Physiological limnology: an approach to the physiology of lake ecosystems
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Amsterdam [u.a.]
Elsevier
1975
|
| Schriftenreihe: | Developments in water science
2 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XIII, 489 S. Ill., graph. Darst., Kt. |
| ISBN: | 0444412700 |
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| 245 | 1 | 0 | |a Physiological limnology |b an approach to the physiology of lake ecosystems |c H. L. Golterman. With the assistance of K. E. Clymo ... |
| 264 | 1 | |a Amsterdam [u.a.] |b Elsevier |c 1975 | |
| 300 | |a XIII, 489 S. |b Ill., graph. Darst., Kt. | ||
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| 490 | 1 | |a Developments in water science |v 2 | |
| 650 | 4 | |a Limnologie | |
| 650 | 4 | |a Écologie des lacs | |
| 650 | 4 | |a Lake ecology | |
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Datensatz im Suchindex
| _version_ | 1804116427506974720 |
|---|---|
| adam_text | Titel: Physiological limnology
Autor: Golterman, Hendrik L.
Jahr: 1975
CONTENTS
PREFACE......................... VII
CHAPTER 1. GENERAL INTRODUCTION............. 1
References...................... 7
CHAPTER 2. LAKES, LAKE DISTRICTS AND THEIR ORIGIN...... 13
2.1. Introduction..................... 13
2.2. Tectonic origin (not including volcanic activity).......... 13
2.3. Volcanic origin.................... 15
2.4. Glacial activity.................... 16
2.5. Solution of rocks.................... 20
2.6. River action and landslides................. 20
References...................... 23
CHAPTER 3. CHEMICAL COMPOSITION.............. 24
3.1. Introduction; physical properties of the water molecule....... 24
3.2. Dissolved compounds.................. 27
3.2.1. General composition (quantities and origin)........ 27
3.2.2. Case studies................... 32
3.3. The calcium bicarbonate system............... 35
3.3.1. Chemical considerations............... 35
3.3.2. Biological considerations............... 39
3.4. Determination of total CO2................ 41
References...................... 43
CHAPTER 4. PRIMARY PRODUCTION IN RELATION TO PHOTOSYNTHESIS
UNDER NATURAL CONDITIONS................. 45
4.1. Introduction..................... 45
4.2. Physical energy supply.................. 46
4.2.1. Total solar energy................. 46
4.2.2. Diurnal changes.................. 47
4.2.3. Light penetration................. 49
4.3. Photosynthesis, energy and nutrient supply, and adaptation...... 54
4.3.1. Relationship between photosynthesis, energy and nutrient supply . 54
4.3.2. Light saturation, the meaning of/k and adaptation...... 61
4.4. Intracellular conversions and extracellular products........ 63
4.5. Quantitative measurements of primary production......... 68
4.5.1. O; and MC method................. 68
4.5.2. O2 versus 14C method................ 70
4.6. Calculation of net production; respiration and mineralisation losses ... 72
4.7. Variations of photosynthesis in time and space.......... 73
4.7.1. Geographical effects................ 73
4.7.2. Diurnal effects.................. 75
4.7.3. Seasonal effects.................. 81
4.7.4. Local effects................... 83
References...................... 84
÷
CHAPTER 5. THE PHOSPHATE CYCLE.............. 87
5.1. Occurrence of phosphate in lakewater............. 87
5.2. Sources of phosphate.................. 88
5.3. The phosphate cycle in lakewater.............. 89
5.3.1. Introduction................... 89
5.3.2. The metabolic phosphate cycle............. 90
5.3.3. The geochemical phosphate cycle............ 93
5.4. Concluding remarks................... 96
References...................... 97
CHAPTER 6. NITROGEN CYCLE AND BLUE-GREEN ALGAE...... 99
6.1. Introduction..................... 99
6.2. Interconversions of the different forms of nitrogen......... 100
6.2.1. Oxidation of ammonia............... 100
6.2.2. Synthesis of cellular nitrogen............. 101
6.2.3. Denitrification.................. 102
6.3. Mineralisation of cellular nitrogen.............. 103
6.4. Nitrogen fixation and blue-green algae............. 104
6.4.1. Occurrence of N2 fixation.............. 104
6.4.2. Site of N2 fixation in blue-green algal cells........ . 107
6.5. Physiological properties of blue-green algae which may stimulate their bloom 109
6.5.1. Growth in dim light................ 109
6.5.2. Presence of gas vacuoles............... 113
6.5.3. Organic substances including toxins........... 114
6.5.4. Concluding remarks................ 117
6.6. The N cycle..................... 117
References...................... 119
CHAPTER 7. SILICON AND ITS COMPOUNDS - CHEMISTRY, BIOCHEMISTRY
AND PHYSIOLOGY OF UPTAKE BY DIATOMS............ 124
7.1. Introduction..................... 124
7.2. Inorganic chemistry................... 125
7.3. Biochemistry and physiology................ 127
