The Society of Sago Palm Studies
Society of Sago Palm Studies was established in
@Activities of the Society What's New@
@@@@@@@@@@@@@@@Study meetings and Symposia
Sago palm is one of Genus Metroxylon belonging to Family Palmae. The plant accumulates a huge amount of starch in its stem, very often more than 100 kg per plant. The origin of sago palm is believed to be the area extending from Moluccas of Indonesia to New Guinea. At present, sago palm widely grows in Southeast Asia and Oceania, where its natural vegetation takes place in not only low-lying wetlands but also dry lands of the tropics. Its utilization includes a wide range of consumption types, containing staple food, noodle-making, confectionery and fuel alcohol.
@The great importance of exploiting underutilized and nonutilized plant resources has been stressed by learned persons at every opportunity. Some of them have focused their special attention to sago palm as invaluable resources of starchy food, having deep concern about the possible food shortage in the world in future. Some others have emphasized the incomparable usefulness of this plant for the agricultural development of low-lying swampy areas of the tropics, since sago palm has high adaptability to such a condition, under which very limited economic plants can only grows.
@The general understanding on sago palm and its utilization has so far been very limited: at most, this plant grows wild in low-lying wetlands in the tropics, and the starch produced in its stem is a staple food upon which local people in these areas live. In recent years, however, considerable progress has been made in researches on sago palm itself and relevant environmental and socioeconomic conditions. In addition, there has been some progress in the area development programs which contain sago palm plantations. In spite of such progress, it has been further recognized that much remains unexplored regarding this underutilized plant resource.
@In regard to the production aspect of sago palm, the physiological mechanism of its accumulation of a large amount of starch is not fully elucidated. Various questions have yet to be answered: Is there any possibility of increasing starch productivity through breeding efforts ? Sago palm has a wide adaptability ranging from low-lying wetlands to dry lands in the tropics. What are the physiological and genetic mechanisms of such wide adaptability ? What is the mechanisms of its biological adaptation to highly-saline water logging ? A number of questions may also be raised concerning its utilization aspect. All these questions require extensive and intensive research activities and technological exploitation to answer.
@ The issues and problems involved for the sago palm development, including production and utilization as well, are extensive and profound in nature, being interrelated with each other. Therefore, prerequisite is an interdisciplinary approach to the effective research and development program implementation. Toward this end, cooperative and even collective activities of relevant disciplines would be strongly required to harmonize and synchronize them.
@Development of underutilized/utilized plant resources
The development of underutilized/unutilized plant resources and the expansion of their utilization considering the fact that the rate of a population increase in developing countries continues to surpass that of a food supply and demand relations would possibly be inevitable in long-terms. What we must do at present is to exploit all possible measures for increasing food and food production in the world so that the next generation could effectively cope with any serious food situations. Sago palm is now one of the underutilized plant resources. Nevertheless, taking into account its potential capacity, we must make strenuous efforts to improve its productivity at the present time. Certainly, this should be the duty we have to undertake now. Its achievements would surely become an important heritage to our descendant.
@The economic development of low-lying wetland areas extensively present in the tropics.
In the low, swampy areas of the tropics, only very limited plant resources have an economic advantage at present. Among those resources is sago palm, which has a high adaptability to such conditions. In fact, part of sago palm and its products is utilized as food stuffs of the local people in those areas, while a small portion is exported to other regions. If sago palm is to further contribute to the economic development of those areas effectively and sustainedly, a number of problems would have to be resolved. This is because the matter might threaten to assume serious situations in environmental conservation and stability of social life of the local people, providing that the development programs take an inadequate strategical approach. They could not be solved in a short time. This is the very reason why we must begin with analyses of the problems and related researches as soon as possible, gimmediatelyh indeed.
@Provisions of suitable social, economic and institutional conditions in the sago palm growing areas
Even though the importance of the sago palm improvement and the economic development of its growing areas is well recognized, special considerations on strategies for materializing its potential are really needed, since the issues are closely related to the complicated circumstances of industries, economics, society, culture, politics and other environmental factors in these areas. Furthermore, the sago palm production takes place in the developing countries which are economically weaker in general. In view of the heavy dependency of Japan on the imported food and feed resources, including biological stuffs in agriculture, forestry and fisheries, we believe that our collaboration with the developing world should be the right course to take as a large importer of agricultural products. In this sense, our cooperative efforts in research and development of sago palm production and utilization would provide Japan with a good opportunity of collaborating with selected developing countries.
@Issuing "SAGO PALM", the regular journal of the Society.
@Study meeting and symposia every year.
The 23nd Annual Meeting of SSPS
The 23nd annual meeting of the Society of Sago Palm Studies will be held at Tokyo University of Agriculture in Setagaya Campus on June 14, 2014(Saturday).
Opening: 11:30, Closing: 17:30
Chair, Organization Committee: Prof. Dr. Kenji Irie, Tokyo University of Agriculture
Title submission deadline: May 30,
Abstract submission deadline: June 8
Submission address: Toyoda Laboratory, Graduate School of Bio-Applications and Systems Engineering
TEL & FAXF+81-423-88-7915@@E-mail: firstname.lastname@example.org (Prof. Koki TOYODA)
The following is the address for contacting Hiroshi EHARA, a sender of the present home page: email@example.com
Your message via E-mail is quite welcome !
The secretariat of the Society of Sago Palm Studies is located at :
Graduate School of Bio-Applications and Systems Engineering
Tokyo University of Agriculture and Technology
2-24-16, Nakamachi, Koganei, Tokyo 184-8588, Japan
TEL & FAXF+81-423-88-7915@@E-mail: firstname.lastname@example.org
@Vice PresidentF Yukio TOYODA, Yoshinori YAMAMOTO
@Board of TrusteesFHiorshi EHARA, Mei OHNO, Keiji KAINUMA, Yusuke GOTO, Hiroyuki SHIMODA,
@@@@@@@@@@@@@@Setsuko TAKAHASHI, Koki TOYODA, Yoji NITTA, Kazuko HIRAO
@AuditorsFMasahiro OHMI, Haruo TANAKA
(General Affairs) Mei ONO, Kazuko HIRAO
(Editing) Yukio TOYODA, Hiroshi EHARA
(Programs) Yusuke GOTO, Yoji NITTA
(Accounts) Sonoko Dorothea KIMURA
MembersF Yukio TOYODA, Kazuko HIRAO, Yoshinori YAMAMOTOCHiroshi EHARA,
@@Foh Shoon JOHN, Hardaning PRANAMUDA, Kopli BUJANG, Role ROSA,
Dirk L. SCHULING, Chrisopher OATES, Flores DULCE, Marcelo QUEVEDO
Click here to refer to the papers contained in the Journal "SAGO PALM".
Click here to refer to subject matters presented at the study meetings and symposia (in Japanese).
Last update: 10 June 2014.
Go to The International Palm Society (IPS) Home Page
Go to Japanese Society for Tropical Agriculture Home Page
Link to Home Page of Graduate School of Bioresources, Mie University