The role of air-sea exchange in geochemical cycling: [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985]
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | Undetermined |
| Veröffentlicht: |
Dordrecht u.a.
Reidel
1986
|
| Schriftenreihe: | Nato: Nato advanced science institutes series / C
185 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XV, 549 S. Kt. |
| ISBN: | 9027723184 |
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| adam_text | IMAGE 1
THE ROLE OF AIR-SEA EXCHANGE IN GEOCHEMICAL CYCLING
EDITED BY
PATRICK BUAT-MENARD CENTRE DES FAIBLES RADIOACTIVITES, LABORATOIRE MIXTE
CNRS-CEA GIF-SUR-YVETTE, FRANCE
WIVERSITATSBIBLIOTHEK HANNOVER TECHNISCHE H4FORMATIONSBIBUOTHEK
D. REIDEL PUBLISHING COMPANY
DORDRECHT / BOSTON / LANCASTER / TOKYO
PUBLISHED IN COOPERATION WITH NATO SCIENTIFIC AFFAIRS DIVISION
IMAGE 2
CONTENTS
PREFACE - P. BUAT-MENARD
ACKNOWLEDGEMENTS
BASIC
CONCEPTS IN GEOCHEMICAL MODELLING - R. WOLLAST 1
1. INTRODUCTION 1
2. FIRST ORDER MODELS 3
2.1. FIRST ORDER DECAY REACTION 3
2.2. INSTANTANEOUS PERTURBATION IN A FIRST ORDER DECAY MODEL 8
2.3. FIRST ORDER PRODUCTION MODEL 9
3. HETEROGENEOUS CATALYSIS AND ENZYMATIC TYPE REACTIONS 10 4. REVERSIBLE
REACTIONS 12
5. MODEL WITH COUPLED COMPONENTS IN THE RESERVOIR 19
6. SECOND ORDER REACTIONS 25
7. PERIODIC FLUCTUATIONS 27
8. COUPLING OF RESERVOIRS 30
9. CONCLUSIONS 33
ATMOSPHERIC PATHWAYS TO THE OCEANS - J. T. MERRILL 35
1. INTRODUCTION 35
2. ATMOSPHERIC STRUCTURE AND TRANSPORTS 36
2.1. BOUNDARY LAYER 37
2.2. CLOUD SCALE TRANSPORT 41
2.3. STORMS AND MIDLATITUDE CIRCULATION 42
2.4. GLOBAL SCALE EXCHANGE 47
3. VARIABILITY AND REPRESENTATIVENESS 49
3.1. SEASONAL AND INTERANNUAL VARIABILITY 50
3.2. REPRESENTATIVENESS OF OBSERVATIONS 52
4. MODELING OF ATMOSPHERIC TRANSPORT 53
4.1. SOURCE IDENTIFICATION MODELS 53
4.2. MECHANISTIC MODELS 56
4.3. TROPOSPHERIC CHEMISTRY SYSTEM MODELS 57
MODELING OCEANIC TRANSPORT OF DISSOLVED CONSTITUENTS J.L. SARMIENTO 65
1. INTRODUCTION 65
2. BOX MODELS 66
3. ADVECTION-DIFFUSION MODELS 71
4. EQUATIONS OF MOTION 78
5. CONCLUSION 80
IMAGE 3
VI CONTENTS
VERTICAL TRANSPORT OF PARTICLES WITHIN THE OCEAN J.C. BRUN-COTTAN 83
1. INTRODUCTION 83
2. DETERMINATION OF THE LOGNORMAL COEFFICIENTS L, A
AND OF N 86
2.1. PARTICLE SIZE DATA COLLECTION 86
2.2. CALCULATION OF THE COEFFICIENTS L, A AND N FROM DATA 87
3. DETERMINATION OF SUSPENDED PARTICULATE MATTER PHYSICAL PROPERTIES
USING LOGNORMAL COEFFICIENTS 90
3.1. SURFACE AREA CONCENTRATION 90
3.2.
MASS CONCENTRATION 90
3.3.
