Bonds. \textit{Swiss Finance Institute Research Paper}, 22-26.

\bibitem[Billio \textsl{et al.}(2021)]{Billio-2021} \textsc{Billio}, M., \textsc{Costola}, M., \textsc{Hristova}, I., \textsc{Latino}, C., and \textsc{Pelizzon}, L. (2021). Inside the ESG Ratings: (Dis)agreement and Performance. \textit{Corporate Social Responsibility and Environmental Management}, 28(5), pp. 1426-1445.

\bibitem[Bingler \textsl{et al.}(2022)]{Bingler-2022} \textsc{Bingler}, J. A., \textsc{Kraus}, M., \textsc{Leippold}, M., and \textsc{Webersinke}, N. (2022). Cheap Talk and Cherry-Picking: What ClimateBert has to Say on Corporate Climate Risk Disclosures. \textit{Finance Research Letters}, 47(B), 102776, June.

\bibitem[Black(1972)]{Black-1972} \textsc{Black}, F. (1972). Capital Market Equilibrium with Restricted Borrowing. \textit{Journal of Business}, 45(3), pp. 444-455.

\bibitem[Black and Litterman(1991)]{Black-1991} \textsc{Black}, F. and \textsc{Litterman}, R. B. (1991). Asset Allocation: Combining Investor Views with Market Equilibrium. \textit{Journal of Fixed Income}, 1(2), pp. 7-18.

\bibitem[Black and Litterman(1992)]{Black-1992} \textsc{Black}, F. and \textsc{Litterman}, R. B. (1992). Global Portfolio Optimization. \textit{Financial Analysts Journal}, 48(5), pp. 28-43.

\bibitem[FRB(2011)]{FRB-2011} Board of Governors of the Federal Reserve System (2011). Supervisory Guidance of Model Risk Management. Joint Publication with the Office of the Comptroller of the Currency. \textit{Supervision and Regulation Letters}, SR 11-7, April.

\bibitem[FRB(2021)]{FRB-2021} Board of Governors of the Federal Reserve System (2021). Interagency Statement on Model Risk Management for Bank Systems Supporting Bank Secrecy Act/Anti-Money Laundering Compliance. Joint Publication with the Federal Deposit Insurance Corporation andthe Office of the Comptroller of the Currency. \textit{Interagency Statement}, April.

\bibitem[Boffo and Patalano(2020)]{Boffo-2020} \textsc{Boffo}, R., and \textsc{Patalano}, R. (2020). ESG Investing: Practices, Progress and Challenges, \textit{Report}, OECD Paris.

\bibitem[Bolin and Eriksson(1958)]{Bolin-1958} \textsc{Bolin}, B., and \textsc{Eriksson}, E. (1958). Changes in the Carbon Dioxide Content of the Atmosphere and Sea due to Fossil Fuel Combustion. In Bolin, B. (Ed.), \textit{The Atmosphere and the Sea in Motion: Scientific Contributions to the Rossby Memorial Volume}, Rockefeller Institute Press, pp. 130-142.

\bibitem[Bolton and Kacperczyk(2021)]{Bolton-2021} \textsc{Bolton}, P., and \textsc{Kacperczyk}, M. (2021). Do Investors Care about Carbon Risk?. \textit{Journal of Financial Economics}, 142(2), pp. 517-549.

\bibitem[Bolton \textsl{et al.}(2022)]{Bolton-2022} \textsc{Bolton}, P., \textsc{Kacperczyk}, M., and \textsc{Samama}, F. (2022). Net-zero Carbon Portfolio Alignment. \textit{Financial Analysts Journal}, 78(2), pp. 19-33.

\bibitem[Bosetti \textsl{et al.}(2006)]{Bosetti-2006} \textsc{Bosetti}, V., \textsc{Carraro}, C., \textsc{Galeotti}, M., \textsc{Massetti}, E., and \textsc{Tavoni}, M. (2006). A World Induced Technical Change Hybrid Model. \textit{Energy Journal}, 27, Special Issue \#2, pp. 13-37.

\bibitem[Bouy\'e and Menville(2021)]{Bouye-2021} \textsc{Bouy\'e}, E., and \textsc{Menville}, D. (2021). The Convergence of Sovereign Environmental, Social and Governance Ratings. \textit{Policy Research Working Paper}, World Bank, 9583.

\bibitem[Bowen(1953)]{Bowen-1953} \textsc{Bowen}, H. R. (1953). \textit{Social Responsibilities of the Businessman}. Harper \& Row.

\bibitem[Bowker(2000)]{Bowker-2000} \textsc{Bowker}, G. C. (2000). Biodiversity Datadiversity. \textit{Social Studies of Science}, 30(5), pp. 643-683.

\bibitem[Boyd \textsl{et al.}(2011)]{Boyd-2011} \textsc{Boyd}, S., \textsc{Parikh}, N., \textsc{Chu}, E., \textsc{Peleato}, B., and \textsc{Eckstein}, J. (2010). Distributed Optimization and Statistical Learning via the Alternating Direction Method of Multipliers. \textit{Foundations and Trends\textregistered\ in Machine learning}, 3(1), pp. 1-122.

\bibitem[Brander \textsl{et al.}(2021)]{Brander-2021} \textsc{Brander}, M., \textsc{Ascui}, F., \textsc{Scott}, V., and \textsc{Tett}, S. (2021). Carbon Accounting for Negative Emissions Technologies. \textit{Climate Policy}, 21(5), pp. 699-717.

\bibitem[Bri\`ere \textsl{et al.}(2022)]{Briere-2022} \textsc{Bri\`ere}, M., \textsc{Keip}, M., and \textsc{Le Berthe}, T. (2022). Artificial Intelligence for Sustainable Finance: Why it may Help. \textit{Amundi Institute Research Paper}, October 2022.

\bibitem[Bri\`ere \textsl{et al.}(2020)]{Briere-2020} \textsc{Bri\`{e}re}, M., \textsc{Pouget}, S., and \textsc{Ureche-Rangau}, L. (2020). BlackRock vs Norway Fund at Shareholder Meetings: Institutional Investors' Votes on Corporate Externalities. in Bank for International Settlements (Ed.), \textit{Evolving Practices in Public Investment Management}, Proceedings of the Seventh Public Investors Conference, pp. 81-108.

\bibitem[Bri\`ere and Ramelli(2021)]{Briere-2021} \textsc{Bri\`ere}, M., and \textsc{Ramelli}, S. (2021). Green Sentiment, Stock Returns, and Corporate Behavior. \textit{SSRN}, 3850923.

\bibitem[Broccardo \textsl{et al.}(2022)]{Broccardo-2022} \textsc{Broccardo}, E., \textsc{Hart}, O. D., and \textsc{Zingales}, L. (2022). Exit versus Voice. \textit{Journal of Political Economy}, 130(12), pp. 3101-3145.

\bibitem[Broecker(1975)]{Broecker-1975} \textsc{Broecker}, W. S. (1975). Climatic Change: Are we on the Brink of a Pronounced Global Warming?. \textit{Science}, 189(4201), pp. 460-463.

\bibitem[Budyko(1969)]{Budyko-1969} \textsc{Budyko}, M. I. (1969). The Effect of Solar Radiation Variations on the Climate of the Earth. \textit{Tellus}, 21(5), pp. 611-619.

\bibitem[Burke \textsl{et al.}(2021)]{Burke-2021} \textsc{Burke}, M., \textsc{Driscoll}, A., \textsc{Lobell}, D. B., and \textsc{Ermon}, S. (2021). Using Satellite Imagery to Understand and Promote Sustainable Development. \textit{Science}, 371(6535), March.

\bibitem[Butchart \textsl{et al.}(2007)]{Butchart-2007} \textsc{Butchart}, S. H. M., \textsc{Resit Ak\c{c}akaya}, H., \textsc{Chanson}, J., ..., and \textsc{Hilton-Taylor}, C. (2007). Improvements to the Red List Index. \textit{PloS One}, 2(1), e140.

\bibitem[Calel and Stainforth(2017a)]{Calel-2017a} \textsc{Calel}, R., and \textsc{Stainforth}, D. A. (2017a). On the Physics of Three Integrated Assessment Models. \textit{Bulletin of the American Meteorological Society}, 98(6), pp. 1199-1216.

\bibitem[Calel and Stainforth(2017a)]{Calel-2017b} \textsc{Calel}, R., and \textsc{Stainforth}, D. A. (2017b). On the Physics of Three Integrated Assessment Models: Supplement. \textit{Internet Supplementary Materials}, \url{https://doi.org/10.1175/BAMS-D-16-0034.1}.

\bibitem[Callendar(1938)]{Callendar-1938} \textsc{Callendar}, G. S. (1938). The Artificial Production of Carbon Dioxide and its Influence on Temperature. \textit{Quarterly Journal of the Royal Meteorological Society}, 64(275), pp. 223-240.

\bibitem[Calvin \textsl{et al.}(2019)]{Calvin-2019} \textsc{Calvin}, K., \textsc{Patel}, P., \textsc{Clarke}, L., ..., and \textsc{Wise}, M. (2019). GCAM v5.1: Representing the Linkages between Energy, Water, Land, Climate, and Economic Systems. \textit{Geoscientific Model Development}, 12, 677-698.

\bibitem[Capelle-Blancard and Monjon(2014)]{Capelle-Blancard-2014} \textsc{Capelle-Blancard}, G., and \textsc{Monjon}, S. (2014). The Performance of Socially Responsible Funds: Does the Screening Process Matter?. \textit{European Financial Management}, 20(3), pp. 494-520.

\bibitem[Cardinale \textsl{et al.}(2012)]{Cardinale-2012} \textsc{Cardinale}, B. J., \textsc{Duffy}, J. E., \textsc{Gonzalez}, A., ..., and \textsc{Naeem}, S. (2012). Biodiversity Loss and its Impact on Humanity. \textit{Nature}, 486(7401), pp. 59-67.

\bibitem[Carey(2010)]{Carey-2010} \textsc{Carey}, M. (2010). \textit{In the Shadow of Melting Glaciers: Climate Change and Andean Society}. Oxford University Press.

\bibitem[Carney(2015)]{Carney-2015} \textsc{Carney}, M. (2015). Breaking the Tragedy of the Horizon --- Climate Change and Financial Stability. \textit{Speech given at Lloyd's of London}, 29 September 2015.

\bibitem[Carney(2019)]{Carney-2019} \textsc{Carney}, M. (2019). Fifty Shades of Green. \textit{Finance and Development}, 56(4), pp. 12-15.

\bibitem[Carroll(1999)]{Carroll-1999} \textsc{Carroll}, A. B. (1999). Corporate Social Responsibility: Evolution of a Definitional Construct. \textit{Business \& Society}, 38(3), pp. 268-295.

\bibitem[Carroll and Shabana(2010)]{Carroll-2010} \textsc{Carroll}, A. B., and \textsc{Shabana}, K. M. (2010). The Business Case for Corporate Social Responsibility: A Review of Concepts, Research and Practice. \textit{International Journal of Management Reviews}, 12(1), pp. 85-105.

\bibitem[Caseau and Grolleau(2020)]{Caseau-2020} \textsc{Caseau}, C., and \textsc{Grolleau}, G. (2020). Impact Investing: Killing two Birds with one Stone?. \textit{Financial Analysts Journal}, 76(4), pp. 40-52.

\bibitem[Catling and Zahnle(2020)]{Catling-2020} \textsc{Catling}, D. C., and \textsc{Zahnle}, K. J. (2020). The Archean Atmosphere. \textit{Science Advances}, 6(9):eaax1420, pp. 1-16.

\bibitem[CDP(2022)]{CDP-2022} CDP (2022). Accounting of Scope 2 Emissions --- CDP Climate Change Questionnaire. \textit{Technical Note}, Version 9.0, March.

\bibitem[Chafik \textsl{et al.}(2022)]{Chafik-2022} \textsc{Chafik}, L., \textsc{Holliday}, N. P., \textsc{Bacon}, S., and \textsc{Rossby}, T. (2022). Irminger Sea is the Center of Action for Subpolar AMOC Variability. \textit{Geophysical Research Letters}, 49(17), e2022GL099133, 11 pages.

\bibitem[Chambers \textsl{et al.}(2020)]{Chambers-2020} \textsc{Chambers}, D., \textsc{Dimson}, E., and \textsc{Quigley}, E. (2020). To Divest or to Engage? A Case Study of Investor Responses to Climate Activism. \textit{Journal of Investing}, 29(2), pp. 10-20.

\bibitem[Charnay \textsl{et al.}(2020)]{Charnay-2020} \textsc{Charnay}, B., \textsc{Wolf}, E. T., \textsc{Marty}, B., and \textsc{Forget}, F. (2020). Is the Faint Young Sun Problem for Earth Solved?. \textit{Space Science Reviews}, 216(90), pp. 1-29.

\bibitem[Charney \textsl{et al.}(1979)]{Charney-1979} \textsc{Charney}, J. G., \textsc{Arakawa}, A., \textsc{Baker}, D. J., \textsc{Bolin}, B., \textsc{Dickinson}, R. E., \textsc{Goody}, R. M., \textsc{Leith}, C. E., \textsc{Stommel}, H. M., and \textsc{Wunsch}, C. I. (1979). \textit{Carbon Dioxide and Climate: A Scientific Assessment}. US National Academy of Sciences, 22 pages.

\bibitem[Charney \textsl{et al.}(1950)]{Charney-1950} \textsc{Charney}, J. G., \textsc{Fj\"{o}rtoft}, R., and \textsc{von} \textsc{Neumann}, J. (1950). Numerical Integration of the Barotropic Vorticity Equation. \textit{Tellus}, 2(4), pp. 237-254.

\bibitem[Chatterji \textsl{et al.}(2016)]{Chatterji-2016} \textsc{Chatterji}, A. K., \textsc{Durand}, R., \textsc{Levine}, D. I., and \textsc{Touboul}, S. (2016). Do Ratings of Firms Converge? Implications for Managers, Investors and Strategy Researchers. \textit{Strategic Management Journal}, 37(8), pp. 1597-1614.

\bibitem[Chen \textsl{et al.}(2020)]{Chen-2020} \textsc{Chen}, T., \textsc{Dong}, H., and \textsc{Lin}, C. (2020). Institutional Shareholders and Corporate Social Responsibility. \textit{Journal of Financial Economics}, 135(2), pp. 483-504.

\bibitem[Chen \textsl{et al.}(2018)]{Chen-2018} \textsc{Chen}, Z., \textsc{Van Khoa}, L. D., \textsc{Teoh}, E. N., \textsc{Nazir}, A., \textsc{Karuppiah}, E. K., and \textsc{Lam}, K. S. (2018). Machine Learning Techniques for Anti-money Laundering (AML) Solutions in Suspicious Transaction Detection: A Review. \textit{Knowledge and Information Systems}, 57(2), pp. 245-285.

\bibitem[Chertow(2000)]{Chertow-2000} \textsc{Chertow}, M. R. (2000). The IPAT Equation and its Variants. \textit{Journal of Industrial Ecology}, 4(4), pp. 13-29.

\bibitem[Chiquier \textsl{et al.}(2022)]{Chiquier-2022} \textsc{Chiquier}, S., \textsc{Patrizio}, P., \textsc{Bui}, M., \textsc{Sunny}, N., and \textsc{Mac} \textsc{Dowell}, N. (2022). A Comparative Analysis of the Efficiency, Timing, and Permanence of \COtwo\ Removal Pathways. \textit{Energy \& Environmental Science}, 15(10), pp. 4389-4403.

\bibitem[CBI(2019)]{CBI-2019} Climate Bonds Initiative (2019). Climate Bonds Standard Version 3.0. \textit{Guidelines}, December.

\bibitem[CBI(2022a)]{CBI-2022a} Climate Bonds Initiative (2022a). Sustainable Debt --- Global State of the Market 2021. \textit{Report}, April.

\bibitem[CBI(2022b)]{CBI-2022b} Climate Bonds Initiative (2022b). Sustainable Debt Market --- Summary H1 2022. \textit{Report}, August.

\bibitem[CBI(2022c)]{CBI-2022c} Climate Bonds Initiative (2022c). Climate Bonds Standard Version 4.0. \textit{Draft for Public Consultation}, September.

\bibitem[CDSB(2021a)]{CDSB-2021a} Climate Disclosure Standards Board (2021a). Application Guidance for Water-related Disclosures. \textit{CDSB Framework}, August 2021.

\bibitem[CDSB(2021b)]{CDSB-2021b} Climate Disclosure Standards Board (2021b). Application Guidance for Biodiversity-related Disclosures. \textit{CDSB Framework}, November 2021.

\bibitem[CDSB(2021c)]{CDSB-2021c} Climate Disclosure Standards Board (2021c). TCFD Good Practice Handbook. \textit{Report}, November 2021.

\bibitem[Cline(1992)]{Cline-1992} \textsc{Cline}, W. R. (1992). \textit{The Economics of Global Warming}. Institute for International Economics.

\bibitem[Cohen \textsl{et al.}(2017)]{Cohen-2017} \textsc{Cohen}, A. J., \textsc{Brauer}, M., \textsc{Burnett}, R., ..., and \textsc{Forouzanfar}, M. H. (2017). Estimates and 25-year Trends of the Global Burden of Disease Attributable to Ambient Air Pollution: An Analysis of Data from the Global Burden of Diseases Study 2015. \textit{The Lancet}, 389(10082), pp. 1907-1918.

