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This new edition makes an excellent companion to Mills's recent history of mathematical and physical oceanography, the multi-award-winning and widely acclaimed The Fluid Envelope of Our Planet.
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This new edition makes an excellent companion to Mills's recent history of mathematical and physical oceanography, the multi-award-winning and widely acclaimed The Fluid Envelope of Our Planet.
Produktdetails
- Produktdetails
- Verlag: University of Toronto Press
- Seitenzahl: 416
- Erscheinungstermin: 30. Januar 2012
- Englisch
- Abmessung: 223mm x 149mm x 38mm
- Gewicht: 682g
- ISBN-13: 9781442613720
- ISBN-10: 1442613726
- Artikelnr.: 34762647
- Verlag: University of Toronto Press
- Seitenzahl: 416
- Erscheinungstermin: 30. Januar 2012
- Englisch
- Abmessung: 223mm x 149mm x 38mm
- Gewicht: 682g
- ISBN-13: 9781442613720
- ISBN-10: 1442613726
- Artikelnr.: 34762647
By Eric L. Mills Foreword by John Cullen
Illustrations
Tables
Acknowledgments
Introduction: The Development of Biological Oceanography
PART 1 The Origin of Biological Oceanography in Germany and Scandinavia
during the Late Nineteenth and Early Twentieth Centuries
1. "This Blood of the Sea": The Origin of Quantitative 9 Plankton
Biology in Germany, 1870-1911
2. The Control of Metabolism in the Sea: Karl Brandt, the Nitrogen
Cycle, and the Origin of Brandt's Hypothesis
3. International Oceanography, the Kiel School, and the Fate of Brandt's
Hypothesis
4. "The Water Blooms": The Discovery of the Spring Bloom and Its Control
5. Hydrography and the Control of Plankton Abundance: Solving the
Problem of Plankton Blooms
6. The End of an Era: The Demise of the Kiel Schoo
PART 2 Biological Oceanography in Britain and the United States, 1921-1960
1. Food from the Sea: The Origin of British Biological Oceanography
2. Surveying the Blue Pasture: Plankton Dynamics at Plymouth, 1921-1933
3. Plankton Production and Its Control: The Marine Ecosystem at Plymouth,
1934-1958
4. Appreciating Mathematics: The Origin of Plankton Modeling in the United
States, 1934-1946
5. Disciplined Thinking in Biological Oceanography: Plankton Dynamics,
Physical Oceanography, and Riley's "Synthetic Method"
Conclusion: The End of One Tale and the Beginning of Another
References
Index
Tables
Acknowledgments
Introduction: The Development of Biological Oceanography
PART 1 The Origin of Biological Oceanography in Germany and Scandinavia
during the Late Nineteenth and Early Twentieth Centuries
1. "This Blood of the Sea": The Origin of Quantitative 9 Plankton
Biology in Germany, 1870-1911
2. The Control of Metabolism in the Sea: Karl Brandt, the Nitrogen
Cycle, and the Origin of Brandt's Hypothesis
3. International Oceanography, the Kiel School, and the Fate of Brandt's
Hypothesis
4. "The Water Blooms": The Discovery of the Spring Bloom and Its Control
5. Hydrography and the Control of Plankton Abundance: Solving the
Problem of Plankton Blooms
6. The End of an Era: The Demise of the Kiel Schoo
PART 2 Biological Oceanography in Britain and the United States, 1921-1960
1. Food from the Sea: The Origin of British Biological Oceanography
2. Surveying the Blue Pasture: Plankton Dynamics at Plymouth, 1921-1933
3. Plankton Production and Its Control: The Marine Ecosystem at Plymouth,
1934-1958
4. Appreciating Mathematics: The Origin of Plankton Modeling in the United
States, 1934-1946
5. Disciplined Thinking in Biological Oceanography: Plankton Dynamics,
Physical Oceanography, and Riley's "Synthetic Method"
Conclusion: The End of One Tale and the Beginning of Another
References
Index
Illustrations
Tables
Acknowledgments
Introduction: The Development of Biological Oceanography
PART 1 The Origin of Biological Oceanography in Germany and Scandinavia
during the Late Nineteenth and Early Twentieth Centuries
1. "This Blood of the Sea": The Origin of Quantitative 9 Plankton
Biology in Germany, 1870-1911
2. The Control of Metabolism in the Sea: Karl Brandt, the Nitrogen
Cycle, and the Origin of Brandt's Hypothesis
3. International Oceanography, the Kiel School, and the Fate of Brandt's
Hypothesis
4. "The Water Blooms": The Discovery of the Spring Bloom and Its Control
5. Hydrography and the Control of Plankton Abundance: Solving the
Problem of Plankton Blooms
6. The End of an Era: The Demise of the Kiel Schoo
PART 2 Biological Oceanography in Britain and the United States, 1921-1960
1. Food from the Sea: The Origin of British Biological Oceanography
2. Surveying the Blue Pasture: Plankton Dynamics at Plymouth, 1921-1933
3. Plankton Production and Its Control: The Marine Ecosystem at Plymouth,
1934-1958
4. Appreciating Mathematics: The Origin of Plankton Modeling in the United
States, 1934-1946
5. Disciplined Thinking in Biological Oceanography: Plankton Dynamics,
Physical Oceanography, and Riley's "Synthetic Method"
Conclusion: The End of One Tale and the Beginning of Another
References
Index
Tables
Acknowledgments
Introduction: The Development of Biological Oceanography
PART 1 The Origin of Biological Oceanography in Germany and Scandinavia
during the Late Nineteenth and Early Twentieth Centuries
1. "This Blood of the Sea": The Origin of Quantitative 9 Plankton
Biology in Germany, 1870-1911
2. The Control of Metabolism in the Sea: Karl Brandt, the Nitrogen
Cycle, and the Origin of Brandt's Hypothesis
3. International Oceanography, the Kiel School, and the Fate of Brandt's
Hypothesis
4. "The Water Blooms": The Discovery of the Spring Bloom and Its Control
5. Hydrography and the Control of Plankton Abundance: Solving the
Problem of Plankton Blooms
6. The End of an Era: The Demise of the Kiel Schoo
PART 2 Biological Oceanography in Britain and the United States, 1921-1960
1. Food from the Sea: The Origin of British Biological Oceanography
2. Surveying the Blue Pasture: Plankton Dynamics at Plymouth, 1921-1933
3. Plankton Production and Its Control: The Marine Ecosystem at Plymouth,
1934-1958
4. Appreciating Mathematics: The Origin of Plankton Modeling in the United
States, 1934-1946
5. Disciplined Thinking in Biological Oceanography: Plankton Dynamics,
Physical Oceanography, and Riley's "Synthetic Method"
Conclusion: The End of One Tale and the Beginning of Another
References
Index