Environmental microbiology:
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Berlin, Germany
Springer Spektrum
[2023]
|
| Schlagworte: | |
| Online-Zugang: | Inhaltstext http://www.springer.com/ Inhaltsverzeichnis Inhaltsverzeichnis |
| Beschreibung: | XVI, 603 Seiten Illustrationen, Diagramme 24 cm, 1219 g |
| ISBN: | 9783662665466 3662665468 |
Internformat
MARC
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| 100 | 1 | |a Reineke, Walter |d 1948- |e Verfasser |0 (DE-588)1026134609 |4 aut | |
| 240 | 1 | 0 | |a Umweltmikrobiologie |
| 245 | 1 | 0 | |a Environmental microbiology |c Walter Reineke, Michael Schlömann |
| 264 | 1 | |a Berlin, Germany |b Springer Spektrum |c [2023] | |
| 300 | |a XVI, 603 Seiten |b Illustrationen, Diagramme |c 24 cm, 1219 g | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 650 | 0 | 7 | |a Mikrobiologie |0 (DE-588)4316357-9 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Umweltwissenschaften |0 (DE-588)4137364-9 |2 gnd |9 rswk-swf |
| 653 | |a Degradation of organic pollutants | ||
| 653 | |a Waste treatment | ||
| 653 | |a Adaptation strategies of microorganisms | ||
| 653 | |a Biotechnology and environmental protection | ||
| 653 | |a Iron circuit | ||
| 653 | |a Carbon cycle | ||
| 653 | |a Manganese circuit | ||
| 653 | |a Microbiology | ||
| 653 | |a Microorganisms | ||
| 653 | |a Sulphur circuit | ||
| 653 | |a Heavy metals | ||
| 653 | |a Materials cycle | ||
| 653 | |a Environmental Microbiology | ||
| 653 | |a Environmental issues | ||
| 653 | |a biological exhaust air treatment | ||
| 653 | |a biological soil remediation | ||
| 653 | |a microbial energy production | ||
| 653 | |a microbial communities | ||
| 653 | |a microbial nitrogen cycle | ||
| 689 | 0 | 0 | |a Umweltwissenschaften |0 (DE-588)4137364-9 |D s |
| 689 | 0 | 1 | |a Mikrobiologie |0 (DE-588)4316357-9 |D s |
| 689 | 0 | |5 DE-604 | |
| 700 | 1 | |a Schlömann, Michael |d 1957- |e Verfasser |0 (DE-588)1064588972 |4 aut | |
| 710 | 2 | |a Springer-Verlag GmbH |0 (DE-588)1065168780 |4 pbl | |
| 776 | 0 | 8 | |i Erscheint auch als |n Online-Ausgabe |z 978-3-662-66547-3 |
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| 883 | 2 | |8 1\p |a dnb |d 20230807 |q DE-101 |u https://d-nb.info/provenance/plan#dnb | |
| 943 | 1 | |a oai:aleph.bib-bvb.de:BVB01-034569547 | |
Datensatz im Suchindex
| _version_ | 1820670655357517824 |
|---|---|
| adam_text |
CONTENTS
1
GLOBAL
ENVIRONMENT: CLIMATE
AND
MICROORGANISMS
.
1
1.1
CLIMATE
SYSTEM
.
2
1.1.1
COMPONENTS
OF
THE
CLIMATE
SYSTEM
.
2
1.1.2
INTERACTIONS
BETWEEN
THE
COMPONENTS
.
7
1.1.3
ENERGY
BALANCE
OF
THE
EARTH
.
7
1.1.4
CLIMATE
CHANGE
AND
ITS
EFFECTS
.
9
1.1.5
WHICH
SUBSTANCES
HAVE
WHICH
EFFECT
ON
THE
CLIMATE?
.
14
1.1.6
PROJECTIONS
.
16
1.2
GLOBAL
CYCLES
WITH
RESERVOIRS
AND
MATERIAL
FLOWS
.
1
6
1.2.1
GLOBAL
CARBON
CYCLE
.
17
1.2.2
GLOBAL
NITROGEN
CYCLE
.
20
1.2.3
GLOBAL
SULFUR
CYCLE
.
25
1.2.4
GLOBAL
PHOSPHORUS
CYCLE
.
28
1.2.5
SUMMARY
OF
GLOBAL
CYCLES
.
29
REFERENCES
.
30
2
MICROORGANISMS,
ACTORS
IN
THE
ENVIRONMENT
.
33
2.1
MICROORGANISMS,
ASSIGNMENT
TO
GROUPS
.
34
2.2
MICROORGANISMS,
THE
ADVANTAGE
OF
SMALL
SIZE
.
