PII: S0038-0717(00)00214-5
KEYWORD INDEX
Abiotic factor, 1637 Abiotic factors, 1661
Accelerated mineralization, 615 Acetate turnover, 977
Acetylene, 1799
Acetylene inhibition, 1383 Acid, 1367
Acid and alkaline phosphatase, 1915 Acid hydrolysis, 157
Acid neutralisation, 805 Acid pH amelioration, 1039 Acid phosphatase, 179, 899, 1885 Acid tolerance, 1393
Acidic deposition, 1857 Adaptation, 1787
Added nitrogen interaction, 1485 Afforestation, 1173
AfricanAcaciaspecies, 323 African millet, 845 Agglutination, 511 Aggregate stability, 361 Aggregate turnover, 2099 Aggregates, 295
Aggregation, 119 Agroforestry, 1651 Agropyron elongatum, 143
Alkaline nitrobenzene oxidation, 1071 Alkaline phosphatase, 179, 1973 Alpine ecosystem, 1043
Alpine soil microbial biomass, 441 Aluminium toxicity, 1331
Amidohydrolase, 2095
Ammonium consumption, 2019 Amylases, 1847
Anaerobic incubation, 1683 Anecic, 1053
Ant mounds, 93 Anthrone, 725 Antibiosis, 1033
Aphanomyces euteiches, 1141 Apparent legume N recovery, 2079 Aquatic ecosystems, 1973
Arable soils, 211
Arbuscular mycorrhizal fungi, 935, 2063 Arctic, 1161
Ash alkalinity, 805 Aspergillus aculeatus, 559 Assay, 2091
Assay method, 2095 Assimilation, 959, 1131 Athelia rolfsii, 1033 Atmospheric turbulence, 35 ATP, 989
Atrazine, 615, 887 Atrazine leaching, 479 Atrazine mineralization, 23 Atrazine transport, 23 Autoclaving, 2091
Azospirillum lipoferum, 919 Bacillus brevis, 1803 Bacillus circulans, 1803 Bacteria, 265, 967, 1063, 1615 Bacteria diversity, 627 Bacteria:fungi ratio, 989 Bacterial inoculants, 567 Bacterial laccase puri®cation, 919 Bacterial plate counts, 1989
Bacterial survival, 315, 567 Bacterioplankton, 1965 Banksia, 169
Banksia grandis, 1817 Barley, 1443, 1691 Benomyl, 935 Betula pubescens, 909 Bioassay, 853
Bioaugmentation, 1643 Biochlorination, 1029 Biocontrol, 421
Biodegradable dissolved organic carbon, 1743 Biodegradation, 793, 1029, 1161, 1643, 1697 Biofumigation, 1261
Biohalogenation, 1029 BIOLOG, 1837 Biolog, 93
Biolog microplate, 1227 Biological activity, 1 Biological control, 1033 Biological sludges, 1015 Biological soil crust, 959 Bioluminescence, 1377 Biomarkers, 67
Biomass ATP concentration, 1219 Biomethylation, 1353
Biomonitoring, 1315
Bioremediation, 1161, 1311, 1353, 1475, 1697, 1753, 1803
Biosensor, 1899 Biotic factor, 1637 Black spruce, 779
Boreal forest, 35, 277, 1079 Boreal forest soils, 1431 Bradyrhizobia japonicum, 127 Bradyrhizobia sp., 127 Bradyrhizobium, 627 Brassica napusL., 1717 Breeding lines, 127 13C, 157, 403, 581, 1485 13C CPMAS NMR, 779 13
C NMR, 277
13C solid-state NMR, 301 13
C-labeled glucose, 295 13C-labelling, 527 13
Carbon, 1151 14C, 1485
14C speci®c activity, 1731 C mineralization, 1323, 1345 C sequestration, 1151
C3/C4 photosynthetic pathway, 1323 Carbohydrates, 725
Carbon, 335, 527, 935, 1773, 1989 Carbon and nitrogen turnover, 1485 Carbon availability effects, 441 Carbon cycling, 221, 361 Carbon dynamics, 157, 581 Carbon loss, 111
Carbon mineralisation, 527 Carbon mineralization, 143, 469 Carbon relocation, 1571 Carbon residence times, 75 Carbon sequestration, 361, 2099 Carbon sources, 559
Cast production, 1191
Catabolic response pro®les, 189 Catalase, 779
