Vergara - 1976 - Physiological and morphological adaptability of ri

moex
S51
Gene analysis, components of growth
duration. 92
Genetic control
of sensitivity to photoperiod
strong. H!
wreak. ‘l!
of shattering. 98
Genetic Evaluation and Lltilizatitm program
(GELD. IRRl. 3i
Genetics
of drought resistance. 22
of floating ability. fi
rice in India. 29
of gain donnancy. H
of growth phase. 2D (See also Growth
stages)
of response to phutoperiod. 2Q
of shattering habit. 2K
of temperature response. 9i
of yield stability. ltlfl
Geography of rice-producing regions, 31
and climate, 3i
economies. 3A
physical. 31
(‘rertnination of seeds. See Seeds,
germination
Genn plasm bank. See Varietal collections.
lRRl
Ghildyal, B. P._. 6_2_. 1Q LL. @ 2Q.
Z§LiH£§U
Grain diannancy
effects of precipitation. 2T
genetics of. 91
Grain filling in cereals. See Carbon
assimilation. and grain yield
Grains
growth duration as determinant of
yield. H
production. 9A
protein synthesis in. 311
senescence. 436
Grain yield. See ‘r'ield
Gross photosynthesis. 235
Groxving season. length of. and monsoonal
activity. i2
Growth chambers. bioclimatic. for study of
climate and insects, 3J6
Growth. plant
and air temperature, 4311
and development
elTects of low temperature. 72
optimum temperature for. 13
and dry matter production. effect of low
oxygen concentrations, 213
and environment. 429
and leaf area index. 11L
and photoperiod. 429
and photosynthesis. response to carbon
dioxide in air. Z15
and rainfall reliability. ii
and root nutrient uptake. in lowland
rice. as influenced by climate. Z65
and yield. as affected by soil
temperature. 2150
aspects of. 430
controlled environment facilities for.
physics. l-tl
duration
as determinant of grain yield. 1A
components of, gene analysis. Q2
effects of
carbon dioxide. 1L2
drought. 3Z2
night temperature. 11
rainfall. l?
wind. I2
leaf. effect of drought on, 12ft
maximal rate of. 1B1‘ experiment. 4511
patterns
and altitude. 4A2
in different environments, AI!
locations. 431
seasons. 44.2
years. Add
in Japan. 431
types. 434
response
to carbon dioxide. flux. 215
to light intensity
and dry matter production. Z31
in controlled environment, 15.3
seedling. effects of temperature. lfii
unit theory; 265
(‘irowth stages
and leaf area development. 455
genetics of. 2Q
Phasal development. 51.12
photoperiodsensitive phase, K8
physiological background. 169
reproductive phase. 432 (See also
Reproductive grotvth)
ripening phase, 432
vegetative phase (See Vegetative grourth.
Growth stage sensitive to coolness. See
Sterile-type cool injury