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Aquilaria Crassna Pierre
Family: Thymelyaceae
Synonyms: none
Distribution and habitat
Uses
Dormancy and pretreatment
ADS LARGE REC AGARWOOD GAHARU LABUR
Sunday, July 25, 2010
AGARWOOD Aquilaria agollocha, A. malaccensis and A. crassna.
Agarwood is a resinous substance occurring in trees of the genus Aquilaria (a member of the Thymelaeceae family), a fast-growing forest tree which can be found growing from the foothills of the Himalayas to the rain forests of Papua New Guinea. Outside its native habitat, agarwood is best known in the Near East and Japan.
The most important resin-producing species of Aquilaria are A. agollocha, A. malaccensis and A. crassna.
A. malaccensis is protected worldwide under the (CITES) convention. A. crassna is listed as an endangered species by the Vietnamese Government.
Agarwood has been used for centuries as incense, for medicinal purposes and in perfumery.
First-grade agarwood is one of the most expensive natural raw materials in the world, with prices in consumer countries ranging from a few dollars
per kilogram for very low quality material to more than US$30 000 per kilogram for top quality wood. Agarwood oil fetches similarly high prices. (Source: Agarwood “Wood of Gods” International Conference.)
Agarwood is a one of the most valuable minor forest products of the Southeast Asian tropical forests. In Viet Nam, agarwood is produced from the heartwood of rarely available natural Aquilaria crassna trees. In the authors’ fieldwork in Viet Nam, a natural A. crassna was found in Khanh Hoa province. Information on agarwood exploitation and production was gathered by interviewing local people. The results showed that some of the local people earn their living through agarwood production, but owing to overexploitation the natural resource for this valuable plant has declined dramatically in the past decades, while the demand for the resource remains constant or even increases. The cultivation of A. crassna has started in several places in the country as an initiative for conserving this endangered but economically important plant species. (Source: Quan-Le-Tran, Qui-Kim-Tran, Kouda-K, Nhan-Trung-Nguyen, Maruyama-Y, Saiki-I & Kadota-S. 2003. A survey on agarwood in Vietnam. Journal of Traditional Medicines, 20(3): 124–131.)
For more information, please contact:
Institute of Natural Medicine, Toyama Medical and Pharmaceutical University, 2630 Sugitani, Toyama 930-0194, Japan.
Edible insects in Ngao Model Forest, Agar Aquilaria agallocha Roxb. – a promising non-wood forest product of Bangladesh
Agarwood (Aquilaria agallocha Roxb.) is believed to have originated from the Indian hills of Assam. This species is synonymous with A. malaccensis. It is traded in several forms, ranging from large sections of trunk to finished products such as incense and perfumes. Agarwood chips and flakes are the common tradable forms. Agarwood oil is a highly valuable and frequently traded product. The major constituents of agarwood oil are sesquiterpenes, the chemical structure of which makes them very difficult, hence extremely expensive, to synthesize. Although synthetic agarwood compounds are used to produce poor-quality fragrances and incense sticks, there are currently no synthetic substitutes for high-grade incense or oil. The price of agarwood chips is US$20 to $60 per kilogram; agarwood oil commands US$956 to $7 059 per kilogram on the international market. Agarwood has also been used for medicinal purposes for thousands of years, and continues to be used in Ayurvedic, Tibetan and traditional East Asian medicine. The use of agarwood oil for perfumery extends back several thousand years in the Near East. In India various grades of agarwood are distilled separately before blending to produce attar (scent). Minyak attar is a water-based perfume containing agarwood oil, which is traditionally used by Muslims to lace prayer clothes. Agarwood essences have recently been used as a fragrance in soaps and shampoos. Agarwood incense is burned to produce a pleasant scent, its use ranging from a general perfume to an element of important religious occasions.
In Bangladesh the major agarwood-based industries are located in the Kulaura thana under the Moulavibazar districts, where about 100 agar-based industries are located. Most (90 percent) of the entrepreneurs managed capital from their own sources, 6 percent from moneylenders as loans and the remainder from bank loans. Most of the entrepreneurs claimed that owing to the unavailability of capital they were unable to expand their industries. The majority of the industries (64 percent) were under single ownership while the rest had joint ownership. It was found that a remarkable portion of the industries (72 percent) were set up on their own land and the remainder on rented land. The average number of the workforce in these industries was 16, with both skilled and semi-skilled labourers being employed. Raw materials in these industries are collected from homestead forests; there is, therefore, an acute shortage of raw material owing to the absence of commercial agarwood plantations. The Forest Department has recently initiated agar plantations to meet the demands of agar-based industries. Furthermore, entrepreneurs lack modern inoculation techniques and treatment plants for agar oil production.
