PALMOILIS

PALMOILIS

PALMOILIS (PALM OIL INFORMATION ONLINE SERVICE) - A database on the intellectual capital of the Malaysian Palm Oil Board (MPOB) resulting from the R&D (Research & Development) findings and L&E (Licensing & Enforcement) activities of the Board

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Resource Library

Resource Library

Gathers, monitors and updates scientific and technical information on all aspect of palm oil - nutrition, palm oil in food and non-food applications and the impact of oil palm on the environment.  Also maintains a sizeable collection of books and references related to core research areas such as Biochemistry, Biology & Biotechnology, Chemistry & Chemical Engineering, Food Science, Pharmaceuticals, Cosmetics & Toiletries.

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Palmshoppe

Palmshoppe

The sales outlet for publications related to palm oil as well as palm based products and souvenirs and other collectible items.

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Galeri Sawit

Galeri Sawit

As a specialized science centre, the Galeri aims to provide comprehensive information on the evolution of the palm oil industry in Malaysia, focusing on the effects of research and development (R&D) on the agro-based and manufacturing industry related to processing of the oil palm.

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INFOCAFE

INFOCAFE

To quench their thirst, visitors and staffs can have their refreshments and meals at a cafeteria style outlet located at the Basement Level. Newspapers and light reading materials are offered as food for thoughts.

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LIST OF ARTICLES

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No: 64 (May 2012) p41-52
Food safety challenges in the Malaysian oil palm industry
TUAN FAUZAN Tuan Omar ; AINIE Kuntom ; MOHD MOKMIN Bahri

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Food safety challenges in the Malaysian oil palm industry

The issue of food safety is a major concern in the oil palm industry. Consumers today are more knowledgeable and aware of the paramount importance of food safety with regard to food intake. Their demand for safe food is to ensure their food is free from any contamination and is healthy to consume. Palm oil products as one of the raw materials in food must address these food safety challenges. These products must fulfil the food laws, acts, regulations and standards enforced by the authorities at both national and international levels so that they are accepted as food ingredients. It is the responsibility of the Malaysian palm oil industry to ensure that the processes used or applied do not compromise the food safety of the palm oil products. MPOB has a role to monitor and ensure that palm oil products can indeed address these food safety requirements.


Isu berkaitan dengan keselamatan makanan mendapat perhatian utama pada masa sekarang. Kesedaran masyarakat terhadap isu ini semakin meningkat dan pengguna semakin mendesak dalam memastikan bahan makanan yang diambil adalah bebas daripada sebarang pencemaran. Produk sawit yang merupakan salah satu daripada bahan makanan juga menghadapi isu tersebut. Produk sawit yang dihasilkan oleh industri sawit Malaysia mesti mematuhi undang-undang, akta, peraturan dan piawai yang dikuatkuasa sama ada di dalam atau di luar negara supaya produk tersebut boleh diterima sebagai bahan makanan. MPOB sebagai entiti yang menjagaindustri sawit Malaysia bertanggungjawab dalam mengendalikan isu keselamatan makanan yang dihadapi oleh industri sawit. Penubuhan Unit Keselamatan Makanan dan Kod Amalan Persijilan telah meningkatkan lagi peranan MPOB dalam menguruskan isu tersebut secara lebih berkesan.


Keyword(s): OIL PALM INDUSTRY-Malaysia ; FOOD SAFETY ; PALM OIL PRODUCTS ; FSCC (FOOD SAFETY AND CODE OF PRACTICE CERTIFICATION UNIT), MPOB ; MPOB PUBLICATION

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No: 64 (May 2012) p29-40
Pathogen interaction: towards understanding and controling basal stem rot in oil palm
NOOR AZMI Shaharuddin ** ; MOHAMAD ARIF Abd Manaf *

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Pathogen interaction: towards understanding and controling basal stem rot in oil palm

Ganoderma boninense has been identified as a ‘white rot’ pathogen that causes basal stem rot (BSR) disease in oil palm. In spite of numerous reports on the severity of BSR and its effect on the oil palm industry, no single treatment has effectively tackled the problem. Most control measures have to date continued to give variable and inconsistent results. The current major drawback in combating BSR in oil palm is the lack of sufficient information on the defining mode of action of the fungus and its relationship with oil palm. To gain a deeper insight into the Ganoderma-oil palm interaction, we review here some of the current knowledge in both the physical infection process and the molecular consequences, with reference to general interactions of other pathogenic species towards their host plants.


