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Japan Rain Forest

The Japanese rain forest is in danger

Over half of the world's organisms inhabit the rain forests, which adjust the circulation of the atmosphere, prevent climate changes, preserve water, prevent soil runoff, supply medical ingredients, support the life of indigenous peoples, and give many benefits to humanity. Within this century, more than half of these forests have been lost. Studies by World Resources Institute (WRI) estimate that 20,000,000 hectares are destroyed each year. And, a Study by United Nations Food and Agriculture Organization (FAO) estimates that around 1,300 hectares of tropical forest are destroyed each year.

Ecology, Behaviour and Conservation of Forest Mammals in Yakushima, Japan

Our research in Japan focuses on the behaviour and ecology of mammals in a warm temperate rain forest on the southern island of Yakushima. As well as studying relatively undisturbed areas of forest, we are also investigating the distribution and ecology of mammals in secondary forest and conifer plantations.

On the forest of Japan

Japan extends from Okinawa in subtropical zone to Hokkaido in subpolar zone. Because of sufficient rainfall needed for plants to grow, in correspondence to the plant growth belt of the world, we have, from the south to the north, subtropical rain forest, warmer conifer rorest. In Japan, the forest shares 67% of the land. The forest is composed of 1/3 each of natural forest, copse and artificial forest.

Dynamics and Maintenance Mechanisms of Forest Tree Communities and Ecosystems

I started my research on forest community dynamics in rather simple subalpine fir forests of central Japan, and then extended to more complicated warm-temperate rain forests in southern Japan and tropical rain forests in southeast Asia. It is my purpose, as well as pleasure, to resolve the wonder of complex architecture and diversity in various natural forest systems, now endangered by human exploitation.

Businessman Offers Lessons From Nature

Throughout his 40-year career at Tokyo-based electronics giant Mitsubishi Electric Corp., Takashi Kiuchi has been giving advice to fellow Japanese businessmen to help them become better corporate citizens, overcome their stodgy image and win acceptance in the West.

 These days, the 66-year-old former head of Mitsubishi Electric's North American operations is busy sending a new message to Japanese companies:

Save the planet. Kiuchi published a book in January, coauthored with environmental advocate Bill Shireman, "What We Learn in the Rainforest - Business Lessons From Nature." Its message: Companies must abide by the laws of nature - not try to conquer nature - if they hope to thrive.

Top corporate leaders in Japan show their global compassion.  Tokai Sangyo, Ltd., offers its authentic and life-saving germanium to the Americans.


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SARAWAK CAMPAIGN COMMITTEE

Japan Destroys

Who We Are | Japan Destroys | Contact & Participation

HOME URL: http://www.vcom.or.jp/~scc/index.html

Japan Destroys

Japan is destroying the rain forests and the life and culture of the indigenous peoples who reside there!

The Japanese rain forest is in danger

Over half of the world's organisms inhabit the rain forests, which adjust the circulation of the atmosphere, prevent climate changes, preserve water, prevent soil runoff, supply medical ingredients, support the life of indigenous peoples, and give many benefits to humanity. Within this century, more than half of these forests have been lost. Studies by World Resources Institute (WRI) estimate that 20,000,000 hectares are destroyed each year. And, a Study by United Nations Food and Agriculture Organization (FAO) estimates that around 1,300 hectares of tropical forest are destroyed each year.

Destroying the life and culture of indigenous peoples

In Malaysia's Sarawak state, 400,000 hectares of forest are destroyed each year due to commercial logging. Commercial loggers have often cut down the indigenous peoples' ancestral forests without any consent, and even their burial grounds have been destroyed by roadways. The indigenous peoples live off of the forest's plant and animal life, as well as water and fish from the rivers. However, logging has destroyed the forests, polluted the rivers and decreased animal and fish life, making it difficult for the indigenous peoples to sustain their life. Malnutrition, as well as eye and skin disease have troubled indigenous people, pushing them to their emotional limit. The indigenous peoples have sought help from the government, hoping for an end to the destruction, but there has been no improvement. In April of 1987, they protested by blockading logging roads. Over 600 indigenous peoples were arrested in the anti-commercial logging protests, but the roadway blockades continued on.

