研究業績（Publications）
(a) レフェリー制度のある学術雑誌での原著論文
1.
Ishida A., Yamamura Y. and Hori Y. (1992) Roles of leaf water potential
and soil-to-leaf hydraulic conductance in water use by understorey
woody plants. Ecological Research 7: 213-223.
2. Yamamura Y., Ishida A. and Hori Y. (1993) Differences in sapling architecture between Fagus crenata and Fagus japonica. Ecological Research 8: 235-239.
3.
Nakano T. and Ishida A. (1994) Diurnal variations of photosynthetic
rates and xylem pressure potentials in four dwarf shrubs (Ericaceae) in
an alpine zone. Proceedings of the NIPR Symposium on Polar Biology 7:
243-255.
4. Ishida A., Toma T., Matsumoto Y., Yap S.K. and
Maruyama Y. (1996) Diurnal exchanges in leaf gas exchange
characteristics at the uppermost canopy of a rain forest tree, Dryobalanops aromatica Gaertn. f. Tree Physiology 16: 779-785.
5.
Maruta E., Nakano T., Ishida A., Iida H. and Masuzawa T. (1996) Water
relations of Pinus pumila in the snow melting season at the alpine
region of Mt. Tateyama. Proceedings of the NIPR Symposium on Polar
Biology 9: 335-342.
6. Maruyama Y., Toma T., Ishida A., Matsumoto
Y., Morikawa Y., Ang L.H. and Yap S.K. (1997) Photosynthesis and water
use efficiency of 19 tropical tree species. Journal of Tropical Forest
Science 9: 434-438.
7. Kimura K., Ishida A., Uemura A., Matsumoto
Y. and Terashima I. (1998) Effects of current-year and previous-year
PPFDs on shoot gross morphology and leaf properties in Fagus japonica. Tree Physiology 18: 459-466.
8.
Ishida A., Toma T. and Marjenah (1999) Leaf gas exchange and
chlorophyll fluorescence in relation to leaf angle, azimuth, and canopy
position in a tropical pioneer tree, Macaranga conifera. Tree Physiology 19: 117-124.
9.
Ishida A., Toma T. and Marjenah (1999) Limitation of leaf carbon
gain by stomatal and photochemical processes in the top of Macaranga conifera, a tropical pioneer tree. Tree Physiology 19: 467-473.
10.
Ishida A., Nakano T., Matsumoto Y., Sakoda M. and Ang L.H. (1999)
Diurnal changes in leaf gas exchange and chlorophyll fluorescence in
three tropical tree species with contrasted light-requirement.
Ecological Research 14: 77-88.
11. Ishida A., Uemura A., Koike
N., Matsumoto Y. and Ang L.H. (1999) Interactive effects of leaf age
and self-shading on leaf structure, photosynthetic capacity and
chlorophyll fluorescence in the rain forest tree, Dryobalanops aromatica. Tree Physiology 19: 741-747.
12. 山村靖夫、藤田和美、須藤眞平、木村和木夫、本間暁、高橋壮直、石田厚、中野隆志、船越眞樹、木村允（1999） 小笠原におけるギンネム林の更新 保全生態学研究，第４巻２号: 152-166.
13. 松本陽介、田中格、小菅進吉、丹原哲夫、上村章、重永英年、石田厚、奥田史郎、丸山温、森川靖（1999） 日本産広葉樹41樹種の当年生陽葉における最大ガス交換速度のスクリーニング 森林立地，第41巻２号: 113-121.
14.
Ishida A., Toma T., Mori S. and Marjenah (2000) Effects of foliar
nitrogen and a short-term drought on the carbon economy of Shorea smithiana Sym. seedlings. Biotropica 32: 351-358.
15. Uemura A., Ishida A., Terashima I., Nakano T., Tanabe H. and Matsumoto Y. (2000) Acclimation of leaf characteristics of Fagus species to previous-year and current-year solar irradiances. Tree Physiology 20: 945-951.
16.