Ganoderma boninense telah dikenal pasti sebagai patogen ‘reput putih’ yang menyebabkan penyakit reput pangkal batang (RPB) sawit. Walaupun banyak laporan mengenai kemudaratan RPB dan kesannya pada industri sawit, namun tiada rawatan tunggal yang berkesan boleh menangani masalah tersebut. Kebanyakan langkah kawalan yang telah dilaksanakan kini tidak memberi keputusan yang konsisten. Kelemahan utama dalam memerangi RPB ialah kekurangan maklumat lengkap mengenai proses interaksi antara kulat patogen tersebut dan sawit. Untuk mendapatkan gambaran yang lebih menyeluruh, artikel ini mengupas secara terperinci proses fizikal dan molekular yang berlaku semasa infeksi, disulam dengan rujukan terhadap interaksi spesis patogenik yang lain.


Keyword(s): OIL PALM ; BASAL STEM ROT ; GANODERMA BONINENSE ; OIL PALM DISEASE ; MPOB PUBLICATION

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No: 64 (May 2012) p13-28
Methods towaards establishing oil palm haploid technology
MARIA Madon * ; CLYDE, M.M. ** ; AHMAD TARMIZI Hashim * ; AHMAD RAFDHI, M.H. ** ; AHAMAD TAJUDDIN, A **

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Methods towaards establishing oil palm haploid technology

Screening for natural haploids by flow cytometry and chromosome counts on 518 culled tissue culture plantlets and 13 twin germinated seeds yielded no haploids. In anther culture experiments, anthers bearing pollen mother cells (PMC) at the uninucleate and tetrad stages were collected and stored at 4oC for one, two, four, six, eight, 10 and 12 days to bring about stress for callus induction. In these experiments, anthers from dura and tenera palms were cultured on two types of media, namely, the modified N6 and, Murashige and Skoog (MS) media. Observations were made based on the qualitative responses of the anthers, and MS medium was found to be more suitable as N6 took 28 weeks to induce any response from the anthers. For dura anthers, the most positive response was obtained from anthers containing uninucleate PMC after four and 10 days of cold pre-treatment while for anthers containing tetrad PMC, the best responses were obtained after eight days of cold pre-treatment when cultured on N6 media. When cultured on modified MS induction media, the best response percentages were obtained from dura anthers containing uninucleate PMC after eight days of cold pre-treatment while anthers containing tetrad PMC showed the best response after four days of cold pre-treatment. Tenera anthers containing tetrad PMC showed the best response after six days of cold pre-treatment when cultured on MS induction media. An experiment was also conducted to determine suitable sucrose levels (3%, 6%, 9%, 12% and 15%) in modified MS media, and to observe the effect of orientation of the anthers bearing tetrad PMC (abaxial surface facing down or up) on callus induction response. It was observed that 3% sucrose and anthers cultured with the abaxial surface facing up are the most suitable conditions for oil palm anther culture. Microspore culture was carried out next as anther culture is very laborious. Various stress factors were used to induce the sporophytic pathway, these being: (1) cold shock, with male flowers incubated at 4oC for one and six days, (2) heat shock at 35°C, 38°C, 42°C and 46°C, (3) immersion of the flower buds in 0.3 M mannitol for one and six days, (4) combinations of 0.3 M mannitol with cold shock (at 4oC) and 0.3 M mannitol with heat shock (at 35oC) for one and six days, and finally (5) anti-tubulin pre-treatment of isolated microspores with 2.5 mg ml-1 colchicine or 50 ìg ml-1 oryzalin. These treatments were followedby culture in two types of media –modified MS media with 5 or 10 mg litre-1 NAA – at 27oC in the dark with continuous shaking. None of the stress factors was able to induce microspore embryogenesis in the oil palm microspores studied.