Japan is eating away the rain forest

Although it has less than 2% of the world's population, Japan imports and uses more rain forest timber than any other country in the world, accounting for more than 40% of the tropical hardwood logs and nearly 30% of the processed tropical timber goods traded internationally.

Throughout the 1960's and 1970's, Japan bought up massive amounts of timber from the Philippines and Indonesia, and later from Sabah in Malaysia. Therefore, Japan is heavily responsible for the massive forest destruction that these countries have suffered. The Philippines became unable to export timber in the 1970's. And although all log exportation was banned in 1985 in Indonesia, it resumed log exportation again in 1998, and again in 1993 in Sabah.

From about 1985 to 1992, Japan was dependent upon the rain forests of Malaysia's Sarawak and Sabah states for 80-90% of its tropical log imports. Roughly half of the wood produced in Sarawak is exported to Japan. The large amount of Japanese timber importation still continues, depending about 60% of logs on Sarawak. Futhermore, Japan presently imports timer from Papua New Guinea and the Solomon Islands. In 1990, ITTO (the International Tropical Timber Organization) warned that unsustainable logging was being carried out in the Sarawak region. However, logging has so far continued to exceed ITTO's recommended limit, and resources are rapidly running out.

In Japan, 50% of the imported timber from tropical rain forests is used in construction, and 30% is used to make furniture. Wood that has taken 100 years to grow is routinely discarded after 2 or 3 uses on the average as forms for molding concrete, and furniture is thrown away every time someone moves. Even most private homes are torn down and rebuilt every 20 years or so.

Japan - Taking care of things too late in the game

80% of Holland's local governments, and several hundred German local governments have set up laws and regulations or made other efforts to stop or control the use of tropical timber. In the United States, San Francisco, Santa Monica, and the state of New York have also established regulations to prohibit the use of tropical timber in public projects. Dordrecht, Holland, has cut off all private trading and sales involving rain forest materials. The European Community and GLOBE (Global Legislators for a Balanced Environment) have passed resolutions to stop importing Sarawak timber.

As of December 1997 in Japan, around 150 local governments had announced policies or made some efforts to reduce tropical timber use. However, their specific means of reducing use have been totally insufficient, and regulations to ban tropical timber use have not been considered.

 

ORGANIZATIONS SUB-MENU:

Organizations Central | Japan Bear & Forest
Friends of the Earth | Kiko (Climate) Network | OISCA | Plutonium Free Future
People's Forum | Sarawak | Rainforest Action Network

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Source



     Background - Yakushima

          Tengu - a yearling male
          Yakushima macaque
          (Macaca fuscata yakui).                                                      


Source

On the forest of Japan

Japan extends from Okinawa in subtropical zone to Hokkaido in subpolar zone. Because of sufficient rainfall needed for plants to grow, in correspondence to the plant growth belt of the world, we have, from the south to the north, subtropical rain forest, warmer conifer rorest. In Japan, the forest shares 67% of the land. The forest is composed of 1/3 each of natural forest, copse and artificial forest.

■There are 3 types of forests
Natural forest
Primeval forest and others without impact from mankind. It is decreasing particularly recently also in Japan. It is the habitat of many kinds and numbers of creatures and plants. People should not add artificiality.
●Copse:
The place where some human impacts are given but sapling is not planted Copse has existed since 1,000 years ago and could be seen everywhere in Japan until 30 years ago. People untilized oak grown there for mankind. Nowadays, people do not untilize them and periodical woodcutting is not done any more. habitat environment has changed and those familiar species are disappearing.
●Artificial forest:
Japan, in most cases, Scotch pine, Japanese cedar and cypress which are Japan's native trees are planted and the forest floor is habitat of Japan's native species like fern. Lately, because imported lumber is cheap and labor cost is high, there are many forests where matured trees are not cut or maintenance by trimming is not done. No successor is also problematic.
 