Cellulase, 1847
Cellulolytic enzyme, 2055 Cellulose, 1561
Cellulose digestibility, 653 CHCl3-labile root material, 647 Chelators, 559
Chemical fractionation, 1561 Chingensai, 1301
Chitinase, 899, 1183 Chlorinated pesticide, 1697 Chlorination, 1029 Chlorophenols, 85 Cholesterol, 1787
Cistus incanus,Myrtus communis, 1847 Citrate, 1241
Clay, 1007 Clay content, 1141 Clay mineral, 1141 Climate change, 527 Climax, 2045 Clubroot, 1637 Cluster roots, 1817 CO2, 1485
CO2ef¯ux, 947 CO2exchange, 959 CO2soda spring, 1323 Cold, 1161
Cold resistance, 441 Colonization, 589 Community structure, 869 Competiveness, 1515 Compost, 845
Computed tomography, 1121 Condensed tannins, 779, 1227 Coniferous forests, 527
Coniferous litter decomposition, 1197 Constructed wetlands, 1935
Contaminants, 853 Contaminated sites, 1697 Conventional tillage, 1731 Copper, 883, 1885 Coriolus versicolor, 85 p-Coumaric acid, 1071 Crop rotation, 627 Crop yield, 1691 Cucumber, 421 Cyanobacteria, 1985 Decomposer fungi, 253
Decomposition, 47, 75, 403, 527, 603, 679, 947, 967, 1359, 1561, 1571, 1763, 1773, 1941
Dehydrogenase, 1877
Dehydrogenase activity, 101, 1015 Delta-aminolevulinate dehydratase, 1899 Dendrobaena octaedra, 351
Dendrobaena octaedra, 1671
Denitri®cation, 229, 371, 497, 545, 669, 833, 1251, 1383, 1547
Denitri®cation potential, 101 Denitrifying enzyme activity, 101 Development, 1463
Di-nitrogen, 229 Dimethylselenide, 1353 o-Diphenol oxidase, 1927 Direct method, 1197 Disease suppression, 1141 Dissipation, 2011
Dissolved organic carbon (DOC), 597 Dissolved organic carbon, 335, 1743 Diversity, 2045
DNA, 879
DNA quantitation, 1101 DonÄana, 1941
DOC, 1, 805 DON, 1 Drainage, 1571 Dryland rice, 521
Earthworm, 67, 351, 1787, 2055 Earthworm casts, 1989
Earthworm feeding activity, 479 Earthworm guts, 1315
Earthworm invasion, 1671
Earthworms (Lumbricus terrestrisL.), 1763
Earthworms, 23, 119, 265, 335, 929, 1053, 1191, 2045 Ecosystem, 2045
Ectomycorrhizal roots, 1817 Eisenia fetida, 67, 1015 EL-FAMEs, 1419
Elevated CO2, 403, 1323, 1359 Endogeic, 1053
Endosulfan, 1697 Energy stress, 511 Energy use ef®ciency, 1131 Environmental conditions, 75 Environmental factors, 1753 Enzyme, 1007, 1899
Enzyme activities, 1829, 1837, 1885, 1907, 1941 Enzyme activity, 1191, 1935
Enzyme activity and stability, 1893 Enzyme decomposition models, 1941 Enzyme kinetics, 1183, 1885
Enzymes, 929 Epigeic, 1053 Ergosterol
Ergosterol, 253, 647, 879, 989, 1207 Ericoid mycorrhiza, 1319
Etherlipid analysis, 1121 Ethoprophos degradation, 1753 Eucalyptus camaldulensis, 1331 Europe, 527
Exogenous substrate, 1683 Exopolymer, 457
Exopolysaccharides, 1985
Extracellular enzyme activities, 1973 Extracellular enzymes, 1985
Extracellular hydrolytic enzymes, 1965 Extracellular phosphatase, 1817 Extraction ef®ciency, 1241 Fatty acid, 1787
Fe and Mn oxides and ions, 1921 Fenpropimorph, 967, 1615 Fermentation, 421 Ferrihydrite, 1811 Fertilizer, 253 Fertilizers, 59 Fick's Law, 1431 Field experiments, 567 Field-portable, 1101 Field release, 859 Field study, 1691 Field test, 315 Fine roots, 1743 Fire, 899
Flooded soil, 1683 Fluorescence, 1101 Food consumption, 1191 Forest, 265