\bibitem[Colman and Soden(2021)]{Colman-2021} \textsc{Colman}, R., and \textsc{Soden}, B. J. (2021). Water Vapor and Lapse Rate Feedbacks in the Climate System. \textit{Reviews of Modern Physics}, 93(4), 045002, 90 pages.

\bibitem[Commissariat G\'en\'eral au D\'eveloppement Durable(2020)]{CGDD-2020} Commissariat G\'en\'eral au D\'eveloppement Durable (2020). L’empreinte carbone des Fran\c{c}ais reste stable. \textit{Report}, 4 pages, January.

\bibitem[Coqueret(2022)]{Coqueret-2022} \textsc{Coqueret}, G. (2022). \textit{Perspectives in Sustainable Equity Investing}. CRC Press.

\bibitem[Cortez \textsl{et al.}(2009)]{Cortez-2009} \textsc{Cortez}, M. C., \textsc{Silva}, F., and \textsc{Areal}, N. (2009). The Performance of European Socially Responsible Funds. \textit{Journal of Business Ethics}, 87(4), pp. 573-588.

\bibitem[Costanza \textsl{et al.}(1997)]{Costanza-1997} \textsc{Costanza}, R., \textsc{D'Arge}, R., \textsc{De Groot}, R., ..., and \textsc{Van den Belt}, M. (1997). The Value of the World's Ecosystem Services and Natural Capital. \textit{Nature}, 387(6630), pp. 253-260.

\bibitem[Cox \textsl{et al.}(2016)]{Cox-2016} \textsc{Cox}, G. M., \textsc{Halverson}, G. P., \textsc{Stevenson}, R. K., ..., and \textsc{Macdonald}, F. A. (2016). Continental Flood Basalt Weathering as a Trigger for Neoproterozoic Snowball Earth. \textit{Earth and Planetary Science Letters}, 446, pp. 89-99.

\bibitem[Craig(1961)]{Craig-1961} \textsc{Craig}, H. (1961). Isotopic Variations in Meteoric Waters. \textit{Science}, 133(3465), pp. 1702-1703.

\bibitem[Crowther and Aras(2008)]{Crowther-2008} \textsc{Crowther}, D., and \textsc{Aras}, G. (2008). \textit{Corporate Social Responsibility}. Bookboon.

\bibitem[Crutzen and Stoermer(2000)]{Crutzen-2000} \textsc{Crutzen}, P. J. and \textsc{Stoermer}, E. F. (2000). The Anthropocene. IGBP Global Change News, 41, pp. 17-18.

\bibitem[Daly(1968)]{Daly-1968} \textsc{Daly}, H. E. (1968). On Economics as a Life Science. \textit{Journal of Political Economy}, 76(3), pp. 392-406.

\bibitem[Daniel \textsl{et al.}(2016)]{Daniel-2016} \textsc{Daniel}, K. D., \textsc{Litterman}, R. B., and \textsc{Wagner}, G. (2016). Applying Asset Pricing Theory to Calibrate the Price of Climate Risk. \textit{NBER}, 22795.

\bibitem[Daniel \textsl{et al.}(2019)]{Daniel-2019} \textsc{Daniel}, K. D., \textsc{Litterman}, R. B., and \textsc{Wagner}, G. (2019). Declining \COtwo\ Price Paths. \textit{Proceedings of the National Academy of Sciences}, 116(42), pp. 20886-20891.

\bibitem[Dansgaard(1964)]{Dansgaard-1964} \textsc{Dansgaard}, W. (1964). Stable Isotopes in Precipitation. \textit{Tellus}, 16(4), pp. 436-468.

\bibitem[Davies and Van Wesep(2018)]{Davies-2018} \textsc{Davies}, S. W., and \textsc{Van Wesep}, E. D. (2018). The Unintended Consequences of Divestment. \textit{Journal of Financial Economics}, 128(3), pp. 558-575.

\bibitem[Daubanes \textsl{et al.}(2021)]{Daubanes-2021} \textsc{Daubanes}, J. X., \textsc{Mitali}, S. F., and \textsc{Rochet}, J-C. (2021). Why Do Firms Issue Green Bonds?. \textit{Swiss Finance Institute Research Paper}, 21-97.

\bibitem[Davis and Caldeira(2010)]{Davis-2010} \textsc{Davis}, S. J., and \textsc{Caldeira}, K. (2010). Consumption-based Accounting of \COtwo\ Emissions. \textit{Proceedings of the National Academy of Sciences}, 107(12), pp. 5687-5692.

\bibitem[Delmas \textsl{et al.}(1980)]{Delmas-1980} \textsc{Delmas}, R. J., \textsc{Ascencio}, J. M., and \textsc{Legrand}, M. (1980). Polar Ice Evidence that Atmospheric \COtwo\ 20,000 yr BP was 50\% of Present. \textit{Nature}, 284(5752), pp. 155-157.

\bibitem[Demartini(2020)]{Demartini-2020} \textsc{Demartini}, A. (2020). Provision of Non-financial Data: Mapping of Stakeholders, Products and Services. \textit{AMF Risks and Trend Mapping}, December.

\bibitem[Dennig \textsl{et al.}(2015)]{Dennig-2015} \textsc{Dennig}, F., \textsc{Budolfson}, M. B., \textsc{Fleurbaey}, M., \textsc{Siebert}, A., and \textsc{Socolow}, R. H. (2015). Inequality, Climate Impacts on the Future Poor, and Carbon Prices. \textit{Proceedings of the National Academy of Sciences}, 112(52), pp. 15827-15832.

\bibitem[Derwall and Koedijk(2009)]{Derwall-2009} \textsc{Derwall}, J., and \textsc{Koedijk}, K. (2009). Socially Responsible Fixed-income Funds. \textit{Journal of Business Finance \& Accounting}, 36(1-2), pp. 210-229.

\bibitem[Descombes \textsl{et al.}(2015)]{Descombes-2015} \textsc{Descombes}, P., \textsc{Wisz}, M. S., \textsc{Leprieur}, F., ..., and \textsc{Pellissier}, L. (2015). Forecasted Coral Reef Decline in Marine Biodiversity Hotspots under Climate Change. \textit{Global Change Biology}, 21(7), pp. 2479-2487.

\bibitem[Desnos \textsl{et al.}(2023)]{Desnos-2023} \textsc{Desnos}, B., \textsc{Le Guenedal}, T., \textsc{Morais}, P., and \textsc{Roncalli}, T. (2023). From Climate Stress Testing to Climate Value-at-Risk: A Stochastic Approach. \textit{SSRN}, 4497124.

\bibitem[Diaz and Moore(2017a)]{Diaz-2017a} \textsc{Diaz}, D. B., and \textsc{Moore}, F. C. (2017a). Quantifying the Economic Risks of Climate Change. \textit{Nature Climate Change}, 7(11), pp. 774-782.

\bibitem[Diaz and Moore(2017b)]{Diaz-2017b} \textsc{Diaz}, D. B., and \textsc{Moore}, F. C. (2017b). Quantifying the Economic Risks of Climate Change: Supplementary Information. Available at \url{www.nature.com/articles/nclimate3411}.

\bibitem[Dietrich \textsl{et al.}(2019)]{Dietrich-2019} \textsc{Dietrich}, J. P., \textsc{Bodirsky}, B. L., \textsc{Humpen\"{o}der}, F., ..., and \textsc{Popp}, A. (2019). MAgPIE 4 --- A Modular Open-source Framework for Modeling Global Land Systems. \textit{Geoscientific Model Development}, 12(4), pp. 1299-1317.

\bibitem[Dietzenbacher \textsl{et al.}(2023)]{Dietzenbacher-2013} \textsc{Dietzenbacher}, E., \textsc{Los}, B., \textsc{Stehrer}, R., \textsc{Timmer}, M., and \textsc{De} \textsc{Vries}, G. (2013). The Construction of World Input-Output Tables in the WIOD Project. \textit{Economic Systems Research}, 25(1), pp. 71-98.

\bibitem[Dimson \textsl{et al.}(2015)]{Dimson-2015} \textsc{Dimson}, E., \textsc{Karaka\c{s}}, O., and \textsc{Li}, X. (2015). Active Ownership. \textit{Review of Financial Studies}, 28(12), pp. 3225-3268.

\bibitem[Dimson \textsl{et al.}(2021)]{Dimson-2021} \textsc{Dimson}, E., \textsc{Karaka\c{s}}, O., and \textsc{Li}, X. (2021). Coordinated Engagements. \textit{SSRN}, 3209072.

\bibitem[Dimson \textsl{et al.}(2013)]{Dimson-2013} \textsc{Dimson}, E., \textsc{Kreutzer}, I., \textsc{Lake}, R., \textsc{Sjo}, H., and \textsc{Starks}, L. (2013). Responsible Investment and the Norwegian Government Pension Fund Global. \textit{Strategy Council 2013}, Report, 34 pages, 11 November 2013.

\bibitem[Dommenget(2022)]{Dommenget-2022} \textsc{Dommenget}, D. (2022). An Introduction to Climate Dynamics. \textit{Lectures Notes for the Undergraduate Course in Climate Dynamics}, 408 pages.

\bibitem[Drei \textsl{et al.}(2019)]{Drei-2019} \textsc{Drei}, A., \textsc{Le Guenedal}, T., \textsc{Lepetit}, F., \textsc{Mortier}, V., \textsc{Roncalli}, T. and \textsc{Sekine}, T. (2019). ESG Investing in Recent Years: New Insights from Old Challenges. \textit{SSRN}, 3683469.

\bibitem[Drucker(1954)]{Drucker-1954} \textsc{Drucker}, P. F. (1954). \textit{The Practice of Management}. Harper \& Row.

\bibitem[Drucker(1984)]{Drucker-1984} \textsc{Drucker}, P. F. (1984). The New Meaning of Corporate Social Responsibility. \textit{California Management Review}, 26(2), pp. 53-63.

\bibitem[Ducoulombier(2021)]{Ducoulombier-2021} \textsc{Ducoulombier}, F. (2021). Understanding the Importance of Scope 3 Emissions and the Implications of Data Limitations. \textit{Journal of Impact and ESG Investing}, 1(4), pp. 63-71.

\bibitem[Eccles and Stroehle(2018)]{Eccles-2018} \textsc{Eccles}, R. G., and \textsc{Stroehle}, J. C. (2018). Exploring Social Origins in the Construction of Environmental, Social and Governance Measures. \textit{SSRN}, 3212685.

\bibitem[Eccles \textsl{et al.}(2020)]{Eccles-2020} \textsc{Eccles}, R. G., \textsc{Lee}, L. E., and \textsc{Stroehle}, J. C. (2020). The Social Origins of ESG: An Analysis of Innovest and KLD. \textit{Organization \& Environment}, 33(4), pp. 575-596.

\bibitem[Ecosystem Marketplace(2023a)]{EcoMarketplace-2023a} Ecosystem Marketplace (2023a). All in on Climate: The Role of Carbon Credits in Corporate Climate Strategies. \textit{Report}, October, 36 pages.

\bibitem[Ecosystem Marketplace(2023b)]{EcoMarketplace-2023b} Ecosystem Marketplace (2023b). State of the Voluntary Carbon Markets 2023. \textit{Insights Report}, November, 28 pages.

\bibitem[Edmans(2009)]{Edmans-2009} \textsc{Edmans}, A. (2009). Blockholder Trading, Market Efficiency, and Managerial Myopia. \textit{Journal of Finance}, 64(6), pp. 2481-2513.

\bibitem[Edmans(2011)]{Edmans-2011} \textsc{Edmans}, A. (2011). Does the Stock Market fully Value Intangibles? Employee Satisfaction and Equity Prices. \textit{Journal of Financial Economics}, 101(3), pp. 621-640.

\bibitem[Edmans(2014)]{Edmans-2014} \textsc{Edmans}, A. (2014). Blockholders and Corporate Governance. \textit{Annual Review of Financial Economics}, 6, pp. 23-50.

\bibitem[Edmans \textsl{et al.}(2022)]{Edmans-2022} \textsc{Edmans}, A., \textsc{Levit}, D., and \textsc{Schneemeier}, J. (2022). Socially Responsible Divestment. European Corporate Governance Institute, Finance Working Paper, 823, April.

\bibitem[Ehlers and Packer(2017)]{Ehlers-2017} \textsc{Ehlers}, T., and \textsc{Packer}, F. (2017). Green Bond Finance and Certification. \textit{BIS Quarterly Review}, September, pp. 89-104.

\bibitem[El Ghoul \textsl{et al.}(2011)]{El-Ghoul-2011} \textsc{El} \textsc{Ghoul}, S., \textsc{Guedhami}, O., \textsc{Kwok}, C. C., and \textsc{Mishra}, D. R. (2011). Does Corporate Social Responsibility Affect the Cost of Capital?. \textit{Journal of Banking \& Finance}, 35(9), pp. 2388-2406.

\bibitem[EPICA community members(2004)]{EPICA-2004} EPICA community members (2004). Eight Glacial Cycles from an Antarctic Ice Core. \textit{Nature}, 429(6992), pp. 623-628.

\bibitem[EBA(2022)]{EBA-2014} European Banking Authority (2014). Regulatory Technical Standards on the Conditions for Assessing the Materiality of Extensions and Changes of Internal Approaches for Credit, Market and Operational Risk. \textit{Technical Standards, Guidelines \& Recommendations}, July.

\bibitem[ECB(2022)]{ECB-2022} European Central Bank (2022). 2022 Climate Risk Stress Test. \textit{Report}, July 2022.

\bibitem[EC(2022a)]{EC-2022a} European Commission (2022a). Targeted Consultation on the Functioning of the ESG Ratings Market in the European Union and on the Consideration of ESG Factors in Credit Ratings. \textit{Consultation Document}, April 2022.

\bibitem[EC(2022b)]{EC-2022b} European Commission (2022b). Targeted Consultation on the Functioning of the ESG Ratings Market in the European Union and on the Consideration of ESG Factors in Credit Ratings. \textit{Summary Report}, August 2022.

\bibitem[EFRAG(2022)]{EFRAG-2022} European Financial Reporting Advisory Group (2022). EFRAG Public consultation on ESRS Exposure Drafts (Appendix II --- CSRD Requirements for Standard Setting and their Coverage by the ESRS Exposure Drafts). \textit{Cover Note for Public Consultation}, April.

\bibitem[ESMA(2022)]{ESMA-2022} European Securities and Markets Authority (2022). ESMA's Technical Advice to the European Commission on Integrating Sustainability Risks and Factors in MiFID II. \textit{Final Report}, September 2022.

\bibitem[Eurosif(2018)]{Eurosif-2018} European Sustainable Investment Forum (2018). \textit{2018 European SRI Study}. November.

\bibitem[Fabozzi \textsl{et al.}(2008)]{Fabozzi-2008} \textsc{Fabozzi}, F. J., \textsc{Ma}, K. C., and \textsc{Oliphant}, B. J. (2008). Sin Stock Returns. \textit{Journal of Portfolio Management}, 35(1), pp. 82-94.

\bibitem[Fama and French(1993)]{Fama-1993} \textsc{Fama} E. F., and \textsc{French}, K. R. (1993). Common Risk Factors in the Returns on Stocks and Bonds. \textit{Journal of Financial Economics}, 33(1), pp. 3-56.

\bibitem[Fatica \textsl{et al.}(2021)]{Fatica-2021} \textsc{Fatica}, S., \textsc{Panzica}, R., and \textsc{Rancan}, M. (2021). The Pricing of Green Bonds: Are Financial Institutions Special?. \textit{Journal of Financial Stability}, 54, 100873.

\bibitem[Faulwasser \textsl{et al.}(2018)]{Faulwasser-2018} \textsc{Faulwasser}, T. , \textsc{Kellett}, C. M., and \textsc{Weller}, S. R. (2018). \textit{MPC-DICE: Model Predictive Control --- Dynamic Integrated model of Climate and Economy}. Code source available at \url{https://github.com/cmkellett/MPC-DICE}.

\bibitem[Fawcett(2006)]{Fawcett-2006} \textsc{Fawcett}, T. (2006). An Introduction to ROC Analysis, \textit{Pattern Recognition Letters}, 27(8), pp. 861-874.

\bibitem[Feenstra \textsl{et al.}(2015)]{Feenstra-2015} \textsc{Feenstra}, R. C., \textsc{Inklaar}, R., and \textsc{Timmer}, M. P. (2015). The Next Generation of the Penn World Table. \textit{American Economic Review}, 105(10), pp. 3150-3182.

\bibitem[Fender \textsl{et al.}(2019)]{Fender-2019} \textsc{Fender}, I., \textsc{McMorrow}, M., \textsc{Sahakyan}, V., and \textsc{Zulaica}, O. (2019). Green Bonds: The Reserve Management Perspective. \textit{BIS Quarterly Review}, September, pp. 49-53.

\bibitem[Feulner(2012)]{Feulner-2012} \textsc{Feulner}, G. (2012). The Faint Young Sun Problem. \textit{Reviews of Geophysics}, 50(2), RG2006, 29 pages.

\bibitem[FSB(2015)]{FSB-2015} Financial Stability Board (2015). Financial Reforms --- Progress on the Work Plan for the Antalya Summit. \textit{Chair's Letter to G20 Finance Ministers and Central Bank Governors}.

\bibitem[Finster \textsl{et al.}(2005)]{Finster-2005} \textsc{Finster}, M., \textsc{Wood}, M., and \textsc{Raja}, S. N. (2005). The Apgar Score has Survived the Test of Time. \textit{Journal of the American Society of Anesthesiologists}, 102(4), pp. 855-857.