 

Penyaringan haploid sawit semula jadi telah dijalankan dengan menggunakan teknik sitometri aliran dan pengiraan kromosom ke atas 518 anak pokok kultur tisu sawit yang telah ditakai dan 13 biji benih cambah berkembar namun tiada haploid semula jadi ditemui. Untuk kajian kultur anter, anter yang mengandungi sel induk debunga (SID) pada peringkat uninukleat dan tetrad telah dieram pada suhu 4oC selama satu, dua, empat, enam, lapan, 10 dan 12 hari sebagai perlakuan tekanan bagi induksi kalus. Bagi kajian ini, anter dari dura dan tenera telah dikultur di atas dua jenis media iaitu media N6 dan Murashige dan Skoog (MS) yang telah diubah suai. Pencerapan telah dilakukan berdasarkan tindak balas kualitatif anter dan didapati media MS lebih bersesuaian kerana N6 mengambil masa 28 minggu untuk menghasilkan sebarang tindak balas. Bagi anter dura, tindak balas terbaik didapati daripada anter yang mengandungi SID peringkat uninukleat yang telah dieram selama empat dan 10 hari pada suhu 4oC manakala anter yang mengandungi SID peringkat tetrad, tindak balas terbaik didapati daripada anter yang telah dieram selama lapan hari pada suhu 4oC dan dikultur menggunakan media N6. Pengkulturan menggunakan media MS pula menunjukkan peratus tindak balas terbaik didapati daripada anter dura yang mengandungi SID peringkat uninukleat yang telah dieram selama lapan hari pada suhu sejuk manakala anter yang mengandungi SID tetrad menunjukkan tindak balas terbaik setelah pengeraman empat hari pada suhu sejuk. Anter tenera yang mengandungi SID peringkat tetrad menunjukkan tindak balas terbaik setelah enam hari pengeraman pada suhu sejuk dan dikultur atas media MS. Satu kajian juga dijalankan untuk mendapatkan tahap sukrosa yang sesuai (3%, 6%, 9%, 12% dan 15%) dalam media MS diubah suai dan juga orientasi anter (permukaan abaksial ke atas atau ke bawah) yang mengandungi SID peringkat tetrad ke atas respon induksi kalus. Peringkat sukrosa 3% dan anter yang dikultur dengan permukaan abaksial ke atas adalah yang paling sesuai untuk kultur anter sawit. Selanjutnya, kajian kultur mikrospora pula telah dilakukan memandangkan kajian kultur anter melibatkan langkah-langkah yang sukar dilakukan. Pelbagai faktor tekanan dilakukan untuk mengaruh laluan sporofitik mikrospora iaitu: (1) kejutan sejuk di mana bunga jantan telah dieram pada 4oC untuk satu dan enam hari, (2) kejutan haba pada 35oC, 38°C, 42°C dan 46°C, (3) pengeraman bunga jantan dalam larutan 0.3 M mannitol untuk satu dan enam hari, (4) kombinasi 0.3 M mannitol dengan kejutan sejuk (4oC) dan 0.3 M mannitol dengan kejutan haba (35oC) selama satu dan enam hari dan akhirnya (5) praperlakuan mikrospora dengan antitubulin 2.5 mg ml-1 kolkisin atau 50ìg ml-1 orizalin. Ini diikuti oleh pengkulturan didalam dua jenis media iaitu MS media dengan 5 atau 10 mg liter-1 NAA pada 27oC di dalam gelap dan dengan goyangan berterusan. Walau bagaimanapun, tiada faktor tekanan berjaya mendorong embriogenesis mikrospora sawit yang telah dikaji.


Keyword(s): OIL PALM ; BREEDING & GENETIC ; HYBRIDIZATION ; CHROMOSOME ; MPOB PUBLICATION

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No: 64 (May 2012) p1-12
Structure, roles, challenges and opportunities of the oil palm industry in Indonesia: the significance of oil palm smallholders
BAMBANG Dradjat

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Structure, roles, challenges and opportunities of the oil palm industry in Indonesia: the significance of oil palm smallholders