Forest ¯oor, 603, 779 Forest ¯oor structure, 35 Forest soil, 669
Forest soils, 527, 597, 769 Formicidae, 93
Freeze-thaw events, 441 Freeze-tolerance, 1787 FTIR, 277
Fuel, 1161 Fulvic acid, 1331 Fumigation, 1691
Fumigation extraction, 647 Functional diversity, 93 Functional groupings, 1053 Fungal biomass, 647, 1207, 1817 Fungal community, 253, 351 Fungi, 265, 967, 989, 1505, 1989 Fungus-growing termite, 653
Gas chromatography, 545, 1367 Gel permeation chromatography, 1271 Genetic ®ngerprint, 1405
Global carbon change, 157 Global methane uptake rate, 769 Glomales, 589
b-Glucosaminidase, 1183 Glucose and leucine uptake, 1965 b-Glucosidase, 899
Glucosinolate, 1261 Gnotobiotic, 1063 Grassland, 221, 1251, 1367 Grassland soils, 2019
Gravimetric water content, 1591 Grazing, 469
Greenhouse effect, 2001 Greenhouse gas, 371 Gross ¯uxes, 1717 Gross mineralization, 47 Gross N process rates, 1453 Gross nitrogen mineralisation, 2019 Gross P mineralisation, 1857 Groundwater, 669
Growth medium, 421
H. elisae, 929 Halogenation, 1029 Harvard Forest, 1743 Haying, 469
Haymeadow, 253 HCH degradation, 1803 Heather, 793
Heavy fraction, 1345 Heavy metal, 2031
Heavy metal pollution, 1907 Heavy metals, 883
Hemicellulose, 1561 Herbaceous legumes, 2063 Himalayas, 2045
HPLC, 1207
Humic acid, 1241, 1331 Humic acid fractions, 1893 Humic materials, 1101 Humic substance, 1071 Humic substances, 1281, 1505 Humi®cation, 793, 1281 Humus N cycling, 1227 Hydrocarbon, 1161 Hydrogen, 977 Hydrolases, 1877 Hydroponic culture, 1063 Hydroxamate, 11 Hydroxy fatty acids, 1443 Hydroxyl, 1367
Hymenoscyphus ericae, 1319
Image analysis, 1463 Immobilisation, 1857 Immobilization, 545 In situ hybridization, 1121
In vitro culture, 929 Inhibitors, 1581 Inoculant, 421, 1515 Inoculation, 127 Inoculum, 1377
Inorganic catalysts, 1921 Inorganic nitrogen, 1973 Intracellular enzymes, 1985 Ion exchange resins, 1529 Iron reduction, 977 Iron transport, 11 Isolation, 135 Isothiocyanate, 1261 Isotope fractionation, 699
Juniperus monosperma, 179
Kalmia angustifolia, 1227 Kaolin, 1885
Kinetic parameters, 833, 1927 Kinetics, 1007
Labeled plant residues, 1717 Labile organic matter, 211 Lablab purpureus, 2079 Laccase, 85, 1505, 1847 Lactuca sativaL., 1063 Laminar pot, 869 Land use, 189, 1807 Land-use changes, 469 Land®ll, 457, 1581 Landscape, 899 Leachate, 335 Lead, 1899 Leaf litter, 265 Legume, 2031
Light fraction, 757, 1345 Light-fraction C, 211 Lignin, 1561
Lignin degradation, 653 Lime test index, 1915 Liming, 1
Litter, 679, 793, 805, 1505 Litter chemistry, 603 Litter decay, 489
Litter decomposition, 59, 779, 1847 Litter fungi, 351
Lolium perenne, 301, 1359 Lolium perenneL., 1763 Long-term ®eld trial, 757, 1131 Lotus, 1043
Low N soils, 127
Luciferase marker-geneluc, 859 Lumbricidae, 265, 1315 Lumbricus terrestris, 265 luxgenes, 315
Lysimeter, 859
Macrophomina phaseolina, 511 Macrotermes gilvus, 653 Maize, 581
Management intensi®cation, 253 Manure, 295
Mass spectrometry, 545, 1367 MCH-PCR, 887
Metals, 1893 Methane ¯ux, 769
Methane oxidation, 457, 769, 1025, 1581 Methane production, 977, 1811
Methanogenesis, 1431, 1581, 1683 Methanogenic activity, 2001 Methanotroph population, 521 Methanotrophs, 457