\bibitem[Flammer(2021)]{Flammer-2021} \textsc{Flammer}, C. (2021). Corporate Green Bonds. \textit{Journal of Financial Economics}, 142(2), pp. 499-516.

\bibitem[Foster \textsl{et al.}(2017)]{Foster-2017} \textsc{Foster}, G. L., \textsc{Royer}, D. L., and \textsc{Lunt}, D. J. (2017). Future Climate Forcing Potentially without Precedent in the last 420 Million Years. \textit{Nature Communications}, 8, 14845, 8 pages.

\bibitem[Fourier(1824)]{Fourier-1824} \textsc{Fourier}, J. (1824). Remarques g\'en\'erales sur les temp\'eratures du globe terrestre et des espaces plan\'etaires. \textit{Annales de Chimie et de Physique}, 27, pp. 136-167.

\bibitem[Frankignoul and Hasselmann(1977)]{Frankignoul-1977} \textsc{Frankignoul}, C., and \textsc{Hasselmann}, K. (1977). Stochastic Climate Models, Part II Application to Sea-surface Temperature Anomalies and Thermocline Variability. \textit{Tellus}, 29(4), pp. 289-305.

\bibitem[Frazzini and Pedersen(2014)]{Frazzini-2014} \textsc{Frazzini}, A., and \textsc{Pedersen}, L. H. (2014). Betting Against Beta. \textit{Journal of Financial Economics}, 111(1), pp. 1-25.

\bibitem[Freeman(2004)]{Freeman-2004} \textsc{Freeman}, R. E. (2004). \textit{Strategic Management: A Stakeholder Approach}. Pitman.

\bibitem[Freshfields Bruckhaus Deringer(2005)]{FBD-2005} Freshfields Bruckhaus Deringer (2005). A Legal Framework for the Integration of Environmental, Social and Governance Issues into Institutional Investment. \textit{UNEP Report}, October.

\bibitem[Friede \textsl{et al.}(2015)]{Friede-2015} \textsc{Friede}, G., \textsc{Busch}, T., and \textsc{Bassen}, A. (2015). ESG and Financial Performance: Aggregated Evidence from more than 2000 Empirical Studies. \textit{Journal of Sustainable Finance \& Investment}, 5(4), pp. 210-233.

\bibitem[Friederich \textsl{et al.}(2021)]{Friederich-2021} \textsc{Friederich}, D., \textsc{Kaack}, L. H., \textsc{Luccioni}, A., and \textsc{Steffen}, B. (2021). Automated Identification of Climate Risk Disclosures in Annual Corporate Reports. \textit{arXiv}, 2108.01415.

\bibitem[Friedlingstein \textsl{et al.}(2022)]{Friedlingstein-2022} \textsc{Friedlingstein}, P., O'\textsc{Sullivan}, M., \textsc{Jones}, M. W., ..., and \textsc{Zheng}, B. (2022). Global Carbon Budget 2022. \textit{Earth System Science Data}, 14, pp. 4811-49001.

\bibitem[Friedman(1962)]{Friedman-1962} \textsc{Friedman}, M. (1962). \textit{Capitalism and Freedom}. University of Chicago Press.

\bibitem[Friedman(1970)]{Friedman-1970} \textsc{Friedman}, M. (1970). The Social Responsibility of Business Is to Increase Its Profits. \textit{New York Times Magazine}, September 13, Section SM, pp. 17 (reproduced in Zimmerli, W. Ch., Holzinger, M., and Richter, K. (Eds). (2007), \textit{Corporate Ethics and Corporate Governance}, Springer, pp. 173-178).

\bibitem[Friedrich \textsl{et al.}(2012)]{Friedrich-2012} \textsc{Friedrich}, O., \textsc{Norris}, R. D., and \textsc{Erbacher}, J. (2012). Evolution of Middle to Late Cretaceous Oceans --- A 55 my Record of Earth's Temperature and Carbon Cycle. \textit{Geology}, 40(2), pp. 107-110.

\bibitem[Fujimori \textsl{et al.}(2017)]{Fujimori-2017} \textsc{Fujimori}, S., \textsc{Hasegawa}, T., and \textsc{Masui}, T. (2017). AIM/CGE V2.0: Basic Feature of the Model. In Fujimori, S., Kainuma, M., and Masui, T. (Eds), \textit{Post-2020 Climate Action: Global and Asian Perspectives}, Springer, pp. 305-328.

\bibitem[Fuss \textsl{et al.}(2018)]{Minx-2018b} \textsc{Fuss}, S., \textsc{Lamb}, W. F., \textsc{Callaghan}, ..., and \textsc{Minx}, J. C. (2018). Negative Emissions --- Part 2: Costs, Potentials and Side Effects. \textit{Environmental Research Letters}, 13(6), 063002, 47 pages.

\bibitem[Gabay and Mercier(1976)]{Gabay-1976} \textsc{Gabay}, D., and \textsc{Mercier}, B. (1976). A Dual Algorithm for the Solution of Nonlinear Variational Problems via Finite Element Approximation. \textit{Computers \& Mathematics with Applications}, 2(1), pp. 17-40.

\bibitem[Gambhir \textsl{et al.}(2019)]{Gambhir-2019} \textsc{Gambhir}, A., \textsc{Butnar}, I., \textsc{Li}, P. H., \textsc{Smith}, P., and \textsc{Strachan}, N. (2019). A Review of Criticisms of Integrated Assessment Models and Proposed Approaches to Address These, Through the Lens of BECCS. \textit{Energies}, 12(9), 1747.

\bibitem[Gantchev(2013)]{Gantchev-2013} \textsc{Gantchev}, N. (2013). The Costs of Shareholder Activism: Evidence from a Sequential Decision Model. \textit{Journal of Financial Economics}, 107(3), pp. 610-631.

\bibitem[Gantchev \textsl{et al.}(2019)]{Gantchev-2019} \textsc{Gantchev}, N., \textsc{Gredil}, O. R., and \textsc{Jotikasthira}, C. (2019). Governance under the Gun: Spillover Effects of Hedge Fund Activism. \textit{Review of Finance}, 23(6), pp. 1031-1068.

\bibitem[Gatti \textsl{et al.}(2021)]{Gatti-2021} \textsc{Gatti}, L. V., \textsc{Basso}, L. S., \textsc{Miller}, J. B., ..., and \textsc{Neves}, R. A. (2021). Amazonia as a Carbon Source Linked to Deforestation and Climate Change. \textit{Nature}, 595(7867), pp. 388-393.

\bibitem[Geczy \textsl{et al.}(2021)]{Geczy-2021} \textsc{Geczy}, C., \textsc{Jeffers}, J. S., \textsc{Musto}, D. K., and \textsc{Tucker}, A. M. (2021). Contracts with (Social) Benefits: The Implementation of Impact Investing. \textit{Journal of Financial Economics}, 142(2), pp. 697-718.

\bibitem[Gemechu \textsl{et al.}(2014)]{Gemechu-2014} \textsc{Gemechu}, E. D., \textsc{Butnar}, I., \textsc{Llop}, M., and \textsc{Castells}, F. (2014). Economic and Environmental effects of \COtwo\ Taxation: An Input-output Analysis for Spain. \textit{Journal of Environmental Planning and Management}, 57(5), pp. 751-768.

\bibitem[Genest and MacKay(1986a)]{Genest-1986a} \textsc{Genest}, C., and \textsc{MacKay}, J. (1986a). Copules Archim\'{e}diennes et Familles de Lois Bidimensionnelles dont les Marges sont donn\'ees. \textit{Canadian Journal of Statistics}, 14(2), pp. 145-159.

\bibitem[Genest and MacKay(1986b)]{Genest-1986b} \textsc{Genest}, C., and \textsc{MacKay}, J. (1986b), The Joy of Copulas: Bivariate Distributions with Uniform Marginals, \textit{American Statistician}, 40(4), pp. 280-283.

\bibitem[Gerard(2019)]{Gerard-2019} \textsc{Gerard}, B. (2019). ESG and Socially Responsible Investment: A Critical Review. \textit{Beta}, 33(1), pp. 61-83.

\bibitem[GHG Protocol(2004)]{GHGP-2004} GHG Protocol (2004). The Greenhouse Gas Protocol: A Corporate Accounting and Reporting Standard. \textit{Standards}.

\bibitem[GHG Protocol(2011)]{GHGP-2011} GHG Protocol (2011). The Value Chain (Scope 3) Standard. \textit{Standards}.

\bibitem[GHG Protocol(2013)]{GHGP-2013} GHG Protocol (2013). Technical Guidance for Calculating Scope 3 Emissions: Supplement to the Corporate Value Chain (Scope 3) Accounting \& Reporting Standard. \textit{Standards}.

\bibitem[GHG Protocol(2015)]{GHGP-2015} GHG Protocol (2015). GHG Protocol Scope 2 Guidance: An Amendment to the GHG Protocol Corporate Standard. \textit{Standards}.

\bibitem[Gianfrate and Peri(2019)]{Gianfrate-2019} \textsc{Gianfrate}, G., and \textsc{Peri}, M. (2019). The Green Advantage: Exploring the Convenience of Issuing Green Bonds. \textit{Journal of Cleaner Production}, 219, pp. 127-135.

\bibitem[Gibbard \textsl{et al.}(2022)]{Gibbard-2022} \textsc{Gibbard}, P., \textsc{Walker}, M., \textsc{Bauer}, A., ..., and \textsc{Ruddiman}, W. (2022). The Anthropocene as an Event, not an Epoch. \textit{Journal of Quaternary Science}, 37(3), pp. 395-399.

\bibitem[Gillan and Starks(2000)]{Gillan-2000} \textsc{Gillan}, S. L., and \textsc{Starks}, L. T. (2000). Corporate Governance Proposals and Shareholder Activism: The Role of Institutional Investors. \textit{Journal of Financial Economics}, 57(2), pp. 275-305.

\bibitem[Gillingham and Stock(2018)]{Gillingham-2018} \textsc{Gillingham}, K., and \textsc{Stock}, J. H. (2018). The Cost of Reducing Greenhouse Gas Emissions. \textit{Journal of Economic Perspectives}, 32(4), pp. 53-72.

\bibitem[Gini(1921)]{Gini-1921} \textsc{Gini}, C. (1921). Measurement of Inequality of Incomes. \textit{Economic Journal}, 31(121), pp. 124-126.

\bibitem[Girona \textsl{et al.}(2023)]{Girona-2023} \textsc{Girona}, M. M., \textsc{Morin}, H., \textsc{Gauthier}, S., and \textsc{Bergeron}, Y. (Eds) (2023). \textit{Boreal Forests in the Face of Climate Change: Sustainable Management}. Springer Nature, Advances in Global Change Research, 14, 837 pages.

\bibitem[GSIA(2013)]{GSIA-2012} Global Sustainable Investment Alliance (2013). \textit{2012 Global Sustainable Investment Review}. January.

\bibitem[GSIA(2015)]{GSIA-2014} Global Sustainable Investment Alliance (2015). \textit{2014 Global Sustainable Investment Review}. February.

\bibitem[GSIA(2017)]{GSIA-2016} Global Sustainable Investment Alliance (2017). \textit{2016 Global Sustainable Investment Review}. March.

\bibitem[GSIA(2019)]{GSIA-2018} Global Sustainable Investment Alliance (2019). \textit{2018 Global Sustainable Investment Review}. April.

\bibitem[GSIA(2021)]{GSIA-2020} Global Sustainable Investment Alliance (2021). \textit{2020 Global Sustainable Investment Review}. July.

\bibitem[Goldreyer \textsl{et al.}(1999)]{Goldreyer-1999} \textsc{Goldreyer}, E. F., \textsc{Ahmed}, P., and \textsc{Diltz}, J. D. (1999). The Performance of Socially Responsible Mutual Funds: Incorporating Sociopolitical Information in Portfolio Selection. \textit{Managerial Finance}, 25(1), pp. 23-36.

\bibitem[Gollier(2010)]{Gollier-2010} \textsc{Gollier}, C. (2010). Ecological Discounting. \textit{Journal of Economic Theory}, 145(2), pp. 812-829.

\bibitem[Gollier(2013)]{Gollier-2013} \textsc{Gollier}, C. (2013). \textit{Pricing the Planet's Future: The Economics of Discounting in an Uncertain World}. Princeton University Press.

\bibitem[Golub and Van Loan(2013)]{Golub-2013} \textsc{Golub}, G. H., and \textsc{Van Loan}, C. F. (2013). \textit{Matrix Computations}. Fourth edition, Johns Hopkins University Press.

\bibitem[Gompers \textsl{et al.}(2003)]{Gompers-2003} \textsc{Gompers}, P., \textsc{Ishii}, J., and \textsc{Metrick}, A. (2003). Corporate Governance and Equity Prices. \textit{Quarterly Journal of Economics}, 118(1), pp. 107-156.

\bibitem[Goosse \textsl{et al.}(2018)]{Goosse-2018} \textsc{Goosse}, H., \textsc{Kay}, J. E., \textsc{Armour}, K. C., ..., and \textsc{Vancoppenolle}, M. (2018). Quantifying Climate Feedbacks in Polar Regions. \textit{Nature Communications}, 9(1), 1919, 13 pages.

\bibitem[Gouri\'{e}roux(1992)]{Gourieroux-1992} \textsc{Gouri\'{e}roux}, C. (1992). Courbes de Performance, de S\'election et de Discrimination. \textit{Annales d'\'Economie et de Statistique}, 28(4), pp. 107-123.

\bibitem[Gouri\'{e}roux and Jasiak(2007)]{Gourieroux-2007} \textsc{Gouri\'{e}roux}, C., and \textsc{Jasiak}, J. (2007). \textit{The Econometrics of Individual Risk: Credit, Insurance, and Marketing}. Princeton University Press.

\bibitem[Gratcheva \textsl{et al.}(2020)]{Gratcheva-2020} \textsc{Gratcheva}, E. M., \textsc{Emery}, T., and \textsc{Wang}, D. (2020). Demystifying Sovereign ESG. \textit{Report}, World Bank, Equitable Growth, Finance and Institutions Insight, December.

\bibitem[Grewal \textsl{et al.}(2016)]{Grewal-2016} \textsc{Grewal}, J., \textsc{Serafeim}, G., and \textsc{Yoon}, A. (2016). Shareholder Activism on Sustainability Issues. \textit{SSRN}, 2805512.

\bibitem[Grossman and Sharpe(1986)]{Grossman-1986} \textsc{Grossman}, B. R., and \textsc{Sharpe}, W. F. (1986). Financial Implications of South African Divestment. \textit{Financial Analysts Journal}, 42(4), pp. 15-29.

\bibitem[Grubb \textsl{et al.}(2021)]{Grubb-2021} \textsc{Grubb}, M., \textsc{Wieners}, C., and \textsc{Yang}, P. (2021). Modeling Myths: On DICE and Dynamic Realism in Integrated Assessment Models of Climate Change Mitigation. \textit{WIREs Climate Change}, 12(3), e698.

\bibitem[Gutierrez(2008)]{Gutierrez-2008} \textsc{Gutierrez}, M. S. (2008). \textit{Economic Activity and Atmospheric Pollution in Spain: An Input-output Approach}. PhD Thesis, Universitat de Barcelona.

\bibitem[Hanemann(2008)]{Hanemann-2008} \textsc{Hanemann}, W. M. (2008). What is the Economic Cost of Climate Change?. \textit{Working Paper}, University of California, Berkeley, 1071.

\bibitem[H\"ansel \textsl{et al.}(2020)]{Hansel-2020} \textsc{H\"ansel}, M. C., \textsc{Drupp}, M. A., \textsc{Johansson}, D. J., ..., and \textsc{Sterner}, T. (2020). Climate Economics Support for the UN Climate Targets. \textit{Nature Climate Change}, 10(8), pp. 781-789.

\bibitem[Hansen \textsl{et al.}(1984)]{Hansen-1984} \textsc{Hansen}, J., \textsc{Lacis}, A., \textsc{Rind}, D., \textsc{Russell}, G., \textsc{Stone}, P., \textsc{Fung}, I., \textsc{Ruedy}, R., and \textsc{Lerner}, J. (1984). Climate Sensitivity: Analysis of Feedback Mechanisms. In Hansen, J. E. and Takahashi, T. (Eds), \textit{Climate Processes and Climate Sensitivity}, 29, pp. 130-163.

\bibitem[Hansen \textsl{et al.}(2013)]{Hansen-2013} \textsc{Hansen}, J., \textsc{Sato}, M., \textsc{Russell}, G., and \textsc{Kharecha}, P. (2013). Climate Sensitivity, Sea Level and Atmospheric Carbon Dioxide. \textit{Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences}, 371(2001), 20120294, 31 pages.

\bibitem[Hasselmann(1976)]{Hasselmann-1976} \textsc{Hasselmann}, K. (1976). Stochastic Climate Models, Part I. Theory. \textit{Tellus}, 28(6), pp. 473-485.

\bibitem[Hartmann(2016)]{Hartmann-2016} \textsc{Hartmann}, D. L. (2016). \textit{Global Physical Climatology}. Second edition, Elsevier Science.

\bibitem[Harvey(1990)]{Harvey-1990} \textsc{Harvey}, A. C. (1990). \textit{Forecasting, Structural Time Series Models and the Kalman Filter}. Cambridge University Press.

\bibitem[Hastie \textsl{et al.}(2009)]{Hastie-2009} \textsc{Hastie}, T., \textsc{Tibshirani}, R., and \textsc{Friedman}, J.H. (2009). \textit{The Elements of Statistical Learning}. Second edition, Springer.