37
2.3
MICROORGANISMS,
SMALL
BUT
NUMEROUS
.
39
2.4
MICROORGANISMS,
DO
NOT
LIVE
ALONE
.
40
REFERENCES
.
51
3
RELATIONSHIP
BETWEEN
MICROBIAL
ENERGY
PRODUCTION
AND
MATERIAL
CYCLES
.
53
3.1
PRINCIPLES
OF
ENERGY
PRODUCTION
.
54
3.1.1
RESPIRATORY
CHAINS
AND
ATP
SYNTHASE
.
60
3.2
MAIN
TYPES
OF
MICROBIAL
METABOLISM.
64
3.2.1
PHOTOTROPHY
.
64
3.2.2
CHEMOTROPHY
.
67
3.2.3
CARBON
SOURCE:
HETEROTROPHY
AND
AUTOTROPHY
.
69
REFERENCES
.
70
4
CARBON
CYCLE
.
71
4.1
FORMATION
OF
THE
EARTH'S
ATMOSPHERE
AND
FOSSIL
RAW
MATERIALS.
72
4.2
MATERIAL
FLOWS
IN
THE
CARBON
CYCLE
.
73
4.3
AUTOTROPHIC
CO
2
-FIXATION
.
76
4.3.1
CALVIN
CYCLE
.
79
4.3.2
REDUCTIVE
CITRATE
CYCLE
.
80
4.3.3
REDUCTIVE
ACETYL-COA
PATHWAY
(ACETOGENESIS).
82
4.3.4
CO
2
-FIXATION
CYCLE
IN
CRENARCHAEOTA
.
83
4.3.5
3-HYDROXYPROPIONATE
BI-CYCLE
.
85
4.3.6
COMPARISON
OF
THE
CO,-FIXATION
PROCESSES
.
85
XII
CONTENTS
4.4
DEGRADATION
OF
NATURAL
SUBSTANCES
.
87
4.4.1
DEGRADATION
OF
CARBOHYDRATES.
87
4.4.2
DEGRADATION
OF
PROTEINS.
95
4.4.3
DEGRADATION
OF
FATS
.
97
4.4.4
DEGRADATION
OF
PLANT
SUBSTANCES/LIGNIN
AND
OTHER
NATURAL
SUBSTANCES/HUMUS
FORMATION
.
97
4.5
METHANE
CYCLE/METHANOGENIC
FOOD
CHAIN/METHANOTROPHY
.
1
09
4.5.1
METHANE
FORMATION
.
109
4.5.2
METHANE
DEGRADATION
.
116
REFERENCES
.
124
5
ENVIRONMENTAL
CHEMICALS
.
127
5.1
CHEMICALS
IN
THE
ENVIRONMENT:
DISTRIBUTION
AND
CONCENTRATION
.
128
5.1.1
TRANSPORT
PROCESSES
.
130
5.1.2
TRANSFER
PROCESSES
BETWEEN
ENVIRONMENTAL
MEDIA
OR
COMPARTMENTS
.
131
5.1.3
TRANSFORMATION
PROCESSES
.
133
5.2
ASSESSMENT
OF
CHEMICALS:
GENERAL
PRINCIPLES
AND
CONCEPTS
.
140
5.2.1
DEGRADABILITY
TESTS
.
143
5.2.2
TOXICITY
AND
MUTAGENICITY
TESTING
WITH
MICROBIAL
SYSTEMS
.
152
5.2.3
MUTAGENICITY
TESTING
WITH
BACTERIAL
SYSTEMS
.
154
REFERENCES
.
160
6
MICROBIAL
DEGRADATION
OF
POLLUTANTS
.
161
6.1
DEGRADATION
OF
HYDROCARBONS
.
163
6.1.1
PETROLEUM:
COMPOSITION
AND
PROPERTIES
.
164
6.1.2
THE
PROCESS
OF
OILING
IN
THE
SEA
.
165
6.1.3
DEGRADATION
OF
ALKANES,
ALKENES
AND
CYCLIC
ALKANES
.
166
6.1.4
DEGRADATION
OF
MONOAROMATIC
HYDROCARBONS
.
176
6.1.5
DEGRADATION
AND
HUMIFICATION
OF
POLYNUCLEAR
HYDROCARBONS
.
195
6.1.6
DEGRADATION
OF
HETEROCYCLES
.
202
6.1.7
FORMATION
OF
BIOSURFACTANTS/ABSORPTION
OF
MINERAL
OIL
HYDROCARBONS
.
208
6.2
DEGRADATION
OF
CHLORINATED
POLLUTANTS
.