 


 



Source


 

Takashi KOHYAMA_____

    Plant ecology / Community ecology / Forest ecosystem study
     


 

 

Wave-regenerated fir forest on Mount Shimagare (1978)
 

 

Address

Laboratory of Regional Ecosystem Science
Graduate School of Environmental Earth Science, Hokkaido University
Kita-ku, Sapporo 060-0810, Japan
Fax: +81.11.706.4954 Tel: +81.11.706.2260
Email:
kohyama@ees.hokudai.ac.jp


 

Research Interest

Dynamics and Maintenance Mechanisms of Forest Tree Communities and Ecosystems

    I started my research on forest community dynamics in rather simple subalpine fir forests of central Japan, and then extended to more complicated warm-temperate rain forests in southern Japan and tropical rain forests in southeast Asia. It is my purpose, as well as pleasure, to resolve the wonder of complex architecture and diversity in various natural forest systems, now endangered by human exploitation.

    It is necessary for the study of the life of forest tree species to describe not only physiological parameters but also architectural parameters of the organization of trees. The architecture of forest as a cumulative product of individual tree architecture regulates the life of individual trees. I have been analysing the species traits and interspecific interactions between co-occurring tree species in various forests in relation to the vertical structure of forest stand, and the shift of this structure due to the regeneration processes of the overall forest.

    Recently (1992-; see Nos. 19, 22 & 23 of Publication List), I proposed a new theory that the forest-architecture-dependent competition, particularly for light resource, can promote the stationary architecture of forest and multi-species stable coexistence, which provides a view to combine traditional production ecology, population ecology and community ecology of plants.

    Undergoing change in forest ecosystems with global environmental change gives a unique lesson to all forest ecologists. I am co-organizing simultaneous projects of forest ecosystem monitoring, as a chairman of the Steering Committee of TEMA ( = 'Global Change Impacts on Terrestrial Ecosystems in Monsoon Asia' as a core research of IGBP-GCTE; link to TEMA home page). My main research sites are the Tomakomai Experimental Forest of Hokkaido University (cool-temperate deciduous forest; link to Tomakomai project page), Yakushima Island (warm-temperate rain forest), the Serimbu Station in West Kalimantan, Indonesia (tropical lowland rain forest), and the Palangka Raya Station in Central Kalimantan, Indonesia (tropical peat swamp forest).

    Besides these TEMA-relevant field research projects, I have started organizing, since 2000, a TEMA modelling project that focuses upon the functional linkage between leaf/shoot process and individual-tree process, and upon scaling up from individual- tree process to geographic vegetation dynamics. This project is titled (linked to) Ecosystem Architecture Change and is supported by the Frontier Reseach System for Global Change.


 

Biography

  • 1954___ Born in Tokyo on 30 October
  • 1978___ Bachelor of Science, Faculty of Science, Tokyo Metropolitan University
  • 1980___ Master of Science, Graduate School of Science, Kyoto University
  • 1983___ Doctor of Science, Graduate School of Science, Kyoto University
  • 1983-1985___ Post-Doctoral Fellow, Japan Society for the Promotion of Science
  • 1985___ Lecturer, Faculty of Education, Kagoshima University
  • 1987___ Associate Professor, Faculty of Education, Kagoshima University
  • 1991___ Associate Professor, Center for Ecological Research, Kyoto University
  • 1991-1992___ Visiting Scholar, Department of Plant Sciences, University of Cambridge
  • 1992___ Recipient, Botanical Society Award of Young Scientists (Botanical Society of Japan)
  • 1994-present___ Professor, Laboratory of Regional Ecosystem Science, Graduate School of Environmental Earth Science, Hokkaido University
  • 1998-1999___ Bullard Fellow, Department of Organismic and Evolutionary Biology, Harvard University
    report as a Bullard Fellow (June 1999)
  • 2000-present___ Group leader, Ecosystem Architecture Modelling Group,
    Ecosystem Change Research Program, Frontier Research System for Global Change

 