Yamashita N., Ishida A., Kushima H. and Tanaka N. (2000) Acclimation
to sudden increase in light favoring an invasive over native trees in
subtropical islands, Japan. Oecologia 125: 412-419.
17. Ishida A., Nakano T., Sekikawa S., Maruta E. and Masuzawa T. (2001) Diurnal changes in needle gas exchange of alpine Pinus pumila during snow melting and summer seasons. Ecological Research 16: 107-116.
18.
Ishida A., Nakano T., Uemura A., Yamashita N., Tanabe H. and Koike N.
(2001) Light-use properties of two sun-adapted dwarf shrubs with
contrasting canopy structures. Tree Physiology 21: 497-504.
19.
Yamashita N., Koike N. and Ishida A. (2002) Leaf ontogenetic
dependence of light acclimation in invasive and native subtropical
trees of different successional status. Plant, Cell and Environment 25:
1341-1356.
20. 松本陽介、小池信哉、河原崎里子、上村章、原山尚徳、伊藤江利子、吉永秀一郎、大貫靖浩、志知幸治、奥田史郎、石田厚、垰田宏（2002）関東平野における樹木衰退の1999年〜2001年の状況 森林立地 44: 53-62.
21.
Uemura A., Ishida A., Tobias D. J., Koike N. and Matsumoto Y. (2004)
Linkage between seasonal gas changes and hydraulic acclimation in the
top canopy leaves in two Fagus trees in a mesic forest in Japan.
Trees-Structure and Function 18: 452-459.
22. Ishida A., Toma
T. and Marjenah (2005) A comparison of in situ photosynthesis and
chlorophyll fluorescence at the top canopies in rainforest adult trees.
JARC-Japan Agricultural Research Quaterly 39: 57-67.
23. Toma
T., Ishida A. and Matius P. (2005) Long-term monitering of post-fire
aboveground biomass recovery in a lowland dipterocarp forest in East
Kalimantan. Nutrient Cycling in Agroecosystems 71: 63-72.
24.
Shimizu M., Ishida A. and Hogetsu T. (2005) Root hydraulic
conductivity and whole-plant water balance in tropical saplings
following a shade-to-sun transfer. Oecologia 143: 189-197.
25.
Ishida A., Yazaki K. and Ang L.H. (2005) Ontogenetic transition of
leaf physiology and anatomy from seedlings to mature trees of a
tropical pioneer tree, Macaranga gigantea. Tree Physiology 25: 513-522.
26.
Uemura A., Ishida A., Koike N. and Matsumoto Y. (2005) Simulated
seasonal changes of CO2 and H2O exchange at the top canopies of two
Fagus trees in a winter-deciduous forest, Japan. Forest Ecology and
Management 212: 230- 242.
27. Shimizu M., Ishida A., Tange T. and Yagi H. (2006) Leaf turnover and growth responses of shade-grown saplings of four Shorea rain forest species to a sudden increase in light. Tree Physiology 26: 449-457.
28.
Uemura A., Harayama H., Koike N. and Ishida A. (2006) Coordination of
crown structure, leaf plasticity and carbon gain within the crowns of
three winter-deciduous mature trees. Tree Physiology 26: 633-641.
29.
Ishida A., Diloksumpun S., Ladpala P., Staporn D., Panuthai S., Gamo
M., Yazaki K., Ishizuka M. and Puangchit L. (2006) Contrasting seasonal
leaf habits of canopy trees between tropical dry-deciduous and
evergreen forests in Thailand. Tree Physiology 26: 643-656.
30.
Harayama H., Ikeda T., Ishida A. and Yamamoto S. (2006) Seasonal
variations in water relations in current-year leaves of evergreen trees
with delayed greening. Tree Physiology 26: 1025-1033.
31. Ishida
A., Nakano T., Yazaki K., Matsuki S., Koike N., Lauenstein D.L.,
Shimizu M. and Yamashita N. (2008) Coordination between leaf and stem
traits related to leaf carbon gain and hydraulics across 32
drought-tolerant angiosperms. Oecologia 156: 193-202.