213
6.2.1
DEGRADATION
OF
CHLORINATED
AROMATICS
.
213
6.2.2
DEGRADATION
OF
HEXACHLOROCYCLOHEXANE
.
225
6.2.3
DEGRADATION
OF
TRIAZINES
.
226
6.2.4
DEGRADATION
OF
CHLOROALIPHATIC
COMPOUNDS
.
234
6.2.5
ORGANOHALOGENS
FROM
NATURE/NATURAL
SOURCES
.
250
6.3
DEGRADATION
AND
HUMIFICATION
OF
NITROAROMATICS.
254
6.3.1
ENVIRONMENTAL
PROBLEM
CAUSED
BY
NITROAROMATICS
.
254
6.3.2
POSSIBILITY
OF
MICROBIAL
DEGRADATION
OF
NITROAROMATICS
.
254
6.3.3
ELIMINATION
OF
TRINITROTOLUENE
BY
SEQUESTRATION
ON
SOIL
.
257
6.4
DEGRADATION
OF
AROMATIC
SULFONIC
ACIDS
AND
AZO
DYES
.
259
6.4.1
AROMATIC
SULFONIC
ACIDS
.
259
6.4.2
DEGRADATION
OF
AZO
DYES
.
262
6.5
PLASTICS,
BIOPLASTICS
.
264
6.5.1
DEGRADABILITY
OF
PLASTICS
.
266
XIII
CONTENTS
6.5.2
BIOPLASTICS
.
268
6.5.3
AN
ASSESSMENT
OF
THE
ENVIRONMENTAL
IMPACT
OF
PLASTICS
AND
BIOPLASTICS.
272
6.6
COMPLEXING
AGENTS:
AMINOPOLYCARBOXYLIC
ACIDS
.
275
6.7
ENDOCRINE
ACTIVE
COMPOUNDS.
277
6.7.1
TRIBUTYLTIN
COMPOUNDS
.
278
6.7.2
ALKYLPHENOLS
.
279
6.7.3
BISPHENOL
A
.
279
6.8
METHYL
TERT-BUTYL
ETHER
.
281
6.9
GLYPHOSATE
.
283
REFERENCES
.
285
7
THE
MICROBIAL
NITROGEN
CYCLE
.
291
7.1
NITROGEN
FIXATION
.
293
7.2
AMMONIFICATION
.
297
7.3
NITRIFICATION
.
297
7.4
ANAMMOX.
300
7.5
NITRATE
REDUCTION
.
302
7.5.1
DENITRIFICATION
.
302
7.5.2
DISSIMILATORY
NITRATE
REDUCTION
TO
AMMONIUM
.
303
REFERENCES
.
304
8
CYCLES
OF
SULFUR,
IRON
AND
MANGANESE
.
307
8.1
SULFUR
CYCLE
.
308
8.1.1
SULFATE
REDUCTION
.
308
8.1.2
REDUCTION
OF
ELEMENTAL
SULFUR
.
312
8.1.3
SULFUR
DISPROPORTIONATION
.
312
8.1.4
OXIDATION
OF
SULFIDE
AND
ELEMENTAL
SULFUR
.
312
8.1.5
ORGANIC
SULFUR
COMPOUNDS
.
313
8.2
THE
IRON
CYCLE
.
319
8.2.1
OXIDATION
OF
DIVALENT
IRON
.
320
8.2.2
REDUCTION
OF
TRIVALENT
IRON
.
325
8.3
THE
MANGANESE
CYCLE
.
327
8.3.1
OXIDATION
OF
DIVALENT
MANGANESE
.
327
8.3.2
REDUCTION
OF
TETRAVALENT
MANGANESE
(MN
4+
):
ANAEROBIC
RESPIRATION
.
327
REFERENCES
.
328
9
HEAVY
METALS
AND
OTHER
TOXIC
INORGANIC
IONS
.
331
9.1
TOXICITY
.
332
9.2
ENVIRONMENTAL
QUALITY
STANDARDS
.
333
9.3
NATURAL
AND
ANTHROPOGENIC
OCCURRENCES
.
334
9.4
RESISTANCE
OF
MICROORGANISMS
.
336
9.5
MERCURY
.
340
9.6
ARSENIC.
342
9.6.1
ARSENITE
OXIDATION
.
343
9.6.2
ARSENATE
REDUCTION
.
344
9.6.3
ARSENATE
METHYLATION
.
344
XIV
CONTENTS
9.7
SELENIUM
.
344
9.8
URANIUM.
346
REFERENCES
.
