Environmental and Experimental Botany 1999: Vol 41 Index

7 Pages·1999·1.3 MB·English

Environmental
and Experimental
Botany
R
Environmental and Experimental Botany 41 (1999) 281
Author index of volume 41
Aguilera, J. 41, 247 Hader, D.-P. 41, 247 Oosterhuis, D.M. 41, 67
Hardegree, S.P. 41, 209 Ozaki, T. 41, 185
Allen, J.A. 41, 15
Heilman, J.L. 41, 257
Ambe, S. 41, 185
Apple, M.E. 41, 25 He, J. 41, 219 Pan, Q. 41, 39
Author, A.N. 41, 103 Hew, C.S. 41, 219 Pfleeger, T.G. 41, 195
Hutchinson, T.C. 41, 83 Philbeck, R. 41, 231
Batic, T. 41, 155 Phillips, D.L. 41, 25
Idso, C.D. 41, 31
Balling, R.C., Jr 41, 31
Idso, S.B. 41, 31
Bennett, J.P. 41, 75 Quebedeaux, B. 41, 39
Impens, 1. 41, 177
Biesemeyer, P.T. 41, 267
Booker, F.L. 41, 231 Salles, S. 41, 247
Jaklitsch, P. 41, 267
Britt, A.B. 41, 231 Sanita di Toppi, L. 41, 105
Jiménez, C. 41, 247
Burchett, M.D. 41, 167 Sato, M. 41, 131
Sheu, B.-H. 41, 57
Kamiya, Y. 41, 131
Chambers, J.L. 41, 15 Shinonaga, T. 41, 185
Koshiba, T. 41, 131
Cocchiara, J. 41, 267 Sresty, T.V.S. 41, 3
Krauss, K.W. 41, 15
Cutler, D. 41, 155
Lebert, M. 41, 247 Tingey, D.T. 41, 25
da Luz, M.A. 41, 195
L. Figueroa, F. 41, 247
DeBosier, A.S. 41, 15 Lin, C.-K. 41, 57 Uchida, S. 41, 185
Deckmyn, G. 41, 177
Longer, D.E. 41, 67
de Lemos Filho, J.P. 41, 145
Lovato, M.B. 41, 145 Van Vactor, S.S. 41, 209
Lucash, M.S. 41, 25 Vinegla, B. 41, 247
Enomoto, S. 41, 185 Luse, B.P. 41, 15
Evans, L.S. 41, 267 Lynch, A.H. 41, 155 Wang, Z. 41, 39
Evans, R.D. 41, 83
Watmough, S.A. 41, 83
MacFarlane, G.R. 41, 167 Wetmore, C.M. 41, 75
Feliciano, J. 41, 267 Madhava Rao, K.V. 41, 3
Fiscus, E.L. 41, 231 Martins, P.S. 41, 145
Xun-Ling, W. 41, 47
Flores-Moya, A. 41, 247 Mercado, J. 41, 247
Furukawa, K. 41, 131 Ming, Y. 41, 47
Yasuda, H. 41, 185
Momiyama, M. 41, 131
Yuan, L. 41, 47
Gabbrielli, R. 41, 105 Mundt, C.C. 41, 195
Gesch, R.W. 41, 257
Zhi-De, H. 41, 47
Gouk, S.S. 41, 219 Olszyk, D.M. 41, 25
PII: S0098-8472(99)00022-2

Environmental
and Experimental
Botany
ELSE? V"I1 ER ,
Environmental and Experimental Botany 41 (1999) 283-286
Subject index of volume 41
Acid rain; Trace metals; Foliar uptake; White spruce 41, 83 Carbohydrate production; Arachnis; Chlorophyll fluorescence;
Chloroplast ultrastructure; CO, enrichment; Epiphyte;
Adirondack Mountains; Apical dieback; Needles; Picea rubens; Mokara Yellow 41, 219
Red spruce; Stems 41, 267
Carbohydrates; CO, enrichment; Photosynthesis; Source and
Air pollution; Cement dust; Pinus halepensis; Stomatal occlu- sink; Sugar 41, 39
sion; Wax 41, 155
Carbon dioxide; CO,; Global warming; Mauna Loa; Tempera-
Air pollution; Lichen; Heavy metals; Wilderness area 41, 75 ture 41, 31
Apical dieback; Adirondack Mountains; Needles; Picea rubens; Cell elongation; Zea mays; Maize; y-Irradiation; Auxin; In-
Red spruce; Stems 41, 267 dole-3-acetic acid 41, 131
Arabidopsis; Flavonoid mutants; Radiation; Spectral balance; Cement dust; Air pollution; Pinus halepensis; Stomatal occlu-
UV-B 41, 231
sion; Wax 41, 155
Arachnis; Carbohydrate production; Chlorophyll fluorescence; Chilling; Photosynthesis; PSII; Phosphorylation; LHCII;
Chloroplast ultrastructure; CO, enrichment; Epiphyte; Rice 41, 257
Mokara Yellow 41, 219
Chlorophyll fluorescence; Arachnis; Carbohydrate production;
Auxin; Zea mays; Maize; Cell elongation; y-Irradiation; In- Chloroplast ultrastructure; CO, enrichment; Epiphyte;
dole-3-acetic acid 41, 131 Mokara Yellow 41, 219
