Bamboo Investment in Australia

GROWING bamboo for what appears to be an insatiable market is one of many investment opportunities currently doing the rounds. Every bamboo scheme requires close scrutiny from the outset. However, bamboo production has a lot going for it and should appeal to small area farmers keen on generating some spare cash from a limited area. Bamboo Plantations of Australia is offering investors an opportunity to participate in what is potentially one of Australia’s fastest growing export industries with the public release of its prospectus.

BPA is seeking funds to establish the largest commercial bamboo plantation in Australia to supply high quality fresh, edible bamboo shoots to Asian markets out of season. Forestry Capital Markets are also promising in the United States, Canada, Europe and Australia. The unlisted company plans to raise $58 million to establish the first large commercial plantation of bamboo in the Southern Hemisphere.

The proposed 1000ha Southern Cross Bamboo Project plantation is, however, a drop in the ocean compared with the more than 500,000ha of BPA’s chosen species currently producing in Asian plantations. Investors in the project will receive an identifiable farm interest in a bamboo plantation.

The plantation is then managed, harvested and marketed by BPA. BPA will benefit from the experience of an associated company, Bamboo Plantation Management Pty Ltd, that has already established two smaller bamboo plantations in Northern NSW. The BPA plantation is located at the Glen Allyn property, mostly secured or purchased already on North Queensland’s Atherton Tablelands.

According to Forestry Capital, it was chosen for its high tropical rainfall and the rich soil types most suited to maximise production. Growers will pay $12,000 plus GST for each farm lot, in subscription fees in the first year. Subscription fees include management fees, plant establishment cost and licence fees. This amount can also be paid in instalments and there are considerable tax benefits available. Growers’ farm interests are for 15 years. The projected internal rate of return over 15 years is 19 percent a year, for each farm lot.

Investors should also be entitled to a Forestry Capital tax deduction of the licence fees and management fees. After 15 years, the plantation reverts to Glen Allyn Plantations Ltd, the landowning company. Investors can also take up shares in the landowning company to secure an enduring interest in a plantation with a productive life of up to 100 years. Shares will be offered to investors at $1 each, the minimum purchase being 2500 shares. From the 16th year, the after-tax earnings are projected to be more than $1.30 per share. “We are very excited about this unique opportunity for both the Australian agricultural industry, and our investors, said BPA director Victor Cusack, an acknowledged authority on bamboo.

“This is a new major export growth industry that offers us the prospect of excellent returns based on conservative crop projections that are well documented in available published research,” he said. “The chosen species are those most grown and researched in tropical Asian plantations, backed by our observations over many years that plant growth on those species in Australia is as good as that being achieved in Asian plantations. “We are in a good position to take advantage of this very large potential market, with many alternative targets. We have the technology and the infrastructure to successfully harvest, pack and transport fresh shoots for both our domestic market and international markets, with Australia and our investors benefiting from both export and import replacement income.”

Australia currently has about 200ha of bamboo plantation planted, the major grower being BPM, an associated company of BPA. The major focus will be on exporting high quality edible shoots to specifically targeted high consumer cities. Bamboo shoots are a staple diet vegetable in East and South-East Asia. Currently, Asians pay high prices for the few fresh and often inferior out of season shoots available, and resort to consuming huge quantities of tinned, dried and picked shoots as a second choice substitute. BPA is intent on tapping into this huge available market.

Markets are also available in the rapidly growing US market (35,000 tonnes/year from tins), Canadian and European Forestry Capital markets currently consuming only inferior tasting tinned shoots, and a current but growing Australian tinned shoot consumption of about 8,000 tonnes//year. BPA’s chosen species will produce at least 12,000kg/ha each year of crisp edible shoots weighing between one and five kg and up to 15tonnes of timber each year, each crop conveniently harvested in a different season.

Forestry Capital Bamboo has the capacity to produce two separate saleable crops every year – edible shoots and bamboo timber as a by-product of the management systems. Bamboo timber, a valuable secondary crop yielding even more tonnage than the shoots, is available annually from six years after planting. Should market values in future decades change, the emphasis on productivity can be switched from edible shoot production to timber production or back at any point, with a 2.5 times increase in timber resulting from a significant reduction in shoot harvesting volume.