32. Osone
Y., Ishida A. and Tateno M. (2008) Correlation between relative growth
rate and specific leaf area requires associations of specific leaf area
with nitrogen absorption rate of roots. New Phytologist 179: 417-427.
33.
Koretsune S., Fukuda K., Zhaoyang C., Fuchen S. and Ishida A. (2009)
Stomatal response to drought and rainfall at the early and late wood
formation in Pinus tabulaefornus and Roninia pseudoacacia in China.
Journal of Forest Research 14: 88-94.
34. Murata N., Ohta S.,
Ishida A., Kanzaki M., Wachirinrat C, Artchawakom T. and Sase H. (2009)
Comparison of soil depths between evergreen and deciduous forests as a
determinant of their distribution, Northeast Thailand. Journal of
Forest Research 14: 212-220.
35. Adachi M., Ishida A., Sarayudh
B., Okuda T. and Koizumi H. (2009) Spatial and temporal variation in
soil respiration in a seasonally dry tropical forest, Thailand. Journal
of Tropical Ecology 25: 531-539.
36.
石田厚、中野隆志、矢崎健一、松木佐和子、山路恵子、清水美智留、山下直子 (2009)
小笠原乾燥尾根部に成育する植物の葉と茎の生理生態学的特性（Ecophysiological traits in leaves and
stems of plants growing dry-ridge sites on the Bonin islands）.
小笠原研究（Ogasawara Research） 34: 9-31.
37. 田中浩、ドクラック マロード、石田厚、高橋正通、斎藤智之、中静透 (2010) 同所的に存在する熱帯性タケ類の一斉開花枯死後の更新 −タケに稚樹バンクが存在する？− 日本生態学会誌 60: 63-72.
38. Mori S., Yamaji K.,
Ishida A., Stanislav G. Prokushkin, Oxana V. Masyagina, Rafiqul A. T.
M. Hoque, Hagihar A., Suwa R., Osawa N., Nisizono T., Ueda R.,
Kaneshiro T., Miyagi K., Kajimoto T., Koike T., Matsuura Y., Toma T.,
Olga A. Zyryanovad, Anatoly P. Abaimov, Awaya Y., Araki M., Kawasaki
T., Chiba Y. and Marjnah Umari (2010) Mixed-power scaling of
whole-plant respiration from seedlings to giant trees. Proceedings of
the National Academy of Sciences 107: 1447-1451.
39. Yazaki K,
Sano Y., Fujikawa S., Nakano T. and Ishida A. (2010) Responses to
dehydration and irrigation in invasive and native saplings: osmotic
adjustment versus leaf shedding. Tree Physiology 30: 539-607.
40.
Ishida A., Harayama H., Yazaki K., Ladpala P, Sasrisang A., Kaewpakasit
K., Panuthai S., Staporn D., Maeda T., Gamo M., Diloksumpun S.,
Puangchit L. and Ishizuka M. (2010) Seasonal variations of gas exchange
and water relations in deciduous and evergreen trees in monsoonal dry
forests of Thailand. Tree Physiology 30: 935-945.
41. Yasumura
Y. and Ishida A. (2011) temporal changes in photosynthetic nitrogen-use
efficiency and nitrogen partitioning during the leaf life of an
evergreen tree, Quercus myrsinaefolia. Journal of Plant Research 124: 115-123.
42. Adachi M., Ito A., Ishida A.,
Kadir W.R., Ladpala P. and Yamagata Y. (2011) Carbon budget of
tropical forests in Sourtheast Asia and and the effects of
deforestration: an approch using a process-based model and field
measurements. Biogeoscience 8: 2635-2647.