Methanotrophy, 1431, 1581
Method, 1463 Method of assay, 1183 Methods, 1499 Micro CFU, 1615 Microaggregation, 335 Microarthropods, 1671
Microbial activity, 93, 853, 883, 1173, 1591, 2091 Microbial biomass, 47, 59, 101, 189, 265, 277, 295, 469,
707, 757, 845, 935, 989, 1131, 1227, 1359, 1485, 2055 Microbial biomass and activity, 119
Microbial biomass C, 647 Microbial biomass turnover, 139 Microbial community, 1227, 1837 Microbial community composition, 1419 Microbial community structure, 1025, 1405 Microbial functional diversity, 189 Microbial metabolic quotient, 59 Microbial metabolism, 111
Microbial nitrate consumption, 1453 Microbial respiration, 59, 1625 Micro¯ora, 2011
Microorganisms, 1773 Microplate assay, 2095 Microwaving, 1207 Mineral fertilizers, 1485 Mineral soil, 1383
Mineralization, 597, 805, 887, 1131, 1661, 2031 Mobilization, 545
Modelling, 947 Moist savanna, 127 Moisture content, 1989 Molecular ecology, 1499 Monoculture, 1443
Monomeric aluminium, 1331 Monte Carlo simulation, 139 Mor humus, 1
Mucuna pruriens, 2079 Mulches, 1829
Multi-strain inoculation, 323 Municipal solid waste compost, 1907 Mutualism, 929
Mycorrhiza, 489, 589 Mycorrhizae, 1419
Mycorrhizal inoculation, 1173 Mycorrhizas, 1475
15N, 229, 1485
15N isotope dilution, 1043, 1227 15N natural abundance, 1043 15N pool dilution, 1453, 2019 N fertilizers, 679
N immobilization, 679, 1717 N inputs, 603
N mineralization, 679, 1345, 1453, 1717 N saturation, 1743
N2¯ux, 1383 N2O emission, 833
Natural abundance15N, 323 Natural formation, 1029 Needle and ®ne root litter, 1571 Nematode feeding groups, 707 Nematodes, 935, 1763, 2063 Net P solubilisation, 1857 New Zealand, 135, 497 NH4+, 1
Nitrate, 1547
Nitrate bioremediation, 371 Nitrate consumption, 2019 Nitrate fertilizer, 371 Nitrate reduction, 977 Nitric oxide, 229
Nitri®cation, 47, 229, 545, 669, 1251, 1261, 1453, 1529, 1661, 1799, 2019
Nitrifying bacteria, 1261
Nitrogen, 59, 143, 335, 545, 935, 1191, 1661, 1989, 2031 Nitrogen ®xation, 127, 323, 627, 1515
Nitrogen immobilization, 597, 689, 1707 Nitrogen management, 371
Nitrogen mineralisation, 1529 Nitrogen mineralization, 1547 Nitrogen retention, 1707 Nitrogen sources, 559 Nitrogen translocation, 689 Nitrogen utilisation, 1319
Nitrous oxide, 101, 229, 437, 497, 1251 Nitrous oxide emissions, 1807 No-till, 1731
No-tillage, 689, 2099 Nodulation, 127, 2063 Nodule, 1463
North±south transect, 527 Norway spruce, 779 Nursery conditions, 323 Nutrient availability, 1643 Nutrient leaching, 1091
Oak, 793
Oak+pine forest, 489 Olive cake, 1829 Olsen-P, 2063, 2079 Oospores, 111
Organic amendment, 143, 1173 Organic carbon, 1191
Organic farming, 757, 1131 Organic layer, 1625 Organic material, 1121
Organic matter, 119, 335, 527, 1877 Organic matter stabilization, 1989 Organic nitrogen, 1293
Organic patches, 1763 Organic soil, 1383 Organic soils, 833
Organo-mineral complexes, 1007, 1921 Organochlorine, 1029
Organohalogen, 1029 Oribatid community, 1671 Oxides, 1885
31P-NMR, 169 P recovery, 2079 P uptake, 1691 Paddy soil, 437, 2001 Paper sludge, 1561 Particle size separates, 241
Particulate organic matter, 757, 1151, 1941, 2063, 2079, 2099
Pasture, 211, 497 PCA, 1241 PCP, 1071 Pea, 1141
