How Commodity Price Curves and Inventories React to a Short-Run Scarcity Shock [electronic resource] / Nese Erbil.

By: Erbil, NeseContributor(s): Roache, Shaun KMaterial type: TextTextSeries: IMF Working Papers; Working Paper ; No. 10/222Publication details: Washington, D.C. : International Monetary Fund, 2010Description: 1 online resource (35 p.)ISBN: 1455208876 :ISSN: 1018-5941Subject(s): Asset Pricing | Contango | Futures Price | Futures Prices | General Equilibrium and Disequilibrium: General | InventoriesAdditional physical formats: Print Version:: How Commodity Price Curves and Inventories React to a Short-Run Scarcity ShockOnline resources: IMF e-Library | IMF Book Store Abstract: How does a commodity market adjust to a temporary scarcity shock which causes a shift in the slope of the futures price curve? We find long-run relationships between spot and futures prices, inventories and interest rates, which means that such shocks lead to an adjustment back towards a stable equilibrium. We find evidence that the adjustment is somewhat consistent with well-known theoretical models, such as Pindyck (2001); in other words, spot prices rise and then fall, while inventories are used to absorb the shock. Importantly, the pace and nature of the adjustment depends upon whether inventories were initially high or low, which introduces significant nonlinearities into the adjustment process.
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How does a commodity market adjust to a temporary scarcity shock which causes a shift in the slope of the futures price curve? We find long-run relationships between spot and futures prices, inventories and interest rates, which means that such shocks lead to an adjustment back towards a stable equilibrium. We find evidence that the adjustment is somewhat consistent with well-known theoretical models, such as Pindyck (2001); in other words, spot prices rise and then fall, while inventories are used to absorb the shock. Importantly, the pace and nature of the adjustment depends upon whether inventories were initially high or low, which introduces significant nonlinearities into the adjustment process.

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