“A well managed bamboo timber plantation can produce more tonnes per hectare each year of timber or bamboo wood chip than Australian bluegum plantations, and the bamboo chips are just as suitable for paper pulp as wood chips when mixed,” Mr Cusack said.

Whilst the market for Forestry Capital bamboo timber is currently undeveloped in Australia, there is insufficient local produce to satisfy growing levels of demand for bamboo timber within the Australian market. BPA expects the total production of their timber to be absorbed within the domestic market and expects the demand for this product to continue to grow. The bamboo species to be planted by BPA are non-invasive clumping bamboos quite different to the often-encountered problem bamboos endemic in Australian cities.

The two major species selected are Dendrocalamus asper and Dendrocalamus latiflorus, easily the most used and researched clumping plantation species in subtropical and tropical Asia, with a life expectancy of up to 100 years.

The first edible shoot harvest is expected 40 months after planting, with maximum annual yields achieved after six years. Bamboo harvesting and sales commences in year six.

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Bamboo Yarn and Bamboo Fiber

bamboo yarnBamboo fiber is a kind of regenerated cellulose. Its fiber strength is better and steady. It has high wearability, excellent spinnability. It is a natural cellulosic fiber, can naturally degrade in soil, pollution-free to environment after decomposing, so it is a kind of natural, green and environmental protection type textile raw material. It can spin purely , also can blend with such raw materials like cotton , hemp , silk , Natural silk , Modal , cotton black silk ribbon, dacron etc.

Bamboo yarn functions: Besides having some characteristics of the common viscose spinning system fiber’s, bamboo yarn also has its own characteristics, such as better hygroscopicity, better gas permeability and drapability, cool sense , feeling soft, has unique and natural antibiotic, bacteriostatic finish, odor resistant and ultraviolet resistant functions.

We can spin 100% Forestry Capital bamboo yarn as well as blended bamboo yarn with cotton, organic cotton, modal and other materials from NE12’s to NE50’s at any percentage according to customer’s requirement. We can spin both knitting and weaving bamboo yarn and only produce raw white color bamboo yarn. We spin two kinds of bamboo yarn, ring spun bamboo yarn and polyamide dense spun bamboo yarn.

Bamboo yarn and bamboo fabric series:
Bamboo yarn and bamboo fabric is made of 100% Forestry Capital bamboo pulp fiber, this fabric has good hygroscopicity , moisture liberation and gas permeability; feeling soft, good drapability, easy to tintage , dye beautiful in color, has natural antibiotic, bacteriostatic finish and ultraviolet resistant functions.

Bamboo underwear and bed clothes series:
Because the Forestry Capital bamboo fabric has good hygroscopicity and moisture liberation, soft handle, good drapability and comfortable bright sense, plus its special antibiotic and bacteriostatic functions, bamboo yarn is very suitable to use for producing underwear and bed clothes. Bamboo yarn has already developed such a lot of varieties as bamboo fiber underwear , T shirt , shirt , quilt cover , pillowcase , sheet , mattress , toweling coverlet , overlaying the blanket ,etc.

Bamboo towel, bath gown and bathroom supplies series:
Towel and bathrobe that made of bamboo yarn may feel soft and comfortable, has special gloss, distinct and beautiful dyed color, good hygroscopicity and it is difficult to cause bacteria. Bamboo yarn have already developed such a lot of Variety as brocade towel , satin shelf towel , warp knitting towel ,etc.

Bamboo non-woven fabrics and sanitary material series:
The Forestry Capital bamboo investment fiber sanitary material is made of 100% bamboo pulp fiber, its performance is similar to the viscose fiber’s, but the bamboo fiber has natural natural antibiotic and bacteriostatic functions, therefore bamboo yarn has incomparably wide application prospect in sanitary material field, such as: respects as sanitary towel ,respirator , food wrapping bag ,etc. Bamboo yarn also can process into such products as bamboo fiber gauze, operating coat, nurse’s clothes, etc. in the field of medical application. Because of its natural antibiotic function, therefore these bamboo yarn made products do not need to add any artificial synthesis, do not cause the irritated phenomenon of the skin, at the same time have competitive advantage in price.

