Forward hedging under price and production risk of wheat

This paper estimates optimal hedging ratios for a Finnish spring wheat producer under price and yield uncertainty. The contract available for hedging fixes the price and quantity at the time of sowing for a delivery at harvest. Autoregressive models are used to obtain point forecasts for the conditi...

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Bibliographic Details
Main Authors: X. LIU, K. PIETOLA
Format: Article
Language:English
Published: Scientific Agricultural Society of Finland 2008-12-01
Series:Agricultural and Food Science
Online Access:https://journal.fi/afs/article/view/5803
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author X. LIU
K. PIETOLA
author_facet X. LIU
K. PIETOLA
author_sort X. LIU
collection DOAJ
description This paper estimates optimal hedging ratios for a Finnish spring wheat producer under price and yield uncertainty. The contract available for hedging fixes the price and quantity at the time of sowing for a delivery at harvest. Autoregressive models are used to obtain point forecasts for the conditional mean price and price volatility at harvest. Expected yield and yield volatility are estimated from the field experiment data. A range of coefficients of absolute risk aversion are used in the computations. The results suggest that yield volatility is large and it dominates the price volatility in the optimal hedging decisions of the Finnish wheat producers. The point estimate for the price and yield correlation is negative and has a large magnitude. Thus, a negative correlation between the price and the yield, as signalled by the point estimate, will decrease the optimal hedging ratio since the Finnish farmers do not have access to selling put options when they enter in a forward contract.;
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spelling doaj.art-5a9f01ac6db04726ac5ee1b97b16ff692022-12-22T03:22:00ZengScientific Agricultural Society of FinlandAgricultural and Food Science1459-60671795-18952008-12-01142Forward hedging under price and production risk of wheatX. LIUK. PIETOLAThis paper estimates optimal hedging ratios for a Finnish spring wheat producer under price and yield uncertainty. The contract available for hedging fixes the price and quantity at the time of sowing for a delivery at harvest. Autoregressive models are used to obtain point forecasts for the conditional mean price and price volatility at harvest. Expected yield and yield volatility are estimated from the field experiment data. A range of coefficients of absolute risk aversion are used in the computations. The results suggest that yield volatility is large and it dominates the price volatility in the optimal hedging decisions of the Finnish wheat producers. The point estimate for the price and yield correlation is negative and has a large magnitude. Thus, a negative correlation between the price and the yield, as signalled by the point estimate, will decrease the optimal hedging ratio since the Finnish farmers do not have access to selling put options when they enter in a forward contract.;https://journal.fi/afs/article/view/5803
spellingShingle X. LIU
K. PIETOLA
Forward hedging under price and production risk of wheat
Agricultural and Food Science
title Forward hedging under price and production risk of wheat
title_full Forward hedging under price and production risk of wheat
title_fullStr Forward hedging under price and production risk of wheat
title_full_unstemmed Forward hedging under price and production risk of wheat
title_short Forward hedging under price and production risk of wheat
title_sort forward hedging under price and production risk of wheat
url https://journal.fi/afs/article/view/5803
work_keys_str_mv AT xliu forwardhedgingunderpriceandproductionriskofwheat
AT kpietola forwardhedgingunderpriceandproductionriskofwheat