43. Yamaguchi M.,
Otani Y., Takeda K., Lenggoro I.W., Ishida A., Yazaki K., Noguchu
K., Sase H., Murao N., Nakaba S., Yamane K., Kuroda K., Sano Y., Funada
R. and Izuta T. (2012) Effects of long term-exposure to black carbon
particles on growth and gas exchange rates of Fagus crenata,
Castanopsis sieboldii, Larix kaempferi and Cryptomeria japonia
seedlings. Asian Journal of Atmospheric Environment 6(4): 259-267.
44.
Yamaguchi M., Takeda K., Otani Y., Murao N., Sase H., Lenggoro I.W.,
Yazaki K., Noguchi K., Ishida A., Izuta T. (2012) Optical method for
measuring deposition amount of black carbon particles on foliar
surface. Asian Journal of Atmospheric Environment 6(4): 268-274.
(b) 総説
1. 石田厚、藤間剛 (2001) 熱帯雨林の減少と森林再生へのチャレンジ 静電気学会誌 25: 192-201 （査読有）.
2. 石田厚 （2002） 熱帯樹種の強光と高温に対する防御機構 熱帯林業 （財団法人 国際緑化推進センター）第53号 pp.12-21 （査読無）.
3. 石田厚 （2005） 「樹木と水」 グリーン・エージ（財団法人 日本緑化センター） 第378号 pp.8-13 （査読無）.
4. 石田厚 （2007） 「照葉樹林の今後の研究ー生理生態学的視点からの考察と提言ー」 フェノロジー研究 第42号 pp.36-42 (査読無).
5. 石田厚、矢崎健一、大曽根陽子、山下直子 (2009) 小笠原外来樹種の生理生態 地球環境 14(1): 85-88. (査読有).
6. 原山尚徳、上村章、石田厚 (2009) 減圧チャンバー法を用いた葉の通水コンダクタンスの測定. 日本生態学会誌 59: 29-38 (査読有).
7. 石田厚、前田高尚 （2011） タイ熱帯季節林の多様性と生理機能 海外の森林と林業（財団法人 国際緑化推進センター）第81号 pp. 3-7 （査読無）.
(c) 著書（市販書）
1. 石田厚（1996） 「どちらが得かおちょぼ口と大口」 森の木の100不思議 pp.148-149 日本林業技術協会.
2. 石田厚（1997） 「ムシジ（Musizi）」 熱帯樹種の造林特性 第３巻 森 徳 典 編 PP.143-146 （財）国際緑化推進センター .
3.
Ishida A., Toma T. and Marjenah (2000) Leaf gas exchange and
canopy structure under wet and drought conditions in a tropical pioneer
tree, Macaranga conifera
(Zoll.) Muell.Arg. In: Ecological Studies 140, Changing Forest
Ecosystems in East Kalimantan : El Nino, Drought, Fire and Human
Impacts. Eds. E. Guhardja, M. Fatawi, M. Sutisuna, T. Mori, and
S. Ohta. Springer-Verlag, Tokyo, pp. 129-142.
4. Ishida
A., Toma T., Ghozali D.I. and Marjenah (2000) In situ study of
the effects of elevated temperature on photoinhibition in eight
tropical pioneer and three dipterocarp species. In: Ecological Studies
140, Changing Forest Ecosystems in East Kalimantan : El Nino, Drought,
Fire and Human Impacts. Eds. E. Guhardja, M. Fatawi, M. Sutisuna,
T. Mori, and S. Ohta. Springer-Verlag, Tokyo, pp. 269-280.
5.
Mori T., Ohta S., Ishida A., Toma T. and Oka T. (2000)
Conclusions from Bukit Soeharto Education Forests and Perspective
rainforest ecosystems in East Kalimantan. In: Ecological Studies 140,
Changing Forest Ecosystems in East Kalimantan : El Nino, Drought, Fire
and Human Impacts. Eds. E. Guhardja, M. Fatawi, M. Sutisuna, T.
Mori, and S. Ohta. Springer-Verlag, Tokyo, pp. 309-317.
6.
Terashima I., Kimura K., Sone K., Noguchi K., Ishida A., Uemura A. and
Matsumoto Y. (2002) Differential analyses of the light environment on
development of deciduous trees: Basic studies for tree growth modeling.