This article aims at: (1) to give wider and more in-depth information related to the structural development of the oil palm industry in Indonesia, (2) to explain the structure and socio-economic roles of the oil palm industry in Indonesia, (3) to explore the challenges encountered and emerging opportunities in recent and future development of the oil palm industry, and (4) to give emphasis to the future roles of the oil palm smallholders. A desk study was employed to search for previous findings and to gather other relevant information. The results show that the structure of the oil palm industry has changed historically since the era of colonialism. The traditional roles of the industry include various socio-economic contributions such as job opportunities, revenues for smallholders and oil palm companies, export earnings and tax revenue for the government, economic growth, and, more importantly poverty alleviation for the poor living in rural areas. Environment issues and social conflicts are among the challenges faced by the industry, whereas, the emerging issues relating to food, feed, fuel and fibre are among the opportunities potentially to be gained by the industry. Oil palm planting by smallholders to some extent has proven to contribute significantly to poverty alleviation as well as other socio-economic development. The smallholders are a part of the sustainable development of the oil palm industry. In response to the future dynamics of a strategic environment, there will be a need for an adjustment process in the Indonesian oil palm industry. While gaining from opportunities, the demands for social and environment protection should be internalized in the development of the oil palm industry. The development of smallholders should be part and parcel of the industry development otherwise the existing current issues will remain unchanged. The key to the implementation of sustainable development lies with the policies of the government of Indonesia towards sustainable development of the oil palm industry.

 

Artikel ini bertujuan untuk: (1) memberi maklumat yang lebih tepat dan mendalam mengenai struktur pembangunan industri sawit di Indonesia, (2) untuk menerangkan fungsi struktur dan sosio-ekonomi industri sawit di Indonesia, (3) untuk meneroka cabaran dan peluang baru yang bakal muncul pada masa kini dan akan datang dalam pembangunan industri sawit, dan (4) untuk memberi penekanan tentang kepentingan masa hadapan pekebun kecil sawit. Kajian dijalankan untuk mendapat maklumat tentang kajian yang dijalankan dahulu dan mengumpul maklumat yang berkaitan. Keputusan menunjukkan bahawa struktur indusri sawit telah berubah dari segi sejarahnya sejak era kolonialisme. Peranan tradisi industri merangkumi pelbagai sumbangan sosio-ekonomi seperti peluang pekerjaan, keuntungan kepada pekebun kecil dan syarikat sawit, pendapatan daripada eksport dan keuntungan cukai kepada kerajaan, pertumbuhan ekonomi dan yang paling penting dapat mengurangkan kadar kemiskinan di kawasan luar bandar. Isu alam sekitar dan konflik sosial adalah antara cabaran yang dihadapi oleh industri, manakala, isu-isu baru berkaitan dengan makanan, bekalan makanan, bahan api dan fiber adalah antara isu-isu yang berpotensi untuk dikembangkan oleh industri. Penglibatan pekebun kecil dalam industri sawit telah terbukti menyumbang kepada pengurangan kadar kemiskinan seiring dengan pembangunan sosioekonomi yang lain. Pekebun kecil merupakan salah satu bahagian penting dalam pembangunan industri sawit mampan. Sebagai tindak balas terhadap mewujudkan strategi persekitaran yang dinamik, industri sawit di Indonesia pada masa hadapan, perlu melaksanakan proses pelarasan. Dalam memenuhi peluang ini, permintaan terhadap perlindungan sosial dan persekitaran perlu dihayati dalam pembangunan industri minyak sawit. Pembangunan pekebun kecil perlu menjadi sebahagian daripada pembangunan industri, jika tidak, isu-isu semasa yang sedia ada akan kekal tidak berubah. Kunci kepada pelaksanaan pembangunan industri sawit mampan Indonesia bergantung pada dasar kerajaan Indonesia.


Keyword(s): OIL PALM & PALM OIL INDUSTRY-Indonesia ; SMALLHOLDERS ; OIL PALM -Cultivation ; MPOB PUBLICATIONS

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No: 63 (November 2011) p43-51
MPOB News
MPOB

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MPOB News

  • Briefing on the Oil Palm Industry and NKEA of the Palm Oil Sector
  • Dialogue between MPOB Chairman and Smallholders
  • Licensing of Palm Oil Transporters
  • Launching of Pusat Latihan Sawit Malaysia (PLASMA), Keratong
  • ...


