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Phytoplankton Ecology : Structure, Function and Fluctuation
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Zustand: Good. 1986th Edition. Former library book; may include library markings. Used book that is in clean, average condition without any missing pages. Bestandsnummer des Verkäufers 520796-6
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Phytoplankton Ecology : Structure, Function and Fluctuation
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Phytoplankton Ecology
Verlag:
Springer Netherlands Sep 1987, 1987
ISBN 10: 0412306905
ISBN 13: 9780412306907
Neu
Taschenbuch
Anbieter: BuchWeltWeit Ludwig Meier e.K., Bergisch Gladbach, Deutschland
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Taschenbuch. Zustand: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -1 Preamble.- 1.1 A brief introduction to the organisms.- 2 Ecological theory.- 2.1 An historical perspective: the concept of plenitude.- 2.2 Ecology and evolution.- 2.3 Equilibrium theory.- 2.4 The equilibrium theory of community structure.- 2.5 Criticisms of equilibrium theory.- 2.6 Non-equilibrium theory.- 2.7 Some ideas from non-equilibrium thermodynamics.- 3 Some basic physics.- 3.1 Scales of turbulent kinetic energy generation.- 3.2 The physics of surface waters.- 3.2.1 Small scale events.- 3.2.2 Medium scale (seasonal) events.- 3.2.3 Large scale events.- 4 The chemical environment.- 4.1 The Redfield ratio.- 4.2 The major ions.- 4.2.1. The distribution of phytoplankton in relation to the major ions.- 4.3 The major nutrients.- 4.3.1 Carbon.- 4.3.2 Nitrogen.- 4.3.3 Phosphorus.- 5 Defining the scales of interest.- 5.1 Patchiness in space and time.- 5.1.1 Vertical mixing and sedimentation.- 5.1.2 Horizontal mixing.- 5.1.3 Spectra of turbulent kinetic energy.- 5.1.4 Spectra of chemical fluctuations.- 5.2 The biological response to variability in space and time.- 5.2.1 Physiological scales.- 5.2.2 The scales of growth rates.- 5.3 Models of competition between phytoplankton.- 6 The measurement of productivity and growth rates.- 6.1 The interpretation of kinetic measurements.- 6.1.1 14C uptake.- 6.1.2 15N uptake.- 6.1.3 32P uptake.- 6.2 The integration of metabolic pathways.- 6.2.1 C and N metabolism.- 6.2.2 C and P metabolism.- Time scales and the effects of bottle containment.- From kinetics to growth rates .- 7 The concept of limiting nutrients.- 7.1 Rate processes in oligotrophic waters.- 7.2 The cycling of N and P in lakes and the oceans.- 7.3 Nutrient cycling, elemental ratios and the ¿Redfield ratio¿.- 7.4 Patterns in temporal fluctuations.- 7.5 Whole basin averages.- 8 Physiological scales: non-steady state conditions in the field.- 8.1 The effects of environmental variability on growth rates.- 8.1.1 Diversification between species.- 8.2 Energy, nutrients and cell size: a synthesis.- 9 Seasonal patterns of distribution and abundance.- 9.1 Spatial distribution of biomass.- 9.2 The seasonal cycle of phytoplankton growth.- 9.3 Manipulation of the seasonal cycle of biomass.- 9.4 The influence of mixed layer physics on biomass distributions.- 9.5 Ecological succession.- 9.6 The seasonal succession and community structure of phytoplankton.- 9.7 Sampling and counting problems: time and space scales.- 9.8 The seasonal successions of species: the ideal sequences.- 9.8.1 Arctic and Antarctic waters.- 9.8.2 Temperate waters.- 9.8.3 Tropical and subtropical waters.- 9.9 Nutrient ratios and the role of competition.- 10 Community structure and function in turbulent environments.- 10.1 Processes in phytoplankton successions.- 10.2 Structural trends in succession.- 10.3 Rates of succession.