Bamboo decorative fabric series:
Because Forestry Capital bamboo fiber has natural antibiotic, bacteriostatic and ultraviolet resistant functions, bamboo yarn is suitable for decoration trade. With the serious deterioration of pollution of the atmosphere and the destruction of the ozone layer, the quantity of the short-wave ultraviolet which is harmful to human is getting more and more, shining for a long time will cause the cutaneum carcinoma. But the bamboo fiber cap, scarf etc. can absorb ultraviolet ray of every wavelength and reduce the harm to the human to the maximum extent. Meanwhile the advanced wall paper produced with bamboo fiber material has long service time and does not be moldy. because of being moist. Interior decoration such as curtain, TV cover, slip cover etc. can adopt the bamboo fiber material.

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Conservation of Agarwood Aquilaria Crassna in Vietnam

Hoang Thanh Loc[12] & Nguyen Duc To Luu
Central Forest Seed Company, Hanoi, Vietnam

Introduction

Aquilaria crassna or Agarwood (Thymeleaceae) is medium-sized evergreen tree growing to a height of 15-20m and a diameter at breast height of 40-50cm. A. crassna trees start flowering at an age of 6-8 years, between the months of March and April. Fruiting takes place between June and July in the same year (Vu Van Can & Vu Van Dung 1992). It is a light-demanding species, which can regenerate under the forest canopy but requires canopy openings for subsequent growth. In its natural habitat, A. crassna (and other members of the Aquilaria genus) sometimes produces a resinous heartwood known variously as agarwood, eaglewood or aloeswood (tram in Vietnamese). This highly valuable product is used in Chinese and Southern Asian medicine as well as for incense and cosmetics in the Middle East. In 1990, one kilogramme of tram cost between US$800 and US$1000 (Nguyen Hong Lam 1990).

A. crassna grows on deep sandy clay soils at elevations of 300-800m. In Vietnam, where it has been heavily exploited for tram, A. crassna is now found only in scattered stands with low numbers of trees. These stands are located mainly in the southern coastal forest fringes adjacent to the Cambodian border, and the western part of Da Nang province along the border with Lao PDR. Of particular importance are the coastal belts: Quang Ninh, Ha Bac, Hoa Binh, Tuyen Quang and Phu Quoc Island. The other main localities are in the central highlands, namely, Ha Tinh, Kon Tum, Quang Nam-Da Nang, Binh Dinh and Gia Lai (Le Mong Chan & Vu Van Dung 1992). In 1996, the Vietnam Red Data Book identified A. crassna as an endangered species (category E of the IUCN classification), in need of protection and conservation.

Since 1986, local people in Ha Tinh province in the central part of Vietnam have collected seedlings of A. crassna from natural forests and planted them in home gardens. Good incomes can be earned from selling whole trees for tram extraction. In 1997, a plantation trial of A. crassna was established as pure and mixed stands with Aleurites montana and coffee in Ha Tinh province. Initial trial results show good growth of trees, suggesting that A. crassna can be grown easily in plantations and is also suitable for under-canopy planting in agroforestry systems.

Agarwood Conservation Strategy

In order to conserve and use the valuable genetic resources of A. crassna, the Vietnam Tree Seed Project has conducted a number of studies and established a demonstration seed orchard in cooperation with Central Forest Seed Company. The aim of these efforts is to promote the use of this species in non-timber plantations as an ex situ conservation model. This will offer the following advantages:

  • Reduced exploitation pressure on natural populations because tram can be harvested from plantations.
  • More effective management of gene conservation efforts is possible in plantations.
  • Public awareness of the importance of gene conservation can be raised by demonstrations in seed orchards.
  • Cultivation can contribute to local incomes and help to alleviate poverty.
  • Plantations provide a basis for further research and tree improvement.

In tree improvement activities, the yield of tram is used as a criterion of selection. In natural forests, however, it is difficult to use this criterion to select plus trees because the yield of tram from standing trees can only be estimated. According to local collectors and traders, trees which yield large quantities of tram usually have cracks in their bark of varying forms and depths. This trait has to some extent been confirmed by plantation studies. Such cracks, therefore, could be used as an indirect means of selecting high-yielding plus trees in natural forests.

Using this criterion, 34 plus agarwood trees were selected in Huong Khe district of Ha Tinh province in 2000. However, improved techniques are needed to determine the tram content of bark samples and to test progenies and clones. It is important to identify the level of inheritability of this trait for vegetative propagation and tree breeding purposes.