VERTICAL FLUXES 92
3.4. RESIDENCE TIME 96
3.5. APPLICATION TO THE OPEN SEA 97
4. SUSPENDED PARTICULATE MATTER SEDIMENTATION WITH DISSOLUTION PROCESS
99
4.1. SEDIMENTATION AT STEADY STATE 99
4.2. SEDIMENTATION AT NON STEADY STATE 102
5. CONCLUSION 105
6. APPENDIX 106
6.1. SPECIFIC PROPERTIES OF THE LOGNORMAL LAW 106
6.2. EVALUATION OF THE LOGNORMAL COEFFICIENTS 107
AIR-SEA GAS EXCHANGE RATES: INTRODUCTION AND SYNTHESIS P.S. LISS AND L.
MERLIVAT 113
1. INTRODUCTION 113
2. BASIC PRINCIPLES 114
3. MODELS 115
3.1. FILM MODEL 115
3.2. SURFACE RENEWAL MODELS 115
3.3. BOUNDARY-LAYER MODELS 116
4. LABORATORY (WIND TUNNEL) STUDIES 116
4.1. SMOOTH SURFACE REGIME 118
4.2. ROUGH SURFACE REGIME 118
4.3. BREAKING WAVE (BUBBLE) REGIME 118
5. FIELD MEASUREMENTS 118
5.1. BOX METHOD 119
5.2. DISSOLVED GAS BALANCE METHOD 119
5.3. MICROMETEOROLOGICAL TECHNIQUES 119
5.4. NATURAL AND BOMB-PRODUCED 1IFC 120
5.5. THE RADON DEFICIENCY METHOD 120
5.6. SULPHUR HEXAFLUORIDE 121
5.7. SUMMARY 121
6. SYNTHESIS 122
6.1. COMPARISON WITH FIELD DATA 125
IMAGE 4
CONTENTS V
THE OCEAN AS A SOURCE FOR ATMOSPHERIC PARTICLES - E.C. MONAHAN 129
1. INTRODUCTION 129
2. THE W 3E/3R MODEL 130
3. THE W 32E/3T 3R MODEL 135
4. COMPARISON OF W 3E/3R AND W 32E/3T 3R MODELS 139
5. OCEANIC WHITECAP COVERAGE 146
6. GLOBAL SEA-TO-AIR SALT FLUX 152
7. TOWARD A COMPREHENSIVE MARINE AEROSOL GENERATION MODEL 155
THE OCEAN AS A SINK FOR ATMOSPHERIC PARTICLES - P. BUAT-MENARD 165
1. OVERVIEW 165
2. ASSESSEMENT OF WET DEPOSITION 167
3. FIELD APPROACH TO DRY DEPOSITION 172
4. ACCURATE DEPOSITION MEASUREMENTS DO NOT GUARANTEE ACCURATE NET AIR TO
SEA TRANSFER RATES 177
5. RELATIVE IMPORTANCE OF WET AND DRY REMOVAL RATES 179
6. CONCLUSION 181
ATMOSPHERIC, OCEANIC, AND INTERFACIAL PHOTOCHEMISTRY AS FACTORS
INFLUENCING AIR-SEA EXCHANGE FLUXES AND PROCESSES - O.C. ZAFIRIOU 185
1. INTRODUCTION 185
2. ENVIRONMENTAL PHOTOCHEMISTRY 186
2.1. STRATOSPHERIC PHOTOCHEMISTRY 186
2.2. HOMOGENEOUS TROPOSPHERIC PHOTOCHEMISTRY 187
2.3. HETEROGENEOUS TROPOSPHERIC PHOTOCHEMISTRY 191 2.4. SEAWATER
PHOTOCHEMISTRY 194
2.5. SOIL PHOTOCHEMISTRY 198
3. INTERACTION OF PHOTOCHEMISTRY WITH AIR-SEA EXCHANGE PROCESSES 198
3.1. AIR-SEA GAS EXCHANGE 198
3.2. RAINOUT-WASHOUT DEPOSITION PROCESSES 201
3.3. DRY DEPOSITION 202
3.4. MARINE AEROSOL GENERATION 203
4. SUMMARY 203
CARBON DIOXIDE: ITS NATURAL CYCLE AND ANTHROPOGENIC PERTURBATION U.