Peat-and perlite-based inoculants, 567 Peatland, 1571
Pentachlorophenol, 1311 6-Pentyl-a-pyrone, 1033
Pepper (Capsicum annuum, L.), 1829 Peptidase, 1973
Peroxidase, 1071, 1505, 1847 Persistent organic pollutants, 1475 Pesticide, 1803
PFLA composition, 1025 pH, 1, 101, 615
Phanerochaete chrysosporoium, 1311 Phaseolus vulgaris, 1601
Phenol oxidase, 899 Phenolic acid, 1063 Phenolic acids, 85, 361 Phomopsis, 421 Phosphatase, 2055
Phosphatase activity, 1857 Phosphate, 1241, 1973 Phosphate buffer, 1293 Phosphate solubilization, 559 Phospholipid fatty acid, 253
Phospholipid fatty acids (PLFA), 1547
Phospholipid fatty acids, 277, 707, 869, 909, 1241 Phosphomonoesterase activity, 1953
Phosphorus, 59, 143, 169, 1691 Phosphorus availability, 1857 Phosphorus cycling, 489, 1817 Phosphorus limitation, 1953 Phosphorus regeneration, 1953 Physical protection, 1151 Phytoremediation, 1475
Picea abies, 909
Picea sitchensis, 1857 PicoGreen, 1101 Pimento, 1301 Pine, 793
Pinus sylvestris, 1571 Pinyon±juniper, 179 PL-FAMEs, 1419 Plant growth, 869, 1811 Plant nutrition, 1829 Plant residue, 2001
Plasmodiophora brassicae, 1637 PLFA, 1837
Podzols, 1025
Polycyclic aromatic hydrocarbons, 2011 Polymerase chain reaction, 1101 Polyphenol oxidase, 919 Polysaccharides, 457 Post-snowmelt decline, 441
Potentially mineralizable organic C, 189 Predation, 1615
Preferential ¯ow, 479 Primary succession, 1091 Priming effect, 1485 Priming effects, 1683 Promiscuous soybean, 127 Propionate, 977
Protease, 2055 Protein, 1293
Protein-like N compound, 1301 Protozoa, 707, 967, 1615, 1763
Pseudomonas, 315, 421, 887, 1615
Pseudomonas ¯uorescens, 511, 1377
Pseudomonas putidaepI, 1753 Pyrolysis-gas chromatography, 1015 Pyrolysis-GC/MS, 1071
Pythium aphanidermatum, 111
Q10value, 1625 Quinones, 2011
Radiocaesium, 2091 Radiotracer, 1271 Rainfall, 479
recAgene, 859 Regenerating, 2045 Regulation, 1935 Residence time, 1197 Residue decomposition, 689 Residue quality, 679
Respiration, 335, 959, 1625, 1989 Respirometry, 1227
Retention, 2091 Rhizobial diversity, 1601
Rhizobium, 1463
Rhizobium leguminosarumbv.trifolii, 1393
Rhizobiumspp, 1601 Rhizobium tropici, 1515
Rhizosphere, 421, 521, 647, 869, 1829, 2011
Rhizosphere bacteria, 1443 Rice, 1773
Rice plant, 437 Rice root, 2001 Rice soil, 1811 Riparian zone, 1383 Rock phosphate, 559 Root, 1367
Root colonization, 315 Root exudates, 1405
Root nodule bacteria, 11, 1039 Root respiration, 1625 Root system, 403 Rothamsted, 1367
S mineralization, 845 S uptake, 845 Saccharides, 725
Scanning electron microscopy, 301
Sclerotium cepivorum, 135 Scots pine, 1091
SDS±PAGE, 1293 Seasonal factors, 1989 Seasonal variations, 139 Seasonality, 1625 Selenium, 1353
Semi-arid grasslands, 1707 Semiarid ecosystems, 47 Semiarid soils, 179 Senesced litter, 1323 Sequential fractionation, 169 Sewage, 2031
Shallow eutrophic lake, 1965 Siderophore, 11
Sinorhizobium meliloti, 859 Size-exclusion HPLC, 1293, 1301 Sludge, 887
Soil, 135, 253, 497, 615, 853, 1207, 1311, 1359, 1377, 1591, 1615, 1625, 1799, 2011
Soil acid phosphatase, 825 Soil acidi®cation, 1857 Soil acidity, 1393
Soil ATP and temperature, 1219 Soil bacteria, 545, 1803