Avena fatua; Competition; Ozone depletion; Triticum aes- Chlorophyta; PAM fluorescence; Photoinhibition; Solar radia-
tivuum; UV-B radiation 41, 47 tion 41, 247
Avicennia marina; Heavy metals; Mangrove; Salt glands; X-ray Chloroplast ultrastructure; Arachnis; Carbohydrate production;
microanalysis; Zinc 41, 167 Chlorophyll fluorescence; CO, enrichment; Epiphyte; Mokara
Yellow 41, 219
Baldcypress; Intraspecific variation; Salinity; Salt tolerance;
Selection; Wetlands 41, 15 Climate; Bud; Douglas-fir; Morphology; Pseudotsuga men-
ziesii; Temperature 41, 25
Brassica rapa var. perviridis; lon competition; Komatsuna;
Multitracer; Radionuclide; Selective absorption coefficient; CO,; Carbon dioxide; Global warming; Mauna Loa; Temper-
Transfer factor 41, 185 ature 41, 31
Bud; Climate; Douglas-fir; Morphology; Pseudotsuga men- CO, concentration; Schima superba; Temperature; Seedling
ziesii; Temperature 41, 25 growth; Photosynthesis 41, 57
Cadmium; Heavy metal; Higher plants; Phytochelatin; Stress CO, enrichment; Arachnis; Carbohydrate production; Chloro-
ethylene; Stress protein; Tolerance 41, 105 phyll fluorescence; Chloroplast ultrastructure; Epiphyte;
Mokara Yellow 41, 219
Cajanus cajan; Pigeonpea; Zinc; Nickel; Tolerance index; UI-
trastructure; Compartmentation; Electron dense globules 41, CO, enrichment; Carbohydrates; Photosynthesis; Source and
3 sink; Sugar 41, 39
PII: S0098-8472(99)00021-0
284 Subject index of volume 41
Compartmentation; Cajanus cajan; Pigeonpea; Zinc; Nickel; Intraspecific variation; Baldcypress; Salinity; Salt tolerance;
Tolerance index; Ultrastructure; Electron dense globules 41, Selection; Wetlands 41, 15
3
Intraspecific variation; Stylosanthes humilis; Salinity; Growth
Competition; Avena fatua; Ozone depletion; Triticum aestivum; response 41, 145
UV-B radiation 41, 47
lon competition; Brassica rapa var. perviridis; Komatsuna;
Defoliation; Gossypium hirsutum; Seedling; Lint yield; Plant Multitracer; Radionuclide; Selective absorption coefficient;
height; Leaf area 41, 67 Transfer factor 41, 185
y-Irradiation; Zea mays; Maize; Cell elongation; Auxin; In-
Douglas-fir; Bud; Climate; Morphology; Pseudotsuga men-
dole-3-acetic acid 41, 131
ziesii; Temperature 41, 25
Komatsuna; Brassica rapa var. perviridis; lon competition;
Electron dense globules; Cajanus cajan; Pigeonpea; Zinc;
Multitracer; Radionuclide; Selective absorption coefficient;
Nickel; Tolerance index; Ultrastructure; Compartmenta-
Transfer factor 41, 185
tion 41, 3
Leaf area; Defoliation; Gossypium hirsutum; Seedling; Lint
Epiphyte; Arachnis; Carbohydrate production; Chlorophyll
yield; Plant height 41, 67
fluorescence; Chloroplast ultrastructure; CO, enrichment;
Mokara Yellow 41, 219
LHCII; Photosynthesis; Chilling; PSII; Phosphorylation;
Rice 41, 257
Flavonoid mutants; Arabidopsis; Radiation; Spectral balance;
UV-B 41, 231
Lichen; Heavy metals; Air pollution; Wilderness area 41, 75
Foliar uptake; Trace metals; Acid rain; White spruce 41, 83
Lint yield; Defoliation; Gossypium hirsutum; Seedling; Plant
height; Leaf area 41, 67
Germination rate; Predictive model; Seed germination 41, 209
Maize; Zea mays; Ceil elongation; y-Irradiation; Auxin; In-
Global warming; Carbon dioxide; CO,; Mauna Loa; Tempera-
dole-3-acetic acid 41, 131
ture 41, 31
Mangrove; Avicennia marina; Heavy metals; Salt glands; X-ray
Gossypium hirsutum; Defoliation; Seedling; Lint yield; Plant
microanalysis; Zinc 41, 167
height; Leaf area 41, 67
Mauna Loa; Carbon dioxide; CO,; Global warming; Tempera-