SIEGENTHALER 209
1. INTRODUCTION 209
2. THE NATURAL CYCLE OF CARBON DIOXIDE 210
2.1. RESERVOIRS, FLUXES, RESIDENCE TIMES 210
2.2. AIR-SEA EXCHANGE OF COA 213
2.3. REGIONAL VARIABILITY OF AIR-SEA FLUXES 215
2.4. MARINE CARBONATE CHEMISTRY 219
2.5. THE OCEANIC CARBON CYCLE 220
IMAGE 5
2.6. THE CYCLE OF OXYGEN 221
3. ANTHROPOGENIC INCREASE OF ATMOSPHERIC C02 223
3.1. OBSERVATIONS AND AIRBORNE FRACTION 223
3.2. MODELLING THE OCEANIC RESPONSE TO CARBON CYCLE PERTURBATIONS 225
3.3. C02 RELEASE FROM THE TERRESTRIAL BIOSPHERE AND THE MISSING C02
SINK 229
3.4. SCENARIOS FOR FUTURE C02 CONCENTRATIONS 231
3.5. CARBONE ISOTOPE PERTURBATIONS 233
4. CLIMATIC EFFECTS OF C02 INCREASE 234
5. NATURAL C02 VARIATIONS 239
5.1. SEASONAL VARIATIONS 239
5.2. CORRELATION WITH EL NIFLO 240
5.3. GLACIAL/INTERGLACIAL CHANGES 242
C02 AIR-SEA EXCHANGE DURING GLACIAL TIMES: IMPORTANCE OF DEEP SEA
CIRCULATION CHANGES - J.C. DUPLESSY 249
1. INTRODUCTION 249
2. EVIDENCE FROM POLAR ICE CORES 249
2.1. DATA 249
2.2. DISCUSSION: IS THE OCEAN ABLE TO ABSORB THE
MISSING C02? 250
3. EVIDENCE FROM DEEP SEA SEDIMENTS 250
3.1. DATA 250
3.2. VARIOUS HYPOTHESES EXPLAINING THE SEDIMENTARY RECORD 251
3.3. CADMIUM AS A PROXY-INDICATOR FOR PAST PHOSPHATE 252 4. BROECKER S
TWO BOX MODEL FOR THE C02 CYCLE 253
5. EVIDENCE FOR DEEP WATER CIRCULATION DURING THE LAST CLIMATIC CYCLE
253
5.1. GEOCHEMICAL BASIS 253
5.2. GLACIAL TO INTERGLACIAL CONTRASTS 258
5.3. DISAPPEARANCE OF NORTH ATLANTIC DEEP WATER DURING THE GLACIAL TO
INTERGLACIAL TRANSITION 263
5.4. ENHANCED NORTH ATLANTIC DEEP WATER FORMATION DURING THE INCEPTION
OF THE GLACIATION 263
6. CONCLUSION 265
EXCHANGE OF CO AND H2 BETWEEN OCEAN AND ATMOSPHERE - R. CONRAD AND W.