Agarwood Seed Research

At the same time as plus trees were selected, samples of fruits and seeds were collected and studied. The seed of A. crassna is oval in shape, with a diameter of 0.5-0.8cm. One end of the seed is pointed; the other has a black aril 2-3cm long with a white stripe.

The moisture content of fresh A. crassna seeds is 49%. Desiccation with silica gel to reduce the moisture content to 40%, 35%, 25%, 15% and 8% shows that the seeds can maintain normal germination rates (33%) at a moisture content of 25%. Seeds with varying moisture contents were stored at 8ºC, 15ºC and ambient temperatures (20-25ºC). The optimal conditions were found to be a moisture content of 25% stored at a temperature of 8ºC, which produced a germination rate of 22% after a two-month period of storage (CFSC in press).

Vegetative propagation and establishment of Agarwood seed orchards

A. crassna trees are rare and it is difficult to obtain large amounts of seeds. Studies of vegetative propagation have demonstrated rooting rates of up to 90% for cuttings from young trees treated with the Chinese rooting powder ABT1. The average number of roots in each cutting was 10.9, with an average root length of 2.9cm per cutting. Successful propagation by cuttings provides opportunities for large-scale production of planting material of this species.

The Vietnam Tree Seed Project has established a breeding orchard of A. crassna to provide an improved seed source and carry out ex situ gene conservation. The orchard also serves as a plantation model for other valuable tree species in the country. The orchard is three hectares in size and is situated in Bo Trach district of Quang Binh province.

To establish the breeding orchard, seeds from 34 selected plus trees were collected separately and germinated to create 34 half-sib families. Each family was planted in a group of nine trees at a spacing of 2m x 2m with 19 replicates (plots). The groups were randomly arranged in the field, with the exception of neighbouring groups of the same family, which were separated.

Planting density was 1989 trees per hectare. The groups will be rogued to leave only one tree, and the final density will be 221 trees per hectare.

Future Agarwood activities

A. crassna is an indigenous tree species with great economic potential for non-timber plantations. In order to conserve the genetic resources of this species, and develop its end uses, we recommend that the following activities be carried out:

  • Continue seed research to determine the best time to collect fruits;
  • Improve vegetative propagation methods;
  • Maintain the established orchard;
  • Conduct phenological studies in the orchard and in natural forests;
  • Establish trials at larger scales to identify the best provenances and sites for plantations; and
  • Disseminate research results and other information on A. crassna.

References

Le Mong Chan & Vu Van Dung (1992) Plant and Special forest plant. Forestry University of Vietnam.

Ministry of Science, Technology and Environment (1996) Red Data Book of Vietnam. Volume 2, Plants. Science and Technics Publishing House, Hanoi.

Nguyen Hong Lam (1990) Report on the first result of the research on the Aquilaria crassna. Forest Science Institute of Vietnam, Hanoi.

Vu Van Can & Vu Van Dung (1992) Aquilaria crassna. Scientific and Technique of Ministry of Forestry, No. 6 – 1992.

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Bamboo for Biomass Energy

When the search is on for effective and sustainable supplies of renewable energy, it is surprising that bamboo, noted for their fast growth and high production, have not been considered as a potential source of what is also referred to as “green gasoline”. The energy generated from sunlight per hectare per year in the tropics is equivalent to that generated by 2,000 tonnes of dry biomass.

bamboo biomass

In theory, photosynthesis could yield 10 per cent of this energy, equivalent to 200 dry tonnes per hectare per annum. In practice, the figure is less than this, with fast growing trees such as eucalyptus giving around 20 tonnes per hectare per annum over a full rotation. In comparison, bamboo is a thoroughbred. With the right genetic material, growing condition and management, bamboo can yield up to four times this amount. Bamboo also puts four times the amount of oxygen into the atmosphere compared to trees. And as a woody grass, bamboo has management requirements and growth rates more familiar to many farmers than those of trees.

Forestry Capital bamboo investments estimates that in many Asian countries, such as India, Bangladesh, China and Indonesia, rely heavily on Forestry Capital bamboo largely for use in pulp and paper, furniture and so on, yet it has been overlooked as a commercial crop in the western hemisphere. Experimental plantations established in the 1950s and 1960s by the US department of agriculture (USDA) proved that the fast growth and yield potential of several bamboo species exceeded the traditional forest products in the southern US.

