Vergara - 1976 - Physiological and morphological adaptability of ri
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Vergara - 1976 - Physiological and morphological adaptability of ri

Vergara - 1976 - Physiological and morphological adaptability of ri

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INDEX 553<br />

water soluble. elTect <strong>of</strong> soil temperature.<br />

Z56<br />

IRRI lines. performance under upl<strong>and</strong><br />

conditions, ill<br />

IRRI phytotron. 6, l2, 1H1<br />

IRS va<strong>ri</strong>ety<br />

nitrogen response <strong>of</strong>, 511<br />

perfonnflncc under upl<strong>and</strong> condition-i. 527<br />

IRS va<strong>ri</strong>ety. QLQZ-Qfisfifitlfifi<br />

931ml)? [L6, 119<br />

elongation <strong>of</strong>, 76<br />

filled-grain percentage <strong>of</strong>. 473. 485<br />

germination. in relation to temperature.<br />

fi, 161 (See also Seeds. gennination)<br />

grotnh duration <strong>of</strong>. 93<br />

leaf area index <strong>of</strong>. 15<br />

nitrogen response <strong>of</strong>. in Pertl. 5i].<br />

relative growth rate, 171<br />

ste<strong>ri</strong>lity percentage <strong>of</strong>. 4E1<br />

yield <strong>of</strong> 488-. 527<br />

in relation to solar radiation. 52.2<br />

yieid stability. lifi<br />

IRZO va<strong>ri</strong>ety; nitrogen response <strong>of</strong>. 11.5<br />

[R24 va<strong>ri</strong>ety, E28<br />

Ishizuka. Y.. 298, 316, HQ<br />

Jackson. B. ~12, ti; Q, 3_0_lj, Q1, 161<br />

Japan<br />

adaptation t<strong>ri</strong>als in. 1.011<br />

cold damage areas. expansion <strong>of</strong>. in. 281<br />

genetic studies <strong>of</strong> floating ability‘ in. 99<br />

grain yield in different locations in. 452<br />

grouth patterns in. 1431<br />

Local Productivity" Group. 4512<br />

net production <strong>of</strong> plant populations in.<br />

eliQ<br />

nitrogen respimse <strong>and</strong> grain yields <strong>of</strong><br />

<strong>ri</strong>ce in. 11.1<br />

<strong>ri</strong>ce consumption in. 3.5<br />

<strong>ri</strong>ce productivity in. 35<br />

<strong>ri</strong>ce season in. 1H2<br />

ste<strong>ri</strong>le-type cool injury in. 2.81<br />

yield <strong>of</strong> <strong>ri</strong>ce in. 452<br />

yield studies in. 1112<br />

Japanese va<strong>ri</strong>eties<br />

drought resistance in. 1L!!!<br />

gennination temperature <strong>of</strong>, lfifl<br />

particle development. temperature range<br />

for. Q5<br />

seeding-to-heading pe<strong>ri</strong>od <strong>of</strong>. Q4<br />

temperature response. 25<br />

Japonica va<strong>ri</strong>eties<br />

drought resistance in. 99<br />

germination temperature <strong>of</strong>. L611<br />

panicle initiation in. 24<br />

photosynthesis. optimum temperature<br />

range, Z3<br />

seed donnaney <strong>of</strong>. 163<br />

shatte<strong>ri</strong>ng characte<strong>ri</strong>stics <strong>of</strong>. 23<br />

temperature constant <strong>of</strong>, 21<br />

Jaya va<strong>ri</strong>ety. 521<br />

Kato. H.. 391, 414. 417*, 538<br />

Kinetics <strong>of</strong> flooded soils<br />

chemical. 251<br />

effect <strong>of</strong> soil temperature. 252<br />

electrochemical. 2531<br />

Kisimoto, R., 367‘, 191<br />

Laodelphax strralelius<br />

diapause induction. <strong>and</strong> day length. 1'13.<br />

dist<strong>ri</strong>bution <strong>of</strong>. 311<br />

migration source. Z21<br />

populations. <strong>and</strong> humidity. Jfiél<br />

Latitudinal eline. <strong>and</strong> photope<strong>ri</strong>od. SQ<br />

Leaf area<br />

decrease. <strong>and</strong> climatic factors, i5] (See<br />

also Photosynthetic organs. elTeet <strong>of</strong><br />

climate on development <strong>and</strong><br />

maintenance)<br />

increase <strong>of</strong>. $12<br />

Leaf area development. 515.1<br />

<strong>and</strong> growth stage. 4.55<br />

<strong>and</strong> solar radiation. 15A<br />

<strong>and</strong> temperature. 4E1<br />

Leaf area growth rate<br />

<strong>and</strong> temperature. A53<br />

components <strong>of</strong>, iii<br />

in relation to nitrogen content <strong>of</strong> leaves.<br />

45.5<br />

Leaf area index<br />

<strong>and</strong> albedo <strong>of</strong> <strong>ri</strong>ce population. 122. 232<br />

<strong>and</strong> dry matter production. 215.<br />

<strong>and</strong> growth. All<br />

<strong>and</strong> solar radiation, effects on net<br />

assimilation rate. 459 (See alto<br />

Photosynthetic organs. effect <strong>of</strong><br />

climate on efficiency’ <strong>of</strong>)<br />

in relation to growth. 43.3<br />

<strong>of</strong> floating <strong>ri</strong>ce, 3.13<br />

<strong>of</strong> IRS. 75<br />

<strong>of</strong> Peta, 1i<br />

Leaf development stage <strong>and</strong> intemode<br />

elongation. M<br />

Lealhoppers. See specific insect names

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