Agar oil is an export-oriented product and the demand is very high on the international market. The current annual demand for agar oil in the study area is 120 000 tola [1 tola = 10 g], but the supply in the market is only 84 000 tola. The large gap in the demand/supply situation is due to the scarcity of raw materials, fuelwood and also because of government support. Production costs include raw materials, labour, fuelwood and other costs (rent, electricity). In the study area, per unit (tola) production costs were 3 900 taka. The selling price of agar oil per tola is about 5 500 taka and the net income per unit is 1 600 taka [US$1 = 58 taka].
Proper marketing, considered to be the prime constraint for the development of agarwood-based small-scale cottage industries in Bangladesh, needs to be developed considerably. Industry size, the poor financial condition of the entrepreneurs, along with scattered distribution of the industries pose a serious threat to marketing. Entrepreneurs play a significant role in the marketing of agar oil in the study area. In Bangladesh there is no established market for agar oil; the main market is in the Near East. However, small entrepreneurs have no access to that international market. Agents buy agar oil from small industry owners and send it for sale on the Near East market. The marketing of agar products on the international market is highly competitive as it is based on quality standards, advertising and product promotion.
Bangladesh is lagging behind in promotion and marketing; therefore, if we can overcome the prevailing problems in this sector, it is certain that agar-based industries will open up a new window in our small and cottage industries sector. (Contributed by: A.Z.M. Manzoor Rashid, Bangladesh.)
For more information, please contact:
A.Z.M. Manzoor Rashid, Assistant Professor and M. Qumruzzaman Chowdhury, Lecturer, Department of Forestry, Shahjalal University of Science and Technology, Sylhet-3114, Bangladesh.
E-mail: pollen_for@hotmail.com
Gaharu Tree (also known as Wood of the Gods)
The Agarwood or Gaharu Tree (also known as Wood of the Gods) produces the raw material for incense, perfumes or fragrant and even alternative medicine.
The scientific name for Gaharu is Aquilaria and is also known as scented wood in the old days.
Usage of Gaharu
The “Wood of the Gods” has been traded and highly appreciated for thousands of years. This resinous wood is used as incense, for medicinal purposes, and pure resin in distilled form is used as perfume and perfume component.
Value of Gaharu
The value of first-grade Agarwood is extremely high. A whole range of qualities and products is on the market varying with geographical location and cultural deposition. Prices range from a few dollars per kilo for the lowest quality to over thirty thousand US dollars for top quality oil and resinous wood.
LATAR BELAKANG POKOK GAHARU
Pokok gaharu amat diminati kerana dapat menghasilkan aroma yang wangi dan menyenangkan apabila dibakar kayunya. Mengikut data yang dikeluarkan pada Persidangan Gaharu Dunia pertama di Vietnam terdapat 16 spesis dari genus Aquilaria yang mempunyai nilai komersil yang tinggi.
BERIKUT ADALAH JENIS-JENIS AGRAWOOD MENGIKUT RANKING
1. AQUILARIA SUBINTEGRA, Found at Thailand
2. AQUILARIA CRASSNA, Found at Thailand, Cambodia, Loas, Vietnam
3. AQUILARIA MALACCENSIS, Found at Thailand, India, Indonesia
4. AQUILARIA APICULATA, Found at Philippines
5. AQUILARIA BAILLONIL, Found at Thailand, Combodia, Loas, Vietnam
6. AQUILARIA BANEONSIS, Found at Vietnam
7. AQUILARIA BECCARIAN, Found at Indonesia
8. AQUILARIA BRACHYANTHA, Found at Malaysia
9. AQUILARIA CUMINGIANA, Found at Indonesia, Philippines
10.AQUILARIA FILARIA, Found at Nuegini, China
11.AQUILARIA GRANDIFLORA, Found at China
12.AQUILARIA HILATA, Found at Indonesia, Malaysia
13.AQUILARIA KHASIANA, Found at India
14.AQUILARIA MICROCAPA, Found at Indonesia, Malaysia
15.AQUILARIA ROSTRATA, Found at Malaysia
16.AQUILARIA SINENSIS, Found at China
Pokok gaharu hidup di kawasan tanah pamah sehingga ketinggian 750m dari aras laut dan memerlukan taburan hujan dan kelembapan yang tinggi. Gaharu digunakan dalam industri minyak wangi, produk perubatan, perubatan Ayurvedic, majlis keagamaan dan sebagainya.