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No: 63 (November 2011) p33-42
Palm-based polyols and polyurethanes: two decades of experience
HAZIMAH Abu Hassan * ; KOSHEELA DEVI, Poo Palam. * ; TUAN NOOR MAZNEE TUAN iSMAIL * ; MOHD. NORHISHAM Sattar * ; HOONG Seng Soi * ; YEONG, S.K. * ; SALMIAH Ahmad + ; OOI Tian Lye #

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Palm-based polyols and polyurethanes: two decades of experience

Emerging technological knowledge is leading into new ventures. One such of these is the conversion of vegetable oils to polymers to augment the use of petroleum products as the source of polymeric raw materials. Vegetable oils, such as palm oil and soyabean oil, now mainly used in the food industry, could offer alternative applications for the industry. Recent works have studied new routes for the synthesis of polymers from natural oils. These polymers are considered excellent renewable sources of raw materials for the manufacture of polyurethane (PU) components with hydroxyl groups. In addition, the transformations of double bonds of triglycerides to hydroxyls and their application in PU have been the subject of many studies. The Malaysian Palm Oil Board (MPOB) started producing polyols from palm oil in the early 1990s. However, the early methods of preparing polyols from the vegetable oils suffer from certain drawbacks. The polyols were very viscous and of high acidity. The viscosity affects process parameters during production of PU foams and the acidity would influence the overall formulation’s performance. Furthermore, many conventional methods of preparing polyols from vegetable oils do not produce polyols having a significant content of hydroxyl groups and with desirable viscosity. After gaining two decades of experience, MPOB is now in a better position to offer improved versions of palm-based polyols and they are suitable for various applications in the PU industry. This article discusses MPOB’s experiences in the past decades in exploiting biopolyols from palm oil.

Ilmu pengetahuan berasaskan teknologi akan sentiasa menerajui bidang penyelidikan ke era baru. Salah satu daripadanya ialah penggunaan minyak sayuran untuk menghasilkan polimer bagi memperluaskan sumber bahan asas polimer yang biasanya dihasilkan daripada bahan petroleum. Kini, minyak sayuran seperti minyak sawit dan minyak kacang soya yang biasanya digunakan dalam produk makanan merupakan alternative untuk mensintesis polimer daripada minyak asli berasaskan minyak sayuran. Ia dianggap sebagai sumber yang boleh diperbaharui dan terbaik untuk penghasilan komponen poliuretana (PU) dengan kehadiran kumpulan berfungsi hidroksil. Transformasi ikatan dubel dalam trigliserida kepada kumpulan berfungsi hidroksil dan penggunaannya dalam bidang PU telah menjadi tumpuan kajian masa kini. Lembaga Minyak Sawit Malaysia (MPOB) mula menerajui penghasilan poliol daripada minyak sawit pada awal tahun 1990-an. Keasidan yang tinggi boleh mempengaruhi pengeluaran poliol tersebut. Walau bagaimanapun, selepas dua dekad menimba pengalaman, kini MPOB bersedia menawarkan versi terkini poliol berasaskan sawit yang telah diperbaiki dengan pelbagai ciri-ciri yang dapat memenuhi keperluan industri PU dengan lebih meluas. Artikel ini membincangkan pengalaman MPOB selama dua dekad dalam membangunkan bio-poliol daripada minyak sawit.


Keyword(s): POLYOLS ; POLYURETHANES ; OLEOCHEMICALS ; FATTY ACID ; MPOB VIVA COMMITTEE MEETING ; MPOB PUBLICATIONS

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No: 63 (November 2011) p24-32
Pest management of bagworm in Southern Perak by aerial spraying with bacillus thuringiensis
MOHD MAZMIRA Mohd Masri ; SITI RAMLAH Ahmad Ali ; NAJIB, M.A. ; NORMAN Kamaruddin ; AHMAD KUSHAIRI Din ; MOHD BASRI Wahid

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Pest management of bagworm in Southern Perak by aerial spraying with bacillus thuringiensis