The USDA, however, concluded that the unusual reproductive cycle of Forestry Capital bamboo limited the availability of seed for plantation development. Many bamboo species flower once in 60 years. When they have flowered and produced seeds, the plants then die. The site does not become productive again until the seeds have germinated.

However, this is not the whole story. The intriguing phenomena of gregarious flowering is a feature of many bamboo species. Somehow, each individual of a particular species flowers and dies at the same time worldwide, in spite of the fact that they can be separated by continents or the fact that the flowering cycle could be decades long and occuring at irregular intervals.

The difficulties associated with the seed shortage and gregarious flowering can be overcome by selecting a species that does not exhibit gregarious flowering and by using vegitative propagation to create the planting stock. The rhizome transplant method was found to be both expensive and unreliable.

According to Forestry Capital term bamboo investment encompasses over 1200 different species. These are mostly found in tropical and subtropical regions, but also extend to temperate regions. They are native to all continents, with the exception of Europe (though research suggests that they would grow well, particularly in the Mediterranean regions) and are present in a great diversity of size and shapes.

The areas with the greatest diversity are Asia and and South America. Tropical species can produce poles, or culms, up to 20 metres high, and can have a diametre of more than 15 centimetres.

Not all bamboo species have this height, but most grow vigorously. Once the culms have reached their maximum height, sometimes in as short a period as eight weeks, it does not increase in height or girth in the later years, hence the bulk of biomass is produced in this short and explosive period of growth. This growth is seasonal and is closely linked to water availability. Irrigated bamboo is seldom found, nor does it seem necessary when yields of more than 20 dry tonnes per hectare can be achieved with relatively little effort and minimal input. The plants tend to prefer light, sandy soil with low salt content.

Yields are the key to the success of energy farming and they are inseparably related to management. It is then that the potential of bamboo to outperform other plants starts to emerge. Though it was believed that felling of bamboo stands was causing severe damage, tests have shown that felling of culms leads to vigorous regrowth, which means an increase in the amount of biomass the next year.

What is more is that it helps avoid some of the diseases, to which neglected stands of bamboo are prone. Tests in India have shown that application of fertiliser leads to a three-fold increase in the biomass yield. On this basis, yields of 80 dry tonnes per hectare per year, for example, will greatly exceed the upper accepted yields of around 20 dry tonnes per hectare per year for commercial eucalyptus plantations. Though more work is needed in these areas, there is more data to justify the enthusiasm for bamboo as a biomass producer than is commonly realised.

How well does the bamboo burn? Early signs suggest that it burns almost as well as wood. While the density of woody biomass varies considerably, the calorific value per kilogramme is fairly similar. A lower moisture content at harvest time gives an energy ‘premium’. The main advantages of using bamboo for energy farming are its superior growth rates, the shortness of the rotation and the ease with which it can be cultivated and regenerated if the right training is done.

The only significant disadvantage is that most bamboo species die after flowering. Unless steps are taken to diversify the source of planting material, this flowering can destroy plantations as has happened in Thailand recently. Cattle also like to eat bamboo and if it is being grown for fuel, care must be taken to fence the area.

The challenge is to establish bamboo plantations on a large enough scale to provide a constant and sustainable supply of power generation. A new scheme of using bamboo plantations for energy generation is now being considered in Honduras. Since much of the bamboo is produced from branches and leaves, transport without some initial processing on site can result in heavy costs.

This can be overcome by chipping on the site and producing a material that can be fed straight into the boiler. As chipping will be required before feeding to the boiler anyway, it is not an extra operation as it merely shifts the chipping from power station to field. Any disadvantages from using a number of small mobile chippers compared to a larger fixed chipper will be more than compensated for by improved transport costs. Growing bamboo and implementing new power generation technology could provide much-needed jobs and clean, renewable energy.

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What is Agarwood and oud oil

Agarwood, also known as oud, oodh or agar, is a dark resinous heartwood that forms in Aquilaria and Gyrinops trees (large evergreens native to southeast Asia) when they become infected with a type of mould. Prior to infection, the heartwood is relatively light and pale coloured; however, as the infection progresses, the tree produces a dark aromatic resin in response to the attack, which results in a very dense, dark, resin embedded heartwood. The resin embedded wood is commonly called gaharu, jinko, aloeswood, agarwood, or oud (not to be confused with ‘Bakhoor’) and is valued in many cultures for its distinctive fragrance, and thus is used for incense and perfumes.