347
10
MICROORGANISMS
AT
DIFFERENT
SITES:
LIVING
CONDITIONS
AND
ADAPTATION
STRATEGIES
.
349
10.1
MICROBIAL
COMPETITION
AND
COOPERATION
.
353
10.1.1
GROWTH
RATES
AND
NUTRIENT
CONCENTRATIONS
.
354
10.1.2
ADAPTATION
.
357
10.1.3
MIXED
SUBSTRATES.
365
10.1.4
LIMIT
CONCENTRATIONS
.
366
10.1.5
MICROBIAL
COOPERATION
.
366
10.2
ATTACHMENT
TO
SURFACES
AND
BIOFILMS
.
368
10.2.1
SURFACES
.
368
10.2.2
BIOFILMS
.
368
10.3
SOIL
AS
MICROBIAL
HABITAT
.
370
10.4
AQUATIC
BIOTOPES
.
377
10.4.1
FRESHWATER
ENVIRONMENT
.
377
10.4.2
MARINE
ENVIRONMENTS
.
381
REFERENCES
.
395
11
MICROBIAL
COMMUNITIES:
STRUCTURAL
AND
FUNCTIONAL
ANALYSES
WITH
CLASSICAL
APPROACH
.
397
11.1
SUMMARY
METHODS
.
398
11.1.1
DETERMINATION
OF
BACTERIAL
COUNTS
AND
BIOMASSES
.
398
11.1.2
DETERMINATION
OF
ACTIVITIES
.
402
11.2
DETECTION
OF
CERTAIN
MICROORGANISMS
.
409
11.3
MICROORGANISMS,
FROM
NATURE
TO
THE
LABORATORY,
THE
ISOLATION
OF
PURE
CULTURES
.
411
11.3.1
ORGANISMS
THAT
CANNOT
BE
CULTIVATED?
.
412
11.3.2
ISOLATION
AND
PROBLEMS
.
412
11.3.3
ENRICHMENT
SYSTEM
.
413
11.3.4
ANALOGUE
ENRICHMENT:
SENSE
OR
NONSENSE?
.
414
11.3.5
INOCULUM
FOR
ENRICHMENT
CULTURE
.
414
REFERENCES
.
418
12
MICROBIAL
COMMUNITIES:
STRUCTURAL
AND
FUNCTIONAL
ANALYSES
WITH
MOLECULAR
BIOLOGICAL
APPROACH
.
421
12.1
BASIC
MOLECULAR
GENETIC
METHODS
FOR
CLASSIFICATION
AND
IDENTIFICATION
OF
PURE
CULTURES
.
422
12.2
MOLECULAR
GENETIC
METHODS
FOR
COMMUNITY
CHARACTERIZATION
.
434
12.3
METAGENOMICS.
447
12.3.1
COMMUNITY
OF
AN
ACID
MINE
DRAINAGE
SYSTEM
.
447
12.3.2
COMMUNITY
OF
THE
SARGASSO
SEA
.
449
12.3.3
THE
GLOBAL
OCEAN
SAMPLING
EXPEDITION
.
451
12.3.4
SEQUENCE
DATA
AND
FUNCTIONALITY:
A
CRITICAL
VIEW
.
452
REFERENCES
.
456
XV
CONTENTS
13
DAMAGE
TO
INORGANIC
MATERIALS
DUE
TO
MICROBIAL
ACTIVITIES,
BIOCORROSION
.
461
13.1
IRON
CORROSION
.
462
13.2
CONCRETE
CORROSION
.
465
13.3
BUILDING
CORROSION/DAMAGE
TO
STONE
.
466
REFERENCE
.
466
14
BIOLOGICAL
WASTE
WATER
TREATMENT
.
467
14.1
FORMATION
AND
COMPOSITION
OF
WASTE
WATER
.
468
14.2
WASTE
WATER
TREATMENT
IN
MECHANICAL-BIOLOGICAL
TREATMENT
PLANTS
WITH
AEROBIC
STAGE
.
471
14.3
BIOLOGICAL
PHOSPHATE
ELIMINATION
.
477
14.4
NITROGEN
ELIMINATION
DURING
WASTE
WATER
TREATMENT
.
481
14.5
ANAEROBIC
SLUDGE
TREATMENT,
DIRECT
ANAEROBIC
WASTEWATER
TREATMENT
AND
BIOGAS
PRODUCTION.
485
14.6
TREATMENT
OF
INDUSTRIAL
WASTE
WATER
.
488
14.7
NEAR-NATURAL
WASTEWATER
TREATMENT
PROCESSES
.
489
REFERENCES
.
491
15
BIOLOGICAL
EXHAUST
AIR
TREATMENT
.