Aerial spraying with a Bacillus thuringiensis (Bt) product in Estate A resulted in 50% reduction of the Pteroma pendula population by 30 days after treatment (DAT). In Estate B, the bagworm population was completely under control whilst at Estate C, bagworm larval instars decreased by 90% from 0 to 30 DAT. The Bt aerial spray successfully reduced the bagworm population below the threshold of five bagworms per frond in Estates A and B. In Estate C which had a heavy and extensive outbreak, application of the Bt product successfully reduced the bagworm population but the period of application would have to be extended to bring the population below the threshold level. Implementation of the integrated pest management (IPM) system contributed to the successful control of bagworm outbreaks. The aerial spray using Bt had a synergistic effect with beneficial insects in the presence of beneficial plants, and provides longterm control of the bagworm.

Selepas semburan udara, populasi ulat bungkus di Ladang A menurun sebanyak 50% daripada lima larva/pelepah 0 hari selepas rawatan (HSR) ke 2.5 larva/pelepah (30 HSR). Di Ladang B pula, populasi ulat bungkus telah dikawal sepenuhnya manakala di Ladang C, populasi ulat bungkus menurun sebanyak 90% dari 412 larva/pelepah (0 HSR) ke 40 larva/pelepah (30 HSR). Semburan udara Bt telah berjaya mengurangkan populasi ulat bungkus di bawah nilai ambang di Ladang A dan Ladang B, berbeza dengan Ladang C disebabkan serangan ulat bungkus yang amat serius di lading tersebut. Aplikasi susulan semburan udara Bt di Ladang C perlu dijalankan bagi mengurangkan populasi ulat bungkus di bawah nilai ambang iaitu 5 per pelepah. Amalan sistem pengurusan perosak bersepadu yang lestari juga menyumbang kepada kejayaan program semburan udara Bt. Gandingan yang serasi di antara tanaman berfaedah, serangga bermanfaat dan Bt memastikan kawalan jangka panjang dan mengelakkan serangan ulat bungkus berulang.



Keyword(s): BACILLUS THURINGIENSIS ; BAGWORM ; PEST CONTROL ; FERTILISERS ; MPOB VIVA COMMITTEE MEETING ; MPOB PUBLICATIONS

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No: 63 (November 2011) p11-23
Characterisation of oil palm trunks and their holocellulose fibres for the manufacture of industrial commodities
KAMARUDIN Hasan * ; JAMALUDIN Kasim + ; ANIS Mokhtar * ; ASTIMAR Abdul Aziz *

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Characterisation of oil palm trunks and their holocellulose fibres for the manufacture of industrial commodities

A total of 12 felled oil palm trunks (OPT) of tenera variety were obtained from the Sungei Kahang Estate owned by Sayong Plantation Sendirian Berhad, located between latitudes N2° 12’ 24” to N2° 12’ 55” and longitudes E103° 30’ 59”to E103° 31’ 05”. The physical and mechanical properties of OPT and their respective single holocellulose fibres, each taken at different bole heights were analysed by using various analytical techniques. Based on the results, variations in relation to the distance between the bole position gave variation in the moisture content, basic density and flexural strength distributions. As for single holocellulose fibres, the distance between a bole length gave variation in fibre dimension, shape and mechanical properties. These results collectively should provide some insight to the understanding of the mechanism of seasoning deformation (such as twisting, honey-combing, surface checks and collapse), which when combined with corresponding changes in fibre structure may point the way forward to a satisfactory conversion and efficient utilisation of OPT for various enduses.

Sebanyak 12 batang sawit jenis tenera telah diperoleh dari Estet Sungei Kahang kepunyaan Syarikat Sayong Plantation Sendirian Berhad, yang terletak di antara latitud N2° 12’ 24” ke N2° 12’ 55” dan longitud E103° 30’ 59” ke E103° 31’ 05”.Ciri-ciri kekuatan batang sawit dan serat holoselulosa mengikut paras perbezaan pada ketinggian pokok telah dianalisis dengan menggunakan pelbagai teknik analitikal. Berdasarkan hasil kajian, pola pertaburan bagi kandungan lembapan, kadar ketumpatan asas dan kekuatan fleksural bagi batang sawit adalah berbeza di antara satu dengan yang lain mengikut kedudukan sampel yang diperoleh. Bagi holoselulosa pula, serat tersebut mempunyai bentuk dimensi, ukuran dan kekuatan mekanik yang berbeza mengikut paras ketinggian pokok. Secara kolektif, hasil kajian ini boleh digunakan sebagai panduan mengenai mekanisme kecacatan bahan semasa proses pengeringan (seperti terpiuh, rekahan sarang lebah, rekah permukaan dan pengecutan yang tidak selaras). Faktor ini apabila dihubungkaitkan dengan perubahan pada struktur serat holoselulosa dapat mempertingkatkan penggunaan batang sawit dalam pelbagai produk nilai bertambah secara berkesan.