\bibitem[Havl\`{\i}k \textsl{et al.}(2018)]{Havlik-2018} \textsc{Havl\`{\i}k}, P., \textsc{Valin}, H., \textsc{Mosnier}, A., ..., and \textsc{Hasegawa}, T. (2018). \textit{GLOBIOM Documentation}. International Institute for Applied Systems Analysis.

\bibitem[Hays \textsl{et al.}(1976)]{Hays-1976} \textsc{Hays}, J. D., \textsc{Imbrie}, J., and \textsc{Shackleton}, N. J. (1976). Variations in the Earth's Orbit: Pacemaker of the Ice Ages. \textit{Science}, 194(4270), pp. 1121-1132.

\bibitem[Hersbach \textsl{et al.}(2020)]{Hersbach-2020} \textsc{Hersbach}, H., \textsc{Bell}, B., \textsc{Berrisford}, P., ..., and \textsc{Thépaut}, J. N. (2020). The ERA5 Global Reanalysis. \textit{Quarterly Journal of the Royal Meteorological Society}, 146(730), pp. 1999-2049.

\bibitem[HLEG(2018)]{HLEG-2018} High-Level Expert Group on Sustainable Finance (2018). Financing a Sustainable European Economy. \textit{Final Report}, January.

\bibitem[Hjort \textsl{et al.}(2022)]{Hjort-2022} \textsc{Hjort}, J., \textsc{Streletskiy}, D., \textsc{Dor\'e}, G., \textsc{Wu}, Q., \textsc{Bjella}, K., and \textsc{Luoto}, M. (2022). Impacts of Permafrost Degradation on Infrastructure. \textit{Nature Reviews Earth \& Environment}, 3(1), pp. 24-38.

\bibitem[Hinkley(1969)]{Hinkley-1969} \textsc{Hinkley}, D. V. (1969). On the Ratio of Two Correlated Normal Random Variables. \textit{Biometrika}, 56(3), pp. 635-639.

\bibitem[Hirschman(1970)]{Hirschman-1970} \textsc{Hirschman}, A. O. (1970). \textit{Exit, Voice, and Loyalty: Responses to Decline in Firms, Organizations, and States}. Harvard University Press.

\bibitem[Hoffman \textsl{et al.}(1998)]{Hoffman-1998} \textsc{Hoffman}, P. F., \textsc{Kaufman}, A. J., \textsc{Halverson}, G. P., and \textsc{Schrag}, D. P. (1998). A Neoproterozoic Snowball Earth. \textit{Science}, 281(5381), pp. 1342-1346.

\bibitem[Hoffman and Schrag(2002)]{Hoffman-2002} \textsc{Hoffman}, P. F., and \textsc{Schrag}, D. P. (2002). The Snowball Earth Hypothesis: Testing the Limits of Global Change. \textit{Terra Nova}, 14(3), pp. 129-155.

\bibitem[Hong and Kacperczyk(2009)]{Hong-2009} \textsc{Hong}, H., and \textsc{Kacperczyk}, M. (2009). The Price of Sin: The Effects of Social Norms on Markets. \textit{Journal of Financial Economics}, 93(1), pp. 15-36.

\bibitem[Hope(2011)]{Hope-2011} \textsc{Hope}, C. (2011). The PAGE09 Integrated Assessment Model: A Technical Description. \textit{Cambridge Judge Business School Working Paper}, 4.

\bibitem[Howard and Sterner(2017)]{Howard-2017} \textsc{Howard}, P. H., and \textsc{Sterner}, T. (2017). Few and not so Far Between: A Meta-analysis of Climate Damage Estimates. \textit{Environmental and Resource Economics}, 68(1), pp. 197-225.

\bibitem[Huppmann \textsl{et al.}(2019)]{Huppmann-2019} \textsc{Huppmann}, D., \textsc{Gidden}, M., \textsc{Fricko}, ..., and \textsc{Krey}, V. (2019). The MESSAGEix Integrated Assessment Model and the ix Modeling Platform (ixmp): An Open Framework for Integrated and Cross-cutting Analysis of Energy, Climate, the Environment, and Sustainable Development. \textit{Environmental Modelling \& Software}, pp. 112, 143-156.

\bibitem[IWG(2021)]{IWG-SCGG-2021} Interagency Working Group on Social Cost of Greenhouse Gases (2021). \textit{Technical Support Document: Social Cost of Carbon, Methane, and Nitrous Oxide, Interim Estimates under Executive Order 13990}. United States Government, 2021.

\bibitem[IPCC(2006)]{IPCC-2006} Intergovernmental Panel on Climate Change (2006). 2006 IPCC Guidelines for National Greenhouse Gas Inventories. Prepared by the National Greenhouse Gas Inventories Programme, Eggleston H. S., Buendia L., Miwa K., Ngara T. and Tanabe K. (Eds).

\bibitem[IPCC(2007)]{IPCC-2007} Intergovernmental Panel on Climate Change (2007). Climate Change 2007: The Physical Science Basis --- Contribution of Working Group I to the Fourth Assessment Report of the IPCC. \textit{Report}.

\bibitem[IPCC(2013)]{IPCC-2013} Intergovernmental Panel on Climate Change (2013). Climate Change 2013: The Physical Science Basis --- Contribution of Working Group I to the Fifth Assessment Report of the IPCC. \textit{Report}.

\bibitem[IPCC(2014)]{IPCC-2014} Intergovernmental Panel on Climate Change (2014). Climate Change 2014: Mitigation of Climate Change --- Contribution of Working Group III to the Fifth Assessment Report of the IPCC. \textit{Report}.

\bibitem[IPCC(2018)]{IPCC-2018} Intergovernmental Panel on Climate Change (2018). Global Warming of $\degC{1.5}$. \textit{Special Report}.

\bibitem[IPCC(2019)]{IPCC-2019} Intergovernmental Panel on Climate Change (2019). \textit{2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories}. Prepared by Calvo Buendia, E., Tanabe, K., Kranjc, A., Baasansuren, J., Fukuda, M., Ngarize, S., Osako, A., Pyrozhenko, Y., Shermanau, P. and Federici, S. (Eds).

\bibitem[IPCC(2021)]{IPCC-2021} Intergovernmental Panel on Climate Change (2021). Climate Change 2021: The Physical Science Basis --- Contribution of Working Group I to the Sixth Assessment Report of the IPCC. \textit{6th Assesment Report}.

\bibitem[IPCC(2022)]{IPCC-2022} Intergovernmental Panel on Climate Change (2022). Climate Change 2022: Mitigation of Climate Change --- Contribution of Working Group III to the Sixth Assessment Report of the IPCC. \textit{Report}.

\bibitem[IAIS(2021)]{IAIS-2021} International Association of Insurance Supervisors (2021). Supervision of Climate-related Risks in the Insurance Sector. \textit{Application Paper}, May 2021.

\bibitem[ICMA(2021a)]{ICMA-2021a} International Capital Market Association (2021a). Green Bond Principles --- Voluntary Process Guidelines for Issuing Green Bonds. \textit{Guidelines}, June.

\bibitem[ICMA(2021b)]{ICMA-2021b} International Capital Market Association (2021b). Social Bond Principles --- Voluntary Process Guidelines for Issuing Social Bonds. \textit{Guidelines}, June.

\bibitem[ICMA(2022)]{ICMA-2022} International Capital Market Association (2022). Green, Social and Sustainability Bonds: A High-Level Mapping to the Sustainable Development Goals. \textit{Report}, June 2022.

\bibitem[IEA(2017)]{IEA-2017} International Energy Agency (2017). Energy Technology Perspectives 2017: Catalysing Energy Technology Transformations. \textit{Flagship Report}, June.

\bibitem[IEA(2021)]{IEA-2021} International Energy Agency (2021). Net Zero by 2050: A Roadmap for the Global Energy Sector. \textit{Report}, July.

\bibitem[IEA(2022)]{IEA-2022} International Energy Agency (2022). Direct Air Capture: A Key Technology for Net Zero. \textit{Report}, April, 76 pages.

\bibitem[IFC(2020)]{IFC-2020} International Finance Corporation (2020). Green Bond Handbook: A Step-by-step Guide to Issuing a Green Bond. \textit{Guidelines}.

\bibitem[IFC(2022)]{IFC-2022} International Finance Corporation (2022). Blue Finance --- Guidance for Financing the Blue Economy, Building on the Green Bond Principles and the Green Loan Principles. \textit{Guidelines}, January.

\bibitem[IOSCO(2021)]{IOSCO-2021} International Organization of Securities Commissions (2021). Environmental, Social and Governance (ESG) Ratings and Data Products Providers. \textit{Report}, November 2021.

\bibitem[ISSB(2022a)]{ISSB-2022a} International Sustainability Standards Board (2022a). IFRS S1 General Requirements for Disclosure of Sustainability-related Financial Information. \textit{Exposure Draft}, March 2022.

\bibitem[ISSB(2022b)]{ISSB-2022b} International Sustainability Standards Board (2022b). IFRS S2 Climate-related Disclosures. \textit{Exposure Draft}, March 2022.

\bibitem[Israel \textsl{et al.}(2001)]{Israel-2001} \textsc{Israel}, R.B., \textsc{Rosenthal}, J.S., and \textsc{Wei}, J.Z. (2001). Finding Generators for Markov Chains via Empirical Transition Matrices, with Applications to Credit Ratings. \textit{Mathematical Finance}, 11(2), pp. 245-265.

\bibitem[ISS Governance(2022)]{ISS-2022} ISS Governance (2022). Climate \& Voting: 2021 Review and Global Trends. \textit{Insights Report}, May.

\bibitem[IUCN(2022)]{IUCN-2022} IUCN. 2022. The IUCN Red List of Threatened Species. \textit{Version 2022-1}, \url{https://www.iucnredlist.org}.

\bibitem[Jahnke(2019)]{Jahnke-2019} \textsc{Jahnke}, P. (2019). Ownership Concentration and Institutional Investors' Governance through Voice and Exit. \textit{Business and Politics}, 21(3), pp. 327-350.

\bibitem[Jarrow \textsl{et al.}(1997)]{Jarrow-1997} \textsc{Jarrow}, R.A., \textsc{Lando}, D., and \textsc{Turnbull}, S.M. (1997). A Markov Model for the Term Structure of Credit Risk Spreads. \textit{Review of Financial Studies}, 10(2), pp. 481-523.

\bibitem[Jensen(1968)]{Jensen-1968} \textsc{Jensen}, M. C. (1968). The Performance of Mutual Funds in the Period 1945-1964. \textit{Journal of Finance}, 23(2), pp. 389-416.

\bibitem[Jensen(1993)]{Jensen-1993} \textsc{Jensen}, M. C. (1993). The Modern Industrial Revolution, Exit, and the Failure of Internal Control Systems. \textit{Journal of Finance}, 48(3), pp. 831-880.

\bibitem[Jensen and Meckling(1976)]{Jensen-1976} \textsc{Jensen}, M. C., and \textsc{Meckling}, W. H. (1976). Theory of the Firm: Managerial Behavior, Agency Costs and Ownership Structure. \textit{Journal of Financial Economics}, 3(4), pp. 305-360.

\bibitem[Jeevanjee(2023)]{Jeevanjee-2023} \textsc{Jeevanjee}, N. (2023). Climate Sensitivity from Radiative-Convective Equilibrium: A Chalkboard Approach. \textit{American Journal of Physics}, 91(9), pp. 731-745.

\bibitem[Jha and Cox(2015)]{Jha-2015} \textsc{Jha}, A., and \textsc{Cox}, J. (2015). Corporate Social Responsibility and Social Capital. \textit{Journal of Banking \& Finance}, 60, pp. 252-270.

\bibitem[Joe(1997)]{Joe-1997} \textsc{Joe}, H. (1997). \textit{Multivariate Models and Dependence Concepts}. Monographs on Statistics and Applied Probability, 73, Chapman \& Hall.

\bibitem[Johnson \textsl{et al.}(2009)]{Johnson-2009} \textsc{Johnson}, S. A., \textsc{Moorman}, T. C., and \textsc{Sorescu}, S. (2009). A Reexamination of Corporate Governance and Equity Prices. \textit{Review of Financial Studies}, 22(11), pp. 4753-4786.

\bibitem[Jondeau \textsl{et al.}(2021)]{Jondeau-2021} \textsc{Jondeau}, E., \textsc{Mojon}, B., and \textsc{Pereira da Silva}, L. A. (2021). Building Benchmark Portfolios with Decreasing Carbon Footprints. \textit{Swiss Finance Institute Research Paper}, 21-91.

\bibitem[Jones \textsl{et al.}(2023)]{Jones-2023} \textsc{Jones}, M. W., \textsc{Peters}, G. P., \textsc{Gasser}, T., ..., and \textsc{Le Qu\'er\'e}, C. (2023). National Contributions to Climate Change due to Historical Emissions of Carbon Dioxide, Methane, and Nitrous Oxide since 1850. \textit{Scientific Data}, 10(1), 23 pages.

\bibitem[Jones(1980)]{Jones-1980} \textsc{Jones}, T. M. (1980). Corporate Social Responsibility Revisited, Redefined. \textit{California Management Review}, 22(3), pp. 59-67.

\bibitem[Joos \textsl{et al.}(2013)]{Joos-2013} \textsc{Joos}, F., \textsc{Roth}, R., \textsc{Fuglestvedt}, J. S., ..., and \textsc{Weaver}, A. J. (2013). Carbon Dioxide and Climate Impulse Response Functions for the Computation of Greenhouse Gas Metrics: A Multi-model Analysis. \textit{Atmospheric Chemistry and Physics}, 13(5), pp. 2793-2825.

\bibitem[Joppa \textsl{et al.}(2021)]{Joppa-2021} \textsc{Joppa}, L., \textsc{Luers}, A., \textsc{Willmott}, E., \textsc{Friedmann}, S. J., \textsc{Hamburg}, S. P., and \textsc{Broze}, R. (2021). Microsoft's Million-Tonne CO2-Removal Purchase --- Lessons for Net Zero. \textit{Nature}, 597, pp. 629-632.

\bibitem[Jorion(2003)]{Jorion-2003} \textsc{Jorion}, P. (2003). Portfolio Optimization with Tracking-Error Constraints. \textit{Financial Analysts Journal}, 59(5), pp. 70-82.

\bibitem[Jouzel(2013)]{Jouzel-2013} \textsc{Jouzel}, J. (2013). A Brief History of Ice Core Science over the last 50 yr. \textit{Climate of the Past}, 9(6), pp. 2525-2547.

\bibitem[Jouzel \textsl{et al.}(2007)]{Jouzel-2007} \textsc{Jouzel}, J., \textsc{Masson-Delmotte}, V., \textsc{Cattani}, O., ..., and \textsc{Wolff}, E. W. (2007). Orbital and Millennial Antarctic Climate Variability over the Past 800,000 Years. \textit{Science}, 317(5839), pp. 793-796.

\bibitem[Kaplan \textsl{et al.}(2023)]{Kaplan-2023} \textsc{Kaplan}, R. S., \textsc{Ramanna}, K., and \textsc{Roston}, M. (2023). Accounting for Carbon Offsets --- Establishing the Foundation for Carbon-trading Markets. \textit{Harvard Business School Working Paper}, 23-050, 16 pages.

\bibitem[Kapraun \textsl{et al.}(2021)]{Kapraun-2021} \textsc{Kapraun}, J., \textsc{Latino}, C., \textsc{Scheins}, C., and \textsc{Schlag}, C. (2021). (In)-credibly Green: Which Bonds Trade at a Green Bond Premium?. \textit{SSRN}, 3347337.

\bibitem[Kaufmann \textsl{et al.}(2010)]{Kaufmann-2010} \textsc{Kaufmann}, D., \textsc{Kraay}, A., and \textsc{Mastruzzi}, M. (2010). The Worldwide Governance Indicators: Methodology and Analytical Issues. \textit{World Bank Policy Research Working Paper}, 5430 (SSRN, 1682130).

\bibitem[Kavvathas(2001)]{Kavvathas-2001} \textsc{Kavvathas}, D. (2001). Estimating Credit Rating Transition Probabilities for Corporate Bonds. \textit{SSRN}, 248421.

\bibitem[Kaya and Yokobori(1997)]{Kaya-1997} \textsc{Kaya}, Y., and \textsc{Yokobori}, K. (Eds) (1997). \textit{Environment, Energy, and Economy: Strategies for Sustainability}. United Nations University Press, 393 pages.

\bibitem[Keeling(1960)]{Keeling-1960} \textsc{Keeling}, C. D. (1960). The Concentration and Isotopic Abundances of Carbon Dioxide in the Atmosphere. \textit{Tellus}, 12(2), pp. 200-203.

\bibitem[Keeling(1978)]{Keeling-1978} \textsc{Keeling}, C. D. (1978). The Influence of Mauna Loa Observatory on the Development of Atmospheric \COtwo\ Research. In Miller, J (Ed.), \textit{Mauna Loa Observatory: A 20th Anniversary Report}, National Oceanic and Atmospheric Administration Special Report, pp. 36-54.

\bibitem[Keeling \textsl{et al.}(2001)]{Keeling-2001} \textsc{Keeling}, C. D., \textsc{Piper}, S. C., \textsc{Bacastow}, R. B., \textsc{Wahlen}, M., \textsc{Whorf}, T. P., \textsc{Heimann}, M., and \textsc{Meijer}, H. A. (2001). Exchanges of Atmospheric CO$_{2}$ and $^{13}$CO$_{2}$ with the Terrestrial Biosphere and Oceans from 1978 to 2000. I. Global aspects. \textit{Scripps Institution of Oceanography, San Diego, SIO Reference Series}, 01-06, 28 pages.

