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Respiration of Soybean Plants in Relation to Their Physiological Conditions:IV. Time course changes in nitrogen metabolism in a leaf
Amino acid Diurnal change of respiration Glycine max (L.) Merr Nitrogen metabolism Protein
2009/8/6
Time course changes in nitrogen transformation among nitrogenous compounds in a detached leaf of soybean was examined in relation to respiration rate. Nitrogen content in protein continued to increase...
Respiration of Soybean Plants in Relation to Their Physiological Conditions:III. The characteristics of respiration in leaves and roots under attached and detached conditions
Aging Diurnal change of respiration Glycine max (L.) Merr Leaf growth
2009/8/6
Time course challges of respiration rate in a leaf and roots were examined in attached and detached conditions to obtain information of the internal factors determining the time course change of resp...
Comparison of Nitrate-N Uptake between Nodulating and Non-nodulating Soybean Isolines
N balance method Nitrate-N uptake Nodulating and non-nodulating soybean isolines
2009/8/6
Nodulating and non-nodulating soybeans from the 3 pairs of near isogenic lines (Norin 2 and Tosan 89, T 202 and T 201, and Fujimijiro and Tosan 90) were grown in a culture solution containing 15N-nitr...
Varietal Differences of Wet Endurance in Autumn Soybean Plants
Soybean Upland field converted from paddy Varietal differences Wet endurance Wet-injury
2009/8/6
The objective of this study was to examine the effects of excessive soil moisture on seed weight and yield components of autumn soybean cultivers and to find the varietal differences in their wet endu...
Distinctive Response of Photosynthetic Rate and Water Use Efficiency in Three Soybean Varieties to Waterlogging and Drought-stress
Drought Photosynthesis Soybean Transpiration Waterlogging Water stress Water use efficiency
2009/8/4
Distinctive Response of Photosynthetic Rate and Water Use Efficiency in Three Soybean Varieties to Waterlogging and Drought-stress.
Growth and Adaptation of Soybean Cultivars under Water Stress Conditions:I. Leaf movement and leaf temperature
Irrigation Leaf temperature Paraheliotropic leaf movement Soybean Water stress
2009/8/4
The leaf movement of soybean under water stress conditions was investigated in terms of canopy structure and leaf temperature. Irrigated and non-irrigated treatment were conducted in concrete plots in...
Growth and Adaptation of Soybean Cultivars under Water Stress Conditions:II. Effects of leaf movement on radiation interception
Drought resistance Integrated solarimeter film Irrigation treatment Leaf movement
2009/7/31
Leaf movement of field-grown soybeans under water stress conditions was examined with radiation interception. Two cultivars with different leaf movement, Zhenzhuta 2 (active) and Heinong 33 (inactive...
Remote and Real-Time Sensing of Canopy Transpiration and Conductance : Comparison of Remote and Stem Flow Gauge Methods in Soybean Canopies as Affected by Soil Water Status
Canopy conductance Infrared thermometry Remote sensing Soybean Stem flow gauge Transpiration Waterlogging
2009/7/31
A newly developed remote and real-time method for estimating transpiration rates and conductance of crop canopies is examined in comparison with concurrent measurements by the stem flow gauge method. ...
Effects of Leaf Movement on Radiation Interception in Field Grown Leguminous Crops : III. Relation to leaf temperature and transpiration among soybean cultivars
Intercepted radiation Leaf movement Leaf temperature Soybean
2009/7/31
Varietal differences of leaf movement in soybean were examined in terms of radiation interception, leaf temperature and transpiration. Five cultivars (c.v. Tsurukogane, Nanbushirome, Enrei, Tachinagah...
Relationship between Leaf Movement of Trifoliolate Compound Leaf and Environmental Factors in the Soybean Canopy : IV. Light intensity on the leaf surface
Heliotropic movement Leaf inclination angle Leaf xylem water potential Light intensity on leaf surface Soybean
2009/7/31
To clarify the effect of light on the trifoliolate compound leaf movement in the soybean plant, (1)changes in the area of the triangle described by the three tips of the leaflets (ΔT) and leaf inclina...
Diurnal Change of Photosynthesis and Its Relation to Yield in Soybean Cultivars
Diurnal change Photosynthesis Soybean Yield
2009/7/30
Apparent photosynthetic rates (AP) of plant leaves often decline in midday even when solar radiation is adequate. The objective of this study was to determine whether this phenomenon is responsible fo...
Solar Radiation Penetration and Distribution in Soybean Communities
Canopy structure Integrated solarimeter film Penetrated radiation Radiation distribution
2009/7/30
Detailed features of solar radiation distribution and penetration in soybean communities were examined using integrated solarimeter films for 2 days. Five cultivars (c.v. Tsurukogane, Nanbushirome, En...
Ecophysiological Studies on the Drought Resistance of Soybean:I. Changes in photosynthesis, transpiration and root respiration with soil moisture deficit
Drought resistance Leaf position Photosynthesis Root respiration Soil moisture Soybean
2009/7/30
Two Korean cultivars (cv. Hwangkeumkong, Danyeobkong) and one Japanese cultivar (cv. Enrei) were grown in the same pot under glasshouse conditions to investigate the influence of water deficit on the ...
Relationship between Leaf Movement of Trifoliolate Compound Leaf and Environmental Factors in the Soybean Canopy:I. Measurement of leaf movement
Heliotropic leaf movement Leaf inclination angle Nyctinastic leaf movement Soybean Trifoliolate compound leaf
2009/7/30
The occurrence of leaf movements during the daytime is widely known in the leguminous plant canopy. We observed in the soybean field that leaflets moved not independently but that the trifoliolate com...
Comparison of Leaf Photosynthesis between Wild and Cultivated Types of Soybean
Cultivated soybean Leaf length Leaf photosynthetic rate SPAD value Wild soybean
2009/7/29
Comparison of Leaf Photosynthesis between Wild and Cultivated Types of Soybean.