Permintaan untuk gaharu semakin tinggi walaupun pengeluaran semakin berkurangan menyebabkan harganya semakin meningkat setiap tahun. Kebanyakan gaharu dieksport kepada. pemborong-pemborong di Singapura, Timur Tengah, Hongkong dan Taiwan.
Harganya boleh mencecah sehingga RM14-18 ribu sekilogram untuk gred Double Super. Malahan harga pasaran untuk minyak gaharu juga amat tinggi iaitu RM45 ribu/kg (kaedah penggredan kualiti kayu dan minyak masih belum dipiawaian dan bergantung kepada penjual dan pembeli).
Asia Tenggara mengeksport gaharu bernilai RM48.3 million ke Arab Saudi dan bekalan hanya memenuhi 20% daripada permintaan pasaran.
Buat masa ini, kebanyakkan gaharu dikeluarkan daripada hasil hutan dan amat terhad. Tanpa penanaman semula. spesis ini akan terus diancam kepupusan disebabkan aktiviti pengambilan gaharu.
Penanaman gaharu di Malaysia masih baru dan belum popular, tetapi di negara lain seperti Indonesia, Thailand dan Kemboja sudah lama diusahakan. Malah ia mendapat sokongan yang amat kuat daripada pihak agensi kerajaan mereka dari segi modal dan teknologi.
Keseluruhan pokok gaharu (batang, daun & akar) berguna dan dapat dikomensilkan.
Penanaman pokok gaharu sesuai dijalankan di tanah terbiar, kawasan rezab hutan simpan, kawasan pembalakan yang telah diterokai dan dijalankan secara pertanian hutan ladang dan diintegrasikan dengan pelbagai tanaman lain seperti herba dan tanaman komoditi.
Gaharu Commercial Production
The Forest Research Institute of Malaysia (Frim) began researching in the late 1990s following a surge in market demand for gaharu and is still refining its inoculation technique.
Based on anecdotes from Orang Asli collectors, researchers deliberately wound the tree trunk and indeed, gaharu was produced in varying degrees of formation, suggesting that it can be induced in standing Aquilaria trees by artificial means. But the grade obtained was inconsistent.
Over 100 Aquilaria malaccensis saplings were planted on a 1ha trial plot at the institute’s research station at Bukit Hari between 1998 and 2000. Artificial inducement was carried out after three years but the trees did not respond.
FRIM research co-ordinator Dr Chang Yu Shyun suspects that the trees were not mature enough to produce the resin.
"In nature, when a branch or twig is broken, the wound attracts bacteria, fungi and pathogens. In gaharu-producing species like Aquilaria, the tree will produce the resin to contain the infection from spreading, covering the wound and blackening the whitish heartwood. That’s how gaharu is produced.
"The challenge is to come out with high quality or the desired grade and predictable volume to make planting a viable solution to over-harvesting of wild species," says Chang.
The senior research officer in the biotechnology division says the research initially focused on inoculation trials but later expanded to cover the biological aspect, economic value, trade and chemical analysis of the fragrant resin.
Meanwhile, the Malaysian Institute of Nuclear Technology (Mint) has applied nuclear irradiation technology to mass-produce plantlets via tissue culture.
Seeds were screened for fast-growth and single-bole characteristics at the cellular level and lead researcher Dr Rusli Ibrahim claims he has found the secret formula after one year of experimentation.
"With this technique, we can fast-track the growing stage. Many plantation investors will benefit from this advancement."
Five hundred plantlets are growing in a trial plot near Dengkil. Rusli says two other research groups will look for suitable antagonists to induce the tree and the best extraction technique to yield oil of the desired chemical composition.
The hill within the MINT compound was recently discovered to host 157 matured Aquilaria trees. "At the end of the year, we intend to invite two United States experts to demonstrate to the growers the right way of inoculating these trees," says Rusli.
MINT has submitted four funding proposals under the Ninth Malaysian Plan to support the research work which will also include developing a standard grading system for woodchips and oil extracts.
How to inoculate Gaharu for its valuable resin?
Inoculation is a method was developed to induce the production of gaharu in young plantation trees. The trees are wounded or inoculated in a specific manner and the gaharu production as the natural defence response is supported by applying specific treatments. This method can ensure the sustainable production of gaharu in plantation trees.
The artificial inoculation process involves creating holes on a karas tree, filling them with fungal pathogen, and sealing them off with wax
Produced only by “sick” trees infected by fungi, this highly sought after fragrant resin has a cohort of uses, from aromatherapy to spa baths, decorative furniture, perfume, chopsticks, weapon holders, massage oil, joss sticks and items of medicinal value.
After four to six years, upon maturing, the trees will be injected with fungal pathogens to trigger gaharu production, and this can be harvested after five months to a year.
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