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Journal Article

Adapting long-lived investments under climate change uncertainty

Autoren

  • Eisenack
  • K.
  • Paschen
  • M.

Erscheinungsdatum

DOI

10.1016/j.jeem.2022.102743

JEL Classification

C61 D25 D81 Q54

Schlagworte

Irreversibilität

Lebensdauer

Optimales Anhalten

Robustheit

Stochastische dynamische Steuerung

Mehr zum Thema

Klima

Does climate change adaptation require that investments are designed to be more robust? What about when climate change is more uncertain? What if the climate changes faster? This decision problem is difficult if the design of the investments is irreversible for their lifetime, for instance, in the construction industry. We study an irreversible design decision when the investment starts, combined with an irreversible option to abandon. The design determines the investment’s robustness to sustain detrimental conditions. We find that for short-lived investments, optimal robustness decreases if the climate changes faster, and increases if uncertainty is higher. For long-lived investments, these effects reverse. This has implications for decision makers who plan infrastructure adaptation, for instance, that adverse climate change does not require more robust investments under the identified circumstances.

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