Scientific Publication

_______ Publicaiton by Japanese is in Japanese home page

  1. Kohyama, T., 1980. Growth pattern of Abies mariesii saplings under conditions of open-growth and suppression. Bot. Mag. Tokyo, 93, 13-24.
  2. Kohyama, T. and Fujita, N., 1981. Studies on the Abies population of Mt. Shimagare I. Survivorship curve. Bot. Mag. Tokyo, 94, 55- 68.
  3. Kohyama, T., 1982. Studies on the Abies population of Mt. Shimagare II. Reproductive and life history traits. Bot. Mag. Tokyo, 95, 167-181.
  4. Kohyama, T., 1983. Seedling stage of two subalpine Abies species in distinction from sapling stage: a matter-economic analysis. Bot. Mag. Tokyo, 96, 49-65.
  5. Kohyama, T., 1984. Regeneration and coexistence of two Abies species dominating subalpine forests in central Japan. Oecologia (Berlin), 62, 156-161.
  6. Kohyama, T., 1986. Tree size structure of stands and each species in primary warm-temperate rain forests of southern Japan. Bot. Mag. Tokyo, 99, 267-279.
  7. Kohyama, T. and Hotta, M.,1986. Growth analysis of Sumatran Monophyllaea, possessing only one leaf throughout perennial life. Plant Species Biology, 1, 117-125.
  8. Kohyama, T., 1987. Stand dynamics in a primary warm-temperate rain forest analyzed by the diffusion equation. Bot. Mag. Tokyo, 100, 305-317.
  9. Kohyama, T., 1987. Significance of architecture and allometry in saplings. Funct. Ecol., 1, 399-404.
  10. Kohyama, T., 1988. A function describing all-sized trunk diameter distribution in warm-temperate rain forests. Bot. Mag. Tokyo, 101, 207-212.
  11. Kohyama, T., 1988. Etiology of 'Shimagare' dieback and regeneration in subalpine Abies forests of Japan. GeoJournal, 17, 201-208.
  12. Kohyama, T., 1989. Simulation of the structural development of warm-temperate rain forest stands. Ann. Bot., 63, 625-634.
  13. Kohyama, T. and Hara, T., 1989. Frequency distribution of tree growth rate in natural forest stands. Ann. Bot., 64, 47- 57.
  14. Kohyama, T., Hara, T. and Tadaki, Y., 1990. Patterns of trunk diameter, tree height and crown depth in crowded Abies stands. Ann. Bot., 65, 567-574.
  15. Kohyama, T. and Hotta, M., 1990. Significance of allometry in tropical saplings. Funct. Ecol., 4, 515-521.
  16. Kohyama, T., 1991. A functional model describing sapling growth under a tropical forest canopy. Funct. Ecol., 5, 83-90.
  17. Kohyama, T., 1991. Simulating stationary size distribution of trees in rain forests. Ann. Bot., 68, 173-180.
  18. Suzuki, E. and Kohyama, T., 1991. Spatial distribution of wind-dispersed fruits and trees of Swintonia schwenkii (Anacardiaceae) in a tropical forest of West Sumatra. Tropics, 1, 131-142.
  19. Kohyama, T., 1992. Size-structured multi-species model of rain forest trees. Funct. Ecol., 6, 206-212.
  20. Kohyama, T., 1992. Density-size dynamics of trees simulated by a one-sided competition multi-species model of rain forest stands. Ann. Bot., 70, 451-460. Abstract
  21. Mukhtar, E., Suzuki, E., Kohyama, T. and Rahman, M., 1992. Regeneration process of a climax Calophyllum cf. soulattri in tropical rain forest of West Sumatra. Tropics, 2, 1-12.
  22. Kohyama, T., 1993. Size-structured tree populations in gap-dynamic forest - the forest architecture hypothesis for the stable coexistence of species. J. Ecol. 81, 131-143. ____Abstract
  23. Kohyama, T., 1994. Size-structure-based models of forest dynamics to interpret population- and community-level mechanisms. J. Plant Res., 107, 107-116. ____Abstract
  24. Kohyama, T. and Grubb, P.J., 1994. Below- and above-ground allometries of shade-tolerant seedlings in a Japanese warm-temperate rain forest. Funct. Ecol., 8, 229-236. ____Abstract
  25. Kohyama, T., Suzuki, E. and Hotta, M., 1994. Spatial distribution pattern of representative tree species in a foothill rain forest in West Sumatra. Tropics, 4, 1-15. ____Abstract
  26. Kohyama, T., 1995. Spatial and temporal patterns of subalpine Abies forests in Central Japan. In E.O. Box, ed., Vegetation Science in Forestry, pp. 391-407. Kluwer, Dordrecht.
