Key word Index


13C and 15N labelling, 613

13C labeling, 687

15N labeling, 687

35S, 313

3D modelling, 253

abiotic stress, 141

above-ground biomass, 273

acetoacyl coenzyme A synthetase, 205

actin, 529

adaptation, 4

adenylyl cyclase, 99

adhesive molecules, 503

air pollution, 149

allocation, 435, 613

Amanita muscaria, 205

ammonium, 423, 697

androdioecy, 509

angiosperms, 273

anthocyanin, 575

antioxidant, 575

aphid, 331

apoplast, 541

apparent competition, 217

aquaporins, 323

arabidopsis (Arabidopsis thaliana), 313

Arabidopsis, 123, 529

Arabidopsis thaliana, 141, 541

arbuscular mycorrhiza (AM), 687

arbuscular mycorrhizal fungi, 189

arbuscular mycorrhizal fungi (AMF), 179

arbuscular mycorrhizal fungus (AMF), 435

arginine (arg), 687

arsenic, 551

arsenic (As), 505

arsenic–phytochelatin (As–PC) complex, 505, 551

arsenic speciation, 505, 551

Aspen FACE (free-air CO2 enrichment), 623

Baker's rule, 475

balancing selection, 61

barley (Hordeum vulgare), 567

barley yellow dwarf virus (BYDV), 217

beech (Fagus sylvatica), 93

below-ground competition, 401

β-rhizobia, 661

Betula pubescens, 413

biomass, 189, 465

biomechanics, 387

Botrytis cinerea, 465

bound water, 25

brown rice (Oryza sativa), 345

bryophytes, 231

bunchgrasses, 217

buoyancy regulation, 365

Burkholderia, 661

cadmium (Cd), 345

California, 217

callose, 541

cAMP, 99

Cape fynbos, 155

carbohydrate, 575

carbon, 179

carbon (C), 613

carbon allocation, 677

carboxylates, 305

cavitation, 275

cDNA, 141

cell–cell communication, 503

cell expansion, 323

cellulose, 25

cell wall, 503

centromere, 253

cereal yellow dwarf virus (CYDV), 217

China, 377

chlorophyll, 313

chloroplast, 99

chromosome segment substitution lines (CSSLs), 345

Cladonia portentosa, 423

climate, 266

climate change, 589

coadapted gene complex, 4

cold acclimatization, 597

colonization, 189, 475

comparative mapping, 51

competition, 401, 637

conifers, 589

cryptic species, 651

cyanobacteria, 365

Cyclades, 487

cyclophilin, 205

cytogenetics, 241

cytoskeleton, 503, 529

decline in FV/FM, 597

diploidization, 241

DNA repair, 511

dynamics, 651

ectomycorrhiza, 8, 205, 697

ectopic lignification, 123

elevated carbon dioxide, 623

elevated CO2, 637

ELISA, 465

elongation, 541

endocytosis, 503

endomycorrhiza, 8

endosperm, 253

epigenetics, 4, 81, 589

ergosterol, 465

ethylene, 351

evergreen herb, 575

evergreens, 167

evolution, 81, 241

excision repair, 511

extinction, 155

feedback, 275

feedforward, 275

fibre saturation point (FSP), 25

filament size, 365

FISH (fluorescent in-situ hybridization), 241

fluorescence, 313

flux, 9

folivore, 331

forest tree, 387

formin, 529

formins, 503

freezing-induced embolism, 597

fructan, 567

fructosyltransferase, 567

fungal–bacterial interactions, 8

fungal specificity, 8

Galax urceolata, 575

game theory, 401

gene duplication, 51

gene expression, 81, 141, 445

gene flow, 559

gene loss, 51

gene order, 51

genetic correlation, 487

genome size, 71

genomics, 4

genotoxic stress, 511

genotype–environment interaction, 487

genotypic differences, 305

geomorphology, 266

GiPT, 677

GISH (genomic in-situ hybridization), 241

global biogeography, 266

global change, 623

Glomeromycota, 445

Glomus hoi, 435

Glomus intraradices, 687

Glomus, 445

glycine, 423

GM (genetically modified) rice, 559

grasslands, 217

green fluorescent protein, 313

growth, 179, 423

gynodioecy, 509

haplotypes, 61

hard pan, 387

heat sum, 589

Helianthus annuus (sunflower), 551, 613

herbicide, 323

herbivory, 273, 331

hermaphroditism, 509

heterogeneity, 401

heteroplasmy, 39

high-pressure freezing, 99

histochemistry, 99

hornworts, 231

hybridization, 39, 81

hydration, 25

hydrogen peroxide (H2O2), 351

hydroxyproline-rich glycoproteins (HRGPs), 541

hygromycin resistance gene, 559

hyperaccumulator, 331

immunocytochemistry, 231

immunolocalization, 99

in vitro mycorrhizal culture, 687

inbreeding depression, 475

integrative genomics, 9

internal recycling, 423

invasive plants, 661

invasive species, 217

iteroparity, 155

Lake Zürich, 365

land-use history, 266

leaf lifespan, 597

leaf mass per area, 435

leaf nitrogen (N) and phosphorus (P) contents, 377

leaf nitrogen content, 266

leaf phosphorus content, 266

leaf shedding, 167

leaves, 93

LePT3, 271

LePT4, 271

lichens, 423

lignins, 123

Lolium perenne (perennial ryegrass), 435

low-input sustainable agriculture, 268

LTR-retrotransposon, 71

Lycopersicon esculentum, 445

Magnaporthe grisea (blast), 455

maize (Zea mays), 323

management practice, 189

mass spectrometry, 687

maternal effects, 589

medicago (Medicago truncatula), 313

Medicago truncatula, 271

Mediterranean climate, 167

meta-analysis, 189