\bibitem[Kellett \textsl{et al.}(2016)]{Kellett-2016} \textsc{Kellett}, C. M., \textsc{Faulwasser}, T., and \textsc{Weller}, S. R. (2016). \textit{DICE-2013R-mc --- A Matlab/CasADi Implementation of Vanilla DICE-2013R}. Code source available at \url{https://github.com/cmkellett/DICE2013R-mc}.

\bibitem[Kellett \textsl{et al.}(2019)]{Kellett-2019} \textsc{Kellett}, C. M., \textsc{Weller}, S. R., \textsc{Faulwasser}, T., \textsc{Gr\"une}, L., and \textsc{Semmler}, W. (2019). Feedback, Dynamics, and Optimal Control in Climate Economics. \textit{Annual Reviews in Control}, 47, pp. 7-20.

\bibitem[Kelly and Kolstad(1999)]{Kelly-1999} \textsc{Kelly}, D. L., and \textsc{Kolstad}, C. D. (1999). Integrated Assessment Models for Climate Change Control. In Folmer, H. and Tietenberg, T. (Eds), \textit{International Yearbook of Environmental and Resource Economics 1999/2000}, Edward Elgar, pp. 171-197.

\bibitem[Kemp \textsl{et al.}(2022)]{Kemp-2022} \textsc{Kemp}, L., \textsc{Xu}, C., \textsc{Depledge}, J., ..., and \textsc{Lenton}, T. M. (2022). Climate Endgame: Exploring Catastrophic Climate Change Scenarios. \textit{Proceedings of the National Academy of Sciences}, 119(34), e2108146119, 9 pages.

\bibitem[Kiehl and Trenberth(1997)]{Kiehl-1997} \textsc{Kiehl}, J. T., and \textsc{Trenberth}, K. E. (1997). Earth's Annual Global Mean Energy Budget. \textit{Bulletin of the American Meteorological Society}, 78(2), pp. 197-208.

\bibitem[Kitzes(2013)]{Kitzes-2013} \textsc{Kitzes}, J. (2013). An Introduction to Environmentally-extended Input-output Analysis. \textit{Resources}, 2(4), pp. 489-503.

\bibitem[Kleinberg(2020)]{Kleinberg-2020} \textsc{Kleinberg}, R. L. (2020). The Global Warming Potential Misrepresents the Physics of Global Warming Thereby Misleading Policy Makers. \textit{EarthArXiv}, November.

\bibitem[Klose \textsl{et al.}(2020)]{Klose-2020} \textsc{Klose}, A. K., \textsc{Karle}, V., \textsc{Winkelmann}, R., and \textsc{Donges}, J. F. (2020). Emergence of Cascading Dynamics in Interacting Tipping Elements of Ecology and Climate. \textit{Royal Society Open Science}, 7(6), 200599, 18 pages.

\bibitem[K\"olbel \textsl{et al.}(2022)]{Kolbel-2022} \textsc{K\"olbel}, J. F., \textsc{Leippold}, M., \textsc{Rillaerts}, J., and \textsc{Wang}, Q. (2022). Ask BERT: How Regulatory Disclosure of Transition and Physical Climate Risks Affects the CDS Term Structure. \textit{Swiss Finance Institute Research Paper}, 21-19.

\bibitem[K\"oppl and Schratzenstaller(2023)]{Koppl-2023} \textsc{K\"oppl}, A., and \textsc{Schratzenstaller}, M. (2023). Carbon Taxation: A Review of the Empirical Literature. \textit{Journal of Economic Surveys}, 37(4), pp. 1353-1388.

\bibitem[Kostant(1999)]{Kostant-1999} \textsc{Kostant}, P. C. (1999). Exit, Voice and Loyalty in the Course of Corporate Governance and Counsel's Changing Role. \textit{Journal of Socio-Economics}, 28(3), pp. 203-246.

\bibitem[Krueger \textsl{et al.}(2020)]{Krueger-2020} \textsc{Krueger}, P., \textsc{Sautner}, Z., and \textsc{Starks}, L. T. (2020). The Importance of Climate Risks for Institutional Investors. \textit{Review of Financial Studies}, 33(3), pp. 1067-1111.

\bibitem[Kvenvolden(1988)]{Kvenvolden-1988} \textsc{Kvenvolden}, K. A. (1988). Methane Hydrates and Global Climate. \textit{Global Biogeochemical Cycles}, 2(3), pp. 221-229.

\bibitem[Lamb \textsl{et al.}(2021)]{Lamb-2021} \textsc{Lamb}, W. F., \textsc{Wiedmann}, T., \textsc{Pongratz}, J., ..., and \textsc{Minx}, J. (2021). A Review of Trends and Drivers of Greenhouse Gas Emissions by Sector from 1990 to 2018. \textit{Environmental Research Letters}, 16(7), 073005.

\bibitem[Langway(2008)]{Langway-2008} \textsc{Langway}, C. C. (2008). The History of Early Polar Ice Cores. \textit{Cold Regions Science and Technology}, 52(2), pp. 101-117.

\bibitem[Larcker \textsl{et al.}(2020)]{Larcker-2020} \textsc{Larcker}, D. F., and \textsc{Watts}, E. M. (2020). Where's the Greenium?. \textit{Journal of Accounting and Economics}, 69(2-3), 101312.

\bibitem[Le Guenedal(2019)]{Leguenedal-2019} \textsc{Le Guenedal}, T. (2019). Economic Modeling of Climate Risks. \textit{SSRN}, 3693661.

\bibitem[Le Guenedal \textsl{et al.}(2021)]{Leguenedal-2021} \textsc{Le Guenedal}, T., \textsc{Drobinski}, P., and \textsc{Tankov}, P. (2021). Measuring and Pricing Cyclone-Related Physical Risk Under Changing Climate. \textit{SSRN}, 3850673.

\bibitem[Le Guenedal \textsl{et al.}(2022)]{Leguenedal-2022a} \textsc{Le Guenedal}, T., \textsc{Drobinski}, P., and \textsc{Tankov}, P. (2022). Cyclone Generation Algorithm including a Thermodynamic Module for Integrated National Damage Assessment (CATHERINA 1.0) compatible with Coupled Model Intercomparison Project (CMIP) climate data. \textit{Geoscientific Model Development}, 15(21), pp. 8001-8039.

\bibitem[Le Guenedal \textsl{et al.}(2022)]{Leguenedal-2022b} \textsc{Le Guenedal}, T., \textsc{Lombard}, F, \textsc{Roncalli}, T., and \textsc{Sekine}, T. (2022). Net Zero Carbon Metrics. \textit{SSRN}, 4033686.

\bibitem[Le Guenedal and Roncalli(2022)]{Leguenedal-2022c} \textsc{Le Guenedal}, T., and \textsc{Roncalli}, T. (2022). Portfolio Construction with Climate Risk Measures. In Jurczenko, E. (Ed.), \textit{Climate Investing: New Strategies and Implementation Challenges}, Wiley, December 2022, pp. 49-86.

\bibitem[Leite and Cortez(2016)]{Leite-2016} \textsc{Leite}, P., and \textsc{Cortez}, M. C. (2016). The Performance of European Socially Responsible Fixed-Income Funds. \textit{SSRN}, 2726094.

\bibitem[Lemoine(2020)]{Lemoine-2020} \textsc{Lemoine}, D. (2020). \textit{DICE-2016R-Matlab}. Code source available at \url{https://github.com/dlemoine1/DICE-2016R-Matlab}.

\bibitem[Lenssen \textsl{et al}(2019)]{Lenssen-2019} \textsc{Lenssen}, N. J., \textsc{Schmidt}, G. A., \textsc{Hansen}, J. E., \textsc{Menne}, M. J., \textsc{Persin}, A., \textsc{Ruedy}, R., and \textsc{Zyss}, D. (2019). Improvements in the GISTEMP Uncertainty Model. \textit{Journal of Geophysical Research: Atmospheres}, 124(12), pp. 6307-6326.

\bibitem[Lenton(2011)]{Lenton-2011} \textsc{Lenton}, T. M. (2011). Early Warning of Climate Tipping Points. \textit{Nature Climate Change}, 1(4), pp. 201-209.

\bibitem[Lenton \textsl{et al}(2008)]{Lenton-2008} \textsc{Lenton}, T. M., \textsc{Held}, H., \textsc{Kriegler}, E., \textsc{Hall}, J. W., \textsc{Lucht}, W., \textsc{Rahmstorf}, S., and \textsc{Schellnhuber}, H. J. (2008). Tipping Elements in the Earth's Climate System. \textit{Proceedings of the National Academy of Sciences}, 105(6), pp. 1786-1793.

\bibitem[Lenton \textsl{et al}(2019)]{Lenton-2019} \textsc{Lenton}, T. M., \textsc{Rockstr\"om}, J., \textsc{Gaffney}, O., \textsc{Rahmstorf}, S., \textsc{Richardson}, K., \textsc{Steffen}, W., and \textsc{Schellnhuber}, H. J. (2019). Climate Tipping Points --- Too Risky to Bet Against. \textit{Nature}, 575(7784), pp. 592-595.

\bibitem[Leontief(1936)]{Leontief-1936} \textsc{Leontief}, W. W. (1936). Quantitative Input and Output Relations in the Economic Systems of the United States. \textit{Review of Economics and Statistics}, 18(3), pp. 105-125.

\bibitem[Leontief(1941)]{Leontief-1941} \textsc{Leontief}, W. W. (1941). \textit{Structure of American Economy, 1919-1929: An Empirical Application of Equilibrium Analysis}. Harvard University Press.

\bibitem[Leontief(1970)]{Leontief-1970} \textsc{Leontief}, W. (1970). Environmental Repercussions and the Economic Structure: An Input-output Approach. \textit{Review of Economics and Statistics}, 52(3), pp. 262-271.

\bibitem[Levit(2019)]{Levit-2019} \textsc{Levit}, D. (2019). Soft Shareholder Activism. \textit{Review of Financial Studies}, 32(7), pp. 2775-2808.

\bibitem[Lewis(2015)]{Lewis-2015} \textsc{Lewis}, S. L., and \textsc{Maslin}, M. A. (2015). Defining the Anthropocene. \textit{Nature}, 519(7542), pp. 171-180.

\bibitem[Lezmi \textsl{et al.}(2022)]{Lezmi-2022} \textsc{Lezmi}, E., \textsc{Roncalli}, T, and \textsc{Xu}, J. (2022). Multi-Period Portfolio Optimization. \textit{SSRN}, 4078043.

\bibitem[Lhotellier \textsl{et al.}(2018)]{Lhotellier-2018} \textsc{Lhotellier} J., \textsc{Less}, E. \textsc{Bossanne}, E., and \textsc{Pesnel}, S. (2017). Mod\'elisation et \'evaluation du poids carbone de produits de consommation et biens d'\'equipements. \textit{ADEME Report}, September.

\bibitem[Liang \textsl{et al.}(2019)]{Liang-2019} \textsc{Liang}, S., \textsc{Wang}, D., \textsc{He}, T., and \textsc{Yu}, Y. (2019). Remote Sensing of Earth's Energy Budget: Synthesis and Review. \textit{International Journal of Digital Earth}, 12(7), pp. 737-780.

\bibitem[Lin \textsl{et al.}(2019)]{Lin-2019} \textsc{Lin}, K., \textsc{Kabel}, A., \textsc{Parker}, S., and \textsc{Joye}, C. (2019). Are ESG Alpha and Beta Benefits in Corporate Bonds a Mirage?. \textit{SSRN}, 3352950.

\bibitem[Lisiecki and Raymo(2005)]{Lisiecki-2005} \textsc{Lisiecki}, L. E., and \textsc{Raymo}, M. E. (2005). A Pliocene-Pleistocene Stack of 57 Globally Distributed benthic $\deltaOeighteen$ Records, \textit{Paleoceanography}, 20(1), 17 pages.

\bibitem[Liu \textsl{et al.}(2017)]{Liu-2017} \textsc{Liu}, W., \textsc{Xie}, S. P., \textsc{Liu}, Z., and \textsc{Zhu}, J. (2017). Overlooked Possibility of a Collapsed Atlantic Meridional Overturning Circulation in Warming Climate. \textit{Science Advances}, 3(1), e1601666, 7 pages.

\bibitem[L\"{o}ffler \textsl{et al.}(2021)]{Loffler-2021} \textsc{L\"{o}ffler}, K. U., \textsc{Petreski}, A., and \textsc{Stephan}, A. (2021). Drivers of Green Bond Issuance and New Evidence on the \textquotedblleft Greenium\textquotedblright. \textit{Eurasian Economic Review}, 11(1), pp. 1-24.

\bibitem[Lorenz(1905)]{Lorenz-1905} \textsc{Lorenz}, M. O. (1905). Methods of Measuring the Concentration of Wealth. \textit{Journal of the American Statistical Association}, 9(70), pp. 209-219.

\bibitem[Maltais and Nykvist(2020)]{Maltais-2020} \textsc{Maltais}, A., and \textsc{Nykvist}, B. (2020). Understanding the Role of Green Bonds in Advancing Sustainability. \textit{Journal of Sustainable Finance \& Investment}, pp. 1-20.

\bibitem[Manabe and Wetherald(1967)]{Manabe-1967} \textsc{Manabe}, S., and \textsc{Wetherald}, R. T. (1967). Thermal Equilibrium of the Atmosphere with a Given Distribution of Relative Humidity. \textit{Journal of the Atmospheric Sciences}, 24(3), pp. 241-259.

\bibitem[Mardones and Mena(2020)]{Mardones-2020} \textsc{Mardones}, C., and \textsc{Mena}, C. (2020). Economic, Environmental and Distributive Analysis of the Taxes to Global and Local Air Pollutants in Chile. \textit{Journal of Cleaner Production}, 259, 120893.

\bibitem[Margolis \textsl{et al.}(2009)]{Margolis-2009} \textsc{Margolis}, J. D., \textsc{Elfenbein}, H. A., and \textsc{Walsh}, J. P. (2009). Does it Pay to be Good... and does it Matter? A Meta-analysis of the Relationship between Corporate Social and Financial Performance. \textit{SSRN}, 1866371.

\bibitem[Markowitz(1952)]{Markowitz-1952} \textsc{Markowitz} H. M. (1952), Portfolio Selection. \textit{Journal of Finance}, 7(1), pp. 77-91.

\bibitem[Markowitz(1956)]{Markowitz-1956} \textsc{Markowitz} H. M. (1956). The Optimization of a Quadratic Function Subject to Linear Constraints. \textit{Naval Research Logistics Quarterly}, 3(1-2), pp. 111-133.

\bibitem[Matos(2020)]{Matos-2020} \textsc{Matos}, P. (2020). \textit{ESG and Responsible Institutional Investing around the World: A Critical Review}. CFA Institute Research Foundation.

\bibitem[Matsusaka \textsl{et al.}(2016)]{Matsusaka-2021} \textsc{Matsusaka}, J. G., \textsc{Ozbas}, O., and \textsc{Yi}, I. (2021). Can Shareholder Proposals Hurt Shareholders? Evidence from Securities and Exchange Commission No-action-letter Decisions. \textit{Journal of Law and Economics}, 64(1), pp. 107-152.

\bibitem[McCahery \textsl{et al.}(2016)]{McCahery-2016} \textsc{McCahery}, J. A., \textsc{Sautner}, Z., and \textsc{Starks}, L. T. (2016). Behind the Scenes: The Corporate Governance Preferences of Institutional Investors. \textit{Journal of Finance}, 71(6), pp. 2905-2932.

\bibitem[McKinsey(2022)]{McKinsey-2022} McKinsey (2022). \textit{The Net-zero Transition --- What it Would Cost, What it Could Bring}. January 2022, 224 pages.

\bibitem[Meinshausen \textsl{et al.}(2011)]{Meinshausen-2011} \textsc{Meinshausen}, M., \textsc{Raper}, S. C. B., and \textsc{Wigley}, T. M. L. (2011). Emulating Coupled Atmosphere-Ocean and Carbon Cycle Models with a Simpler Model, MAGICC6 --- Part 1: Model Description and Calibration. \textit{Atmospheric Chemistry and Physics}, 11(4), pp. 1417-1456.

\bibitem[Menz(2010)]{Menz-2010} \textsc{Menz}, K. M. (2010). Corporate Social Responsibility: Is it Rewarded by the Corporate Bond Market? A Critical Note. \textit{Journal of Business Ethics}, 96(1), pp. 117-134.

\bibitem[Merlivat and Jouzel(1979)]{Merlivat-1979} \textsc{Merlivat}, L., and \textsc{Jouzel}, J. (1979). Global Climatic Interpretation of the Deuterium-Oxygen 18 Relationship for Precipitation. \textit{Journal of Geophysical Research: Oceans}, 84(C8), pp. 5029-5033.

\bibitem[Miller and Blair(2009)]{Miller-2009} \textsc{Miller}, R. E., and \textsc{Blair}, P. D. (2009). \textit{Input-output Analysis: Foundations and Extensions}. Second edition, Cambridge University Press.

\bibitem[Minx \textsl{et al.}(2009)]{Minx-2009} \textsc{Minx}, J. C., \textsc{Wiedmann}, T., \textsc{Wood}, R., ..., and \textsc{Ackerman}, F. (2009). Input-output Analysis and Carbon Footprinting: An Overview of Applications. \textit{Economic Systems Research}, 21(3), pp. 187-216.