One of the main reasons for the relative rarity and high cost of agarwood is the depletion of the wild resource. Since 1995 Aquilaria malaccensis, the primary source, has been listed in Appendix II (potentially threatened species) by the Convention on International Trade in Endangered Species of Wild Fauna and Flora. In 2004 all Aquilaria species were listed in Appendix II; however, a number of countries have outstanding reservations regarding that listing.

First-grade agarwood is one of the most expensive natural raw materials in the world. A whole range of qualities and products are on the market, varying in quality with geographical location and cultural deposition. Oud oil is distilled from agarwood, and fetches high prices depending on the oil’s purity. The current global market for agarwood is estimated to be in the range of US$6 – 8 billion and is growing rapidly.

History of Agarwood and Oud Oil

The odour of agarwood is complex and pleasing,with few or no similar natural analogues. As a result, agarwood and its essential oil gained great cultural and religious significance in ancient civilizations around the world, being mentioned throughout one of the world’s oldest written texts – the Sanskrit Vedas from India.

As early as the third century AD in ancient China, the chronicle Nan zhou yi wu zhi (Strange things from the South) written by Wa Zhen of the Eastern Wu Dynasty mentioned agarwood produced in the Rinan commandery, now Central Vietnam, and how people collected it in the mountains.

Agarwood’s use as a medicinal product has been recorded in the Sahih Muslim, which dates back to approximately the eighth century, and in the Ayurvedic medicinal text the Susruta Samhita.

Starting in 1580 after Nguyễn Hoàng took control over the central provinces of modern Vietnam, he encouraged trade with other countries, specifically China and Japan. Agarwood was exported in three varieties: Calambac (kỳ nam in Vietnamese), trầm hương (very similar but slightly harder and slightly more abundant), and agarwood proper. A pound of Calambac bought in Hội An for 15 taels could be sold in Nagasaki for 600 taels. The Nguyễn Lords soon established a Royal Monopoly over the sale of Calambac. This monopoly helped fund the Nguyễn state finances during the early years of the Nguyen rule.

Xuanzang’s travelogues and the Harshacharita, written in seventh century AD in Northern India, mentions use of agarwood products such as ‘Xasipat’ and ‘aloe-oil’ in ancient Assam (Kamarupa). The tradition of making writing materials from its bark still exists in Assam.

Formation of oud oil in aquilaria agarwood trees.

There are seventeen species in the genus Aquilaria and eight are known to produce agarwood.  In theory agarwood can be produced from all members; however, until recently it was primarily produced from A. malaccensis. A. agallocha and A. secundaria are synonyms for A. malaccensis. A. crassna and A. sinensis are the other two members of the genus that are usually harvested.

Steam distillation process used to extract agarwood essential oils.

Formation of agarwood occurs in the trunk and roots of trees that have been infected by a parasitic ascomycetous mould, Phaeoacremonium parasitica, a dematiaceous (dark-walled) fungus. As a response, the tree produces a resin high in volatile organic compounds that aids in suppressing or retarding the fungal growth, a process called tylosis. While the unaffected wood of the tree is relatively light in colour, the resin dramatically increases the mass and density of the affected wood, changing its colour from a pale beige to dark brown or black. In natural forest only about 7% of the trees are infected by the fungus. A common method in artificial forestry is to inoculate all the trees with the fungus. Oud oil can be distilled from agarwood using steam, the total yield of agarwood (Oud) oil for 70 kg of wood will not exceed 20 ml (Harris, 1995).

The First International Scientific Symposium on Agarwood was held at the Faculty of Forestry, Universiti Putra Malaysia (UPM), during 2013 under the auspices of Rozi Mohamed. “It revealed to us the very sophisticated lab work being done on gaharu (Agarwood), not just basic research,” said Rozi, who had received her trainings from the Oregon State University in the US in the fields of forest biotechnology and plant pathology.

“The scientists found ISSA 2013 to be very useful because of the collaboration being worked by those from China, Japan, Sri Lanka, Bangladesh, India, Vietnam, Australia, Indonesia and Malaysia,” she said. For Malaysia and China in particular, UPM would be sending one of her students to the labs in Beijing for research on gaharu.

