Vergara - 1976 - Physiological and morphological adaptability of ri

INDEX 557
Photosynthesis
and leaf angle, 23.4
and leaf water potential. 32B
and light. 23D.
and light intensity and leaf nitrogen
content. 231
and plant growth. response to
carbon dioxide in air. 215
oxygen concentrations in air, 238
and respiration. L62
climatic factors related to. 223
response to temperature, 224
and temperature. I3
and transpiration effects on stomata.
326
and water environment, 239
and wind speed. I2
chill injury to. 224
effects of
carbon dioxide, 212
concentration (See also Carbon
dioxide, concentrations)
drought. 326
dynamics in field photosynthesis.
21.3
fixation in, 3Z6
flux in field. 2.1.5
saturation point tor. 2.16
field, carbon dioxide. dynamics in.
213
flooding duration. 2A1
gross. 235
humidity, 24H
in canopy (See Canopy.
photosynthesis in)
in maize, 328
in single leaf. light response of. 2.10.
net (.S‘ee Net photosynthesis)
of C. species. Li, 230
of C. species. 226, 230
temperature
optimum for. 226
in wheat. 223
optimum range for
indica varieties, E 94
japonica varieties. 73, ‘Ll
range lbr. 114
response to low. 224
water. 110
Photosyinthcsis-tcmpcrature relationships
and carbon dioxide concentrations in
air. 212
Photosynthetic capacity. 95
Photosynthetic organs. effect of climate. on.
development and maintenance, 452
leaf area development. e113.
and growth stage, iii
and solar radiation. 454
and temperature. 2153
efficiency of. 452
ability for dry matter production.
comparison, iKL-l
effect of solar radiation and leaf area
index on NAR. 45.9
influence of physiological age of
plants. 450
influence of temperature on NAR.
46.1
NAR values. methods of comparison,
5E2
Photothennal quotient IPTQ), ill}
and grain yield relationships. 503.
pH range of soil solution, 25]
physiological background. effect on
vegetative growth. See Vegetative
growth. and physiological background
Physiological injuries in cooled anthers. Sea.
Anthers. cooled. physiological injuries in
PlLVIOIIOII
and field experimental results. problems.
23
artificially lit rooms. 1A4
at Brisbane. l2
at Canberra (CERES). S, l2, 1A9
at Hokkaido National Experiment
Station, 2S3
at lRRl, 6. l2. 1.01
at Palmerston North. 12
at Weigh, Nonh Carolina. l2
at “lagcningen. l2
cabinets, 6
designs. 142
lamps. 1A1
naturally lit.
role in
L42
agricultural research, l1
clarifying breeding objectives. 1.2
SEPEL. in I.T.S.2\.. L42
studies, extrapolation problems. 23
uses, I
epidemiological analysis. l3
manipulating plant life cycles. L8
modifying range of adaptation, L9
study of cool injury. 235. (See also
Cold damage. clfcetive methods
of phflotrtin studies)