SEILER 269
1. INTRODUCTION 269
2. DETERMINATION OF THE SUPERSATURATION FACTORS OF
CO
AND H2 270
3. SPATIAL AND TEMPORAL CHANGES OF DISSOLVED CO AND H2 272
4. PROCESSES SUSTAINING CO AND H2 CONCENTRATIONS IN SURFACE WATER 274
4.1. PRODUCTION PROCESSES 274
IMAGE 6
CONTENTS
4.2, CONSUMPTION PROCESSES 276
4.3. TRANSPORT PROCESSES 277
5. CALCULATION OF FLUXES BY THE LAMINAR FILM MODEL 278
6. ROLE OF OCEANS IN THE BUDGET OF ATMOSPHERIC CO AND H2 280
THE AIR-SEA EXCHANGE OF LOW MOLECULAR WEIGHT HALOCARBON GASES P.S. LISS
283
1. INTRODUCTION 283
2. GASES FOR WHICH THE OCEANS ARE A NET SOURCE FOR THE
ATMOSPHERE 284
2.1. ALKYL (MAINLY METHYL) HALIDES 284
2.2. HALOFORMS 287
2.3. OTHER ORGANO-HALIDES 289
3. GASES FOR WHICH THE OCEANS ARE A NET SINK FOR THE
ATMOSPHERE 289
4. SUMMARY 290
SEA-AIR EXCHANGE OF HIGH-MOLECULAR WEIGHT SYNTHETIC ORGANIC COMPOUNDS -
E. ATLAS AND C.S. GIAM 295
1. INTRODUCTION 295
2. COMPOUNDS OF INTEREST 296
3. SAMPLING/ANALYTICAL ASPECTS OF TRACE ORGANICS 296
4. DISTRIBUTION OF HIGH MOLECULAR WEIGHT ORGANICS IN THE MARINE
ENVIRONMENT 297
4.1. WATER AND ORGANISMS 297
4.2. ATMOSPHERIC CONCENTRATIONS 300
4.3. ATMOSPHERIC DEPOSITION 303
5. AIR-SEA EXCHANGE MECHANISMS FOR SYNTHETIC ORGANICS 303 5.1. DRY
DEPOSITION 305
5.2. WET DEPOSITION 310
5.3. ADSORPTION AND PARTITIONING IN SURFACE WATERS 311 6. AIR-SEA FLUXES
IN THE NORTH PACIFIC 314
7. RELATIVE IMPORTANCE OF ATMOSPHERIC DEPOSITION TO THE CHC CYCLE 319
8. SUMMARY AND CONCLUSIONS 321
THE OCEAN AS A SOURCE OF ATMOSPHERIC SULFUR COMPOUNDS M.O. ANDREAE 331
1. SOURCES OF SULFUR TO THE ATMOSPHERE: AN OVERVIEW 331
2. SEASPRAY AND THE PRODUCTION OF AEROSOL SULFATE 332
3. SULFATE REDUCTION BY GEOLOGICAL AND BIOLOGICAL PROCESSES 334
4. ASSIMILATORY SULFATE REDUCTION
336
5. BIOSYNTHESIS OF DIMETHYLSULFIDE
338
6. MARINE CHEMISTRY AND DISTRIBUTION OF DIMETHYLSULFIDE 338
7. ESTIMATING THE AIR/SEA FLUX OF DIMETHYLSULFIDE 343
IMAGE 7
8. CHEMICAL REACTIONS AND TRANSFORMATIONS OF DIMETHYLSULFIDE IN THE
MARINE ATMOSPHERE 346
9. A MODEL OF THE CYCLE OF BIOGENIC SULFUR OVER THE OCEANS 349 10.
CARBONYL SULFIDE 352
10.1. PHOTOCHEMICAL PRODUCTION OF COS 352
10.2. AIR/SEA EXCHANGE OF COS 353
11. FORMATION AND EMISSION OF OTHER SULFUR SPECIES: HYDROGEN
SULFIDE, CARBON DISULFIDE, METHYLMERCAPTAN, DIMETHYLDLSULFLDE ETC... 354
11.1. HYDROGEN SULFIDE 354
11.2. CARBON DISULFIDE 355
11.3. METHYLMERCAPTAN, DIMETHYLDLSULFLDE AND OTHER SULFUR COMPOUNDS 356
12. CONCLUSION 356
CYCLING OF MERCURY BETWEEN THE ATMOSPHERE AND OCEANS W.F. FITZGERALD 363
1. INTRODUCTION 363
2. GLOBAL MODELS 364
3. PHYSICO-CHEMICAL MODELS 367
4. ATMOSPHERIC HG DETERMINATIONS 370
4.1. TOTAL GASEOUS HG 370
4.2. VOLATILE HG SPECIES 371
5. HG ANALYSIS IN SEAWATER AND RAINWATER 371
5.1. REACTIVE AND TOTAL HG 372
5.2. VOLATILE HE 372
5.3. DETERMINATIONS OF HG IN RAIN 372
6. AIR-SEA EXCHANGE OF HG 373
6.1. PRELIMINARY STUDIES 373
6.2. PRESENT STATUS 375
6.3. SUMMARY 382
7. OCEAN SOURCES OF HG 382
7.1. HG EVASION FROM THE EQUATORIAL PACIFIC OCEAN: 1980 382 7.2. HG
EVASION FROM THE EQUATORIAL PACIFIC OCEAN: 1984 386 8. HG DEPOSITION TO
THE SEA SURFACE 393
8.1. PRECIPITATION 393
