This paper examines convergence of carbon dioxide (CO2) emissions caused by oil combustion for a panel of 86 countries considering the importance of analyzing sub-periods separately. The investigation also points at the necessity of choosing a restricted global sample, which takes into account, for instance, that Eastern Bloc countries reacted differently to increasing world crude oil prices than the rest of the world. The analysis builds on examining the β-convergence hypothesis in a neoclassical growth model setting with additional control variables such as emissions from combustion of solid fuels. The results reveal evidence in support of unconditional β-convergence of CO2 emissions intensity due to oil combustion in the restricted sample for the sub-periods 1973–1979 and 1979–1991, while no evidence for convergence was found for the post-1991, pre-Kyoto period. We could not find support for coal substituting technologies.
This article provides historical account of wealth accumulation and composition in Sweden during the nineteenth and twentieth centuries. A detailed account on capital formation during the industrialisation process shows that produced capital grew faster than natural capital from the 1850s. Natural capital was changing from a predominance of forest towards crop land as the main asset in the early twentieth century. Produced capital was largely bounded in the agriculture sector up till the second half of the nineteenth century. Heavy investments in the infrastructure sector and later in the manufacturing section changed the produced capital structure and thereby lowered transport costs and return of investment in manufacturing and services; providing incentives for accumulating the stock of produced capital and enhance consumption and living standard. The return on capital was dispersed from the outset of the period but has converged over time.
In this article, new estimates of energy consumption in the Swedish manufacturing industry during 1800–1913 are used for interpreting the Swedish industrialisation process from an energy economic perspective. For one we conclude that the revision of previous estimates is substantial when it comes to manufacturing. Furthermore, we demonstrate that the increase of coal consumption, the expansion of the fossil or mineral energy system, to a high degree can be explained by the increased use of steam engines in manufacturing and the transport sector. Finally, we conclude that overall energy intensity patterns is largely determined by assumptions on household firewood consumption. A narrative interpretation of the interplay between energy system transformation and the industrialisation in Sweden concludes the article.
This article discusses the transformation from an organic to a mineral energy system from a Swedish historical perspective. Main arguments are that there was a dynamic interaction between the two systems during the Swedish industrialization process. For one, a diffusion of the mineral energy system contributed to opening previously inaccessible organic resources in the forest of northern Sweden. Secondly, the development of the pulp- and paper industry contributed to the switch from charcoal to coke in the iron industry. Thirdly, the development of hydropower, itself an organic source of energy, further contributed to the emergence of a mixed energy system. One can therefore see the Swedish transition from an organic to a mineral energy system as a shift from a traditional organic energy system to an industrialized organic energy system, which is to say an organic energy system which for its operation was depending on technologies and organizational structures of the mineral energy system.