- 10.4 Succession in turbulent mixed layers.- 10.5 Manipulation of the species composition.- 10.6 Biomanipulation.- 11 Large number systems: empiricism.- 11.1 Observations of ecological diversity.- 11.2 Predictions of the distribution and occurrence of species.- 11.3 Phosphorus loadings and algal biomass.- 11.4 Manipulation of algal biomass.- 11.5 Phosphorus loadings and hypolimnial anoxia.- 11.6 Phosphorus loadings and the biomass of other organisms in the food chain.- 11.7 Size distributions in food chains.- 11.8 Phytoplankton biomass and fish production.- 12 Interannual variability.- 12.1 Long-term changes in phytoplankton abundance.- 12.1.1 The English Lakes.- 12.1.2 The Laurentian Great Lakes.- 12.1.3 The North Sea and the English Channel.- References. 400 pp. Englisch. Bestandsnummer des Verkäufers 9780412306907
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Phytoplankton Ecology
Verlag:
Springer Netherlands, 1987
ISBN 10: 0412306905
ISBN 13: 9780412306907
Neu
Kartoniert / Broschiert
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Kartoniert / Broschiert. Zustand: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. 1 Preamble.- 1.1 A brief introduction to the organisms.- 2 Ecological theory.- 2.1 An historical perspective: the concept of plenitude.- 2.2 Ecology and evolution.- 2.3 Equilibrium theory.- 2.4 The equilibrium theory of community structure.- 2.5 Criticisms . Bestandsnummer des Verkäufers 5914391
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Phytoplankton Ecology : Structure, Function and Fluctuation
Verlag:
Chapman & Hall., London & New York, 1986
ISBN 10: 0412306905
ISBN 13: 9780412306907
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Anbieter: J J Basset Books, bassettbooks, bookfarm.co.uk, Peter Tavy, Vereinigtes Königreich
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Glossy Pictorial Card. Zustand: Near Fine (NEAR NEW). No Jacket. This is the FIRST EDITION. This book is part of a large purchase from a Public Sector Library and except where mentioned are for the most part LIKE NEW! MOSTLY the ONLY flaws are the blacked out (they insisted) Library stamps which show many of them to be UNUSED! This copy is Near Fine (NEAR NEW). FEEL FREE TO E-MAIL FOR PHOTOGRAPHS AND FURTHER DETAILS. FROM A DEALER WHO TELLS YOU WHO THEY ARE AND WHAT THEIR TELEPHONE AND ADDRESS CONTACT DETAILS ARE! Size: 8vo - over 7¾" - 9¾". EX PUBLIC SECTOR LIBRARY BLACK. Bestandsnummer des Verkäufers 33333336611
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Phytoplankton Ecology
Verlag:
Springer Netherlands, Springer Netherlands Sep 1987, 1987
ISBN 10: 0412306905
ISBN 13: 9780412306907
Neu
Taschenbuch
Anbieter: buchversandmimpf2000, Emtmannsberg, BAYE, Deutschland
Verkäuferbewertung 5 von 5 Sternen
Taschenbuch. Zustand: Neu. This item is printed on demand - Print on Demand Titel. Neuware -1 Preamble.- 1.1 A brief introduction to the organisms.- 2 Ecological theory.- 2.1 An historical perspective: the concept of plenitude.- 2.2 Ecology and evolution.- 2.3 Equilibrium theory.- 2.4 The equilibrium theory of community structure.- 2.5 Criticisms of equilibrium theory.- 2.6 Non-equilibrium theory.- 2.7 Some ideas from non-equilibrium thermodynamics.- 3 Some basic physics.- 3.1 Scales of turbulent kinetic energy generation.- 3.2 The physics of surface waters.- 3.2.1 Small scale events.- 3.2.2 Medium scale (seasonal) events.- 3.2.3 Large scale events.- 4 The chemical environment.- 4.1 The Redfield ratio.- 4.2 The major ions.- 4.2.1. The distribution of phytoplankton in relation to the major ions.- 4.3 The major nutrients.- 4.3.1 Carbon.- 4.3.2 Nitrogen.- 4.3.3 Phosphorus.