\bibitem[Mintzberg(1983)]{Mintzberg-1983} \textsc{Mintzberg}, H. (1983). The Case for Corporate Social Responsibility. \textit{Journal of Business Strategy}, 4(2), pp. 3-13.

\bibitem[Minx \textsl{et al.}(2018)]{Minx-2018a} \textsc{Minx}, J. C., \textsc{Lamb}, W. F., \textsc{Callaghan}, M. W., ..., and \textsc{del} \textsc{Mar} \textsc{Zamora} \textsc{Dominguez}, M. (2018). Negative Emissions --- Part 1: Research Landscape and Synthesis. \textit{Environmental Research Letters}, 13(6), 063001, 29 pages.

\bibitem[Mitchell \textsl{et al.}(1997)]{Mitchell-1997} \textsc{Mitchell}, R. K., \textsc{Agle}, B. R., and \textsc{Wood}, D. J. (1997). Toward a Theory of Stakeholder Identification and Salience: Defining the Principle of Who and What Really Counts. \textit{Academy of Management Review}, 22(4), pp. 853-886.

\bibitem[Moler and Van Loan(2003)]{Moler-2003} \textsc{Moler}, C., and \textsc{Van Loan}, C.F. (2003). Nineteen Dubious Ways to Compute the Exponential of a Matrix, Twenty-Five Years Later. \textit{SIAM Review}, 45(1), pp. 3-49.

\bibitem[Moody's(2020)]{Moodys-2022} Moodys' (2022). Sovereign Default and Recovery Rates, 1983-2021. \textit{Report}, April.

\bibitem[Moore \textsl{et al.}(2018)]{Moore-2018} \textsc{Moore}, F. C., \textsc{Rising}, J., \textsc{Lollo}, N., ..., and \textsc{Anthoff}, D. (2018). Mimi-PAGE, An Open-source Implementation of the PAGE09 Integrated Assessment Model. \textit{Scientific Data}, 5, 180187.

\bibitem[Moore \textsl{et al.}(2022)]{Moore-2022} \textsc{Moore}, G. W. K., \textsc{V\aa ge}, K., \textsc{Renfrew}, I. A., and \textsc{Pickart}, R. S. (2022). Sea-ice Retreat Suggests Re-organization of Water Mass Transformation in the Nordic and Barents Seas. \textit{Nature Communications}, 13(67), 8 pages.

\bibitem[Morice \textsl{et al.}(2021)]{Morice-2021} \textsc{Morice}, C. P., \textsc{Kennedy}, J. J., \textsc{Rayner}, N. A., ..., and \textsc{Simpson}, I. R. (2021). An Updated Assessment of Near-surface Temperature Change from 1850: The HadCRUT5 Data Set. \textit{Journal of Geophysical Research: Atmospheres}, 126(3), 2019JD032361, 28 pages.

\bibitem[Moskowitz(1972)]{Moskowitz-1972} \textsc{Moskowitz}, M. (1972). Choosing Socially Responsible Stocks. \textit{Business and Society Review}, 1(1), pp. 71-75.

\bibitem[MSCI(2020)]{MSCI-2020} MSCI (2020). MSCI ESG Ratings Methodology. \textit{Methodology Document}, April.

\bibitem[MSCI(2022)]{MSCI-2022} MSCI (2022). MSCI ESG Ratings Methodology. \textit{Executive Summary}, June.

\bibitem[Murphy(1985)]{Murphy-1985} \textsc{Murphy}, K. J. (1985). Corporate Performance and Managerial Remuneration: An Empirical Analysis. \textit{Journal of Accounting and Economics}, 7(1-3), pp. 11-42.

\bibitem[National Academies of Sciences, Engineering, and Medicine(2019)]{NASEM-2019} National Academies of Sciences, Engineering, and Medicine (2019). \textit{Negative Emissions Technologies and Reliable Sequestration: A Research Agenda}. The National Academy Press, 510 pages.

\bibitem[NBIM(2020)]{NBIM-2020} NBIM (2020). Shareholder Voting Process --- Asset Management Perspective. \textit{Report}, March.

\bibitem[Nelsen(2006)]{Nelsen-2006} \textsc{Nelsen}, R. B. (2006). \textit{An Introduction to Copulas}. Second edition, Springer.

\bibitem[Nemet \textsl{et al.}(2018)]{Minx-2018c} \textsc{Nemet}, G. F., \textsc{Callaghan}, M. W., \textsc{Creutzig}, F., ..., and \textsc{Smith}, P. (2018). Negative Emissions --- Part 3: Innovation and Upscaling. \textit{Environmental Research Letters}, 13(6), 063003, 31 pages.

\bibitem[Newbold and Marten(2014)]{Newbold-2014} \textsc{Newbold}, S. C., and \textsc{Marten}, A. L. (2014). The Value of Information for Integrated Assessment Models of Climate Change. \textit{Journal of Environmental Economics and Management}, 68(1), pp. 111-123.

\bibitem[NGFS(2022)]{NGFS-2022} NGFS (2022). NGFS Scenarios for Central Banks and Supervisors. \textit{Report}, September.

\bibitem[Nordhaus(1977)]{Nordhaus-1977} \textsc{Nordhaus}, W. D. (1977). Economic Growth and Climate: the Carbon Dioxide Problem. \textit{American Economic Review}, 67(1), pp. 341-346.

\bibitem[Nordhaus(1992)]{Nordhaus-1992} \textsc{Nordhaus}, W. D. (1992). An Optimal Transition Path for Controlling Greenhouse Gases. \textit{Science}, 258(5086), pp. 1315-1319.

\bibitem[Nordhaus(2007)]{Nordhaus-2007} \textsc{Nordhaus}, W. D. (2007). A Review of the Stern Review on the Economics of Climate Change. \textit{Journal of Economic Literature}, 45(3), pp. 686-702.

\bibitem[Nordhaus(2008)]{Nordhaus-2008} \textsc{Nordhaus}, W. D. (2008). \textit{A Question of Balance: Weighing the Options on Global Warming Policies}. Yale University Press.

\bibitem[Nordhaus(2017a)]{Nordhaus-2017a} \textsc{Nordhaus}, W. D. (2017a). Revisiting the Social Cost of Carbon. \textit{Proceedings of the National Academy of Sciences}, 114(7), pp. 1518-1523.

\bibitem[Nordhaus(2017b)]{Nordhaus-2017b} \textsc{Nordhaus}, W. D. (2017b). Integrated Assessment Models of Climate Change. \textit{NBER Reporter}, 3, September, pp. 16-20.

\bibitem[Nordhaus(2018a)]{Nordhaus-2018a} \textsc{Nordhaus}, W. D. (2018a). Evolution of Modeling of the Economics of Global Warming: Changes in the DICE Model, 1992-2017. \textit{Climatic Change}, 148(4), pp. 623-640.

\bibitem[Nordhaus(2018b)]{Nordhaus-2018b} \textsc{Nordhaus}, W. D. (2018b). Projections and Uncertainties about Climate Change in An Era of Minimal Climate Policies. \textit{American Economic Journal: Economic Policy}, 10(3), pp. 333-360.

\bibitem[Nordhaus(2019)]{Nordhaus-2019} \textsc{Nordhaus}, W. D. (2019). \textit{Climate Change: The Ultimate Challenge for Economics}. \textit{American Economic Review}, 109(6), pp. 1991-2014.

\bibitem[Nordhaus and Boyer(2000)]{Nordhaus-2000} \textsc{Nordhaus}, W. D., and \textsc{Boyer}, J. (2000). \textit{Warming the World: Economic Models of Global Warming}. MIT Press.

\bibitem[Nordhaus and Sztorc(2013)]{Nordhaus-2013} \textsc{Nordhaus}, W. D., and \textsc{Sztorc}, P. (2013). \textit{DICE 2013R: Introduction and User's Manual}. Yale University, Second Edition, October.

\bibitem[Nordhaus and Yang(1996)]{Nordhaus-1996} \textsc{Nordhaus}, W. D., and \textsc{Yang}, Z. (1996). A Regional Dynamic General-equilibrium Model of Alternative Climate-change Strategies. \textit{American Economic Review}, 86(4), pp. 741-765.

\bibitem[Norris(1997)]{Norris-1997} \textsc{Norris}, J. R. (1997). \textit{Markov Chains}. Cambridge Series in Statistical and Probabilistic Mathematics, Cambridge University Press.

\bibitem[North Greenland Ice Core Project members(2004)]{NGRIP-2004} North Greenland Ice Core Project members (2004). High-resolution Record of Northern Hemisphere Climate Extending into the Last Interglacial Period. \textit{Nature}, 431(7005), pp. 147-151.

\bibitem[O'Neill \textsl{et al.}(2014)]{ONeill-2014} \textsc{O'Neill}, B. C., \textsc{Kriegler}, E., \textsc{Riahi}, K., \textsc{Ebi}, K. L., \textsc{Hallegatte}, S., \textsc{Carter}, T. R., \textsc{Mathur}, R., and \textsc{Van Vuuren}, D. P. (2014). A New Scenario Framework for Climate Change Research: The Concept of Shared Socioeconomic Pathways. \textit{Climatic Change}, 122, pp. 387-400.

\bibitem[O'Neill \textsl{et al.}(2017)]{ONeill-2017} \textsc{O'Neill}, B. C., \textsc{Kriegler}, E., \textsc{Ebi}, K. L., ..., and \textsc{Solecki}, W. (2017). The Roads Ahead: Narratives for Shared Socioeconomic Pathways Describing World Futures in the 21st Century. \textit{Global Environmental Change}, 42, pp. 169-180.

\bibitem[ORSE(2001)]{ORSE-2001} Observatoire de la Responsabilit\'e Soci\'etale des Entreprises (2001). Guide des Organismes d'Analyse Soci\'etale et Environnementale. \textit{Report}, October.

\bibitem[ORSE(2007)]{ORSE-2007} Observatoire de la Responsabilit\'e Soci\'etale des Entreprises (2007). Guide to Sustainability Analysis Organisations --- Profiles. \textit{Report}, December.

\bibitem[Ohlmann \textsl{et al.}(2019)]{Ohlmann-2019} \textsc{Ohlmann}, M., \textsc{Miele}, V., \textsc{Dray}, S., \textsc{Chalmandrier}, L., \textsc{O'connor}, L., and \textsc{Thuiller}, W. (2019). Diversity Indices for Ecological Networks: A Unifying Framework using Hill Numbers. \textit{Ecology letters}, 22(4), pp. 737-747.

\bibitem[Oikonomou \textsl{et al.}(2014)]{Oikonomou-2014} \textsc{Oikonomou}, I., \textsc{Brooks}, C., and \textsc{Pavelin}, S. (2014). The Effects of Corporate Social Performance on the Cost of Corporate Debt and Credit Ratings. \textit{Financial Review}, 49(1), pp. 49-75.

\bibitem[Orlitzky \textsl{et al.}(2003)]{Orlitzky-2003} \textsc{Orlitzky}, M., \textsc{Schmidt}, F. L., and \textsc{Rynes}, S. L. (2003). Corporate Social and Financial Performance: A Meta-analysis. \textit{Organization Studies}, 24(3), pp. 403-441.

\bibitem[Ortiz and Jackson(2022)]{Ortiz-2022} \textsc{Ortiz}, J. D., and \textsc{Jackson}, R. (2022). Understanding Eunice Foote's 1856 Experiments: Heat Absorption by Atmospheric Gases. \textit{Notes and Records}, 76(1), pp. 67-84.

\bibitem[P\'astor \textsl{et al.}(2021)]{Pastor-2021} \textsc{P\'astor}, L., \textsc{Stambaugh}, R. F., and \textsc{Taylor}, L. A. (2021). Sustainable Investing in Equilibrium. \textit{Journal of Financial Economics}, 142(2), pp. 550-571.

\bibitem[P\'astor \textsl{et al.}(2022)]{Pastor-2022} \textsc{P\'astor}, L., \textsc{Stambaugh}, R. F., and \textsc{Taylor}, L. A. (2022). Dissecting Green Returns. \textit{Journal of Financial Economics}, 146(2), pp. 403-424.

\bibitem[Pausata \textsl{et al.}(2020)]{Pausata-2020} \textsc{Pausata}, F. S. R., \textsc{Gaetani}, M., \textsc{Messori}, G., \textsc{Berg}, A., \textsc{de} \textsc{Souza}, D. M., \textsc{Sage}, R. F., and \textsc{DeMenocal}, P. B. (2020). The Greening of the Sahara: Past Changes and Future Implications. \textit{One Earth}, 2(3), pp. 235-250.

\bibitem[Pedersen \textsl{et al.}(2021)]{Pedersen-2021} \textsc{Pedersen}, L. H., \textsc{Fitzgibbons}, S., and \textsc{Pomorski}, L. (2021). Responsible Investing: The ESG-Efficient Frontier. \textit{Journal of Financial Economics}, 142(2), pp. 572-597.

\bibitem[Pereira \textsl{et al.}(2019)]{Pereira-2019} \textsc{Pereira}, P., \textsc{Cortez}, M. C., and \textsc{Silva}, F. (2019). Socially Responsible Investing and the Performance of Eurozone Corporate Bond Portfolios. \textit{Corporate Social Responsibility and Environmental Management}, 26(6), pp. 1407-1422.

\bibitem[Parrenin \textsl{et al.}(2007)]{Parrenin-2007} \textsc{Parrenin}, F., \textsc{Barnola}, J. M., \textsc{Beer}, J., ..., and \textsc{Wolff}, E. (2007). The EDC3 Chronology for the EPICA Dome C Ice Core. \textit{Climate of the Past}, 3(3), pp. 485-497.

\bibitem[Perrin and Roncalli(2020)]{Perrin-2020} \textsc{Perrin}, S., and \textsc{Roncalli}, T. (2020). Machine Learning Optimization Algorithms \& Portfolio Allocation. In Jurczenko, E. (Ed.), \textit{ Machine Learning for Asset Management: New Developments and Financial Applications}, Chapter 8, Wiley, pp. 261-328.

\bibitem[Peters and Hertwich(2008)]{Peters-2008} \textsc{Peters}, G. P., and \textsc{Hertwich}, E. G. (2008). \COtwo\ Embodied in International Trade with Implications for Global Climate Policy. \textit{Environmental Science \& Technology}, 42(5), pp. 1401-1407.

\bibitem[Peters \textsl{et al.}(2011)]{Peters-2011} \textsc{Peters}, G. P., \textsc{Minx}, J. C., \textsc{Weber}, C. L., and \textsc{Edenhofer}, O. (2011). Growth in Emission Transfers via International Trade from 1990 to 2008. \textit{Proceedings of the National Academy of Sciences}, 108(21), pp. 8903-8908.

\bibitem[Petit \textsl{et al.}(1999)]{Petit-1999} \textsc{Petit}, J. R., \textsc{Jouzel}, J., \textsc{Raynaud}, D., ..., and \textsc{Stievenard}, M. (1999). Climate and Atmospheric History of the Past 420,000 Years from the Vostok Ice Core, Antarctica. \textit{Nature}, 399(6735), pp. 429-436.

\bibitem[Phillips(1956)]{Phillips-1956} \textsc{Phillips}, N. A. (1956). The General Circulation of the Atmosphere: A Numerical Experiment. \textit{Quarterly Journal of the Royal Meteorological Society}, 82(352), pp. 123-164.

\bibitem[Pindyck(2012)]{Pindyck-2012} \textsc{Pindyck}, R. S. (2012). Uncertain Outcomes and Climate Change Policy. \textit{Journal of Environmental Economics and Management}, 63(3), pp. 289-303.

\bibitem[Pindyck(2013)]{Pindyck-2013} \textsc{Pindyck}, R. S. (2013). Climate Change Policy: What Do the Models Tell Us?. \textit{Journal of Economic Literature}, 51(3), pp. 860-872.

\bibitem[Pindyck(2017)]{Pindyck-2017} \textsc{Pindyck}, R. S. (2017). The Use and Misuse of Models for Climate Policy. \textit{Review of Environmental Economics and Policy}, 11(1), pp. 100-114.

\bibitem[Plass(1956)]{Plass-1956} \textsc{Plass}, G. N. (1956). The Carbon Dioxide Theory of Climatic Change. \textit{Tellus}, 8(2), pp. 140-154.

\bibitem[Polbennikov \textsl{et al.}(2016)]{Polbennikov-2016} \textsc{Polbennikov}, S., \textsc{Descl\'ee}, A., \textsc{Dynkin}, L., and \textsc{Maitra}, A. (2016). ESG Ratings and Performance of Corporate Bonds. \textit{Journal of Fixed Income}, 26(1), pp. 21-41.

\bibitem[Popp(2004)]{Popp-2004} \textsc{Popp}, D. (2004). ENTICE: Endogenous Technological Change in the DICE Model of Global Warming. \textit{Journal of Environmental Economics and Management}, 48(1), pp. 742-768.

\bibitem[Pottier \textsl{et al.}(2015)]{Pottier-2015} \textsc{Pottier}, A., \textsc{Espagne}, E., \textsc{Perrissin} \textsc{Fabert}, B., and \textsc{Dumas}, P. (2015). The Comparative Impact of Integrated Assessment Models' Structures on Optimal Mitigation Policies. \textit{Environmental Modeling \& Assessment}, 20, pp. 453-473.

\bibitem[Pouillet(1838)]{Pouillet-1838} \textsc{Pouillet}, C. (1838). \textit{M\'emoire sur la chaleur solaire, sur les pouvoirs rayonnants et absorbants de l'air atmosph\'erique et sur la temp\'erature de l'espace}. Bachelier, Paris.

