Soil BiochemistryChemistry and turnover of naturally occurring resistant organic compounds in soil. In situ analysis of soil components of biological origin. Oxidative coupling of aromatic compounds by enzymes from soil microorganisms. Control of urea transformations in soils. Chemistry and distribution of amino sugars in soils and soil organisms. Biochemistry, ecology, and microbiology of petroleum components in soil. Biological nitrogen fixation. Denitrification. Heavy metals in soil biology and biochemistry. Microbial biomass in soil: measurement and turnover. |
Contents
CHEMISTRY AND TURNOVER OF NATURALLY | 1 |
VOLUME | 3 |
INTRODUCTION TO THE BIOCHEMISTRY OF TERRESTRIAL SOILS | 33 |
BIOCHEMISTRY AND MICROBIOLOGY OF PEATS P H Given Fuel | 36 |
BIOGEOCHEMISTRY OF THE MINOR ELEMENTS IN SOIL H L Ehrlich | 52 |
BIOCHEMISTRY OF IRON IN SOIL T V Aristovskaya Tsentralnii Muzeii | 60 |
IN SITU ANALYSIS OF SOIL COMPONENTS | 75 |
OXIDATIVE COUPLING OF AROMATIC COMPOUNDS | 113 |
BIOCHEMISTRY ECOLOGY AND MICROBIOLOGY | 229 |
BIOLOGICAL NITROGEN FIXATION | 297 |
DENITRIFICATION | 323 |
VOLUME 2 | 335 |
ENERGY RELATIONSHIPS IN SOIL BIOCHEMISTRY C C Delwiche | 351 |
HEAVY METALS IN SOIL BIOLOGY AND BIOCHEMISTRY | 371 |
MEASUREMENT | 415 |
VOLUME 4 | 456 |
Other editions - View all
Common terms and phrases
Acta activity in soils Amer amino acids amino sugars ammonia ammonium aromatic bacteria Bartha Biochem Biochemistry biological biomass Biophys Bremner carbohydrate carbon cell walls Chem chemical chitin clay complex components concentrations crude oil decomposition degradation denitrification effect enzymes extraction fertilizer formation fraction fulvic acid fungal fungi g-1 soil glucosamine growth heavy metals humic acid hydrocarbons hydrolysis hydrolysis in soils increase incubated isolated isotope Jenkinson laccase lignin materials McLaren metabolism method microbial Microbiol mineral molecular muramic acid natural nitrification nitrification inhibitors nitrogen fixation nitrogen-fixing nitrogenase organic compounds oxidative coupling oxidative coupling enzymes pathways peroxidase petroleum phenolic polymers polysaccharides Proc protein radiocarbon dates ratio reaction reduced reported residues rhizosphere root Schnitzer Soil Biol soil fabrics soil organic matter Soil Sci soil urease soluble Sowden specific stability staining structure studies substrate surface Table tion turnover tyrosinase urea urea hydrolysis urease urease activity urease inhibitors Zantua
Popular passages
Page 471 - FW (1977). Determination of bacterial number and biomass in the marine environment. Appl. Environ. Microbiol.