Soil biochemical properties, 733, 747, 1867 Soil biomass, 1907
Soil carbon, 581, 699, 947, 1079 Soil carbon dioxide ef¯ux, 35 Soil carbonates, 47
Soil clay, 1885
Soil CO2emission, 1459, 1469 Soil CO2¯ux, 221
Soil contamination, 1867 Soil cracking, 1015 Soil DNA, 1499 Soil enrichment, 1405 Soil enzyme activity, 1927 Soil enzyme assay, 825, 2095 Soil enzymes, 747, 1867, 1915 Soil-enzymes, 1921
Soil ergosterol-to-fungal biomass, 1207 Soil factors, 111
Soil fauna, 265, 1281 Soil feeding, 1271, 1281 Soil food web, 707 Soil freezing, 1807 Soil fungi, 351, 689 Soil fungistasis, 111 Soil heating, 277 Soil inoculation, 859 Soil invertebrates, 1315 Soil liming, 1915 Soil metabolism, 1015
Soil methane consumption, 1431
Soil methane production, 1121 Soil microbes, 699
Soil microbial activity, 733
Soil microbial biomass, 581, 879, 1219 Soil microbial community, 909 Soil microcosm, 1161
Soil microflora, 93, 265 Soil moisture, 179, 1431 Soil nematodes, 1731 Soil nitrogen, 1079 Soil nitrogen cycling, 1529 Soil nitrogen mineralization, 733
Soil organic matter, 157, 189, 241, 469, 1345, 1485, 1707 Soil organic nitrogen, 1281
Soil pH, 1915
Soil properties, 1459, 1469 Soil quality, 757, 1191 Soil remediation, 1877 Soil removal, 1315
Soil respiration, 47, 361, 699, 1091, 1359, 1469 Soil structure, 295
Soil temperature, 35, 179 Soil thawing, 1807 Soil–resin mixtures, 1529
Solid-state13C and15N NMR Sonication, 825 Southern Cameroon, 1651
Spatial variability, 139, 1121, 1459 Spatial variation, 909
Spatio-temporal variation, 1661 Spectroscopy, 241
Split root, 589
Sprinkling infiltration, 669 Spruce, 545
Stability, 1007 Stabilization, 335 Stable isotopes, 1053 Standardised tests, 67 Suberin, 1367 Substrate, 67
Substrate-induced respiration, 2055 Substrate-limitation, 441
Substrate selection, 1039 Substrate utilization pattern, 277 Succession, 959
Sulfate reduction, 977 Suppressive soil, 1637 Survival, 887, 1377 SW-Spain, 1601
Symbiotic effectiveness, 127
Symbiotic properties of inoculants, 567 Synthetic humic substances, 1271 Systemic, 589
Tall wheatgrass, 143
Temperate forest soils, 733, 747
Temperate soils, 989 Temperature, 1, 2091
Temperature dependence, 947 Temperature effects, 441
Temporal and spatial variations, 35 Terminalia ivorensis, 1651
Termites, 1271, 1281 Termitomycessp., 653 Thymidine, 883 [3H]Thymidine, 1
Tillage, 1151, 1419 Tillage system, 627 Timber stand density, 1651 Toposequence, 2063 Toxicity, 853, 1311 Tracer techniques, 527 Translocation, 527 Tree influence, 909 Trichoderma, 1033 Trifolium, 1043 Triticum aestivum, 403 Trophic groups, 1731 Tropical rhizobia, 323 Tropical soil properties, 1469 Turnover, 581
Unsaturation, 1787 Urea fertilization, 521 Urease, 1893, 2095 UV/Vis absorption, 1101
VA-mycorrhiza, 1691 Vanillic acid, 361 Vanillin, 361
Vegetation Dynamics, 1079 Vermicomposting, 1015 Volatile selenium, 1353
Wastewater treatment, 887 Water content, 1643 Water filled porespace, 1591 Water holding capacity, 1591 Water potential, 1591 Water potentials, 1799
Water soluble organic carbon, 581 Wet-drying cycles, 335
Wheat, 403
White-rot fungi, 1311
XAD-8, 1 Xylanase, 1847 Xylem sap, 1301
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