\bibitem[Powers(2011)]{Powers-2011} \textsc{Powers}, D. M. (2011). Evaluation: From Precision, Recall and F-measure to ROC, Informedness, Markedness and Correlation. \textit{Journal of Machine Learning Technologies}, 2(1), pp 37-63.

\bibitem[PRI(2019a)]{PRI-2019a} Principles for Responsible Investment (2019a). A Practical Guide to ESG integration in Sovereign Debt. \textit{Report}, August.

\bibitem[PRI(2019b)]{PRI-2019b} Principles for Responsible Investment (2019b). Active Owenership 2.0: The Evolution Stewardship Urgently Needs. \textit{Report}, November.

\bibitem[PRI(2020)]{PRI-2020} Principles for Responsible Investment (2020). Screening. \textit{An Introduction to Responsible Investment}, May.

\bibitem[PRI(2021a)]{PRI-2021a} Principles for Responsible Investment (2021a). Stewardship. \textit{An Introduction to Responsible Investment}, February.

\bibitem[PRI(2021b)]{PRI-2021b} Principles for Responsible Investment (2021b). Making Voting Count. \textit{Report}, March.

\bibitem[PRI(2022a)]{PRI-2022a} Principles for Responsible Investment (2022a). Discussing Divestment: Developing an Approach when Pursuing Sustainability Outcomes in Listed Equities. \textit{Report}, April.

\bibitem[PRI(2022b)]{PRI-2022b} Principles for Responsible Investment (2022b). PRI's Regulation Database. \textit{Database}, Q1 2022.

\bibitem[Ramanathan(1975)]{Ramanathan-1975} \textsc{Ramanathan}, V. (1975). Greenhouse Effect Due to Chlorofluorocarbons: Climatic Implications. \textit{Science}, 190(4209), pp. 50-52.

\bibitem[Ramanathan \textsl{et al.}(1985)]{Ramanathan-1985} \textsc{Ramanathan}, V., \textsc{Cicerone}, R. J., \textsc{Singh}, H. B., and \textsc{Kiehl}, J. T. (1985). Trace Gas Trends and Their Potential Role in Climate Change. \textit{Journal of Geophysical Research: Atmospheres}, 90(D3), pp. 5547-5566.

\bibitem[Rao \textsl{et al.}(2019)]{Rao-2019} \textsc{Rao}, N. D., \textsc{Sauer}, P., \textsc{Gidden}, M., and \textsc{Riahi}, K. (2019). Income Inequality Projections for the Shared Socioeconomic Pathways (SSPs). \textit{Futures}, 105, pp. 27-39.

\bibitem[Raupach \textsl{et al.}(2007)]{Raupach-2007} \textsc{Raupach}, M. R., \textsc{Marland}, G., \textsc{Ciais}, P., \textsc{Le Qu\'er\'e}, C., \textsc{Canadell}, J. G., \textsc{Klepper}, G., and \textsc{Field}, C. B. (2007). Global and Regional Drivers of Accelerating \COtwo\ Emissions. \textit{Proceedings of the National Academy of Sciences}, 104(24), pp. 10288-10293.

\bibitem[RBB Economics(2014)]{RBB-2014} RBB Economics (2014). Cost Pass-through: Theory, Measurement, and Potential Policy Implications. \textit{A Report prepared for the Office of Fair Trading}, February.

\bibitem[Refinitiv(2022)]{Refinitiv-2022} Refinitiv (2022). Environmental, Social and Governance Scores from Refinitiv. \textit{Report}, May.

\bibitem[RepRisk(2022)]{RepRisk-2022} RepRisk (2022). RepRisk Methodology Overview. \textit{Report}, July.

\bibitem[Revelle and Suess(1957)]{Revelle-1957} \textsc{Revelle}, R., and \textsc{Suess}, H. E. (1957). Carbon Dioxide Exchange between Atmosphere and Ocean and the Question of an Increase of Atmospheric \COtwo\ during the Past Decades. \textit{Tellus}, 9(1), pp. 18-27.

\bibitem[Riahi \textsl{et al.}(2017)]{Riahi-2017} \textsc{Riahi}, K., \textsc{Van Vuuren}, D. P., \textsc{Kriegler}, E., ..., and \textsc{Tavoni}, M. (2017). The Shared Socioeconomic Pathways and Their Energy, Land Use, and Greenhouse Gas Emissions Implications: An Overview. \textit{Global Environmental Change}, 42, pp. 153-168.

\bibitem[Richardson \textsl{et al.}(2023)]{Richardson-2023} \textsc{Richardson}, K., \textsc{Steffen}, W., \textsc{Lucht}, W., ..., and \textsc{Rockstr\"om}, J. (2023). Earth Beyond Six of Nine Planetary Boundaries. \textit{Science Advances}, 9(37), eadh2458, 16 pages.

\bibitem[Richardson(1922)]{Richardson-1922} \textsc{Richardson}, L. F. (1922). \textit{Weather Prediction by Numerical Process}. Cambridge University Press.

\bibitem[Richters \textsl{et al.}(2022)]{Richters-2022} \textsc{Richters}, O., \textsc{Bertram}, C., \textsc{Kriegler}, E., ..., and \textsc{Zwerling}, M. (2022). NGFS Climate Scenario Database. \textit{Technical Documentation}, V3.1, November.

\bibitem[Ritchie \textsl{et al.}(2021)]{Ritchie-2021} \textsc{Ritchie}, P. D., \textsc{Clarke}, J. J., \textsc{Cox}, P. M., and \textsc{Huntingford}, C. (2021). Overshooting Tipping Point Thresholds in A Changing Climate. \textit{Nature}, 592(7855), pp. 517-523.

\bibitem[Rockstr\"om \textsl{et al.}(2009)]{Rockstrom-2009} \textsc{Rockstr\"om}, J., \textsc{Steffen}, W., \textsc{Noone}, K., ..., and \textsc{Foley}, J. (2009). A Safe Operating Space for Humanity. \textit{Nature}, 461(7263), pp. 472-475.

\bibitem[Rohde and Hausfather(2020)]{Rohde-2020} \textsc{Rohde}, R. A., and \textsc{Hausfather}, Z. (2020). The Berkeley Earth Land/Ocean Temperature Record. \textit{Earth System Science Data}, 12(4), pp. 3469-3479.

\bibitem[Roll(1992)]{Roll-1992} \textsc{Roll}, R. (1992). A Mean/Variance Analysis of Tracking Error. \textit{Journal of Portfolio Management}, 18(4), pp. 13-22.

\bibitem[Roncalli(2013)]{Roncalli-2013} \textsc{Roncalli}, T. (2013). \textit{Introduction to Risk Parity and Budgeting}. Chapman and Hall/CRC Financial Mathematics Series.

\bibitem[Roncalli(2017)]{Roncalli-2017} \textsc{Roncalli}, T. (2017). Alternative Risk Premia: What Do We Know?. in Jurczenko, E. (Ed.), \textit{Factor Investing: From Traditional to Alternative Risk Premia}, Elsevier.

\bibitem[Roncalli(2020a)]{Roncalli-2020a} \textsc{Roncalli}, T. (2020a). \textit{Handbook of Financial Risk Management}. Chapman and Hall/CRC Financial Mathematics Series.

\bibitem[Roncalli(2020b)]{Roncalli-2020b} \textsc{Roncalli}, T. (2020b). ESG \& Factor Investing: A New Stage has been Reached. \textit{Amundi Viewpoint}, May.

\bibitem[Roncalli \textsl{et al.}(2020)]{Theo-2020} \textsc{Roncalli}, T., \textsc{Le Guenedal}, T., \textsc{Lepetit}, F., \textsc{Roncalli}, T., and \textsc{Sekine}, T. (2020). Measuring and Managing Carbon Risk in Investment Portfolios. \textit{arXiv}, 2008.13198.

\bibitem[Rosati \textsl{et al.}(2022)]{Rosati-2022} \textsc{Rosati}, B., \textsc{Moote}, K., \textsc{Kumar}, R., and \textsc{Maiolo}, M. (2022). A Look Back at the 2022 Proxy Season. \textit{Report}, Georgeson LLC.

\bibitem[Rose \textsl{et al.}(2017a)]{Rose-2017a} \textsc{Rose}, S. K., \textsc{Diaz}, D. B., and \textsc{Blanford}, G. J. (2017a). Understanding the Social Cost of Carbon: A Model Diagnostic and Inter-comparison Study. \textit{Climate Change Economics}, 8(02), 1750009.

\bibitem[Rose \textsl{et al.}(2017b)]{Rose-2017b} \textsc{Rose}, S. K., \textsc{Diaz}, D. B., and \textsc{Blanford}, G. J. (2017b). Understanding the Social Cost of Carbon: A Model Diagnostic and Inter-comparison Study: Supplementary Material. Available at \url{https://doi.org/10.1142/S2010007817500099}.

\bibitem[Ross(1976)]{Ross-1976} \textsc{Ross}, S. (1976). The Arbitrage Theory of Capital Asset Pricing. \textit{Journal of Economic Theory}, 13(3), pp. 341-360.

\bibitem[R\"ossler(1976)]{Rossler-1976} \textsc{R\"ossler}, O. E. (1976). An Equation for Continuous Chaos. \textit{Physics Letters A}, 57(5), pp. 397-398.

\bibitem[Royer \textsl{et al.}(2004)]{Royer-2004} \textsc{Royer}, D. L., \textsc{Berner}, R. A., \textsc{Montañez}, I. P., \textsc{Tabor}, N. J., and \textsc{Beerling}, D. J. (2004). CO$_{2}$ as a Primary Driver of Phanerozoic Climate. \textit{GSA Today}, 14(3), pp. 4-10.

\bibitem[Rudd(1979)]{Rudd-1979} \textsc{Rudd}, A. (1979). Divestment of South African Equities: How Risky?. \textit{Journal of Portfolio Management}, 5(3), pp. 5-10.

\bibitem[Russell(2023)]{Russell-2023} \textsc{Russell}, S. (2023). Estimating and Reporting the Comparative Emissions Impacts of Products. World Resources Institute, \textit{Working Paper}, 26 pages.

\bibitem[Sachs \textsl{et al.}(2022)]{Sachs-2022} \textsc{Sachs}, J. D., \textsc{Lafortune}, G., \textsc{Kroll}, G., \textsc{Fuller}, G. and \textsc{Woelm}, F. (2022). From Crisis to Sustainable Development: the SDGs as Roadmap to 2030 and Beyond. \textit{Sustainable Development Report 2022}, Cambride University Press.

\bibitem[S{\ae}tra(2022)]{Saetra-2022} \textsc{S{\ae}tra}, H. S. (2021). A Framework for Evaluating and Disclosing the ESG Related Impacts of AI with the SDGs. \textit{Sustainability}, 13(15), 8503.

\bibitem[Sagan(1986)]{Sagan-1986} \textsc{Sagan}, C. (1986). \textit{Dragons of Eden: Speculations on the Evolution of Human Intelligence}. Ballantine Books.

\bibitem[Sassi \textsl{et al.}(2010)]{Sassi-2010} \textsc{Sassi}, O., \textsc{Crassous}, R., \textsc{Hourcade}, J-C., \textsc{Gitz}, V., \textsc{Waisman}, H-D., and \textsc{Guivarch}, C. (2010). IMACLIM-R: A Modelling Framework to Simulate Sustainable Development Pathways. \textit{International Journal of Global Environmental Issues}, 10 (1-2), pp. 5-24.

\bibitem[Sautel \textsl{et al.}(2022)]{Sautel-2022} \textsc{Sautel}, O., \textsc{Mini}, C., \textsc{Bailly}, H., and \textsc{Dieye}, R. (2022). \textit{La tarification du carbone et ses r\'epercussions. Exposition sectorielle au surco\^{u}t carbone.} Les Notes de La Fabrique, Presses des Mines.

\bibitem[Schuur \textsl{et al.}(2015)]{Schuur-2015} \textsc{Schuur}, E. A. G., \textsc{McGuire}, A. D., \textsc{Sch\"adel}, C., ..., and \textsc{Vonk}, J. E. (2015). Climate Change and the Permafrost Carbon Feedback. \textit{Nature}, 520(7546), pp. 171-179.

\bibitem[Schweizer and Wolff(1981)]{Schweizer-1981} \textsc{Schweizer}, B., and \textsc{Wolff}, E. F. (1981). On Nonparametric Measures of Dependence for Random Variables. \textit{Annals of Statistics}, 9(4), pp. 879-885.

\bibitem[Sellers(1969)]{Sellers-1969} \textsc{Sellers}, W. D. (1969). A Global Climatic Model based on the Energy Balance of the Earth-atmosphere System. \textit{Journal of Applied Meteorology and Climatology}, 8(3), pp. 392-400.

\bibitem[Semet \textsl{et al.}(2021)]{Semet-2021} \textsc{Semet}, R., \textsc{Roncalli}, T., and \textsc{Stagnol}, L. (2021). ESG and Sovereign Risk: What is Priced in by the Bond Market and Credit Rating Agencies?. \textit{SSRN}, 3940945.

\bibitem[Senkowski and McKenney(1999)]{Senkowski-1999} \textsc{Senkowski}, C. K., and \textsc{McKenney}, M. G. (1999). Trauma Scoring Systems: A Review. \textit{Journal of the American College of Surgeons}, 189(5), pp. 491-503.

\bibitem[ShareAction(2019)]{ShareAction-2019} ShareAction (2019). Voting Matters --- Are Asset Managers using their Proxy Votes for Climate Action?. \textit{Rankings\& Surveys}, November.

\bibitem[ShareAction(2020)]{ShareAction-2020} ShareAction (2020). Voting Matters 2020 --- Are Asset Managers using their Proxy Votes for Action on Climate and Social Issues?. \textit{Rankings \& Surveys}, December.

\bibitem[ShareAction(2021)]{ShareAction-2021} ShareAction (2021). Voting Matters 2021 --- Are Asset Managers using their Proxy Votes for Action on Climate and Social Issues?. \textit{Rankings \& Surveys}, December.

\bibitem[ShareAction(2023)]{ShareAction-2022} ShareAction (2023). Voting Matters 2022. \textit{Rankings \& Surveys}, January.

\bibitem[Sharpe(1964)]{Sharpe-1964} \textsc{Sharpe}, W. F. (1964). Capital Asset Prices: A Theory of Market Equilibrium under Conditions of Risk. \textit{Journal of Finance}, 19(3), pp. 425-442.

\bibitem[Shepherd \textsl{et al.}(2020)]{Shepherd-2020} \textsc{Shepherd}, A., \textsc{Ivins}, E., \textsc{Rignot}, E., and the IMBIE team (2020). Mass Balance of the Greenland Ice Sheet from 1992 to 2018. \textit{Nature}, 579(7798), pp. 233-239.

\bibitem[Sherwood \textsl{et al.}(2020)]{Sherwood-2020} \textsc{Sherwood}, S. C., \textsc{Webb}, M. J., \textsc{Annan}, J. D., ..., and \textsc{Zelinka}, M. D. (2020). An Assessment of Earth's Climate Sensitivity using Multiple Lines of Evidence. \textit{Reviews of Geophysics}, 58(4), 2019RG000678, 92 pages.

\bibitem[Shields and Veizer(2002)]{Shields-2002} \textsc{Shields}, G., and \textsc{Veizer}, J. (2002). Precambrian Marine Carbonate Isotope Database: Version 1.1. G$^{3}$: Geochemistry, Geophysics, Geosystems, 3(6), pp. 1-12.

\bibitem[Shine \textsl{et al.}(2005)]{Shine-2005} \textsc{Shine}, K. P., \textsc{Fuglestvedt}, J. S., \textsc{Hailemariam}, K., and \textsc{Stuber}, N. (2005). Alternatives to the Global Warming Potential for Comparing Climate Impacts of Emissions of Greenhouse Gases. \textit{Climatic Change}, 68(3), pp. 281-302.

\bibitem[Sklar(1959)]{Sklar-1959} \textsc{Sklar}, A. (1959). Fonctions de R\'{e}partition \`{a} $n$ Dimensions et leurs Marges. \textit{Publications de l'Institut de Statistique de l'Universit\'e de Paris}, 8(1), pp. 229-231.

\bibitem[S\&P Dow Jones Indices(2022)]{SnP-2022} S\&P Dow Jones Indices (2022). S\&P DJI ESG Score. \textit{Methodology}, May.

\bibitem[Stanton(2011)]{Stanton-2011} \textsc{Stanton}, E. A. (2011). Negishi Welfare Weights in Integrated Assessment Models: The Mathematics of Global Inequality. \textit{Climatic Change}, 107(3-4), pp. 417-432.

\bibitem[Steffen \textsl{et al.}(2015)]{Steffen-2015} \textsc{Steffen}, W., \textsc{Richardson}, K., \textsc{Rockstr\"om}, J., ..., and \textsc{S\"orlin}, S. (2015). Planetary Boundaries: Guiding Human Development on a Changing Planet. \textit{Science}, 347(6223), pp. 736 \& 1259855 (10 pages).

\bibitem[Steffen \textsl{et al.}(2018)]{Steffen-2018} \textsc{Steffen}, W., \textsc{Rockstr\"om}, J., \textsc{Richardson}, K., ..., and \textsc{Schellnhuber}, H. J. (2018). Trajectories of the Earth System in the Anthropocene. \textit{Proceedings of the National Academy of Sciences}, 115(33), pp. 8252-8259.

