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13C/14C pulse-chase experiment, 445

13C-glucose, 171

abscisic acid, 255, 351

adaptive strategies, 327

adhesive pads, 479

Agrobacterium rhizogenes, 265

Al accumulation, 437

Al localization, 437

Al–Si complex, 437

alternative carbon source, 171

aluminium, 437

Alyssum bertolonii, 205

anion exchange protein, 427

antioxidant enzymes, 409

antioxidative enzymes, 205

apex orientation, 65

apoptosis, 417

appressorium, 265

Arbuscular mycorrhiza, 283

arbuscular mycorrhiza, 265

arbuscular mycorrhizal (AM) fungus, 275

arsenic, 4, 27, 195

artificial association, 517

associative N2-fixation, 517

atmospheric N deposition, 241

Atrichum androgynum, 255

attachment, 479

auxin, 65

biofertilizer, 517

bioindication, 43

biomass reduction, 399

biomonitoring, 43

biotrophic/hemibiotrophic pathogens, 103

Blelham Tarn, 225

bog, 241

Brassica napus, 417

Bromeliad, 75

bromeliad, 6

bryophytes, 323, 327, 491

cadmium (Cd), 95

calcification, 427

CAM, 6

carbon dynamics, 129

carbon fixation, 6

carbon limitation hypothesis, 363

carbon pathway, 75

carbonic anhydrase, 427

carnivorous plant, 479

cell walls, 491

chitin, 103, 113

chitosan, 103

chlorophyll fluorescence, 377

chlorophyll, 509

clonal plants, 469

coevolution, 139

compartmentation, 195

crassulacean acid metabolism (CAM), 75

critical levels, 399

cuticular deposition, 179

cyanobacteria, 225, 517

δ 13C, 75

dark respiration, 33

desiccation tolerance, 323, 327

desiccation, 255

developmental instability, 457

Dianthus sect. Plumaria, 85

dispersal, 313

dissolved inorganic carbon, 427

distribution pattern, 445

diversity, 527

drought, 351

early nodulin, 265

ectohydry and endohydry, 327

ectomycorrhiza, 313

ectomycorrhizal hyphae, 527

ectomycorrhizas, 325

elevated CO2 concentration and elevated temperature, 33

elevated CO2, 9, 363

Emiliania huxleyi, 427

epiphyte, 6, 75

Eriophorum vaginatum, 509

erythrosin, 469

evolution, 4, 323

extensive integrators, 469

Faramea marginata, 437

fatty acids, 255

FBPase activity, 377

fen and fen-meadow plant communities, 399

fern, 4, 27

fertilization, 297

free air CO2 enrichment (FACE), 363

frugivores, 139

frugivory, 217

fruit nutritional content, 217

fruit size, 217

fruits, 139

fungal cell wall biogenesis, 103

fungal communities, 527

fungal species diversity, 325

fungal walls, 113

Fusarium oxysporum f. sp. dianthi race 2, 113

gas exchange, 363, 377

genet, 313

genetic canalization, 457

Gigaspora, 265

global carbon budgets, 141

Glomales, 283

glutathione, 95

gold-labelled probes, 113

gravitropism, 65

growth rate, 225

hairy roots, 205

heavy metals, 95, 205

Helianthus annuus (sunflower), 445

high light, 377

homoiohydry, 323

hydraulic conductivity, 65

hyperaccumulation, 4, 27, 195

hyperaccumulator, 205

IAA, 65

ICP-vegetation, 43

immunocytochemistry, 491

internal N cycling, 57

intraspecific variation, 217

isoprene emission, 171

kinetics, 427

Korup, 297

land plant phylogeny, 491

land–air interface, 323

Larix decidua, 363

lead (Pb), 95

leaf senescence, 57

lichens, 95

lipids, 255

lipoxygenase (LOX), 409

locomotion, 479

Medicago truncatula, 265

Mediterranean Basin, 457

membrane permeability, 509

meta-analysis, 9

metal-tolerance, 4

microbes, 144

microfilamentous structures, 113

microhyphae, 113

microsatellite, 313

mixed cytotype population, 85

molecular identification, 325

mosses, 141

Myc– mutant, 265

mycorrhizal nodule, 283

mycorrhizas, 144

N absorption, 57

N fixation, 144

N isotopes, 57

NaCl-adaptation, 409

NaCl-stress, 409

NADP-MDH activity, 377

necrosis, 417

Nepenthes, 479

niche differentiation, 527

nickel (Ni), 205

nitrogen concentration, 33

nitrogen translocation, 141

nitrogen, 241

nitrogen-use efficiency, 241

NO2 and NH3 compensation point, 179

Nostoc, 517

nutrient availability, 457

organic nitrogen use, 129

oxidative stress, 205, 409

ozone (O3), 377

ozone uptake, 43

ozone, 389, 399

pathogenicity, 103

peatland, 509

peatlands, 141, 241

pedunculate oak, 171

potassium, 469

Phaseolus vulgaris (bean), 377

phenotypic plasticity, 457

phloem transport, 445

phosphorus, 297

photosynthesis, 6, 75, 225, 389, 399, 427

phyllotaxy, 445

phytochelatins, 95

phytoremediation, 27, 205

Pinus sylvestris (Scots pine), 33

Pinus uncinata, 363

Planktothrix rubescens, 225

plant population dynamics, 144

plant secondary metabolites, 217

plant–animal interactions, 139

plant–insect interface, 479

Podocarpaceae, 283

poikilochlorophylly, 327

poikilohydry, 323

polyamines, 389

polyploidy, 85

primary hybrid zones, 85

programmed cell death, 389, 417

proton-transfer-reaction mass spectrometry (PTR-MS), 171

protoplast, 417

pteridophytes, 327

Pteris species, 27

Pteris vittata, 195

Quercus coccifera (kermes oak), 457

Quercus ilex (holm oak), 457

Quercus robur, 171

radiocarbon calculations, 129

rain forest, 297

recovery, 351

rehydration, 255

reproduction, 9, 313

reproductive allocation, 9

residence time, 129

resurrection plants, 327

Rhamnus alaternus (Mediterranean buckthorn), 217

Ri T-DNA transformed roots, 275

rice (Oryza sativa), 517

risk assessment, 43

root signaling, 351

root symbiosis, 265

root–shoot communication, 351

Rubiaceae, 437

rubidium, 469

Rubisco activity, 377

Russula brevipes, 313

salicylic acid (SA), 409

seed nitrogen, 9

seed quality, 9

seedlings, 297

SEM, 479

shoot growth, 363

silicon, 437

SLA, 33

slippery surfaces, 479

soil carbon pool, 141

soil DNA extraction, 527

soil, 144, 325

source–sink relationship, 445

spatial partitioning, 527

spatial patterns, 325

speciation, 195

Sphagnum mosses, 241

Sphagnum, 141, 509

stable C-isotopes, 171

stable isotope 15N tracer, 241

stable isotopes, 129

stomata, 351

stomatal conductance, 179, 399

sun and shade, 457

terminal restriction fragment length polymorphism (T-RFLP), 527

tobacco (Nicotiana tabacum), 389

tomato cells, 409

tracers, 469

translocation, 241

tree growth, 297

treeline ecotone, 363

Trifolium repens, 43

ultrastructure, 491

uranium (U) uptake, 275

uranium translocation, 275

UV-B, 509

variance, 139

vascular tissue, 491

vessels, 65

visible injury, 399

Vitis vinifera, 65

water stress, 327

within-crown position, 33

xylem transport, 171

xylem, 65

zinc (Zn), 95