Growth; Interspecific differences; Morphology; Pigmentation;
ture 41, 31
UV-B 41, 177
Mokara Yellow; Arachnis; Carbohydrate production; Chloro-
Growth response; Stylosanthes humilis; Salinity; Intraspecific
phyll fluorescence; Chloroplast ultrastructure; CO, enrich-
variation 41, 145
ment; Epiphyte 41, 219
Heavy metal; Cadmium; Higher plants; Phytochelatin; Stress
Morphology; Bud; Climate; Douglas-fir; Pseudotsuga menziesii;
ethylene; Stress protein; Tolerance 41, 105 Temperature 41, 25
Heavy metals; Avicennia marina; Mangrove; Salt glands; X-ray Morphology; Growth; Interspecific differences; Pigmentation;
microanalysis; Zinc 41, 167 UV-B 41, 177
Heavy metals; Lichen; Air pollution; Wilderness area 41, 75 Multitracer; Brassica rapa var. perviridis; lon competition;
Komatsuna; Radionuclide; Selective absorption coefficient;
Higher plants; Cadmium; Heavy metal; Phytochelatin; Stress Transfer factor 41, 185
ethylene; Stress protein; Tolerance 41, 105
Needles; Adirondack Mountains; Apical dieback; Picea
Indole-3-acetic acid; Zea mays; Maize; Cell elongation; y-Irra- rubens; Red spruce; Stems 41, 267
diation; Auxin 41, 131
Nickel; Cajanus cajan; Pigeonpea; Zinc; Tolerance index; UI-
Interspecific differences; Growth; Morphology; Pigmentation; trastructure; Compartmentation; Electron dense globules 41,
UV-B 41, 177 3
Subject index of volume 41 285
Ozone depletion; Avena fatua; Competition; Triticum aestivum; Radionuclide; Brassica rapa var. perviridis; lon competition;
UV-B radiation 41, 47 Komatsuna; Miultitracer; Selective absorption coefficient;
Transfer factor 41, 185
Ozone; Wheat; Triticum aestivum: Puccinia recondita; Wheat
leaf rust 41, 195 Red spruce; Adirondack Mountains; Apical dieback; Needles;
Picea rubens; Stems 41, 267
PAM fluorescence; Chlorophyta; Photoinhibition; Solar radia-
tion 41, 247 Rice; Photosynthesis; Chilling; PSII; Phosphorylation;
LHCII 41, 257
Phosphorylation; Photosynthesis; Chilling; PSII; LHCII;
Salinity; Baldcypress; Intraspecific variation; Salt tolerance;
Rice 41, 257
Selection; Wetlands 41, 15
Phetoinhibition; Chlorophyta; PAM fluorescence; Solar radia-
Salinity; Stylosanthes humilis; Intraspecific variation; Growth
tion 41, 247
response 41, 145
Photosynthesis; Carbohydrates; CO, enrichment; Source and
Salt glands; Avicennia marina; Heavy metals; Mangrove; X-ray
sink; Sugar 41, 39
microanalysis; Zinc 41, 167
Photosynthesis; Chilling; PSII; Phosphorylation; LHCII;
Salt tolerance; Baldcypress; Intraspecific variation; Salinity;
Rice 41, 257
Selection; Wetlands 41, 15
Photosynthesis; Schima superba; CO, concentration; Tempera-
Schima superba; CO, concentration; Temperature; Seedling
ture; Seedling growth 41, 57
growth; Photosynthesis 41, 57
Phytochelatin; Cadmium; Heavy metal; Higher plants; Stress
Seed germination; Germination rate; Predictive model 41, 209
ethylene; Stress protein; Tolerance 41, 105
Seedling; Defoliation; Gossypium hirsutum; Lint yield; Plant
Picea rubens; Adirondack Mountains; Apical dieback;
height; Leaf area 41, 67
Needles; Red spruce; Stems 41, 267
Seedling growth; Schima superba; CO, concentration; Temper-
Pigeonpea; Cajanus cajan; Zinc; Nickel; Tolerance index; Ul-
ature; Photosynthesis 41, 57
trastructure; Compartmentation; Electron dense globules 41,
3
Selection; Baldcypress; Intraspecific variation; Salinity; Salt
tolerance; Wetlands 41, 15
Pigmentation; Growth; Interspecific differences; Morphology;
UV-B 41, 177
