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Volume 3 Number 1/2003
Published in March 2003 by the  Malaysian Palm Oil Board

TABLE OF CONTENTS

The Production Cost of Oil Palm Fresh Fruit Bunches: the Case of Independent Smallholders in Johor
by Azman Ismail; Mohd Arif Simeh and M Mohd Noor
Full text [PDF 165KB] Abstract

The Indonesian Palm Industry
by Colin Barlow; Zahari Zen and Ria Gondowarsito
Full text [PDF 161KB] Abstract

Zero Burning Techniques in Oil Palm Cultivation: an Economic Perspective
by M Mohd Noor 
Full text [PDF 176KB] Abstract

An Economic Perspective of Oil Extraction Rate in the Oil Palm Industry of Malaysia
by Chang, L C; Abdul Rahim Abdullah Sani and Zainon Basran
Full text [PDF 151KB] Abstract

Short-Term and Long-Term Projection of Malaysian Palm Oil Production
by Ramli Abdullah
Full text [PDF 131KB] Abstract


 
Comments & Feedbacks:
Oil Palm Industry Economic Journal is published twice a year
in September and March by the
Malaysian Palm Oil Board (MPOB)
http://mpob.gov.my

Views of writers expressed in this publication are not necessarily those of MPOB.

MPOB welcomes contributions and comments from all individuals and organizations.  Its inclusion is however, the prerogative of the Director-General of MPOB.

Contributions and comments should be addressed to :

Director-General
MPOB
P.O. Box 8073
46781 Kelana Jaya
Selangor
Malaysia

malek@mpob.gov.my

Material from this publication may be freely used or reproduced, provided the source of information is accurately recorded and acknowledgements made to the Malaysian Palm Oil Board

 

This online publication is electronically compiled by Palm Information Centre, MPOB
fatimah@mpob.gov.my


 
ABSTRACT
The Production Cost of Oil Palm Fresh Fruit Bunches: the Case of Independent Smallholders in Johor
Like in other perennial crops, the Malaysian oil palm smallholding sector can be broadly categorized into organized and independent smallholders. Despite the overall decline in oil palm smallholdings recently, there has been an expansion of the independent smallholders™ land from 287 000 ha in 1999 to 320 000 ha in 2000. However, due to the unorganized nature of the latter, updated data and information pertaining to the performance of such smallholdings are limited. This paper attempts to overview the economic performance of these smallholders based on a survey in Johor, which has the largest number of independent smallholders (45%) and the largest independent smallholdings (40%) in the country. The paper also discusses the production cost structures of the independent smallholders compared to their counterparts in the organized smallholder sector as well as with estates.

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The Indonesian Palm Industry
This paper reviews the past development and prospects in the 2000s of Indonesian oil palm production, noting the rapid expansion of the sector up to the late 1990s and fast growth of private estates and smallholdings. It examines the organization, performance and constraints of chief sub-sectors, indicating relatively low costs of production on estates and even lower costs on smallholdings. It considers the nucleus estate and plasma smallholding development as unexpectedly successful, despite needs for further improvement.
The paper views the main current constraints as scarce development capital, inefficient deployment of labour and other resources, poor technological levels, and problems over land acquisition and security. It nonetheless sees a slow improvement occurring, where this could be accelerated by government support with credit and extension, especially for smallholdings. Given such help, the industry should renew its expansion and become the world™s leading oil palm producer.

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Zero Burning Techniques in Oil Palm Cultivation: an Economic Perspective
Land clearing for oil palm cultivation used to be undertaken by the clean clearing method, which included burning and re-burning of biomass. The method pollutes the air and is costly to the society. The government of Malaysia had imposed a ban on open burning in 1998. A financial and economic analysis of various zero burning techniques of land clearing for oil palm cultivation indicated that the techniques bring higher return compared to the clean burn method. The benefits of the zero burning techniques, in addition to cost saving from pollution related problems, include faster returns, and savings in fertilizer input from nutrient recycling and soil preservation. Hence, in addition to abiding with the law, zero burning technique of land clearing earns additional financial and economic benefits.

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An Economic Perspective of Oil Extraction Rate in the Oil Palm Industry of Malaysia
The national average oil extraction rates (OER) in Malaysia since 1980 until 2002, have fluctuated from a low of 18.48% in 1982 to a high of 19.87% in 1987/1988, although many individual mills have obtained more than 20% OER.
In times of low prices of crude palm oil (CPO) as seen in the recent period of 2000/2001 and low yield productivity, producers are challenged to improve the performance of OER as this measurement is a management tool in assessing the profitability of a plantation enterprise.
Historical OERs for the past 10 years are used to estimate at the macro level, the quantity and value of CPO loss or gain, arising from the annual change of OER. The differentials of the annual OERs and the 20% benchmark OER are also used to estimate the loss in revenue, since until now, the benchmark OER of 20% has not been attained. The highest loss of CPO revenue amounted to about RM 255 million in 1999 arising from an annual change of minus 0.31% OER, whilst that arising from the differential of the OER in 1999 and the benchmark 20% OER, or a drop of 1.4%, amounted to an astounding RM 1.15 billion in a single year based on an average CPO price of RM 1449.50 in 1999.
If CPO is considered in the downstream processing, value adding that could have been achieved ranged from RM 21.53 to RM 54.66/t in the five-year period of 1997-2001

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Short-Term and Long-Term Projection of Malaysian Palm Oil Production

Forecasting is of fundamental importance in all of the sciences, including economics. As such, its accuracy is of obvious importance as the forecasts generated are normally being used as inputs to a decision-making process. Knowing this fact, most forecasters have been hard pressed to prepare the most realistic and accurate projections utilizing a variety of quantitative and subjective methodologies. Besides this concern and although it is extremely important to do their best to improve forecast accuracy, we must learn to accept the fact that forecast error is an unavoidable occurrence. Faced with this reality, the forecasters need to effectively capture, measure, report and utilize forecast error to its benefit. They will also keep on reviewing their models from which the forecasts are based on due to the ever changing environment and improving forecast accuracy through a variety of qualitative and quantitative techniques.

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