Keyword(s): OIL PALM TRUNKS ; PLANT FIIBRES ; CELLULOSE ; OIL PALM PRESS FIBRE (OPPF) ; MPOB VIVA COMMITTEE MEETING ; MPOB PUBLICATIONS

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No: 63 (November 2011) p1-10
The potential means of biodiversity maintenance, conservation and enhancement in oil palm plantations
KHALID Haron ; CHAN Kok Weng

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The potential means of biodiversity maintenance, conservation and enhancement in oil palm plantations

Oil palm is one of the world’s most rapidly expanding crops mainly planted in the equatorial belt. The two largest oil palm-producing countries – Indonesia and Malaysia – are located in Southeast Asia, a region with numerous endemic and forest-dwelling species. As such, the potential impact of oil palm expansion on tropical forests and biodiversity in the region is a major conservation concern. Sustainable production of oil palm through good agricultural practices is an ideal solution to mitigate adverse effects on the environment such as land-use change, soil deterioration and erosion, water pollution, to maintain ecosystem biodiversity, and to avoid global warming. In Malaysia, the palm oil industry is committed to sustainable development through the protection of the environment and conservation of biodiversity. As biodiversity plays an important role in ensuring ecosystem resilience, which equates with the sustainability of the industry, prime consideration is given to all aspects of plantation operations commencing from land-use change onwards. Potential management practices and salient strategies that contribute to the maintenance, conservation and enhancement of biological diversity in oil palm ecosystems are being adopted, and have become a policy in plantation companies.

ABSTRAK Sawit yang ditanam di kawasan khatulistiwa merupakan salah satu tanaman yang berkembang pesat di dunia. Indonesia dan Malaysia yang terletak di Asia Tenggara iaitu kawasan yang mempunyai pelbagai spesies endemik, flora dan fauna hutan adalah negara pengeluar sawit yang terbesar di dunia. Oleh itu, impak pembangunan kawasan sawit terhadap hutan tropika dan biodiversiti merupakan isu pemuliharaan yang sangat dititikberatkan. Pengeluaran sawit yang mapan melalui pertanian yang baik adalah kaedah yang baik untuk mengurangkan kesan negative terhadap alam sekitar seperti perubahan kegunaan tanah, kerosakan tanah dan hakisan, pencemaran air, dan penjagaan ekosistem biodiversiti bagi mengelakkan pemanasan global. Di Malaysia, industri sawit adalah komited dengan perkembangan mapan melalui perlindungan alam sekitar dan pemuliharaan biodiversiti. Biodiversiti memainkan peranan penting bagi memastikan ekosistem yang anjal, yang boleh disamakan dengan pertimbangan industri yang mapan dengan memberi semua aspek operasi lading bermula dari perubahan kegunaan tanah. Amalan pengurusan yang berpotensi meningkatkan kepelbagaian biologi dalam ekosistem sawit diguna pakai dan menjadi polisi syarikat perladangan.



Keyword(s): BIODIVERSITY ; BIOLOGICAL DIVERSITY ; NATURE CONSERVATION ; ECOSYSTEMS ; OIL PALM & ESTATES & PLANTATIONS ; MPOB VIVA COMMITTEE MEETING ; MPOB PUBLICATIONS

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No: 62 (May 2011) p43-45
MPOB News
MPOB

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© Malaysian Palm Oil Board (MPOB). All Rights reserved.
No part of this publication may be reproduced, stored in a retrieval system,
in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher.

This online publication is electronically compiled by Palm Information Centre, Malaysian Palm Oil Board (MPOB)
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