\bibitem[Stehfest \textsl{et al.}(2014)]{Stehfest-2014} \textsc{Stehfest}, E., \textsc{van} \textsc{Vuuren}, D. P., \textsc{Kram}, T., and \textsc{Bouwman}, L. (2014), \textit{Integrated Assessment of Global Environmental Change with IMAGE 3.0: Model Description and Policy Applications}. Netherlands Environmental Assessment Agency.

\bibitem[Stephens \textsl{et al.}(2015)]{Stephens-2015} \textsc{Stephens}, G. L., \textsc{O'Brien}, D., \textsc{Webster}, P. J., \textsc{Pilewski}, P., \textsc{Kato}, S., \& \textsc{Li}, J.-L. (2015). The Albedo of Earth. \textit{Reviews of Geophysics}, 53(1), pp. 141-163.

\bibitem[Stephenson and Stengel(2020)]{Stephenson-2020} \textsc{Stephenson}, P. J., and \textsc{Stengel}, C. (2020). An Inventory of Biodiversity Data Sources for Conservation Monitoring. \textit{PloS One}, 15(12), e0242923.

\bibitem[Stern(2007)]{Stern-2007} \textsc{Stern}, N. (2007). \textit{The Economics of Climate Change: The Stern Review}. Cambridge University Press.

\bibitem[Stern and Taylor(2007)]{Stern-2007b} \textsc{Stern}, N., and \textsc{Taylor}, C. (2007). Climate Change: Risk, Ethics, and the Stern Review. \textit{Science}, 317(5835), pp. 203-204.

\bibitem[Stokes \textsl{et al.}(2022)]{Stokes-2022} \textsc{Stokes}, C. R., \textsc{Abram}, N. J., \textsc{Bentley}, M. J., ..., and \textsc{Whitehouse}, P. L. (2022). Response of the East Antarctic Ice Sheet to Past and Future Climate Change. \textit{Nature}, 608(7922), pp. 275-286.

\bibitem[Strogatz(2015)]{Strogatz-2015} \textsc{Strogatz}, S. H. (2015). \textit{Nonlinear Dynamics and Chaos: With Applications to Physics, Biology. Chemistry, and Engineering}. Westview Press, Second Edition, 528 pages.

\bibitem[Tang and Zhang(2020)]{Tang-2020} \textsc{Tang}, D. Y., and \textsc{Zhang}, Y. (2020). Do Shareholders Benefit from Green Bonds?. \textit{Journal of Corporate Finance}, 61, 101427.

\bibitem[Tanzer and Ram\'irez(2019)]{Tanzer-2019} \textsc{Tanzer}, S. E., and \textsc{Ram\'irez}, A. (2019). When Are Negative Emissions Negative Emissions?. \textit{Energy \& Environmental Science}, 12(4), pp. 1210-1218.

\bibitem[TCFD(2017)]{TCFD-2017} Task Force on Climate Related Financial Disclosures (2017). Recommendations of the Task Force on Climate-related Financial Disclosures. \textit{Final Report}, June.

\bibitem[TCFD(2021a)]{TCFD-2021a} Task Force on Climate Related Financial Disclosures (2021a). Implementing the Recommendations of the Task Force on Climate-related Financial Disclosures. \textit{Implementation Guidance}, October.

\bibitem[TCFD(2021b)]{TCFD-2021b} Task Force on Climate Related Financial Disclosures (2021b). Guidance on Metrics, Targets, and Transition Plans. \textit{Implementation Guidance}, October.

\bibitem[TCFD(2022)]{TCFD-2022} Task Force on Climate Related Financial Disclosures (2022). 2022 Status Report. \textit{Status Report}, October.

\bibitem[TEG(2019a)]{TEG-2019a} Technical Expert Group on Sustainable Finance (2019a). TEG Final Report on Climate Benchmarks and Benchmarks' ESG Disclosures. \textit{Report}, September.

\bibitem[TEG(2019b)]{TEG-2019b} Technical Expert Group on Sustainable Finance (2019b). Handbook of Climate Transition Benchmarks, Paris-Aligned Benchmarks and Benchmarks' ESG Disclosures. \textit{Report}, December.

\bibitem[TEG(2020)]{TEG-2020} Technical Expert Group on Sustainable Finance (2020). TEG Final Report on the EU Taxonomy. \textit{Report}, March.

\bibitem[Terlouw \textsl{et al.}(2021)]{Terlouw-2021} \textsc{Terlouw}, T., \textsc{Bauer}, C., \textsc{Rosa}, L., and \textsc{Mazzotti}, M. (2021). Life Cycle Assessment of Carbon Dioxide Removal Technologies: A Critical Review. \textit{Energy \& Environmental Science}, 14(4), pp. 1701-1721.

\bibitem[Thornhill \textsl{et al.}(2021)]{Thornhill-2021} \textsc{Thornhill}, G. D., \textsc{Collins}, W. J., \textsc{Kramer}, R. J., ..., and \textsc{Zhang}, J. (2021). Effective Radiative Forcing from Emissions of Reactive Gases and Aerosols --- A Multi-model Comparison. \textit{Atmospheric Chemistry and Physics}, 21(2), pp. 853-874.

\bibitem[Tibshirani(1996)]{Tibshirani-1996} \textsc{Tibshirani}, R. (1996). Regression Shrinkage and Selection via the Lasso. \textit{Journal of the Royal Statistical Society B}, 58(1), pp. 267-288.

\bibitem[Timmer \textsl{et al.}(2015)]{Timmer-2015} \textsc{Timmer}, M. P., \textsc{Dietzenbacher}, E., \textsc{Los}, B., \textsc{Stehrer}, R., and \textsc{De Vries}, G. J. (2015). An Illustrated User Guide to the World Input-Output Database: The Case of Global Automotive Production. \textit{Review of International Economics}, 23(3), pp. 575-605.

\bibitem[Tobin(1958)]{Tobin-1958} \textsc{Tobin} J. (1958). Liquidity Preference as Behavior Towards Risk. \textit{Review of Economic Studies}, 25(2), pp. 65-86.

\bibitem[Tol(1997)]{Tol-1997} \textsc{Tol}, R. S. J. (1997). On the Optimal Control of Carbon Dioxide Emissions: An Application of FUND. \textit{Environmental Modeling \& Assessment}, 2, pp. 151-163.

\bibitem[Tol(2022)]{Tol-2022} \textsc{Tol}, R. S. J. (2022). A Meta-analysis of the Total Economic Impact of Climate Change. \textit{arXiv}, 2207.12199.

\bibitem[Tonello(2022)]{Tonello-2022} \textsc{Tonello}, M. (2022). Shareholder Voting Trends (2018-2022). \textit{Report}, The Conference Board.

\bibitem[Townsend(2020)]{Townsend-2020} \textsc{Townsend}, B. (2020). From SRI to ESG: The Origins of Socially Responsible and Sustainable Investing. \textit{Journal of Impact and ESG Investing}, 1(1), pp. 10-25.

\bibitem[Trenberth \textsl{et al.}(2009)]{Trenberth-2009} \textsc{Trenberth}, K. E., \textsc{Fasullo}, J. T., and \textsc{Kiehl}, J. T. (2009). Earth's Global Energy Budget. \textit{Bulletin of the American Meteorological Society}, 90(3), pp. 311-324.

\bibitem[Turner \textsl{et al.}(2007)]{Turner-2007} \textsc{Turner}, K., \textsc{Lenzen}, M., \textsc{Wiedmann}, T., and \textsc{Barrett}, J. (2007). Examining the Global Environmental Impact of Regional Consumption Activities --- Part 1: A Technical Note on Combining Input-output and Ecological Footprint Analysis. \textit{Ecological Economics}, 62(1), pp. 37-44.

\bibitem[Tyndall(1861)]{Tyndall-1861} \textsc{Tyndall}, J. (1861). On the Absorption and Radiation of Heat by Gases and Vapours, and on the Physical Connexion of Radiation, Absorption, and Conduction --- The Bakerian Lecture. \textit{The London, Edinburgh, and Dublin Philosophical Magazine and Journal of Science}, 22(146), pp. 169-194.

\bibitem[UNECE(2022)]{UNECE-2022} United Nations Economic Commission for Europe (2022). Carbon Neutrality in the UNECE Region: Integrated Life-cycle Assessment of Electricity Sources. \textit{Report}, April.

\bibitem[UNEP(2022)]{UNEP-2022} United Nations Environment Program (2022). Advancing Delivery on Decarbonisation Targets. \textit{Second Progress Report}, September.

\bibitem[Vance(1975)]{Vance-1975} \textsc{Vance}, S. C. (1975). Are Socially Responsible Corporations Good Investment Risks. \textit{Management Review}, 64(8), pp. 19-24.

\bibitem[Van Loan(1978)]{Van-Loan-1978} \textsc{Van Loan}, C. F. (1978). Computing Integrals Involving the Matrix Exponential. \textit{IEEE Transactions on Automatic Control}, 23(3), pp. 395-404.

\bibitem[Veizer \textsl{et al.}(1999)]{Veizer-1999} \textsc{Veizer}, J., \textsc{Ala}, D., \textsc{Azmy}, K., ..., and \textsc{Strauss}, H. (1999). $^{87}\mathrm{Sr}/^{86}\mathrm{Sr}$, $\delta ^{13}\mathrm{C}$ and $\delta ^{18}\mathrm{O}$ Evolution of Phanerozoic Seawater. \textit{Chemical Geology}, 161(1-3), pp. 59-88.

\bibitem[Veizer \textsl{et al.}(2000)]{Veizer-2000} \textsc{Veizer}, J., \textsc{Godderis}, Y., and \textsc{François}, L. M. (2000). Evidence for Decoupling of Atmospheric CO2 and Global Climate during the Phanerozoic Eon. \textit{Nature}, 408(6813), pp. 698-701.

\bibitem[Ven\aa l\aa inen \textsl{et al.}(2020)]{Venalainen-2020} \textsc{Ven\aa l\aa inen}, A., \textsc{Lehtonen}, I., \textsc{Laapas}, M., \textsc{Ruosteenoja}, K., \textsc{Tikkanen}, O. P., \textsc{Viiri}, H., \textsc{Ikonen}, V. P., and \textsc{Peltola}, H. (2020). Climate Change Induces Multiple Risks to Boreal Forests and Forestry in Finland: A Literature Review. \textit{Global Change Biology}, 26(8), pp. 4178-4196.

\bibitem[Vose \textsl{et al.}(2021)]{Vose-2021} \textsc{Vose}, R. S., \textsc{Huang}, B., \textsc{Yin}, X., ..., and \textsc{Zhang}, H. M. (2021). Implementing Full Spatial Coverage in NOAA's Global Temperature Analysis. \textit{Geophysical Research Letters}, 48(4), 2020GL090873.

\bibitem[Wackernagel and Rees(1996)]{Wackernagel-1996} \textsc{Wackernagel}, M., and \textsc{Rees}, W. (1996). \textit{Our Ecological Footprint: Reducing Human Impact on the Earth}. New Society Publishers.

\bibitem[Wagner and Weitzman(2015)]{Wagner-2015} \textsc{Wagner}, G., and \textsc{Weitzman}, M. L. (2015). \textit{Climate Shock: The Economic Consequences of a Hotter Planet}. Princeton University Press.

\bibitem[Waters(2016)]{Waters-2016} \textsc{Waters}, C. N., \textsc{Zalasiewicz}, J., \textsc{Summerhayes}, ..., and \textsc{Wolfe}, A. P. (2016). The Anthropocene is Functionally and Stratigraphically Distinct from the Holocene. \textit{Science}, 351(6269), page 137.

\bibitem[Weart(2023)]{Weart-2023} \textsc{Weart}, S. (2023). \textit{The Discovery of Global Warming}. American Institute of Physics, \url{https://history.aip.org/climate/index.htm}.

\bibitem[Weitzman(2007)]{Weitzman-2007} \textsc{Weitzman}, M. L. (2007). A Review of the Stern Review on the Economics of Climate Change. \textit{Journal of Economic Literature}, 45(3), pp. 703-724.

\bibitem[Weitzman(2009)]{Weitzman-2009} \textsc{Weitzman}, M. L. (2009). On Modeling and Interpreting the Economics of Catastrophic Climate Change. \textit{Review of Economics and Statistics}, 91(1), pp. 1-19.

\bibitem[Weitzman(2010)]{Weitzman-2010} \textsc{Weitzman}, M. L. (2010). What is the \textquotedblleft Damages Function\textquotedblright\ for Global Warming --- And What Difference Might it Make?. \textit{Climate Change Economics}, 1(1), pp. 57-69.

\bibitem[Weitzman(2012)]{Weitzman-2012} \textsc{Weitzman}, M. L. (2012). GHG Targets as Insurance against Catastrophic Climate Damages. \textit{Journal of Public Economic Theory}, 14(2), pp. 221-244.

\bibitem[Westveer \textsl{et al.}(2022)]{Westveer-2022} \textsc{Westveer}, J., \textsc{Freeman}, R., \textsc{McRae}, L., \textsc{Marconi}, V., \textsc{Almond}, R. E. A., and \textsc{Grooten}, M. (2022). A Deep Dive into the Living Planet Index. \textit{Technical Report}, WWF.

\bibitem[WCW(2004)]{WCW-2004} Who Cares Wins (2004). Connecting Financial Markets to a Changing World. \textit{Conference Report}, December.

\bibitem[WCW(2005)]{WCW-2005} Who Cares Wins (2005). Investing for Long-Term Value --- Integrating Environmental, Social and Governance Value Drivers in Asset Management and Financial Research. \textit{Conference Report}, October.

\bibitem[Wiedmann(2009)]{Wiedmann-2009} \textsc{Wiedmann}, T. (2009). A Review of Recent Multi-region Input-output Models used for Consumption-based Emission and Resource Accounting. \textit{Ecological Economics}, 69(2), pp. 211-222.

\bibitem[Wiedmann \textsl{et al.}(2007)]{Wiedmann-2007} \textsc{Wiedmann}, T., \textsc{Lenzen}, M., \textsc{Turner}, K., and \textsc{Barrett}, J. (2007). Examining the Global Environmental Impact of Regional Consumption Activities --- Part 2: Review of Input-output Models for the Assessment of Environmental Impacts Embodied in Trade. \textit{Ecological Economics}, 61(1), pp. 15-26.

\bibitem[Wiedmann and Minx(2008)]{Wiedmann-2008} \textsc{Wiedmann}, T., and \textsc{Minx}, J. (2008). A Definition of \textquoteleft Carbon Footprint\textquoteright. In Pertsova, C. C., \textit{Ecological Economics Research Trends}, Chapter 1, pp. 1-11, Nova Science Publishers.

\bibitem[Williamson(1970)]{Williamson-1970} \textsc{Williamson}, O. E. (1970). \textit{Corporate Control and Business Behavior}. Prentice-Hall.

\bibitem[Wood(1991)]{Wood-1991} \textsc{Wood}, D. J. (1991). Corporate Social Performance Revisited. \textit{Academy of Management Review}, 16(4), pp. 691-718.

\bibitem[World Meteorological Organization(1982)]{WMO-1982} World Meteorological Organization (1982). Meeting of Experts on Potential Climatic Effects of Ozone and Other Minor Trace Gases (13-17 September 1982). \textit{Report (GORMP)}, 14, 35 pages.

\bibitem[Wunderling \textsl{et al.}(2021)]{Wunderling-2021} \textsc{Wunderling}, N., \textsc{Donges}, J. F., \textsc{Kurths}, J., and \textsc{Winkelmann}, R. (2021). Interacting Tipping Elements Increase Risk of Climate Domino Effects under Global Warming. \textit{Earth System Dynamics}, 12(2), pp. 601-619.

\bibitem[Yamano and Guilhoto(2020)]{Yamano-2020} \textsc{Yamano}, N., and \textsc{Guilhoto}, J. J. M. (2020). \COtwo\ Emissions Embodied in International Trade and Domestic Final Demand: Methodology and Results using the OECD Inter-Country Input-Output Database. \textit{OECD Working Paper}, 2020/11, 55 pages.

\bibitem[Yuan \textsl{et al.}(2020)]{Yuan-2020} \textsc{Yuan}, Y., \textsc{Lu}, L. Y., \textsc{Tian}, G., and \textsc{Yu}, Y. (2020). Business Strategy and Corporate Social Responsibility. \textit{Journal of Business Ethics}, 162(2), pp. 359-377.

\bibitem[Zachos \textsl{et al.}(2008)]{Zachos-2008} \textsc{Zachos}, J. C., \textsc{Dickens}, G. R., and \textsc{Zeebe}, R. E. (2008). An Early Cenozoic Perspective on Greenhouse Warming and Carbon-cycle Dynamics. \textit{Nature}, 451(7176), pp. 279-283.

\bibitem[Zachos \textsl{et al.}(2001)]{Zachos-2001} \textsc{Zachos}, J., \textsc{Pagani}, M., \textsc{Sloan}, L., \textsc{Thomas}, E., and \textsc{Billups}, K. (2001). Trends, Rhythms, and Aberrations in Global Climate 65 Ma to Present. \textit{Science}, 292(5517), pp. 686-693.

\bibitem[Zerbib(2019)]{Zerbib-2019} \textsc{Zerbib}, O. D. (2019). The Effect of Pro-environmental Preferences on Bond Prices: Evidence from Green Bonds. \textit{Journal of Banking \& Finance}, 98, pp. 39-60.

\bibitem[Zerbib(2022)]{Zerbib-2022} \textsc{Zerbib}, O. D. (2022). A Sustainable Capital Asset Pricing Model (S-CAPM): Evidence from Environmental Integration and Sin Stock Exclusion. \textit{Review of Finance}, 26(6), pp. 1345-1388.