8.2. DRY DEPOSITIONAL HG FLUX TO THE EQUATORIAL PACIFIC OCEAN 396
8.3. AIR-SEA EXCHANGE IN THE EQUATORIAL PACIFIC OCEAN 396 8.4.
PHYSICO-CHEMICAL ASPECTS 397
9. ATMOSPHERIC CYCLING OF HG OVER THE OCEANS: GLOBAL PERSPECTIVES 397
THE AIR-SEA EXCHANGE OF PARTICULATE ORGANIC MATTER: THE SOURCES AND
LONG-RANGE TRANSPORT OF LIPIDS IN AEROSOLS - R.B. GAGOSIAN 409
1. INTRODUCTION
1.1. BACKGROUND
409
409
IMAGE 8
2. SAMPLING AND ANALYTICAL METHODOLOGY 413
3. SOURCE AND LONG-RANGE TRANSPORT STUDIES 415
3.1. INTRODUCTION 415
3.2. NORTH PACIFIC TRADES: ENEWETAK 416
3.3. SOUTH PACIFIC WESTERLIES: NEW ZEALAND 424
3.4. SHORT-RANGE TRANSPORT: COASTAL PERU 429
4. CONCLUSIONS 436
THE MARINE MINERAL AEROSOL - R. CHESTER 443
1. INTRODUCTION 443
2. THE CONCEPT OF THE MARINE DUST VEIL 443
3. SOURCES OF MATERIAL TO THE MARINE ATMOSPHERE 445
4. THE DISTRIBUTION OF MATERIAL IN THE MARINE DUST VEIL 446
4.1. INTRODUCTION 446
4.2. THE ATLANTIC OCEAN AND SURROUNDING WATERS 448
4.3. THE MEDITERRANEAN 450
4.4. THE PACIFIC OCEAN 451
4.5. THE INDIAN OCEAN 452
4.6. SUMMARY 454
5. THE COMPOSITION OF MATERIAL IN THE MARINE DUST VEIL 455
5.1. INTRODUCTION 455
5.2. THE MINERAL COMPOSITION OF THE MARINE DUST VEIL 455 5.3. CHEMICAL
CHACACTERISTICS OF THE MINERAL AEROSOL 459 6. THE INFLUENCE OF THE
MARINE DUST VEIL ON OCEANIC
CYCLES 464
6.1. THE WATER COLUMN 464
6.2. THE SEDIMENT COLUMN 467
6.3. SUMMARY 471
AIR TO SEA TRANSFER OF ANTHROPOGENIC TRACE METALS P. BUAT-M§NARD 477
1. INTRODUCTION 477
2. THE FATE OF ATMOSPHERIC TRACE METALS IN OCEAN WATERS 478 2.1.
PHYSICAL AND CHEMICAL FORMS OF METALS IN THE ATMOSPHERE 478
2.2. BIOGEOCHEMICAL CYCLING OF TRACE METALS IN THE OCEAN 480
3. GEOGRAPHICAL VARIABILITY OF METAL FLUXES FROM THE
ATMOSPHERE TO THE OCEAN 483
4. EFFECTS OF EOLIAN INPUTS OF ANTHROPOGENIC ORIGIN ON THE DISTRIBUTION
OF TRACE METALS IN SURFACE AND DEEP MARINE WATERS 485
5. CONCLUSIONS 491
IMAGE 9
XU CONTENTS
THE IMPACT OF ATMOSPHERIC NITROGEN, PHOSPHORUS, AND IRON SPECIES ON
MARINE BIOLOGICAL PRODUCTIVITY - R.A. DUCE 497
1. INTRODUCTION 497
1.1. ATMOSPHERIC DEPOSITION: GEOCHEMICAL AND BIOLOGICAL IMPACT 497
1.2. NUTRIENTS AND PRIMARY PRODUCTIVITY 499
1.3. A SIMPLE MODEL OF VERTICAL TRANSPORT TO THE PHOTIC ZONE 500
2. NITRATE AND OTHER NITROGEN SPECIES 502
2.1. CALCULATIONS OF NITROGEN FLUXES IN OPEN OCEAN REGIONS 502
2.2. ATMOSPHERIC NITROGEN INPUT TO COASTAL WATERS 509 3. PHOSPHORUS 510
3.1. ATMOSPHERIC PHOSPHORUS AND THE PHOSPHORUS CYCLE 510 3.2.
CALCULATIONS OF PHOSPHORUS FLUXES IN OPEN OCEAN REGIONS 511
4. IRON 516
4.1. INTRODUCTION 516
4.2. SOLUBILITY OF ATMOSPHERIC IRON- 517
4.3. CALCULATIONS OF IRON FLUXES IN OPEN OCEAN REGIONS 518 5. GENERAL
DISCUSSION AND CONCLUSIONS 521
LIST OF PARTICIPANTS 531
INDEX 537
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| genre | (DE-588)1071861417 Konferenzschrift 1985 Bombannes gnd-content |
| genre_facet | Konferenzschrift 1985 Bombannes |
| id | DE-604.BV000565400 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T15:15:46Z |
| institution | BVB |
| isbn | 9027723184 |
| language | Undetermined |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-000348473 |
| oclc_num | 220466780 |
| open_access_boolean | |
