Vergara - 1976 - Physiological and morphological adaptability of ri

INDEX 565
breeding. Mexico. 102
nitrate reductase in, 13.2
nutrient transloation in. as affected by
drought. 129
photosynthesis of. optimtun temperature
for. 223
Wild rice. geographical distribution. 3.].
‘Nind
and rainfall. 91
effects on plant growth. T2
effects on sterility. 487
regime
in canopy. 123
of rice crop, 1.21
resistance to. 2S
speed. effects on photosynthesis. Ill
Winter. and insect outbreaks. 3.73
Yamane. L. 1Q, 452
Yao. A. Y. M.. 1Q. 209
Yield
and carbon assimilation. Zlfi
and climatic factors, functional
relations, 2H3
and geographical location. 112
and grain filling. 21.6
and net production, $5.1.
and nitrogen fertilizer. 521
and nitrogen response in loyvland rice in
Japan. ill
and nutrient absorption. effects of low
temperature. 21H.
and population growth in India. 3.6
and rainlhll. 4J2
and reproductive growth (See Climate.
and reproductive growth)
and sink size, 4.3.1
and solar radiation, E, fi,iill,
1L2
and temperature. {Z2
and yield components, influence of
climate in lowland rice. ill (See also
Climate. influence on yield. and yield
components of lowland rice)
annual ranges of. 43S
carbon assimilation and, 216
climatic influence on. 411
at Los Bafios. Phihppines. 4J3.
components
climatic factors affecting (See
Climate. factors affecting yield
components)
variations in
at Hyderabad. India. 4B3
at Los Banos. Philippines. 1182
in Ivlalaysia, e183
in Thailand, Q82
efiects of
cathon dioxide. 2J1
low temperature. Z11
shading. 5181)
solar radiation during ripening
period. 512
estimation of. 203
floating rice (.S’ee Floating ricc. yields)
lbrmation, carbon dioxide enrichment
as tool in analyzing. 211i
grain growth duration as determinant
of, 1.6
in diiTerent locations in Japan. 4.12
influence of temperature. 512
locational differences in. and climate.
A65
of lloyolcu variety’, Ail
of Q variety, 512.
of IRS (See IRS variety, yield of)
physiological Limitations of. .121
relationships and photothermal
quotient, ill}
stability (See ‘field stability)
studies in Japan. 512
trends. analysis
Australia. 4518
United States. 428
upland rice, influence of rainfall, 5.26
Yield stability
and adaptation. 10.0
breeding for. 10D
genetics of. 19.0
measurement of, 1.01)
of IRS. 19D
‘roman. s- ma. pig, 12s
4_4§, 471*, 422
‘tlishida. T-. 2L3- ZLTL 3i 3.4.1
gig; yo,