References...................... 132
CHAPTER 8. RECYCLING OF NUTRIENTS AND MINERALISATION . . . .134
8.1. Introduction..................... 134
8.2. Culture experiments................... 134
8.3. Mineralisation under natural conditions in lakes.......... 138
8.3.1. Oxidative mineralisation............... 138
8.3.2. Anaerobic mineralisation: the [H] donor and the carbon sources . 140
References...................... 143
CHAPTER 9. STRATIFICATION IN DEEP LAKES........... 145
9.1. Introduction; physical aspects............... 145
9.2. Meromictic lakes.................... 148
9.3. Destratification.................... 151
9.4. Chemical stratification resulting from physical stratification..... 152
9.4.1. O; consumption and CO; production.......... 152
9.4.2. The oxidation reduction (redox) sequences........ 156
9.4.3. The pH sequence................. 163
9.4.4. Secondary chemical stratification............ 164
9.5. Adsorption on sediments................. 168
9.6. Transport from hypolimnion to epilimnion........... 170
References...................... 171
XI
CHAPTER 10. ALGAL CULTURES AND GROWTH EQUATIONS...... 174
10.1. Introduction..................... 174
10.2. The culture solution................... 175
10.3. Growth equations................... 178
10.4. Batch cultures..................... 183
10.5. Continuous cultures................... 184
10.5.1. Theoretical considerations.............. 184
10.5.2. Experimental results using continuous-culture methods .... 189
10.6. Synchronous cultures.................. 191
10.7. Algal bioassays.................... 194
References...................... 196
CHAPTER 11. TRACE ELEMENTS................ 199
11.1. Introduction..................... 199
11.2. Chelation of trace elements................ 201
11.3. Availability of iron................... 205
11.4. Trace elements as factors limiting algal growth.......... 205
11.5. Pollution due to heavy (trace) elements............ 209
References...................... 212
CHAPTER 12. ORGANIC MATTER................ 215
12.1. Introduction..................... 215
12.2. The general properties of organic matter............ 217
12.3. Coloured organic matter................. 220
12.3.1. Occurrence and structure.............. 220
12.3.2. Fractionation.................. 224
References...................... 231
CHAPTER 13. ALGAE AND THEIR PIGMENTS............ 233
13.1. Structure and occurrence................. 233
13.2. Absorption spectra and functions.............. 238
13.3. Ratio between carotenoids and chlorophyll........... 240
13.4. The photosynthetic unit................. 244
References...................... 247
CHAPTER 14. SEASONAL PERIODICITY OF PHYTOPLANKTON..... 248
14.1. Introduction..................... 248
14.2. The diatom spring maximum................ 250
14.2.1. Physical and chemical factors............. 250
14.2.2. Competition.................. 258
14.3. Competitive exclusion.................. 261
14.4. Other factors controlling algal succession............ 266
14.4.1. Turbulence................... 267
14.4.2. Other chemical factors such as phosphate or nitrogen supply . . 268
14.4.3. Prédation, grazing, parasitism............. 270
References...................... 273
CHAPTER 15. ENERGY AND MASS TRANSPORT THROUGH FOOD CHAINS . 275
15.1. Introduction..................... 275
15.2. The organisms in the food chain between fish and phytoplankton . . . . 280
15.2.1. Introduction.................. 280
15.2.2. Copepoda................... 280
15.2.3. Cladocera (often called waterfleas)........... 282
15.2.4. Rotatoria................... 282
XII
15.3. Study of zooplankton in the food chain............ 282
15.3.1. Feeding of zooplankton............... 283
15.3.2. Field studies (population dynamic approach)........ 292
15.3.3. Measurement of t and Â............... 293
15.3.4. Measurement of daily increases............ 297
15.4. The larger animals................... 306
15.5. Some case histories................... 308
15.5.1. Lake George.................. 308
15.5.2. Loch Leven................... 314
15.6. Concluding remarks................... 320
References...................... 321
CHAPTER 16. BACTERIAL LIMNOLOGY.............. 325
16.1. Introduction..................... 325
16.2. Chemolithotrophic bacteria................ 328
16.2.1. Introduction.................. 328
16.2.2. Sulphur bacteria................. 331
16.2.3. Hydrogen bacteria................ 332
16.2.4. Iron bacteria.................. 332
16.2.5. Methane-oxidising bacteria.............. 333
16.2.6. Nitrifying bacteria................ 333
16.2.7. Desulphouibrio................. 335
16.3. Chemoorganotrophic bacteria............... 337
16.4. Phototrophic bacteria.................. 340
16.4.1. Introduction.................. 340
16.4.2. Photolithotrophic bacteria.............. 341
