| Chapter 1: Introduction Chapter 2: Abiotic and Biotic Diversity in the Biosphere p.1-4 Chapter 3 : Anthropospheric and Antropogenic Impact on the Biosphere 204-210 Chapter 4: Astrobiology 272-275 Chapter 5: Biogeocoenosis as an Elementary Unit of Biogeochemical Work in the Biosphere p.396-403 Chapter 6: Biosphere. Vernadsky's Concept p.467-471 Chapter 7 : Deforestration p.853-860 Chapter 8 : Environmental and Biospheric Impacts of Nuclear War p.1314-1321 Chapter 9: Evolution of Oceans p.1445-1458 Chapter 10: Evolution of 'Prey-Predator' Systems p.1458-1464 Chapter 11: Fungi and Their Role in he Biosphere p.1709-1717 Chapter 12: Gaia Hypothesis p.1727-1731 Chapter 13: Hydrosphere p.1923-1930 Chapter 14: Noosphere p.2533-2536 Chapter 15: Pedosphere p.2665-2670 Chapter 16: Phenomenon of Life: General Aspects p.2689-2701 Chapter 17:Structure and History of Life p.3403-3416 Chapter 18: Calcium Cycle p.507-513 Chapter 19: Carbon Cycle p.517-528 Chapter 20 : Energy Balance p.1276-1290 Chapter 21 : Energy Flows in the Biosphere p.1290-1297 Chapter 22: Entropy and Entropy Flows in the Biosphere p.1306-1314 Chapter 23: Information and Information Flows in the Biosphere p.19875-1978 Chapter 24: Iron Cycle p.2028-2033 Chapter 25: Matter and Matter Flows in the Biosphere p.2279-2292 Chapter 26: Microbial Cycles p.2328-2335 Chapter 27: Nitrogen Cycle p.2526-2533 Chapter 28 : Oxygen Cycle 2609-2615 Chapter 29 : Phosphorus Cycle p.2715-2724 Chapter 30 : Radiation Balance and Solar Radiation Spectrum 2951-2956 Chapter 31 : Radionuclides : Their Biochemical Cycles and the Impacts on the Biosphere p.2966-2975 Chapter 32: Sulphur Cycle 3424-3431 Chapter 33: Water Cycle 3724-3729 Chapter 34: Xenobiotics Cycles 3821-3831 Chapter 35: Agriculture p.76-85 Chapter 36: Material and Metal Ecology p.2247-2261 Chapter 37: Methane in the Atmosphere 2325-2328 Chapter 38: Monitoring, Observations and Remoste Sensing-Global Dimensions p.2425-2446 Chapter 39: Ocean Currents and Their Role in the Biosphere p.2553-2559 Chapter 40: Precipitation Pattern 2916-2923 Chapter 41: Temperature Pattern p.3504-3509 Chapter 42. Urbanization as a Global Process p.3672-3679 Chapter 43: Weathering p.3770-3776 Chapter 44: Climate Change 1: Short-Term Dynamics p.588-592 Chapter 45: Climate Change 2: Long-Term Dynamics p.592-598 Chapter 46: Climate Change 3: History and Current State p.598-603 Chapter 47: Coevolution of the Biosphere and Climate p.648-659 Chapter 48: Global Change Impacts on the Biosphere p.1736-1741 Chapter 49: Ecological Stoichiometry: Overview p.1101-1117 Chapter 50: Ecosystem Patterns and Processes p.1139-1148 Chapter 51: Evolutionary and Biochemical Aspects p.1472-1481 Chapter 52: Organisal Ecophysiology p.2587-2596 Chapter 53. Population and Community Interactions p.2891-2901 Chapter 54: Trace Elements p.3564-3573 |
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