Selective absorption coefficient; Brassica rapa var. perviridis;
Ion competition; Komatsuna; Miultitracer; Radionuclide;
Pinus halepensis; Air pollution; Cement dust; Stomatal occlu-
Transfer factor 41, 185
sion; Wax 41, 155
Solar radiation; Chlorophyta; PAM fluorescence; Photoinhibi-
Plant height; Defoliation; Gossypium hirsutum; Seedling; Lint tion 41, 247
yield; Leaf area 41, 67
Source and sink; Carbohydrates; CO, enrichment; Photosyn-
Predictive model; Germination rate; Seed germination 41, 209 thesis; Sugar 41, 39
Pseudotsuga menziesii; Bud; Climate; Douglas-fir; Morphol- Spectral balance; Arabidopsis; Flavonoid mutants; Radiation;
ogy; Temperature 41, 25 UV-B 41, 231
PSII; Photosynthesis; Chilling; Phosphorylation; LHCII; Stems; Adirondack Mountains; Apical dieback; Needles; Picea
Rice 41, 257 rubens; Red spruce 41, 267
Puccinia recondita; Ozone; Wheat; Triticum aestivum; Wheat Stomatal occlusion; Air pollution; Cement dust; Pinus halepen-
leaf rust 41, 195 sis; Wax 41, 155
Radiation; Arabidopsis; Flavonoid mutants; Spectral balance; Stress ethylene; Cadmium; Heavy metal; Higher plants; Phy-
UV-B 41, 231 tochelatin; Stress protein; Tolerance 41, 105
286 Subject index of volume 41
Stress protein; Cadmium; Heavy metal; Higher plants; Phy-
tochelatin; Stress ethylene; Tolerance 41, 105 UV-B; Arabidopsis; Flavonoid mutants; Radiation; Spectral
balance 41, 231
Stylosanthes humilis; Salinity; Intraspecific variation; Growth
response 41, 145 UV-B; Growth; Interspecific differences; Morphology; Pig-
mentation 41, 177
Sugar; Carbohydrates; CO, enrichment; Photosynthesis;
Source and sink 41, 39 UV-B radiation; Avena fatua; Competition; Ozone depletion;
Triticum aestivum 41, 47
Temperature; Bud; Climate; Douglas-fir; Morphology; Pseu-
dotsuga menziesii 41, 25 Wax; Air pollution; Cement dust; Pinus halepensis; Stomatal
occlusion 41, 155
Temperature; Carbon dioxide; CO,; Global warming; Mauna
Loa 41, 31
Wetlands; Baldcypress; Intraspecific variation; Salinity; Salt
tolerance; Selection 41, 15
Temperature; Schima superba; CO, concentration; Seedling
growth; Photosynthesis 41, 57
Wheat leaf rust: Ozone; Wheat: Triticum aestivum: Puccinia
recondita 41, 195
Tolerance; Cadmium; Heavy metal; Higher plants; Phy-
tochelatin; Stress ethylene; Stress protein 41, 105
Wheat: Ozone; Triticum aestivum; Puccinia recondita; Wheat
leaf rust 41, 195
Tolerance index; Cajanus cajan; Pigeonpea; Zinc; Nickel; Ul-
trastructure; Compartmentation; Electron dense globules 41,
White spruce; Trace metals; Foliar uptake; Acid rain 41, 83
3
Wilderness area; Lichen; Heavy metals; Air pollution 41, 75
Trace metals; Foliar uptake; Acid rain; White spruce 41, 83
X-ray microanalysis; Avicennia marina; Heavy metals; Man-
Transfer factor; Brassica rapa var. perviridis; lon competition;
grove; Salt glands; Zinc 41, 167
Komatsuna; Multitracer; Radionuclide; Selective absorption
coefficient 41, 185
Zea mays; Maize; Cell elongation; y-Irradiation; Auxin; In-
Triticum aestivum; Avena fatua; Competition; Ozone deple- dole-3-acetic acid 41, 131
tion; UV-B radiation 41, 47
Zine; Avicennia marina; Heavy metals; Mangrove; Salt glands;
Triticum aestivum: Ozone; Wheat; Puccinia recondita; Wheat X-ray microanalysis 41, 167
leaf rust 41, 195
Zine; Cajanus cajan; Pigeonpea; Nickel; Tolerance index; UI-
Ultrastructure; Cajanus cajan; Pigeonpea; Zinc; Nickel; Toler- trastructure; Compartmentation; Electron dense globules 41,
ance index; Compartmentation; Electron dense globules 41, 3 3