We analyze the optimal accumulation of renewable energy (backstop) generating capacity in a capital-energy economy with exhaustible fossil fuels. The analysis rests upon graphical illustrations of optimal control considerations. Due to the exhaustibility of fossil fuels the relative...

Consider a dynamic model with two countries or coalitions that consume and trade fossil fuel. A non-abating country owns the entire fuel stock and is not concerned about climate change, represented by a ceiling on the carbon dioxide concentration. The government of the other country implements...

In a two-period model with two groups of countries that extract, trade and consume fossil fuel, a climate coalition fights against climate damage by purchasing or leasing deposits to prevent their extraction, and seeks to manipulate the fuel prices in its favor. The deposit-purchase policy is...

The consequences of the 2ʿ C climate target and the implicitly imposed ceiling on CO2 have been analyzed in several studies. We use an endogenous rowth model with a ceiling and a carbon capture and storage (CCS) technology to study the effect of the ceiling on the allocation of limited funds...

We study the interaction of climate policies and investments into fossil and renewable energy generation capacity if policies are set by democratically elected governments and can lead to stranded assets. We develop an overlapping generations model, where elections determine carbon taxation and...

Campbell (1980) and following authors have disussed a limited resoure extration capacity as an augmentation of the well-known Hotelling model. We integrate a limited extraction capacity and related investments in the endogenous growth model of Tsur & Zemel (2005) to study its effect on economic...