Azhar A, Makihara D, Naito H, Ehara H (2020b) Evaluating sago palm (Metroxylon sagu Rottb.)
photosynthetic performance in waterlogged conditions: utilizing pulse-amplitude modulated
(PAM) fluorometry as a waterlogging stress indicator. J Saudi Soc Agric Sci 19(1):37–42
Barrau J (1959) The sago palm and other food plants of marsh dwellers in the South Pacific Islands.
Econ Bot 13:151–159
Bintoro HMH (1999) Pemberdayaan dan arno sagu sebagai pangan alternatif dan bahan baku
agroindustri yang potensial dalam rangka Ketahanan Pangan Nasional. Orasi Ilmiah Guru
Besar Tetap Ilmu Tanaman Perkebunan Fakultas Pertanian, Institut Pertanian Bogor, Bogor,
11 Sept 1999
Chinen Y, Miyazaki A, Hamada S, Yoshida T, Pasolon YB, Yamamoto Y, Jong FS (2003) Changes
of root amount by age in sago palm. Jpn J trop Agr 47:21–22
Directorate General of Estate Crops (2017) Tree crop estate statistics of Indonesia 2016–2018: sago.
Directorate general of estate crops. Ministry of Agriculture, Indonesia
Ehara H (1997) Sago palm production in Riau province, Indonesia: morphological characteristics
and starch processing in Bengkalis regency. Sago Palm 5:24–27
Ehara H (2005) Report of the eighth international sago symposium (EISS2005). Jpn J trop Agr
49:386–387
Ehara H (2006a) Geographical distribution and specification of Metroxylon palms. Jpn J Trop Agr
50:229–233
Ehara H (2006b) Diversity of economic plants. In: Morita S, Daimon H, Abe J (eds) Saibaigaku.
Asakura Shoten, Tokyo
Ehara H (2018) Genetic variation and agronomic features of Metroxylon palms in Asia and Pacific.
In: Ehara H, Toyoda Y, Johnson D (eds) Sago palm. Springer, Cham
Ehara H, Yamamoto Y, Ando H, Nitta Y, Susanto S (1998) Sago production in east coast of
Sumatra, Indonesia. Sago Palm 6:28–33
Ehara H, Susanto S, Mizota C, Hirose S, Matsuno T (2000) Sago palm (Metroxylon sagu,
Arecaceae) production in the eastern archipelago of Indonesia: variation in morphological
characteristics and pith-dry matter yield. Econ Bot 54:197–206
Ehara H, Matsui M, Naito H (2006) Avoidance mechanism of salt stress in sago palm (Metroxylon
sagu Rottb). Jpn J Trop Agr 50:36–41
Ehara H, Shibata H, Prathumyoto W, Naito H, Miyake H (2008a) Absorption and distribution of
Na
+ , Cl
À and some other ions and physiological features of sago palm under salt stress. Trop
Agr Develop 52:7–16
Ehara H, Shibata H, Prathumyot W, Naito H, Mishima T, Tuiwawa M, Naikatini A, Rounds I
(2008b) Absorption and distribution of Na
+ and some ions in seedlings of Metroxylon vitiense
H. Wendl. Ex Benth. & Hook. f. under salt stress. Trop Agr Develop 52:17–26
Ehara H, Yamamoto T, Tsuchiya T, Naito H, Dowe JL, McClatchey WC, Mishima T, Itaya A,
Mizota C, Pasolon YB, Ala P, Tuiwawa M, Naikatini A, Rounds IA, Foliga T, Lui S, Kwan S
(2019) Phylogenetic study of Metroxylon palms in Southeast Asia and Oceania based on 5S
nrDNA spacer sequence data. Sago Palm 26:37–43
Ellen RF (1979) Sago subsistence and the trade in spices: a provisional model of ecological
succession and imbalance in Moluccan history. In: Burnham PC, Ellen RF (eds) Social and
ecological systems. Academic Press, London
Flach M (1977) Yield potential of the sago palm and its realization. In: Tan K (ed) Sago ‘76: Papers
of the 1st international sago symposium “The equatorial swamp as a natural resource”. University of Malaya, Kuala Lumpur
Flach M (1984) The sago palm domestication exploitation and products: FAO sponsored expert
consultation on the sago palm and its products. FAO, Rome
Flach M, Schuiling DL (1989) Revival of an ancient starch crop: a review of the agronomy of the
sago palm. Agrofor Syst 7:259–281
Flach M, Schuiling DL (1991) Growth and yield of sago palms in relation to their nutritional needs.
