Index
673
P vs I curves, 267
package effect, 308, 328
PAM, 330, 333
pH effect, 142
photoacclimation, 328
photoinhibition, 334
photosynthesis–irradiance (P–I) curve, 366
limation by C i supply
theoretical scheme, 325
photosynthetic efficiency, 328
photosynthetic unit, 328
photosynthetically used radiation, 312
principles, 295
pulse amplitude modulated studies, 330
PUR, 312
rapid light curves, 333
rates, 327
rates of C i uptake
leaf anatomy, 326
role in nutrient uptake, 232
role of β-carboxylation, 341
role of MAP, 341
role of photorespiration, 341
secondary metabolites, 340
state transitions, 328
storage products, 340
thylakoid membrane, 328
translocation, 338
transport of oxygen
light vs dark, 141
UV inhibition, 334
variable fluorescence, 332
variation along a leaf, 335
water quality, 315
xanthophyll cycle, 333
photosynthesis–irradiance curve, 266
photosynthetic Adaptations, 324
photosynthetic and respiratory characteristics of seagrass leaves,
327
photosynthetic Light Climate along the Leaf, 335
photosynthetic performance with depth, 328
photosynthetic products, 339
carbohydrates, 339
non-structural carbohydrates (NSCC), 339
reserves, 339
photosynthetic Rates, 333
photosynthetically utilised irradiance
self-shading, 315
photosynthetically utilized irradiance
density dependence, 315
Photosystem II, 334
phycobilin, 355
Phyllosphere, 70
Phyllospadix, 52, 62, 104
iwatensis, 6, 55, 62, 66, 68, 78, 81
japonica, 6, 54, 66
scouleri, 6, 54, 59, 62
serrutatus, 6
taxonomy, 6
torreyi, 6, 64, 230
phylogenetic relatedness, 35
phylogenetic tree, 369
phylogeny, 105
phylogeography, 34
physical alteration of habitat, 601
physical disturbances, 282
physical energy, 633
physical factors, 631
physical processes, 285
physiological integration, 466
physiology, 366
physiology of epiphytic, 456
phytochelatins, 582
phytoplankton, 160
phytoplankton, seagrasses, macrophytes, 299
pinfish, 540, 544
pinfish movement, 634
pink shrimp, 523
piscivores, 466
plagiotropic, 391
planar optrodes, 257, 268
plane irradiances, 296
plant canopy, 95
plant defense, 481
plant mating systems, 42
plant uptake, 245
plant-animal interactions, 468
plants of limited nutritional content, 481
plasma membrane transporters, 229
plasmalemma, 84
plasmalemma of leaf cells, 82
plasmodesmata, 55, 63, 64
plastid DNA, 18
plastochron interval, 277, 422
pleustophytes, 51
PLFA carbon, 174
point source nitrogen loads, 575
polar lipid-derived fatty acids (PLFAs), 174
pollen, 7, 10, 11, 14, 75, 76, 91, 96, 203, 204
plasmalemma, 84
pollen capture, 99, 100
pollen dehiscence, 101
pollen development, 96, 97
pollen dispersal, 95
pollen filaments, 76
pollen germination, 76, 93
pollen longevity, 103
Posidonia, 103
Zostera, 103
pollen models, 102
pollen morphology, 105
pollen ovule ratios
Amphibolis, 104
Enhalus, 104
Phyllospadix, 104
Posidonia, 104
Zostera, 104
pollen Structure, 76
pollen Structure and Pollination, 74
pollen to ovule ratios, 104
pollen transport, 101, 105
pollen tube, 102
673
P vs I curves, 267
package effect, 308, 328
PAM, 330, 333
pH effect, 142
photoacclimation, 328
photoinhibition, 334
photosynthesis–irradiance (P–I) curve, 366
limation by C i supply
theoretical scheme, 325
photosynthetic efficiency, 328
photosynthetic unit, 328
photosynthetically used radiation, 312
principles, 295
pulse amplitude modulated studies, 330
PUR, 312
rapid light curves, 333
rates, 327
rates of C i uptake
leaf anatomy, 326
role in nutrient uptake, 232
role of β-carboxylation, 341
role of MAP, 341
role of photorespiration, 341
secondary metabolites, 340
state transitions, 328
storage products, 340
thylakoid membrane, 328
translocation, 338
transport of oxygen
light vs dark, 141
UV inhibition, 334
variable fluorescence, 332
variation along a leaf, 335
water quality, 315
xanthophyll cycle, 333
photosynthesis–irradiance curve, 266
photosynthetic Adaptations, 324
photosynthetic and respiratory characteristics of seagrass leaves,
327
photosynthetic Light Climate along the Leaf, 335
photosynthetic performance with depth, 328
photosynthetic products, 339
carbohydrates, 339
non-structural carbohydrates (NSCC), 339
reserves, 339
photosynthetic Rates, 333
photosynthetically utilised irradiance
self-shading, 315
photosynthetically utilized irradiance
density dependence, 315
Photosystem II, 334
phycobilin, 355
Phyllosphere, 70
Phyllospadix, 52, 62, 104
iwatensis, 6, 55, 62, 66, 68, 78, 81
japonica, 6, 54, 66
scouleri, 6, 54, 59, 62
serrutatus, 6
taxonomy, 6
torreyi, 6, 64, 230
phylogenetic relatedness, 35
phylogenetic tree, 369
phylogeny, 105
phylogeography, 34
physical alteration of habitat, 601
physical disturbances, 282
physical energy, 633
physical factors, 631
physical processes, 285
physiological integration, 466
physiology, 366
physiology of epiphytic, 456
phytochelatins, 582
phytoplankton, 160
phytoplankton, seagrasses, macrophytes, 299
pinfish, 540, 544
pinfish movement, 634
pink shrimp, 523
piscivores, 466
plagiotropic, 391
planar optrodes, 257, 268
plane irradiances, 296
plant canopy, 95
plant defense, 481
plant mating systems, 42
plant uptake, 245
plant-animal interactions, 468
plants of limited nutritional content, 481
plasma membrane transporters, 229
plasmalemma, 84
plasmalemma of leaf cells, 82
plasmodesmata, 55, 63, 64
plastid DNA, 18
plastochron interval, 277, 422
pleustophytes, 51
PLFA carbon, 174
point source nitrogen loads, 575
polar lipid-derived fatty acids (PLFAs), 174
pollen, 7, 10, 11, 14, 75, 76, 91, 96, 203, 204
plasmalemma, 84
pollen capture, 99, 100
pollen dehiscence, 101
pollen development, 96, 97
pollen dispersal, 95
pollen filaments, 76
pollen germination, 76, 93
pollen longevity, 103
Posidonia, 103
Zostera, 103
pollen models, 102
pollen morphology, 105
pollen ovule ratios
Amphibolis, 104
Enhalus, 104
Phyllospadix, 104
Posidonia, 104
Zostera, 104
pollen Structure, 76
pollen Structure and Pollination, 74
pollen to ovule ratios, 104
pollen transport, 101, 105
pollen tube, 102