| Formatted contents note |
Vol. 1. Abiotic and Biotic Diversity in the Biosphere --<br/>Abundance --<br/>Abundance Biomass Comparison Method --<br/>Acclimation --<br/>Acidification --<br/>Acute and Chronic Toxicity --<br/>Adaptation --<br/>Adaptive Agents --<br/>Adaptive Cycle --<br/>Adaptive Management and Integrative Assessments --<br/>Adsorption --<br/>Age Structure and Population Dynamics --<br/>Age-Class Models --<br/>Agriculture --<br/>Agriculture Models --<br/>Agriculture Systems --<br/>Agroforestry --<br/>Air Quality Modeling --<br/>Allee Effects --<br/>Allometric Principles --<br/>Allopatry --<br/>Alpine Ecosystems and the High-Elevation Treeline --<br/>Alpine Forest --<br/>Altruism --<br/>Amensalism --<br/>Ammonification --<br/>Animal Defense Strategies --<br/>Animal Home Ranges --<br/>Animal Physiology --<br/>Animal Prey Defenses --<br/>Antagonistic and Synergistic Effects of Antifouling Chemicals in Mixture --<br/>Anthropospheric and Anthropogenic Impact on the Biosphere --<br/>Antibiotics in Aquatic and Terrestrial Ecosystems --<br/>Antipredation Behavior --<br/>Application of Ecological Informatics --<br/>Applied Ecology --<br/>Aquatic Organisms --<br/>Artificial Neural Networks --<br/>Artificial Neural Networks: Temporal Networks --<br/>Ascendency --<br/>Assimilative Capacity --<br/>Association --<br/>Astrobiology --<br/>Atmospheric Deposition --<br/>Autecology --<br/>Autocatalysis --<br/>Autotrophs --<br/>Average Taxonomic Diversity and Distinctness --<br/>Bayesian Networks --<br/>Behavioral and Ecological Genetics --<br/>Benthic Response Index --<br/>Benzene --<br/>Berger-Parker Index --<br/>Bifurcation --<br/>Bioaccumulation --<br/>Bioavailability --<br/>Biodegradability --<br/>Biodegradation --<br/>Biodiversity --<br/>Biogeochemical Approaches to Environmental Risk Assessment --<br/>Biogeochemical Models --<br/>Biogeocoenosis as an Elementary Unit of Biogeochemical Work in the Biosphere --<br/>Biological Control Models --<br/>Biological Integrity --<br/>Biological Nitrogen Fixation --<br/>Biological Rhythms --<br/>Biological Wastewater Treatment Systems --<br/>Biomagnification --<br/>Biomass --<br/>Biomass, Gross Production, and Net Production --<br/>Biophilia --<br/>Biosphere: Vernadsky's Concept --<br/>Biotopes --<br/>Body Residues --<br/>Body Size, Energetics, and Evolution --<br/>Body-Size Patterns --<br/>Boltzmann Learning --<br/>Boreal Forest --<br/>Botanical Gardens --<br/>Buffer Zones --<br/>Calcium Cycle --<br/>Cannibalism --<br/>Carbon Cycle --<br/>Carrying Capacity --<br/>Catastrophe Theory --<br/>Caves --<br/>Cellular Automata --<br/>Chaos --<br/>Chaparral --<br/>Chemical Communication --<br/>Classical and Augmentative Biological Control --<br/>Classification and Regression Trees --<br/>Climate Change 1: Short-Term Dynamics --<br/>Climate Change 2: Long-Term Dynamics --<br/>Climate Change 3: History and Current State --<br/>Climate Change Models --<br/>Clines --<br/>Coastal and Estuarine Environments --<br/>Coastal Zone Management --<br/>Coastal Zone Restoration --<br/>Coevolution --<br/>Coevolution of the Biosphere and Climate --<br/>Coevolutionary Research --<br/>Coexistence --<br/>Cognition and Behavioral Ecology --<br/>Colonization --<br/>Commensalisms --<br/>Communication --<br/>Community --<br/>Competition and Behavior --<br/>Competition and Coexistence in Model Populations --<br/>Competition and Competition Models --<br/>Composting and Formation of Humic Substances --<br/>Computer Languages --<br/>Conceptual Diagrams and Flow Diagrams --<br/>Connectance and Connectivity --<br/>Conservation Biological Control and Biopesticides in Agricultural --<br/>Constructed Wetlands, Subsurface Flow --<br/>Constructed Wetlands, Surface Flow --<br/>Cooperation --<br/>Copper --<br/>Coral Reefs --<br/>Crude Oil, Oil, Gasoline and Petrol --<br/>Cybernetics --<br/>Cycling and Cycling Indices. Vol. 2. Data Mining --<br/>Death --<br/>Decomposition and Mineralization --<br/>Defense Strategies of Marine and Aquatic Organisms --<br/>Deforestation --<br/>Demography --<br/>Denitrification --<br/>Desert Streams --<br/>Deserts --<br/>Design Principles --<br/>Detritus --<br/>Development Capacity --<br/>Dioxin --<br/>Dispersal-Migration --<br/>Dominance --<br/>Dominance and Its Evolution --<br/>Dormancy --<br/>Dose-Response --<br/>Driver-Pressure-State-Impact-Response --<br/>Dunes --<br/>Eco-Exergy as an Ecosystem Health Indicator --<br/>Eco-Exergy to Emergy Flow Ratio --<br/>Ecological Catastrophe --<br/>Ecological Complexity --<br/>Ecological Economics --<br/>Ecological Economics --<br/>Ecological Effects of Acidic Deposition --<br/>Ecological Efficiency --<br/>Ecological Engineering: Overview --<br/>Ecological Feminism --<br/>Ecological Footprint --<br/>Ecological Health Indicators --<br/>Ecological Informatics: Overview --<br/>Ecological Models, Optimization --<br/>Ecological Network Analysis, Ascendency --<br/>Ecological Network Analysis, Energy Analysis --<br/>Ecological Network Analysis, Environ Analysis --<br/>Ecological Niche --<br/>Ecological Risk Assessment --<br/>Ecological Stoichiometry: Overview --<br/>Ecological Systems Thinking --<br/>Ecophysiology --<br/>Ecosystem Ecology --<br/>Ecosystem Health Indicators --<br/>Ecosystem Patterns and Processes --<br/>Ecosystem Services --<br/>Ecosystems --<br/>Ecotoxicological Model of Populations, Ecosystems, and Landscapes --<br/>Ecotoxicology Nomenclature: LC, LD, LOC, LOEC, MAC --<br/>Ecotoxicology: The Focal Topics --<br/>Ecotoxicology: The History and Present Directions --<br/>Edaphic Factor --<br/>Edge Effect --<br/>Emergent Properties --<br/>Emergy --<br/>Emergy and Network Analysis --<br/>Empirical Models --<br/>Endangered Species --<br/>Endemism --<br/>Endocrine Disruptors --<br/>Endocrine Disruptors: Effect in Wildlife and Laboratory Animals --<br/>Endocrine Disruptor Chemicals: Overview --<br/>Endotherm --<br/>Energy Balance --<br/>Energy Flows in the Biosphere --<br/>Entropy --<br/>Entropy and Entropy Flows in the Biosphere --<br/>Environmental and Biospheric Impacts of Nuclear War --<br/>Environmental Impact Assessment and Application --<br/>Part 1 --<br/>Environmental Impact Assessment and Application --<br/>Part 2 --<br/>Environmental Impact of Sludge Treatment and Recycling in Reed Bed Systems --<br/>Environmental Protection and Ecology --<br/>Environmental Security --<br/>Environmental Space --<br/>Environmental Stress and Evolutionary Change --<br/>Environmental Tolerance --<br/>Enzymatic Processes --<br/>Epidemiological Studies of Reproductive Effects in Humans --<br/>Epifauna and Epiflora --<br/>Equilibrium Concept in Phytoplankton Communities --<br/>Erosion --<br/>Estuaries --<br/>Estuarine Ecohydrology --<br/>Estuary Restoration --<br/>Eukaryotes, Origin of --<br/>Evapotranspiration --<br/>Evolution of Defense Strategies --<br/>Evolution of Oceans --<br/>Evolution of 'Prey-Predator' Systems --<br/>Evolutionary Algorithms --<br/>Evolutionary and Biochemical Aspects --<br/>Evolutionary Ecology: Overview --<br/>Excretion --<br/>Exergy --<br/>Exergy Destruction as an Ecological Indicator --<br/>Exploitation --<br/>Exposure and Exposure Assessment --<br/>Fecundity --<br/>Feldmann Index --<br/>Fermentation --<br/>Fire --<br/>Fish Growth --<br/>Fisheries Management --<br/>Fishery Models --<br/>Fishes as Indicators of Estuarine Health and Estuarine Importance --<br/>Fitness --<br/>Fitness Landscapes --<br/>Floodplains --<br/>Food Chains and Food Webs --<br/>Food Specialization --<br/>Food-Web Bioaccumulation Models --<br/>Forest Management --<br/>Forest Models --<br/>Forest Plantations --<br/>Forestry Management --<br/>Freshwater Lakes --<br/>Freshwater Marshes --<br/>Fundamental Laws in Ecology --<br/>Fungal Defense Strategies --<br/>Fungi and Their Role in the Biosphere --<br/>Fuzzy Models. Vol. 3. Gaia Hypothesis --<br/>Gause's Competitive Exclusion Principle --<br/>Generation Time --<br/>Global Change Impacts on the Biosphere --<br/>Global Warming Potential and the Net Carbon Balance --<br/>Goal Functions and Orientors --<br/>Grassland Models --<br/>Grazing --<br/>Grazing Models --<br/>Greenhouses, Microcosms, and Mesocosms --<br/>Growth Constraints: Michaelis-Menten Equation and Liebig's Law --<br/>Growth Models --<br/>Habitat --<br/>Habitat Selection and Habitat Suitability Preferences --<br/>Halogenated Hydrocarbons --<br/>Hardy-Weinberg Equilibrium --<br/>Herbivore-Predator Cycles* --<br/>Hierarchy Theory in Ecology --<br/>Hill's Postulates --<br/>History of Ecology --<br/>Homeostasis --<br/>Homeotherms --<br/>Hopfield Network --<br/>Human Ecology: Overview --<br/>Human Population Growth --<br/>Hunting --<br/>Hydrodynamic Models --<br/>Hydrosphere --<br/>Hysteresis --<br/>Impoundments --<br/>Imprinting --<br/>Indirect Effects in Ecology --<br/>Individual-Based Models --<br/>Industrial Ecology --<br/>Information and Information Flows in the Biosphere --<br/>Insect Pest Models and Insecticide Application --<br/>Intermediate Disturbance Hypothesis --<br/>Internet --<br/>Intertidal Zonation --<br/>Invasive Plants --<br/>Invasive Species --<br/>Iron Cycle --<br/>Irrigation in Agriculture --<br/>Island Biogeography --<br/>Isolation --<br/>k-Dominance Curves --<br/>Kin Selection --<br/>Lagoons --<br/>Lake Models --<br/>Lake Restoration --<br/>Lake Restoration Methods --<br/>Landfills --<br/>Landscape Ecology --<br/>Landscape Modeling --<br/>Landscape Planning --<br/>Land-Use Modeling --<br/>Lead --<br/>Leaf Area Index Models --<br/>Leaf Area Index --<br/>Learning --<br/>Life Forms, Plants --<br/>Life-Cycle Assessment --<br/>Life-History Patterns --<br/>Light Extinction --<br/>Limiting Factors and Liebig's Principle --<br/>Limits to Growth --<br/>Macroevolution --<br/>Mangrove Wetlands --<br/>Margalef's Index --<br/>Mariculture Waste Management --<br/>Marine Models --<br/>Mass Cultivation