  27. Turner, I.M., Gong, W.K., Ong, J.E., Bujang, J.S. and Kohyama, T., 1995. The architecture and allometry of mangrove saplings. Funct. Ecol., 9, 205-212.
  28. Nakashizuka, T. and Kohyama, T., 1995. The significance of the asymmetric effect of crowding for coexistence in a conifer-broadleaved forest. J. Veg. Sci., 6, 509-516.
  29. Kohyama, T. and Shigesada, N., 1995. A size-distribution-based model of forest dynamics along a latitudinal environmental gradient. Vegetatio, 121, 117-126. ____Abstract
  30. Aiba, S. and Kohyama, T., 1996. Tree species stratification in relation to allometry and demography in a warm-temperate rain forest. J. Ecol., 84, 207-218.
  31. Bellingham, P.J., Kohyama, T. and Aiba, S., 1996. The effects of a typhoon on Japanese warm- temperate rain forests. Ecological Research, 11, 229-247.
  32. Kohyama, T. and Suzuki, E., 1996. Forest architecture and dynamics in relation to biodiversity. In: Biodiversity and the dynamics of ecosystems (ed. by I.M. Turner, C.H. Doing, S.S.L. Lim and P.K.L. Ng). DIWPA Ser. 1: 103-138. National Univ. Singapore, Singapore.
  33. Kohyama, T., 1996. The role of architecture in enhancing plant species diversity. Biodiversity: an ecological perspective (ed. by T. Abe, S.A. Levin and M. Higashi), pp. 21-33. Springer, NY. ____Abstract
  34. Kohyama, T., 1997. Demographic explanation of tree-species diversity in rain forests. Conserving Biodiversity for Sustainable Development (ed. by P.S. Ramakrishnan, A.K. Das and K.G. Saxena), pp. 87-94. Indian National Science Academy, New Delhi.
  35. Kohyama, T. and Aiba, S. 1997. Dynamics of primary and secondary warm-temperate rain forests in Yakushima Islands. Tropics, 6, 383-392. ____Abstract
  36. Takahashi, T. and Kohyama, T. 1997. Crown architecture of two understory palm species of the genus Licuala in a tropical rain forest. Plant Spec. Biol., 12, 35-41.
  37. Aiba, S. and Kohyama, T. . 1997. Crown architecture and life-history traits of 14 tree species in a warm-temperate rain forest: significance of spatial heterogeneity. J. Ecol., 85, 611-624.
  38. Kohyama, T. and Takada, T. 1998. Recruitment rates in forest plots: Gf estimates using growth rates and size distributions. J. Ecol., 86, 633-639. ____Abstract
  39. Kohyama, T. Suzuki, E., Aiba, S. and Seino, T. 1999. Functional differentiation and positive feedback enhancing plant biodiversity. Biology of Biodiversity (ed. by M. Kato), pp. 179-191. Springer, Tokyo.
  40. Takahashi, K. and Kohyama, T.. 1999. Size-structure dynamics of two conifers in relation to understorey dwarf bamboo: a simulation study. J. Veg. Sci., 10, 833-842.
  41. Kubo, T., Kohyama, T., Potts, M.D. and Ashton, P.S., 2000. Mortality rate estimation, when inter-census intervals vary. J. Trop. Ecol., 16, 753-756.____Sourse code of mortality estimation
  42. Kohyama, T., Suzuki, E., Partomihardjo, T. and Yamada, T., 2001. Dynamic steady state of patch-mosaic tree-size structure of a mixed dipterocarp forest regulated by local crowding. Ecol. Res., 16, 85-98.____Abstract
  43. Takenaka, A., Takahashi, K. and Kohyama, T., 2001. Optimal leaf display and biomass partitioning for efficient light capture in an understorey palm, Licuala arbuscula. Funct. Ecol. 15, 660-668.
  44. Takahashi, K., Seino, T., and Kohyama, T., 2001. Responses to canopy openings in architectural development of saplings in eight deciduous broad-leaved tree species. Can. J. For. Res., 31, 1336-1347.
  45. Norby, R.J., Ogle, K., Curtis. P.S., Badeck, F.-W., Huth , A., Hurtt, G.C., Kohyama, T. and Penuelas, J., 2001. Aboveground growth and competition in forest gap models: an analysis for studies of climatic change. Clim. Change, 51, 415-447.
  46. Nishimura, T.B. and Kohyama, T., 2002. Formation and maintenance of community boundaries in a sub-alpine forest landscape in norhtern Japan. J. Veg. Sci., 13, 555-564.
  47. Miyamoto, K., Suzuki, E., Kohyama, T., Seino, T., Mirmanto, E. and Simbolon, H., 2003. Habitat differentiation among tree species with small-scale variation of humus depth and topography in a tropical heath forest of Central Kalimantan, Indonesia. J. Trop. Ecol., 19, 1-13.