| owner | DE-12 DE-83 |
| owner_facet | DE-12 DE-83 |
| physical | XV, 549 S. Kt. |
| publishDate | 1986 |
| publishDateSearch | 1986 |
| publishDateSort | 1986 |
| publisher | Reidel |
| record_format | marc |
| series2 | Nato: Nato advanced science institutes series / C |
| spelling | The role of air-sea exchange in geochemical cycling [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] ed. by Patrick Buat-Ménard Dordrecht u.a. Reidel 1986 XV, 549 S. Kt. txt rdacontent n rdamedia nc rdacarrier Nato: Nato advanced science institutes series / C 185 Wechselwirkung (DE-588)4064937-4 gnd rswk-swf Atmosphäre (DE-588)4003397-1 gnd rswk-swf Meer (DE-588)4038301-5 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1985 Bombannes gnd-content Meer (DE-588)4038301-5 s Atmosphäre (DE-588)4003397-1 s Wechselwirkung (DE-588)4064937-4 s DE-604 Buat-Ménard, Patrick Sonstige oth C Nato: Nato advanced science institutes series 185 (DE-604)BV000902768 185 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=000348473&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | The role of air-sea exchange in geochemical cycling [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] Wechselwirkung (DE-588)4064937-4 gnd Atmosphäre (DE-588)4003397-1 gnd Meer (DE-588)4038301-5 gnd |
| subject_GND | (DE-588)4064937-4 (DE-588)4003397-1 (DE-588)4038301-5 (DE-588)1071861417 |
| title | The role of air-sea exchange in geochemical cycling [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] |
| title_auth | The role of air-sea exchange in geochemical cycling [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] |
| title_exact_search | The role of air-sea exchange in geochemical cycling [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] |
| title_full | The role of air-sea exchange in geochemical cycling [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] ed. by Patrick Buat-Ménard |
| title_fullStr | The role of air-sea exchange in geochemical cycling [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] ed. by Patrick Buat-Ménard |
| title_full_unstemmed | The role of air-sea exchange in geochemical cycling [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] ed. by Patrick Buat-Ménard |
| title_short | The role of air-sea exchange in geochemical cycling |
| title_sort | the role of air sea exchange in geochemical cycling proceedings of the nato advanced study inst on the role of air sea exchange in geochem cycling bombannes france 16 27 sept 1985 |
| title_sub | [proceedings of the NATO Advanced Study Inst. on the Role of Air-Sea Exchange in Geochem. Cycling, Bombannes, France, 16 - 27 Sept. 1985] |
| topic | Wechselwirkung (DE-588)4064937-4 gnd Atmosphäre (DE-588)4003397-1 gnd Meer (DE-588)4038301-5 gnd |
| topic_facet | Wechselwirkung Atmosphäre Meer Konferenzschrift 1985 Bombannes |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=000348473&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV000902768 |
| work_keys_str_mv | AT buatmenardpatrick theroleofairseaexchangeingeochemicalcyclingproceedingsofthenatoadvancedstudyinstontheroleofairseaexchangeingeochemcyclingbombannesfrance1627sept1985 |