In: Ng TT, Tie YL, Kueh HS (eds) Towards greater advancement of the sago industry in the
‘90s: Proceedings of the 4th international sago symposium. Lee Ming Press, Kuching
17 Sago Palm in Peatland
503
photosynthetic performance in waterlogged conditions: utilizing pulse-amplitude modulated
(PAM) fluorometry as a waterlogging stress indicator. J Saudi Soc Agric Sci 19(1):37–42
Barrau J (1959) The sago palm and other food plants of marsh dwellers in the South Pacific Islands.
Econ Bot 13:151–159
Bintoro HMH (1999) Pemberdayaan dan arno sagu sebagai pangan alternatif dan bahan baku
agroindustri yang potensial dalam rangka Ketahanan Pangan Nasional. Orasi Ilmiah Guru
Besar Tetap Ilmu Tanaman Perkebunan Fakultas Pertanian, Institut Pertanian Bogor, Bogor,
11 Sept 1999
Chinen Y, Miyazaki A, Hamada S, Yoshida T, Pasolon YB, Yamamoto Y, Jong FS (2003) Changes
of root amount by age in sago palm. Jpn J trop Agr 47:21–22
Directorate General of Estate Crops (2017) Tree crop estate statistics of Indonesia 2016–2018: sago.
Directorate general of estate crops. Ministry of Agriculture, Indonesia
Ehara H (1997) Sago palm production in Riau province, Indonesia: morphological characteristics
and starch processing in Bengkalis regency. Sago Palm 5:24–27
Ehara H (2005) Report of the eighth international sago symposium (EISS2005). Jpn J trop Agr
49:386–387
Ehara H (2006a) Geographical distribution and specification of Metroxylon palms. Jpn J Trop Agr
50:229–233
Ehara H (2006b) Diversity of economic plants. In: Morita S, Daimon H, Abe J (eds) Saibaigaku.
Asakura Shoten, Tokyo
Ehara H (2018) Genetic variation and agronomic features of Metroxylon palms in Asia and Pacific.
In: Ehara H, Toyoda Y, Johnson D (eds) Sago palm. Springer, Cham
Ehara H, Yamamoto Y, Ando H, Nitta Y, Susanto S (1998) Sago production in east coast of
Sumatra, Indonesia. Sago Palm 6:28–33
Ehara H, Susanto S, Mizota C, Hirose S, Matsuno T (2000) Sago palm (Metroxylon sagu,
Arecaceae) production in the eastern archipelago of Indonesia: variation in morphological
characteristics and pith-dry matter yield. Econ Bot 54:197–206
Ehara H, Matsui M, Naito H (2006) Avoidance mechanism of salt stress in sago palm (Metroxylon
sagu Rottb). Jpn J Trop Agr 50:36–41
Ehara H, Shibata H, Prathumyoto W, Naito H, Miyake H (2008a) Absorption and distribution of
Na
+ , Cl
À and some other ions and physiological features of sago palm under salt stress. Trop
Agr Develop 52:7–16
Ehara H, Shibata H, Prathumyot W, Naito H, Mishima T, Tuiwawa M, Naikatini A, Rounds I
(2008b) Absorption and distribution of Na
+ and some ions in seedlings of Metroxylon vitiense
H. Wendl. Ex Benth. & Hook. f. under salt stress. Trop Agr Develop 52:17–26
Ehara H, Yamamoto T, Tsuchiya T, Naito H, Dowe JL, McClatchey WC, Mishima T, Itaya A,
Mizota C, Pasolon YB, Ala P, Tuiwawa M, Naikatini A, Rounds IA, Foliga T, Lui S, Kwan S
(2019) Phylogenetic study of Metroxylon palms in Southeast Asia and Oceania based on 5S
nrDNA spacer sequence data. Sago Palm 26:37–43
Ellen RF (1979) Sago subsistence and the trade in spices: a provisional model of ecological
succession and imbalance in Moluccan history. In: Burnham PC, Ellen RF (eds) Social and
ecological systems. Academic Press, London
Flach M (1977) Yield potential of the sago palm and its realization. In: Tan K (ed) Sago ‘76: Papers
of the 1st international sago symposium “The equatorial swamp as a natural resource”. University of Malaya, Kuala Lumpur
Flach M (1984) The sago palm domestication exploitation and products: FAO sponsored expert
consultation on the sago palm and its products. FAO, Rome
Flach M, Schuiling DL (1989) Revival of an ancient starch crop: a review of the agronomy of the
sago palm. Agrofor Syst 7:259–281
Flach M, Schuiling DL (1991) Growth and yield of sago palms in relation to their nutritional needs.
In: Ng TT, Tie YL, Kueh HS (eds) Towards greater advancement of the sago industry in the
‘90s: Proceedings of the 4th international sago symposium. Lee Ming Press, Kuching
17 Sago Palm in Peatland
503