“…Oil markets provide a natural application of network models due to their highly interconnected nature (Economou et al, 2017). Multiple approaches have been proposed to the use of network models in oil markets, either isolating the production-only relationships and providing a dynamic representation of production-driven linkages (Rousan et al, 2018), or providing a fuller picture of the micro-level relationships, but offering only a static approach to their linkages (Espinasa et al, 2017).…”
Section: Introductionmentioning
confidence: 99%
“…As discussed in Espinasa et al (2017), production of oil consists of several steps: exploration, drilling, extraction, and commercialization. When demand for oil increases and prices rise, the supply chain responds by increasing exploration efforts and drilling activity, which is followed by increased production levels.…”
Section: Introductionmentioning
confidence: 99%
“…The approach proposed in this paper builds on Rousan et al (2018) (multi-country, single-layer) and Espinasa et al (2017) (multi-layer, single country), yet it differs from those two constrained perspectives of the linkage exploration problem by providing a dynamic,…”
Section: Introductionmentioning
confidence: 99%
“…Electronic copy available at: https://ssrn.com/abstract=3263535 yet complete network representation of the linkages across (and while controlling for) a wider set of relevant factors identified at the micro level. This study also contributes to the recent and expanding stream of literature on applied network econometrics (Diebold and Yilmaz, 2014), by adapting Bayesian graphical model for SVAR processes Ahelegbey et al (2016a) to the expanded oil network structure studied in (Espinasa et al, 2017), leading to jointly estimating the shape of the world oil network. Also the findings in this paper are not feasible with the aforementioned approaches, as some dynamic linkages occur at the inter-factor level.…”
mentioning
confidence: 98%
“…A multi-layer, multi-country network is extracted through a novel Bayesian graphical vector autoregressive model, which allows for a more comprehensive, dynamic representation of the network linkages than traditional or static pairwise Granger-causal inference approaches. Building on the complementary strengths in Espinasa et al (2017) and Rousan et al (2018), the layers of the network include country-and region-specific oil production levels and rigs, both through simultaneous and lagged temporal dependences among key factors, while controlling for oil prices and a world economic activity index. The proposed approach extracts relationships across all variables through a dynamic, cross-regional network.…”
Summary
This manuscript proposes a new approach for unveiling existing linkages within the international oil market across multiple driving factors beyond production. A multilayer, multicountry network is extracted through a novel Bayesian graphical vector autoregressive model, which allows for a more comprehensive, dynamic representation of the network linkages than do traditional or static pairwise Granger-causal inference approaches. Building on previous work, the layers of the network include country- and region-specific oil production levels and rigs, both through simultaneous and lagged temporal dependences among key factors, while controlling for oil prices and a world economic activity index. The proposed approach extracts relationships across all variables through a dynamic, cross-regional network. This approach is highly scalable and adjusts for time-evolving linkages. The model outcome is a set of time-varying graphical networks that unveil both static representations of world oil linkages and variations in microeconomic relationships both within and between oil producers. An example is provided, illustrating the evolution of intra- and inter-regional relationships for two major interconnected oil producers: the United States, with a regional decomposition of its production and rig deployment, and the Arabian Peninsula and key Middle Eastern producers, with a country-based decomposition of production and rig deployment, while controlling for oil prices and global economic indices. Production is less affected by concurrent changes in oil prices and the overall economy than rigs. However, production is a lagged driver for prices, rather than rigs, which indicates that the linkage between rigs and production may not be fully accounted for in the markets.
“…Oil markets provide a natural application of network models due to their highly interconnected nature (Economou et al, 2017). Multiple approaches have been proposed to the use of network models in oil markets, either isolating the production-only relationships and providing a dynamic representation of production-driven linkages (Rousan et al, 2018), or providing a fuller picture of the micro-level relationships, but offering only a static approach to their linkages (Espinasa et al, 2017).…”
Section: Introductionmentioning
confidence: 99%
“…As discussed in Espinasa et al (2017), production of oil consists of several steps: exploration, drilling, extraction, and commercialization. When demand for oil increases and prices rise, the supply chain responds by increasing exploration efforts and drilling activity, which is followed by increased production levels.…”
Section: Introductionmentioning
confidence: 99%
“…The approach proposed in this paper builds on Rousan et al (2018) (multi-country, single-layer) and Espinasa et al (2017) (multi-layer, single country), yet it differs from those two constrained perspectives of the linkage exploration problem by providing a dynamic,…”
Section: Introductionmentioning
confidence: 99%
“…Electronic copy available at: https://ssrn.com/abstract=3263535 yet complete network representation of the linkages across (and while controlling for) a wider set of relevant factors identified at the micro level. This study also contributes to the recent and expanding stream of literature on applied network econometrics (Diebold and Yilmaz, 2014), by adapting Bayesian graphical model for SVAR processes Ahelegbey et al (2016a) to the expanded oil network structure studied in (Espinasa et al, 2017), leading to jointly estimating the shape of the world oil network. Also the findings in this paper are not feasible with the aforementioned approaches, as some dynamic linkages occur at the inter-factor level.…”
mentioning
confidence: 98%
“…A multi-layer, multi-country network is extracted through a novel Bayesian graphical vector autoregressive model, which allows for a more comprehensive, dynamic representation of the network linkages than traditional or static pairwise Granger-causal inference approaches. Building on the complementary strengths in Espinasa et al (2017) and Rousan et al (2018), the layers of the network include country-and region-specific oil production levels and rigs, both through simultaneous and lagged temporal dependences among key factors, while controlling for oil prices and a world economic activity index. The proposed approach extracts relationships across all variables through a dynamic, cross-regional network.…”
Summary
This manuscript proposes a new approach for unveiling existing linkages within the international oil market across multiple driving factors beyond production. A multilayer, multicountry network is extracted through a novel Bayesian graphical vector autoregressive model, which allows for a more comprehensive, dynamic representation of the network linkages than do traditional or static pairwise Granger-causal inference approaches. Building on previous work, the layers of the network include country- and region-specific oil production levels and rigs, both through simultaneous and lagged temporal dependences among key factors, while controlling for oil prices and a world economic activity index. The proposed approach extracts relationships across all variables through a dynamic, cross-regional network. This approach is highly scalable and adjusts for time-evolving linkages. The model outcome is a set of time-varying graphical networks that unveil both static representations of world oil linkages and variations in microeconomic relationships both within and between oil producers. An example is provided, illustrating the evolution of intra- and inter-regional relationships for two major interconnected oil producers: the United States, with a regional decomposition of its production and rig deployment, and the Arabian Peninsula and key Middle Eastern producers, with a country-based decomposition of production and rig deployment, while controlling for oil prices and global economic indices. Production is less affected by concurrent changes in oil prices and the overall economy than rigs. However, production is a lagged driver for prices, rather than rigs, which indicates that the linkage between rigs and production may not be fully accounted for in the markets.
Oil producers small enough to be price takers without barriers to investment or production should have reacted positively to the fourfold price increase after 2002. The seven largest Latin American oil producers reacted to this permanent price signal in different ways. Brazil, Colombia and Peru reacted positively, increasing investment and production. However, Argentina, Ecuador, Mexico and Venezuela did not react to the positive market signal, and instead paradoxically reduced oil production. We argue that these different responses among LA oil producers to the quantum leap in the price level over the last decade can be explained by differences in the institutional frameworks governing the oil sector in each country, and thus by each country's incentives to invest in response to changing price signals.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.