Soil BiochemistryGuenther Stotzky An exploration of the most complex microbial ecosystems with incisive reviews of developments in soil science. It presents techniques of chemical analysis, refinements of environmental protection measures, and methods for maximizing agricultural yields. It also addresses a wide range of biochemical processes and practical applications of advanced biotechnologies. |
Contents
IV | 1 |
V | 3 |
VI | 6 |
VII | 7 |
IX | 14 |
X | 22 |
XIII | 35 |
XIV | 40 |
LXII | 304 |
LXIII | 311 |
LXIV | 317 |
LXV | 324 |
LXVI | 326 |
LXVII | 331 |
LXVIII | 332 |
LXIX | 347 |
XV | 43 |
XVI | 81 |
XVII | 90 |
XX | 96 |
XXI | 109 |
XXIV | 139 |
XXVII | 141 |
XXVIII | 144 |
XXIX | 150 |
XXX | 154 |
XXXI | 164 |
XXXII | 165 |
XXXIV | 171 |
XXXVI | 173 |
XXXVII | 187 |
XXXVIII | 196 |
XL | 198 |
XLI | 207 |
XLII | 209 |
XLIII | 212 |
XLIV | 215 |
XLV | 226 |
XLVI | 230 |
XLVII | 238 |
XLVIII | 242 |
XLIX | 247 |
L | 249 |
LI | 260 |
LII | 271 |
LIII | 272 |
LIV | 280 |
LVI | 282 |
LVII | 288 |
LVIII | 293 |
LIX | 296 |
LX | 298 |
LXI | 303 |
LXX | 350 |
LXXI | 353 |
LXXII | 357 |
LXXIII | 362 |
LXXIV | 365 |
LXXV | 366 |
LXXVI | 367 |
LXXVII | 377 |
LXXVIII | 379 |
LXXIX | 396 |
LXXX | 403 |
LXXXI | 406 |
LXXXII | 421 |
LXXXIII | 422 |
LXXXIV | 429 |
LXXXV | 432 |
LXXXVI | 436 |
LXXXVII | 437 |
LXXXVIII | 442 |
LXXXIX | 446 |
XC | 449 |
XCI | 451 |
XCII | 453 |
XCIII | 459 |
XCIV | 460 |
XCV | 462 |
XCVI | 465 |
XCVII | 471 |
XCVIII | 474 |
XCIX | 475 |
| 481 | |
CI | 484 |
CII | 494 |
CIV | 501 |
CV | 502 |
CVI | 511 |
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Common terms and phrases
acetate activity adsorbed adsorption aerobic anaerobic analysis anilazine anoxic Appl Environ Microbiol Appl Microbiol aromatic bacteria bacterium biodegradation Biotechnol Bradyrhizobium Bradyrhizobium japonicum carbon cells chemical chrysosporium clay minerals complexes compounds culture decomposition decreased degradation dehalogenation denitrification Desulfovibrio DNBOS ecosystems effect electron acceptors enzyme extraction FEMS Microbiol formation fraction fungal fungi fungus genes groups growth Hâ‚‚ humic acid increased incubation interactions isolated japonicum laccase ligands lignin litter manganese manganese peroxidase mechanism metabolism methanogenesis methanogenic microbial microbial community microorganisms MnO2 molecules montmorillonite nitrogen nodulation nutrients organic acids organic ligands organic matter oxalate oxidation paddy fields paddy soils pathogens peroxidase pesticides phosphate processes production protein quinone quinone profile redox Reductive dechlorination result rhizosphere Sci Plant Nutr sediments silylated SO42 reducers Soil Biol Biochem Soil Sci Plant Soil Sci Soc soybean bradyrhizobia species strains structure studies substrate sulfate surface tion waterlogged paddy