16.4.3. Photoorganotrophic bacteria (purple, non-sulphur bacteria) . . . 345
16.5. The problem of adaptation................ 347
16.6. Measuring activities in natural conditions............ 348
References...................... 354
CHAPTER 17. NUTRIENT BUDGETS AND EUTROPHICATION...... 357
17.1. Introduction..................... 357
17.2. Nutrient budget calculations................ 358
17.2.1. Theoretical models................ 358
17.2.2. Individual lake models (field data)........... 362
17.2.3. Concluding remarks................ 366
17.3. Eutrophication.................... 366
17.3.1. Definitions and causes of eutrophication......... 366
17.3.2. Nitrogen and phosphate supplies as causes of eutrophication . . 368
17.3.3. Other assumed causes of eutrophication......... 379
17.3.4. Nutrient losses from soils.............. 383
17.3.5. Conclusions and cures............... 384
17.4. Case studies..................... 386
17.4.1. The St. Lawrence Great Lakes............ 386
17.4.2. Lake Washington................. 390
17.4.3. Swiss and Austrian alpine lakes............ 391
17.4.4. French alpine lakes................ 393
17.4.5. Lake Kinneret.................. 394
17.5. Consequences and classifications of the state of eutrophication .... 396
References...................... 399
XIII
CHAPTER 18. SEDIMENTS................... 403
18.1. Introduction..................... 403
18.2. Erosion and chemical weathering.............. 403
18.2.1. Origin and chemical nature of erosion products....... 403
18.2.2. Erosion of silicates................ 406
18.2.3. Chemical nature of silt............... 407
18.2.4. Adsorption of metals on silt............. 413
18.2.5. Quantities and transport of silt............ 414
18.3. Lake sediment profiles.................. 418
References...................... 427
CHAPTER 19. WATER MANAGEMENT PROBLEMS — WATER SUPPLY, REC-
REATION, SEWAGE DISPOSAL, AND MAN-MADE LAKES........ 430
19.1. Water balance and quality problems............. 430
19.2. Drinking of tapwater.................. 434
19.3. Waste water..................... 436
19.4. Recreational use of water bodies............... 440
19.5. Man-made lakes.................... 441
19.5.1. Introduction.................. 441
19.5.2. Russian and East-European reservoirs.......... 442
19.5.3. African reservoirs................. 444
19.5.4. Spanish reservoirs................. 446
19.5.5. U.S.A. reservoirs................. 447
19.5.6. Mismanagement and concluding remarks......... 448
References...................... 450
APPENDIX........................ 454
REFERENCES INDEX.................... 457
SUBJECT INDEX...................... 469
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| spelling | Golterman, Hendrik L. 1928- Verfasser (DE-588)172101085 aut Physiological limnology an approach to the physiology of lake ecosystems H. L. Golterman. With the assistance of K. E. Clymo ... Amsterdam [u.a.] Elsevier 1975 XIII, 489 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Developments in water science 2 Limnologie Écologie des lacs Lake ecology Limnology Limnologie (DE-588)4035769-7 gnd rswk-swf Limnologie (DE-588)4035769-7 s DE-604 Clymo, K. E. Sonstige oth Developments in water science 2 (DE-604)BV000000334 2 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001292862&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Golterman, Hendrik L. 1928- Physiological limnology an approach to the physiology of lake ecosystems Developments in water science Limnologie Écologie des lacs Lake ecology Limnology Limnologie (DE-588)4035769-7 gnd |
| subject_GND | (DE-588)4035769-7 |
| title | Physiological limnology an approach to the physiology of lake ecosystems |
| title_auth | Physiological limnology an approach to the physiology of lake ecosystems |
| title_exact_search | Physiological limnology an approach to the physiology of lake ecosystems |
| title_full | Physiological limnology an approach to the physiology of lake ecosystems H. L. Golterman. With the assistance of K. E. Clymo ... |
| title_fullStr | Physiological limnology an approach to the physiology of lake ecosystems H. L. Golterman. With the assistance of K. E. Clymo ... |
| title_full_unstemmed | Physiological limnology an approach to the physiology of lake ecosystems H. L. Golterman. With the assistance of K. E. Clymo ... |
| title_short | Physiological limnology |
| title_sort | physiological limnology an approach to the physiology of lake ecosystems |
| title_sub | an approach to the physiology of lake ecosystems |
| topic | Limnologie Écologie des lacs Lake ecology Limnology Limnologie (DE-588)4035769-7 gnd |
| topic_facet | Limnologie Écologie des lacs Lake ecology Limnology |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001292862&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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