Source

Article and Publications 読んだら、ちょっとはためになる? earth


>> back

BUSINESSMAN OFFERS LESSONS FROM NATURE
Former Mitsubishi executive pushes for forest-inspired company ethos

Japan Times (clip/Feb 15,2002)
点線
By Yuri Kageyama

  Look people in the eye. Speak up. Do community work. Promote Americans to important positions.


Throughout his 40-year career at Tokyo-based electronics giant Mitsubishi Electric Corp., Takashi Kiuchi has been giving advice to fellow Japanese businessmen to help them become better corporate citizens, overcome their stodgy image and win acceptance in the West.

pic These days, the 66-year-old former head of Mitsubishi Electric's North American operations is busy sending a new message to Japanese companies:

Save the planet. Kiuchi published a book in January, coauthored with environmental advocate Bill Shireman, "What We Learn in the Rainforest - Business Lessons From Nature." Its message: Companies must abide by the laws of nature - not try to conquer nature - if they hope to thrive.
 

Kiuchi, who also goes by the nickname Tachi, believes the most successful companies of the future will be the ones boasting the best ecological records.

"No planet, no business," he says, warning especially of the threat of pollution. Kiuchi didn't always sound more like an activist than an executive.

His awakening came about 10 years ago when his company in the United States received thousands of letters protesting the destruction of rain forests by a Mitsubishi group trading company.

In the beginning, he was more intent on placating the activists to save his company's reputation. But their enthusiasm and conviction made him realize the easiest option was to join their fight.

Kiuchi, now an adviser at Mitsubishi Electric, heads the Tokyo office of a group he helped found called Future 500, which brings together ecologically minded companies and executives. Ford Motor Co. and Nike are among the members.

For Kiuchi, who boasts doing 1,600 push-ups a day and often rides his bicycle to work, shattering the stereo-type of the Japanese businessman has been lifetime mission.

As Japan's companies grew to global status in the 1980s, they were often criticized as selfish money-grubbers trying to buy up America.

In 1997, Kiuchi wrote the book, "Working in America," a manual of dos and don'ts for Japanese businessmen. His advice ranged from the mundane, such as "don't burp in public," to the bit more profound, "Think and act as an individual." He urged Japanese to sing up for volunteer work rather than stay late at the office, and ride on roller coasters rather than play golf.

Masayuki Kohama, a former executive at electronics maker Hitachi, who has known Kiuchi for years, recalls how critical it was for Japanese to change their image to avoid being seen as a threat.

"We saw our mission as fighting Japan-bashing," Kohama said. "Japanese were perceived as only caring about making money and taking it back home, rather than giving back to the community."

As chairman of Mitsubishi Electric America from 1988 to 1997, Kiuchi worked to build the Mitsubishi brand overseas. The company's U.S. sales climbed 50 percent over those years.
pic "Mr. Kiuchi has followed his passions even after returning from the United States," said Juichi Tsuda, a former official with Industrial Bank of Japan. "He's continuing to pout them in practice, and that's hard for a Japanese businessman." Kiuchi's youngest son, Junzaburo Kiuchi, a 28-yeard-old lawyer, says his father treasures time with his family and often takes his mother on trips abroad, perhaps to make up for the time he spent away from home for his job.


"He tackles everything with a passion, and I love him," he said.
In his latest book, Kiuchi tells the business world not only to save the rain forest but to learn from it.


He describes a sky-diving trek into the Costa Rican rain forest to draw parallels between companies and nature, such as the cycles of life as applied to stages of management. The different species in a rain forest develop niche areas, he says in the book, and companies need to do the same.


Kiuchi believes the days of go-go growth for Japan are over. And it's time to end the pursuit of a never-booming economy and seek a less consumption-oriented but emotionally enriching life.


"Let's focus on actual living," he said.


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