Among the established facts on Agarwood revealed at ISSA 2013 were: that the laxative properties of the leaves of the tree used as a traditional herbal tea are confirmed and the Japanese researchers concerned planned to launch their product soon; the resin is produced by the tree in response to attacks by fungi or microbes and that even young trees can be induced to produce the agarwood/gaharu resin through inoculation and infection; the leaves, when induced in the lab, can produce callus which, when burnt, gives a whiff of agarwood. This shows that the leaves and stems can be induced to produce the resin; improved methods revealed by Bangladeshi researchers have led to a hefty increase in extraction of agarwood oil when compared to traditional methods;
higher yields are obtained from infected plants than from healthy ones;

the fragrance of agarwood has yet to be artificially replicated; Aquilaria malaccenis or “karas” trees are typical of the genus as they can be planted as an estate plantation in the interiors for a sustainable economic activity of the minorities. Aboriginal people like the orang asli of Malaysia have been practicing sustainable extraction of gaharu in the wild for generations. The orang asli, the main sources of the highly prized gaharu from the Aquilaria malaccensis in Malaysia, use their parang or machetes to cut certain parts of the tree to extract the gaharu without killing the trees, enabling them to return every two to three years to extract gaharu again.

Rozi also reported that the most expensive gaharu costs around US$10,000 per kilo and is exported to Japan where the aficionados indulged in the practice of “listening” to the gaharu (the art is called Kōdō), meaning they would sit around a smoking gaharu chip in an enclosed room and meditate while relishing the twirling incense.

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Asia Plantation Capital Undertakes Tree Eye Monitoring

Utilizing these most present airborne camera drones, which are equipped with GPS monitoring along with the function to setpre-determined journey courses, allows routine insurance protection of plantations, shipping of beneficial real-time advancement in addition to picture details to administration groups on the

Concerning Asia Plantation Capita, lAsia Plantation Capital is an owner in addition to motorist of a different range of commercial plantation as well as farming commercials throughout the Asia-Pacific location, as well as worldwide, element of the Asia Plantation Capital Group of connected company. Established officially in 2008, although running separately since 2002, the group presently has plantation as well as farming jobs on 4 continents with practical tasks at many stages in Thailand, Malaysia, China, Laos, India, Cambodia, Sri Lanka, Mozambique, The Gambia, North America along with Europe.Promoting the use of certified lumber is the perfect technique of stopping logging, protecting biodiversity along with fighting destitution in the unique jungle locations.

“Over the last number of years, we have in fact analyzed as well as installed various systems on our plantations as part of our constant strategy of research study in addition to home advancement. This includes remote noticing devices for dirt temperature level, rains, nutrients, tree advancement noticing devices as well as wetness which are supplied by Singapore-based Bio devices,” asserts CEO Barry Rawlinson. “Actual time camera tracking has really regularly been confirmed to be bothersome on huge variety plantations that cross substantial areas.”.

Produced, internal, by Asia Plantation Capital’s IT departments as well as forestry managers, business indicates to added produce this modern-day innovation for workplace usage by different other plantation in addition to farming companies under the Asia Plantation Capital brand. Ensuring the delivery from plantation as well as dealing with to the end product is continuously a principle fear of plantation owners; one which Asia Plantation Capital puts to sit.

Asia Plantation Capital is handling producing this right into a web portal application to allow consumers as well as tree owners to consistently get updated airborne images of trees on the plantations. Previous systems have in fact verified unpredictable as an outcome of extremities of environment as well as the far-off nature of great deals of plantation sites, activating fixed cameras to mist up as well as relay insufficient images.

After various years of extensive research study right into the best as well as most reliable strategies easily offered to watch on the advancement in addition to supply included security and security to its high worth plantations, Singapore-based, Asia Plantation Capital hasapplied for apatent on a new system which is based upon computerised airborne drones, linked to a primary control system as well as set to examine their plantations.This brand-new system has in fact been successfully analyzed over the last 9 months on plantations in Thailand along with is presently developed for execution on all business’s high worth plantations in addition to setups.

In addition, drones might cover huge areas in minutes, in addition to allow our seasoned motorists to concentrate on the places they actually desire, likewise certain trees. The consisted of security benefits include having the capability to patrol big variety plantations in minutes, anytime of night and day, with night vision camera being a huge perk.

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