Soil EcologySoil Ecology is designed to meet the increasing challenge faced by today's environmental scientists, ecologists, agriculturalists, and biotechnologists for an integrated approach to soil ecology. It emphasizes the interrelations among plants, animals, and microbes, by first establishing the fundamental physical and chemical properties of the soil habitat and then functionally characterizing the major components of the soil biota and some of their most important interactions. The fundamental principles underpinning soil ecology are established and this then enables an integrated approach to explore and understand the processes of soil nutrient (carbon, nitrogen, and phosphorus) cycling and the ecology of extreme soil conditions such as soil-water stress. Two of the most topical aspects of applied soil ecology are then selected. First, the ecology of soil pollution is examined, focusing on acid deposition and radionuclide pollution. Second, manipulation of soil ecology through biotechnology is discussed, illustrating the use of pesticides and microbial inocula in soils and pointing toward the future by considering the impact of genetically modified inocula on soil ecology. |
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Contents
III | 1 |
IV | 2 |
V | 3 |
VI | 6 |
VII | 7 |
VIII | 10 |
IX | 12 |
X | 16 |
LXIV | 124 |
LXV | 131 |
LXVI | 136 |
LXVIII | 138 |
LXIX | 141 |
LXX | 142 |
LXXI | 143 |
LXXII | 145 |
XII | 19 |
XIII | 20 |
XIV | 24 |
XV | 28 |
XVI | 31 |
XVII | 32 |
XVIII | 33 |
XIX | 34 |
XX | 40 |
XXI | 41 |
XXII | 46 |
XXIII | 47 |
XXIV | 52 |
XXV | 57 |
XXVII | 58 |
XXVIII | 59 |
XXIX | 60 |
XXXI | 61 |
XXXII | 62 |
XXXV | 66 |
XXXVI | 70 |
XXXVIII | 71 |
XXXIX | 75 |
XL | 76 |
XLI | 77 |
XLII | 78 |
XLIII | 79 |
XLV | 80 |
XLVI | 86 |
XLVII | 87 |
XLVIII | 89 |
LII | 90 |
LIII | 92 |
LIV | 93 |
LV | 95 |
LVI | 100 |
LVII | 102 |
LVIII | 103 |
LIX | 105 |
LX | 106 |
LXI | 108 |
LXII | 109 |
LXIII | 114 |
LXXIII | 148 |
LXXIV | 149 |
LXXV | 151 |
LXXVI | 152 |
LXXVII | 154 |
LXXVIII | 157 |
LXXIX | 158 |
LXXX | 159 |
LXXXI | 160 |
LXXXIII | 166 |
LXXXIV | 167 |
LXXXVI | 168 |
LXXXVII | 170 |
LXXXVIII | 172 |
LXXXIX | 173 |
XC | 174 |
XCII | 175 |
XCIII | 177 |
XCIV | 179 |
XCVI | 180 |
XCVII | 181 |
XCIX | 182 |
CIII | 183 |
CIV | 184 |
CV | 185 |
CVI | 186 |
CVII | 196 |
CVIII | 198 |
CIX | 200 |
CX | 201 |
CXI | 202 |
CXII | 203 |
CXIV | 204 |
CXV | 205 |
CXVI | 206 |
CXVII | 207 |
CXIX | 208 |
CXX | 210 |
CXXI | 211 |
212 | |
222 | |
231 | |
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Common terms and phrases
acid deposition actinomycetes aerobic algae ammonia ammonium anaerobic associated atmospheric autotrophic bacteria Basidiomycotina biomass biota carbon dioxide cations cell cellulose chemoautotrophic components concentrations considerable crop cycling decomposer decomposition denitrification earthworms ecosystems ectomycorrhizal environmental enzyme example factors fertiliser Figure fixation forest soils fungal fungi genetic growth heterotrophic hyphae immobilisation increase inocula inoculum input interactions involved Killham largely legume lignin microbes and animals microbial biomass microbial population microsites mineral nitrogen mineralisation mycorrhizal mycorrhizal fungal N₂ N₂-fixation nematodes nitrate nitrification nodule nutrients occur organic carbon oxidation oxygen particularly pathogens pesticides plant residues plant root production protozoa radionuclides reduced release rhizobia rhizosphere root systems soil animals soil bacteria soil biological soil biota soil ecology soil environment soil fungi soil microbes soil organic matter soil particles soil pH soil solution soil water stress soil/plant system species substrate sulphate sulphur supply surface temperature tend tolerance turnover uptake volatilisation water potential
Popular passages
Page 212 - Hook, DD & Crawford, RMM (eds) 1978. Plant Life in Anaerobic Environments.