In: Ecological Studies 158, Diversity and Interaction in a Temperate
Forest Community: Ogawa Forest Reserve of Japan. Eds. T.
Nakashizuka and Y. Matsumoto. Springer-Verlag, Tokyo, pp.
187-200.
7. 石田厚 （2002） 「日なたと日陰どっちが好き？」 森に学ぶ101のヒント 日本林業技術協会 pp.62-63.
8. 石田厚 （2002） 「樹木が冬を迎える準備」 農業日誌 11〜12月号 全国農林統計協会連合会 p.382.
9.
Ishida A., Uemura A. Yamashita N., Shimizu M., Nakano T. and Ang L. H.
(2003) Leaf physiological adjustment to changing light: Partitioning
the heterogeneous resources across tree species. In: Pasoh: Ecology and
Natural History of a Southeast Asian Lowland Tropical Rainforest.
Eds. T. Okuda, N. Manokaran, Y. Matsumoto, K. Niiyama, S.C. Thomas,
P.S. Ashton. Springer-Verlag, Tokyo, pp. 225-239.
10. 石田厚, 谷亮 (2003) 「植物の水利用の評価１：陸上植物と水」 光と水と植物の形 種生物学会編（責任編者 村岡裕由、可知直毅） 文一総合出版, 東京, pp. 271-291.
11. 谷亮, 石田厚 (2003) 「植物の水利用の評価２：水ポテンシャルと通導性の測定」 光と水と植物の形 種生物学会編（責任編者 村岡裕由、可知直毅） 文一総合出版, 東京, pp. 290-308.
12. 石田厚 (2009) 「蒸散と水輸送」 森林大百科辞典 森林総合研究所編 朝倉書店, pp. 33-35.
(d) その他 (紀要やプロシーディングスなど一部のみ記載）
1. 鈴木美津子、山村靖夫、須藤眞平、木村和喜夫、本間暁、高橋壮直、石田厚、中野隆志（2001）小笠原諸島父島の二次林における外来樹種ギンネムの動態 東京都立大学小笠原年報 第24号： 41-52.
2. 畑憲治、山村靖夫、須藤眞平、木村和喜夫、本間暁、高橋壮直、石田厚、中野隆志（2001）父島の二次林におけるマツ枯れ後の外来樹種アカギの動態 東京都立大学小笠原年報 第24号： 53-62.
3.
Ishida A. and Yazaki K. (2004) Ontogenetic change in leaf morphological
and physiological properties of a tropical pioneer tree, Macaranga gigantea. Proceedings of Rehabilitation of degraded tropical forests, Southeast Asia 2003: 25-33.
4.
Ishida A. and Shimizu M. (2004) Gap adaptation of tropical pioneer and
late successional trees in root water permeability and whole plant
water balance. Proceedings of Rehabilitation of degraded tropical
forests, Southeast Asia 2004: 19-27.
5. Ishida
A., Staporn D., Ladpara P., Yazaki
K. and Diloksumpun S. (2005) Seasonal changes of leaf properties in
tropical drought-deciduous and evergreen trees in Thailand. Proceedings
of Rehabilitation of degraded tropical forests, Southeast Asia 2005:
7-18.
6.
Ishida A., Yamazaki J., Harayama H., Yazaki K., Ladpara
P., Sasrisang A., Kaewpakasit K., Panuthai S.,
Staporn D., Diloksumpun
S., Puangchit L. and Ishizuka M. (2009) Contrasting photoprotective
activity and water dry-deciduous and evergreen trees in tropical
forests with a distict dry season in Thailand. Proceedings of the
Fortrop II: internatinal Conference (Bangkok) 2008: 201-216.
7.
Ishida A. and Kachi N. (2011) The Ogasawara (Bonin) islands have been
inscribed in the World Natural Heritage list in 2011. DIWPA News Letter
25: 6-7.