k057	#8172-8184  old file: koke96x1          ˆÉ–ì—Ç•v(8172-8184)
				Rev. by H.Deguchi 16 Mar 1997

8172
Photosynthesis and primary production in moss community at Syowa Station, Antarctica.
	Ino, Y.
	Jpn. J. Ecol. 33, 427-433, 1983.
	M
	Ecology. Physiology. ANtarctica. Photosynthesis. Metabolism.

8173
Estimation of primary production in moss community on East Ongul Island, Antarctica.
	Ino, Y.
	Ant. Res. 80, 30-38, 1983.
	M
	Metabolism. Antarctica.

8174
Distribution of carbon, nitrogen and phosphorus in a moss community-soil system developed on a cold desert in Antarctica.
	Ino, Y., Nakatsubo, T.
	Ecol. Res. 1, 59-69, 1986.
	M
	Ecology. Antarctica. Desert. Soil. 

8175
Comparison of net photosynthesis and dark respiration of Antarctic moss measured in the Antarctic and in Japan.
	Ino, Y.
	Proc. NIPR Symp. Polar Biol. 3, 245-253, 1990.
	M
	Photosynthesis. Dark Respiration. Physiology. Antarctica.


8176
Field measurement of net photosynthesis of mosses at Langhovde, East Antarctica. 
	Ino, Y.
	Ecol. Res. 5, 195-205, 1990.
	M
	Photosynthesis. Physiology. Antarctica.


8177
Photosynthesis of Antarctic mosses and lichens.
	Ino, Y.
	Jpn. J. Ecol. 41, 149-158, 1991.
	M
	Photosaynthesis. Physiology. Antarctica.

8178
Estimation of the net production of moss community at Langhovde, East Antarctica.
	Ino, Y.
	Nankyoku Shiryo(Antarctic Record) 36, 49-59, 1992.
	M
	Antarctica. Metabolism. Physiology.

8179
The measurement of photosynthesis in four Shagnum mosses from tree high moors at Mt. Hakkoda.
	Ino, Y., Takamine, Y.
	Gakujyutsukennkyu, Biology, Geology  42, 1-9, 1994.
	M
	Photosynthesis. Aomori. Physiology.

8180
Field measurement of the photosynthesis of mosses with a portable CO2 porometer at langhovde, East Antarctica.
	Nankyoku Shiryo(Antarctic Record) 38, 178-184, 1994.
	M
	Antarctica. Metabolism. Physiology. Photosynthesis. Method.

8181
Photosyntesis characteristics and ecology of Antarctic mosses and lichens.
	Ino, Y.
	Iden (Heredity) 48, 29-34, 1994.
	M
	Photosynthesis. Antarctica. Ecology.

8182
Growth and production of Sphagnum mosses from Takadayachi Moor in Hokkaido Mountains, northeast Japan 1.    Dry matter production estimated from photosynthesis and respiration.
	Fukushima, S., Kume, A., Ino, Y., Mochida, Y.
	Ecol. Rev. 23, 77-91, 1995.	
	M
	Hokkaido. Metabolism. Growth. Moor. Respiration. Photosynthesis.

8183
Growth and production of Sphagnum mosses from Takadaytachi Moor in Hokkaido Mountains, northeast japan 2.   Growth in length measured with a point level method.
	Shiraishi, A., Ino, Y., Kume, A., Mochida, Y.
	Ecol. Rev. 23, 189-199, 1996.
	 M
	 Growth. Production. Moor. Hokkaido. Method.

8184
Growth and production of Sphagnum mosses from Takadaytachi Moor in Hokkaido Mountains, northeast japan 3.   Seasonal changes of carbohydrate contents in shoots.
	Shiraishi, A., Ino, Y., Mochida, Y.
	Ecol. Rev. 23, 201-208, 1996.
	 M
	 Growth. Production. Moor. Hokkaido. Seasonal Change.  Carbohydrate Content.