- 5 Defining the scales of interest.- 5.1 Patchiness in space and time.- 5.1.1 Vertical mixing and sedimentation.- 5.1.2 Horizontal mixing.- 5.1.3 Spectra of turbulent kinetic energy.- 5.1.4 Spectra of chemical fluctuations.- 5.2 The biological response to variability in space and time.- 5.2.1 Physiological scales.- 5.2.2 The scales of growth rates.- 5.3 Models of competition between phytoplankton.- 6 The measurement of productivity and growth rates.- 6.1 The interpretation of kinetic measurements.- 6.1.1 14C uptake.- 6.1.2 15N uptake.- 6.1.3 32P uptake.- 6.2 The integration of metabolic pathways.- 6.2.1 C and N metabolism.- 6.2.2 C and P metabolism.- Time scales and the effects of bottle containment.- From kinetics to growth rates .- 7 The concept of limiting nutrients.- 7.1 Rate processes in oligotrophic waters.- 7.2 The cycling of N and P in lakes and the oceans.- 7.3 Nutrient cycling, elemental ratios and the ¿Redfield ratio¿.- 7.4 Patterns in temporal fluctuations.- 7.5 Whole basin averages.- 8 Physiological scales: non-steady state conditions in the field.- 8.1 The effects of environmental variability on growth rates.- 8.1.1 Diversification between species.- 8.2 Energy, nutrients and cell size: a synthesis.- 9 Seasonal patterns of distribution and abundance.- 9.1 Spatial distribution of biomass.- 9.2 The seasonal cycle of phytoplankton growth.- 9.3 Manipulation of the seasonal cycle of biomass.- 9.4 The influence of mixed layer physics on biomass distributions.- 9.5 Ecological succession.- 9.6 The seasonal succession and community structure of phytoplankton.- 9.7 Sampling and counting problems: time and space scales.- 9.8 The seasonal successions of species: the ideal sequences.- 9.8.1 Arctic and Antarctic waters.- 9.8.2 Temperate waters.- 9.8.3 Tropical and subtropical waters.- 9.9 Nutrient ratios and the role of competition.- 10 Community structure and function in turbulent environments.- 10.1 Processes in phytoplankton successions.- 10.2 Structural trends in succession.- 10.3 Rates of succession.- 10.4 Succession in turbulent mixed layers.- 10.5 Manipulation of the species composition.- 10.6 Biomanipulation.- 11 Large number systems: empiricism.- 11.1 Observations of ecological diversity.- 11.2 Predictions of the distribution and occurrence of species.- 11.3 Phosphorus loadings and algal biomass.- 11.4 Manipulation of algal biomass.- 11.5 Phosphorus loadings and hypolimnial anoxia.- 11.6 Phosphorus loadings and the biomass of other organisms in the food chain.- 11.7 Size distributions in food chains.- 11.8 Phytoplankton biomass and fish production.- 12 Interannual variability.- 12.1 Long-term changes in phytoplankton abundance.- 12.1.1 The English Lakes.- 12.1.2 The Laurentian Great Lakes.- 12.1.3 The North Sea and the English Channel.- References.Springer Verlag GmbH, Tiergartenstr. 17, 69121 Heidelberg 400 pp. Englisch. Bestandsnummer des Verkäufers 9780412306907
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Phytoplankton Ecology : Structure, Function and Fluctuation
Verlag:
Springer Netherlands, Springer Netherlands, 1987
ISBN 10: 0412306905
ISBN 13: 9780412306907
Neu
Taschenbuch
Anbieter: AHA-BUCH GmbH, Einbeck, Deutschland
Verkäuferbewertung 5 von 5 Sternen
