Vergara - 1976 - Physiological and morphological adaptability of ri

554 CLL\LA'I'E AND RICE
Leaf “rater potential and photosmthcsis.
32S
Leaves
angle. and photosynthesis, 23:1
enlargement. in cereal grains. 321
growth. eflects of drought. 323
nitrogen content. as related to
leaf area growth rate. 455
light intensity and photosynthesis. 23.0
physiological state. effects on net
assimilation rate. 451
position. as related to lightphotosymthesis
curve. 23.0
senescence during drought. 325
thickness, effects on lightphotosgmthesis
curve. 232
water potential in. 123
and photosynthesis. 121$
Leplocorasa acwla population as related to
humidity, 3J2
rainfall, 312
Libon silt loam. 25.1
Life cycles. manipulating, l8
Light
and photosynthesis. 230
and production process of plant
population, 212
and temperature. effects on reproductive
growth and ripening of rice. 1.31
and water turbidity. effect on iuternode
elongation. 11E
artificial sources of, 1.45
effects on
intemode elongation, 3112
plant survival under submergence. 1H5
reproductive growth. LS1
ripening grade. 2B2
intensity
and dry matter production. 233
effect on root growth and
nutrient uptake. 2.59
and photosynthesis. a related to leaf
nitrogen content, 23.1
and temperature. lowland riee.
effect on
root growth. 26‘!
root nutrient uptake. 211
and water depth, as related to
flooding resistance. 391
and water turbidity, effect on
intemodc elongation. 3112
gtovath response to. in controlled
eitviroiunent. 1.4.8
response of photosynthesis in a
single
leaf. 23f]
simulation. 1&6
spectral balance and lamp types.
1:41
Light-photosynthesis curve
effects of extinction coefficient and
leaf area. 231
effects of leaf thickness. 23.2
in relation to leaf position. 23!}
Ling. K. C.,i 1L5
Local Productivity Group, Japan, {L49
Lodging
and filled-grain percentage.
and rainfall. 1L Q8
resistance to, 9.8
Lowland riee
Q35
annual productivity’, 4.8.3
effect of plant type on nitrogen response
0f.
nitrogen response (See
in lowland rice)
Luisiana clay, i, 255
Nitrogen response.
Maahas clay. 252
McPherson. H. G- 12.11
ltlaize
floral development and pollination.
effects of drought on, 112
nitrate reductasc in. 13.1
photosynthesis in, 3.28
translocation in. 129
Malabuyoc. .l.. 509*
Nlalaysia. variations in yield components in.
481
lvlaligaya Rice Research and Training
Center. Philippines. 521
ltlanagement practices. effect on nitrogen
response in lowland rice. 5.13
Manganese
reduction in flooded soils. 258
effect of soil temperature. 213
water-soluble. effects of temperature on
kinetics of. 2§B
Nlanryti variety. Llfi. l_l_2, 115.1
Iiianuel, F, C» 3_4. Q 1E TE. 3i. E.
4i 423
hfesocotyl elongation. effects of
temperature. L65
tvfessenger. P. 8., §4_7f_, 165
Nlicrocliniate of rice crop. U5
Migration. long-distance. of insects.
synoptic factors. 18G