of Freshwater Microalgae --<br/>Mass Production of Marine Macroalgae --<br/>Material and Metal Ecology --<br/>Mathematical Ecology --<br/>Mating Systems --<br/>Matrix Models --<br/>Matter and Matter Flows in the Biosphere --<br/>Maximum Sustainable Yield --<br/>Mediterranean --<br/>Mesocosm Management --<br/>Metacommunities --<br/>Metapopulation Models --<br/>Methane in the Atmosphere --<br/>Microbial Communities --<br/>Microbial Cycles --<br/>Marine and Aquatic Defense Strategies --<br/>Microbial Ecological Processes: Aerobic/Anaerobic --<br/>Microbial Ecology --<br/>Microbial Models --<br/>Microclimate --<br/>Microcosms --<br/>Mine Area Remediation --<br/>Model Development and Analysis --<br/>Model Types: Overview --<br/>Modules in Modeling --<br/>Monitoring, Observations, and Remote Sensing --<br/>Global Dimensions --<br/>Monocultures versus Polycultures --<br/>Mortality --<br/>Multilayer Perceptron --<br/>Multitrophic Integration for Sustainable Marine Aquaculture --<br/>Mutagenesis --<br/>Mutualism --<br/>Natural Wetlands --<br/>Neutral Theory --<br/>Nitrification --<br/>Nitrogen --<br/>Nitrogen Cycle --<br/>Noosphere --<br/>Numerical Methods for Distributed Models --<br/>Numerical Methods for Local Models --<br/>Ocean Currents and Their Role in the Biosphere --<br/>Optimal Foraging --<br/>Optimal Foraging Theory --<br/>Optimal Reproductive Tactics --<br/>Ordination --<br/>Organic Farming --<br/>Organismal Ecophysiology --<br/>Orientation, Navigation, and Searching --<br/>Oxygen Cycle --<br/>Ozone Layer. Vol. 4. Paleoecology --<br/>Panarchy --<br/>Parameters --<br/>Parasites --<br/>Parasitism --<br/>Participatory Modeling --<br/>Peatlands --<br/>Pedosphere --<br/>Pelagic Predators --<br/>Persistent Organic Pollutants --<br/>Phenols --<br/>Phenomenon of Life: General Aspects --<br/>Phenotypic Plasticity --<br/>Pheromones --<br/>Philosophy of Ecology: Overview --<br/>Phosphorus Cycle --<br/>Photolysis --<br/>Phthalates --<br/>Physical Transport Processes in Ecology: Advection, Diffusion, and Dispersion --<br/>Physiological Ecology --<br/>Phytoremediation --<br/>Phytosociology --<br/>Pioneer Species --<br/>Plant Competition --<br/>Plant Defense --<br/>Plant Defense Strategies --<br/>Plant Demography --<br/>Plant Ecology --<br/>Plant Growth Models --<br/>Plant Physiology --<br/>Plutonium --<br/>Poikilotherms --<br/>Polar Terrestrial Ecology --<br/>Pollination --<br/>Pollution Indices --<br/>Polychaetes/Amphipode Index --<br/>Polychlorinated Biphenyls --<br/>Polycyclic Aromatic Hydrocarbons --<br/>Population and Community Interactions --<br/>Population Viability Analysis --<br/>Populations: r- and K-Selection --<br/>Precaution and Ecological Risk --<br/>Precipitation Pattern --<br/>Predation --<br/>Prey-Predator Models --<br/>Principal Components Analysis --<br/>Radiation Balance and Solar Radiation Spectrum --<br/>Radiation Ecology --<br/>Radioactivity --<br/>Radionuclides: Their Biogeochemical Cycles and the Impacts on the Biosphere --<br/>Reaeration --<br/>Recruitment --<br/>Remote Sensing --<br/>Reproductive Toxicity --<br/>Resilience --<br/>Resistance and Buffer Capacity --<br/>Respiration --<br/>Retrospective Analysis --<br/>Rhizosphere Ecology --<br/>Riparian Wetlands --<br/>Riparian Zone Management and Restoration --<br/>Risk Management Safety Factor --<br/>River Models --<br/>Rivers and Streams: Ecosystem Dynamics and Integrating Paradigms --<br/>Rivers and Streams: Physical Setting and Adapted Biota --<br/>Rocky Intertidal Zone --<br/>r-Strategist/K-Strategists --<br/>Saline and Soda Lakes --<br/>Salinity --<br/>Salt Marshes --<br/>Saprobic System --<br/>Savanna --<br/>Scale --<br/>Scavengers --<br/>Schrödinger's Ratio --<br/>Seasonality --<br/>Sediment Retention and Release --<br/>Sediments: Setting, Transport, Mineralization, and Modeling --<br/>Seed Dispersal --<br/>Self-Organization --<br/>Self-Organizing Map --<br/>Semiotic Ecology --<br/>Sensitivity and Uncertainty --<br/>Sensitivity, Calibration, Validation, Verification --<br/>Sewage Sludge Technologies --<br/>Sex Ratio --<br/>Shannon-Wiener Index --<br/>Simpson Index --<br/>Simulated Annealing --<br/>Social Behavior --<br/>Socioecological Systems --<br/>Software --<br/>Soil Ecology --<br/>Soil Erosion by Water --<br/>Soil Formation --<br/>Soil Movement by Tillage and Other Agricultural Activities --<br/>Spatial Distribution --<br/>Spatial Distribution Models --<br/>Spatial Models and Geographic Information Systems --<br/>Spatial Subsidy --<br/>Specific Exergy as Ecosystem Health Indicator --<br/>Stability --<br/>Stability versus Complexity --<br/>Statistical Methods --<br/>Statistical Prediction --<br/>Steppes and Prairies --<br/>Stream Management --<br/>Stream Restoration --<br/>Structural Dynamic Models --<br/>Structure and History of Life --<br/>Succession --<br/>Sulfur Cycle --<br/>Support Vector Machines --<br/>Suspension Feeders --<br/>Sustainable Development --<br/>Swamps --<br/>Sympatry --<br/>Synecology --<br/>Synthetic Polymers --<br/>System Omnivory Index --<br/>Systems Ecology. Vol. 5. Taxis --<br/>Technology for Sustainability --<br/>Temperate Forest --<br/>Temperature Patterns --<br/>Temperature Regulation --<br/>Temporary Waters --<br/>Teratogenesis --<br/>Terrestrial Arthropods --<br/>The Significance of O2 for Biology --<br/>Thermoregulation in Animals --<br/>Tolerance Range --<br/>Trace Elements --<br/>Tragedy of the Ecological Commons --<br/>Transport in Porous Media --<br/>Transport over Membranes --<br/>Tree Growth --<br/>Trophic Classification for Lakes --<br/>Trophic Index and Efficiency --<br/>Trophic Structure --<br/>Tropical Ecology --<br/>Tropical Rainforest --<br/>Tropical Seasonal Forest --<br/>Tundra --<br/>Turnover Time --<br/>Units of Selection --<br/>Upwelling Ecosystems --<br/>Uranium --<br/>Urban Systems --<br/>Urbanization as a Global Ecological Process --<br/>Veterinary Medicines --<br/>Visualization and Interaction Design for Ecosystem Modeling --<br/>Vitalism versus Physical-Chemical Explanations --<br/>Volatalization --<br/>Wastewater Treatment Models --<br/>Water Availability --<br/>Water Cycle --<br/>Water Cycle Management --<br/>Watershed Management --<br/>Watershed Models --<br/>Wavelet Network --<br/>Waves as an Ecological Process --<br/>Weathering --<br/>Weed Control Models --<br/>Wetland Models --<br/>Wildlife Ecology --<br/>Wind Effects --<br/>Wind Shelterbelts --<br/>Wireless Sensor Networks Enabling Ecoinformatics --<br/>Xenobiotic (Pesticides, PCB, Dioxins) Cycles --<br/>Appendix --<br/>Useful Tables of Ecological Properties. |