metabolic activity, 677

metabolism, 9

metabolon, 9

microcosm, 637

Mimosa pigra, 661

minimum temperatures, 597

mitochondria, 4, 39

mobilization, 613

molecular distillation drying, 99

monoxenic arbuscular mycorrhiza (AM) cultures, 677

mutation accumulation, 39

mycorrhiza, 179, 268, 271, 445

mycorrhiza helper bacteria, 8, 205

N : P ratio, 377

net primary production (NPP), 623

network, 9

new mechanism, 93

Nicotiana plumbaginifolia, 149

Nicotiana, 241

Nigella degenii, 487

nitrate, 423

nitrogen (N), 455, 613, 677

nitrogen content, 273

nitrogen dioxide (NO2), 149

nitrogen fixation, 661

nitrogen translocation, 413, 423

nitrogen (N) uptake, 637

nitrous oxide emission, 93

nodulation, 661

non-Mendelian inheritance, 81

nonsprouting, 155

novel plant protein, 109

nuclear DNA content, 71

nutrient availability, 305, 637

nutrient depletion, 293

nutrient remobilization, 167, 413

nutrient uptake, 149

open reading frames, 109

optimality theory, 155

organic anions, 305

Oryza sativa, 559

Oryza sativa (rice), 455

osmotic potential, 323

oxidative stress, 351

ozone (O3), 351

P transport, 271, 445

parental effects, 589

partial resistance, 455

partial specific volume, 25

paternal leakage, 39

pathogen, 217

pea (Pisum sativum), 401

peroxidase, 351

PGIP (polygalacturonase-inhibiting protein), 465

phenotypic evolution, 71, 155

phenotypic plasticity, 509

phenylpropanoid, 123

Phialocephala fortinii, 651

phosphatase, 305

phosphate transporter, 677

phosphate, 567

phosphorus, 179, 189

phosphorus (P), 667

phosphorus nutrition, 435

photoinhibition, 575

photoreactivation, 511

phylogenetics, 241

phytase, 305

phytochelatin, 505, 551

phytoremediation, 505

Pi transporters, 271

Picea abies, 651

Picea abies (Norway spruce), 589

Pinus pinaster, 387

Planktothrix rubescens, 365

plant, 511

plant chemistry, 266

plant functional groups, 377

plant growth, 149

plant interactions, 413

plant-mediated, 93

plant–microbe interactions, 268

plant nitrogen (N) nutrition, 697

plant phylogeny, 231

plant productivity, 268

plant synaptic relations, 503

plant–water relations, 25

pleiotropy, 487

pollen colour, 487

pollen-S gene, 61

polygalacturonase, 465

polyploidy, 81

poplar, 351, 697

population genetics, 651

postfire recruitment, 155

profilin, 529

protein function prediction, 109

protein sequence, 109

pseudo-self-compatibility, 475

QTL × E (environment), 455

quantitative trait loci (QTL), 455

quantitative trait loci (QTLs), 345

radiation, 141

radiocaesium, 141

Ralstonia taiwanensis, 661

Ranunculaceae, 487

reactive nitrogen species (RNS), 149

reactive oxygen species (ROS), 541

real-time PCR, 465

recombination, 39, 61

regulation, 567

Repandae, 241

repetitive DNA, 4, 71

reproductive growth, 167

resorption efficiency, 413

R-genes, 455

rhizodeposition, 293

rhizosphere, 268, 293, 305

rhizovore, 331

rice (Oryza sativa), 313

root, 541

root architecture, 268, 293

root–endophyte communities, 651

root hairs, 305

root proliferation, 401

salicylic acid (SA), 351

scale-free, 9

secondary cell walls, 231

seed reserves, 613

selection, 589

self-incompatibility, 4, 61

selfing rate, 475

selfish elements, 39

semelparity, 155

Senecio squalidus, 475

sequence diversity, 61

sex determination, 509

signal effect, 149

signal trasduction pathway, 351

Silene latifolia, 71

soil management, 268

soil nutrient heterogeneity, 637

soil P, 377

spatial heterogeneity, 293

spidermite, 331

spittlebug, 331

sporophytic self-incompatibility, 475

stomatal conductance, 275

strawberry (Fragaria ×ananassa), 465

Streptanthus polygaloides, 331

Streptomyces, 8

streptomycetes, 205

structural carbon, 435

structural plasticity, 387

subambient and elevated CO2, 613

sucrose phosphate synthase (SPS), 567

support vector machines, 109

suppression subtractive hybridization (SSH), 141, 205

sustainable agriculture/forestry, 8

synteny, 51

system, 9

telomere, 253

temperature, 179

temporal heterogeneity, 293

thermodynamics, 25

three-dimensional (3D) coarse root architecture, 387

tobacco (Nicotiana tabacum), 99

tomato, 271

tragedy of the commons, 401

transcription, 123

transgene escape, 559

translocation, 179

transpiration, 275

transport, 697

transposable elements, 4

tree stability, 387

trees, 93

tropospheric ozone (O3), 623

turgor pressure, 323

uniparental inheritance, 39

uptake, 179

urea cycle, 687

vascular tissues, 231

vegetation structure, 273

vegetation type, 266

vegetative growth, 167

veside recycling, 503

vitalization signal, 149

wall extensibility, 323

water potential, 275

water-soluble carbohydrates, 435

wheat (Triticum aestivum), 253

windthrow, 387

wood, 25

xylans, 231

xylem anatomy, 597

yield, 189

Ancillary