Taschenbuch. Zustand: Neu. Druck auf Anfrage Neuware - Printed after ordering - 1 Preamble.- 1.1 A brief introduction to the organisms.- 2 Ecological theory.- 2.1 An historical perspective: the concept of plenitude.- 2.2 Ecology and evolution.- 2.3 Equilibrium theory.- 2.4 The equilibrium theory of community structure.- 2.5 Criticisms of equilibrium theory.- 2.6 Non-equilibrium theory.- 2.7 Some ideas from non-equilibrium thermodynamics.- 3 Some basic physics.- 3.1 Scales of turbulent kinetic energy generation.- 3.2 The physics of surface waters.- 3.2.1 Small scale events.- 3.2.2 Medium scale (seasonal) events.- 3.2.3 Large scale events.- 4 The chemical environment.- 4.1 The Redfield ratio.- 4.2 The major ions.- 4.2.1. The distribution of phytoplankton in relation to the major ions.- 4.3 The major nutrients.- 4.3.1 Carbon.- 4.3.2 Nitrogen.- 4.3.3 Phosphorus.- 5 Defining the scales of interest.- 5.1 Patchiness in space and time.- 5.1.1 Vertical mixing and sedimentation.- 5.1.2 Horizontal mixing.- 5.1.3 Spectra of turbulent kinetic energy.- 5.1.4 Spectra of chemical fluctuations.- 5.2 The biological response to variability in space and time.- 5.2.1 Physiological scales.- 5.2.2 The scales of growth rates.- 5.3 Models of competition between phytoplankton.- 6 The measurement of productivity and growth rates.- 6.1 The interpretation of kinetic measurements.- 6.1.1 14C uptake.- 6.1.2 15N uptake.- 6.1.3 32P uptake.- 6.2 The integration of metabolic pathways.- 6.2.1 C and N metabolism.- 6.2.2 C and P metabolism.- Time scales and the effects of bottle containment.- From kinetics to growth rates .- 7 The concept of limiting nutrients.- 7.1 Rate processes in oligotrophic waters.- 7.2 The cycling of N and P in lakes and the oceans.- 7.3 Nutrient cycling, elemental ratios and the ¿Redfield ratio¿.- 7.4 Patterns in temporal fluctuations.- 7.5 Whole basin averages.- 8 Physiological scales: non-steady state conditions in the field.- 8.1 The effects of environmental variability on growth rates.- 8.1.1 Diversification between species.- 8.2 Energy, nutrients and cell size: a synthesis.- 9 Seasonal patterns of distribution and abundance.- 9.1 Spatial distribution of biomass.- 9.2 The seasonal cycle of phytoplankton growth.- 9.3 Manipulation of the seasonal cycle of biomass.- 9.4 The influence of mixed layer physics on biomass distributions.- 9.5 Ecological succession.- 9.6 The seasonal succession and community structure of phytoplankton.- 9.7 Sampling and counting problems: time and space scales.- 9.8 The seasonal successions of species: the ideal sequences.- 9.8.1 Arctic and Antarctic waters.- 9.8.2 Temperate waters.- 9.8.3 Tropical and subtropical waters.- 9.9 Nutrient ratios and the role of competition.- 10 Community structure and function in turbulent environments.- 10.1 Processes in phytoplankton successions.- 10.2 Structural trends in succession.- 10.3 Rates of succession.- 10.4 Succession in turbulent mixed layers.- 10.5 Manipulation of the species composition.- 10.6 Biomanipulation.- 11 Large number systems: empiricism.- 11.1 Observations of ecological diversity.- 11.2 Predictions of the distribution and occurrence of species.- 11.3 Phosphorus loadings and algal biomass.- 11.4 Manipulation of algal biomass.- 11.5 Phosphorus loadings and hypolimnial anoxia.- 11.6 Phosphorus loadings and the biomass of other organisms in the food chain.- 11.7 Size distributions in food chains.- 11.8 Phytoplankton biomass and fish production.- 12 Interannual variability.- 12.1 Long-term changes in phytoplankton abundance.- 12.1.1 The English Lakes.- 12.1.2 The Laurentian Great Lakes.- 12.1.3 The North Sea and the English Channel.- References. Bestandsnummer des Verkäufers 9780412306907
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Phytoplankton Ecology: Structure, Function and Fluctuation
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Phytoplankton Ecology : Structure, Function and Fluctuation
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Phytoplankton Ecology: Structure, Function and Fluctuation
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