2056 



SUBJECT INDEX 



of anaerobiosis, 1364-71 



of CO2 concentration, 1324, 1337, 



1339, 1346 

 of cyanide, 1342 



of dark period, 1317, 1319-20, 1323, 

 1334, 1336-37, 1338, 1349, 

 1352-53 

 of light intensity, 1317-18. 1335, 

 1338, 1342, 1346, 1350, 1352-54, 

 1356-57 

 of narcotics, 1346-47 

 of nutrition, 1340, 1342-43, 1347 

 of pre-illumination, 1322, 1355-61 

 of temperature, 1323-24, 1336, 

 1341, 1347, 1349-51, 1354 

 in flasliing light, 1371, 1452 

 inverse, 1316, 1321, 1369-70, 1411. 



1415, 1426 

 "long," 1314-17, 1318, 1361-64 

 "short," 1314-17 

 in R, 1316, 1330-33, 1936-40 

 in vitro, 1508 

 Induction effect, on quantum j-ield deter- 

 minations, 1278-79, 1329, 1956 

 on PS yield in alternating light, 1436, 

 1441 

 Indxiction phenomena in PS, 1313-1429 

 absorption changes, 1406 

 C(14)-labelled intermediates, concentra- 

 tion changes, 1680-82 

 Chi fluorescence changes, 1301, 1337, 

 1367, 1375-1406 

 effect, of anaerobiosis, 1399-1404 

 of CO2 concentration, 1391-95 

 of dark time, 1382-86 

 of inhibitors, 1395-98 

 of light intensity, 1386-90 

 of oxidants, 1404-05 

 of temperature, 1390-91 

 CO2 exchange changes, 1334-55 



"gulp," 1326, 1331, 1342, 1347, 1348, 



1349-51, 1354-55 

 "gush," 1342, 1344, 1345-47, 1348, 

 1353-55 

 gas "bursts" (= gushes) and "gulps," 



1316 

 gas exchange changes, 1314-75 

 hydrogen exchange changes, 1316-17 

 "losses," 1316, 1335, 1337, 1348, 1412-13 



multiple waves, of fluorescence, 1378, 

 1382, 1389, 1394, 1396, 1398, 1401, 

 1404, 1409, 1410 

 of gas exchange, 1324, 1333, 1339-40, 



1345, 1349-53, 1368-69 

 interpretation, 1410-12, 1422-23 

 O2 exchange changes, 1317-34 



gush?, 1320 31, 1325-28, 1329, 1333 

 organic phosphates concentration 



changes, 1704, 1706 

 "sj-mmetric" (Qp = 1) and "asym- 

 metric" (Qp ^ 1), 1315, 1341, 

 1343, 1345, 1.347, 1421 

 "transients," 1328 

 Induction theories, 1407-29 



role of catalyst activation, 1419-25 

 of C02-acceptor build-up, 1413-19 

 of diffusion, 1406-07 

 of intermediates build-up, 1408-13 

 of R, 1425-28 

 Infiltration. See Imbibition 

 Infrared absorption spectra, 610-12, 



1811-15 

 Infrared emission, effect on leaf tempera- 

 ture, 1213 

 Infrared fluorescence, of Chi?, 749, 795, 



1291, 1835 

 Infrared light, utilization for PR by bac- 

 teria, 99-100 

 Inhibition 



Inhibition, of C(14) fixation, 1614, 1667, 

 1686-88 

 of HR, 1593-94, 1608-15, 1623 

 of PR, in bacteria, 133-35, 310, 313-14, 



316, 317, 319, 320, 951-60, 977 

 of PS, 286, .300-24, 326-47, 526, 531-36, 

 1220-25, 1360, 1455-60, 1464-65, 

 1686-88, 1902-21 

 by acidity and alkalinity, 339-40, 835, 

 890, 952, 1363-64, 1366, 1887, 

 1891, 1919 

 by anaerobiosis, 326-28, 976, 1316-17, 

 1321, 1364-71, 1913-15 

 in flashing Ught, 1371 

 by anions, 341-42 

 chloride, 341-42, 954 

 iodide, 341-42 

 by cations, 336, 340-41 

 Co + + andCu++ 336, 340 



Volume I, pp. 1-599; Volume II.l, pp. 601-1208; Volume II.2, pp. 1209-2088 