493
15.1
PROBLEMS
WITH
EXHAUST
AIR
FLOWS
.
494
15.2
MICROBIAL
EXHAUST
AIR
PURIFICATION,
GENERAL
PRINCIPLES
.
498
15.3
EXHAUST
AIR
PURIFICATION
SYSTEMS:
BIOFILTER
.
502
15.4
EXHAUST
AIR
PURIFICATION
SYSTEMS:
BIOSCRUBBERS
.
511
15.5
EXHAUST
AIR
PURIFICATION
SYSTEMS:
TRICKLING
FILTER
SCRUBBERS
.
512
15.6
EXHAUST
AIR
PURIFICATION
SYSTEMS:
MEMBRANE
REACTORS
.
515
15.7
SELECTION
CRITERIA
FOR
PROCEDURE
SELECTION
.
516
REFERENCES
.
517
16
BIOLOGICAL
SOIL
REMEDIATION
.
523
16.1
CONTAMINATED
SITE
ISSUES
.
524
16.2
METHODS
OF
BIOLOGICAL
SOIL
REMEDIATION
.
527
16.2.1
EX
SITU
PROCEDURE
.
529
16.2.2
IN
SITU
SOIL
REMEDIATION
.
535
FURTHER
READING
.
542
17
BIOLOGICAL
WASTE
TREATMENT
.
543
17.1
WASTE
ISSUES
.
544
17.2
BIOLOGICAL
WASTE
TREATMENT
PROCESSES
.
546
17.2.1
THE
COMPOSTING
PROCESS
.
547
17.2.2
COMPOSTING
PROCESSES
.
548
17.2.3
ANAEROBIC
WASTE
TREATMENT
BY
DIGESTION
.
549
REFERENCES
.
550
XVI
CONTENTS
18
BIOTECHNOLOGY
AND
ENVIRONMENTAL
PROTECTION
.
551
18.1
BIOLOGICAL
PEST
CONTROL
.
552
18.1.1
BIOINSECTICIDES
.
552
18.1.2
BIOFUNGICIDES
AND
HERBICIDES
.
559
18.2
DESIGN
OF
NEW
CHEMICALS
.
560
18.2.1
STRUCTURE-ACTIVITY
RELATIONSHIP/PREDICTABI
IITY
OF
DEGRADATION
.
561
18.2.2
DEGRADABLE
ALTERNATIVES
TO
CURRENT
CHEMICALS.
566
18.3
PRODUCT-INTEGRATED
ENVIRONMENTAL
PROTECTION
THROUGH
BIOTECHNOLOGY
.
568
18.3.1
PROCESS
COMPARISON:
BIOTECHNICAL
AND
CHEMICAL-TECHNICAL
PROCESSES
.
570
18.3.2
ENVIRONMENTAL
RELIEF
EFFECTS
THROUGH
PRODUCT
SUBSTITUTION
.
573
18.3.3
SUMMARY
PIUS
.
576
18.4
BIOFUELS
.
577
18.4.1
BIOETHANOL
.
579
18.4.2
BIODIESEL
.
579
18.4.3
BIOMASS-TO-LIQUID
FUEL
.
580
18.5
ELECTRICITY
FROM
MICROORGANISMS
.
580
18.5.1
HYDROGEN
PRODUCTION
IN
BIOREACTORS
FOR
CONVENTIONAL
FUEL
CELLS
.
581
18.5.2
MICROBIAL
PRODUCTION
OF
FUEL
IN
THE
ANODE
COMPARTMENT
OF
THE
FUEL
CELL
.
581
18.5.3
DIRECT
ELECTRON
TRANSPORT
FROM
THE
CELL
TO
THE
ELECTRODE
.
582
18.5.4
MEDIATORS
FOR
ELECTRON
TRANSPORT
.
582
REFERENCES
.
584
19
FOOD
FOR
THOUGHT
.
589
19.1
SUSTAINABILITY,
THE
CONCEPT
.
590
19.2
SUSTAINABILITY,
ENVIRONMENTAL
MICROBIOLOGY
A
CONTRIBUTION
.
590
19.3
ENVIRONMENT
AND
ENVIRONMENTAL
MICROBIOLOGY,
REFLECTION
.
591
REFERENCES
.
601 |
| adam_txt |
CONTENTS
1
GLOBAL
ENVIRONMENT: CLIMATE
AND
MICROORGANISMS
.
1
1.1
CLIMATE
SYSTEM
.
2
1.1.1
COMPONENTS
OF
THE
CLIMATE
SYSTEM
.
2
1.1.2
INTERACTIONS
BETWEEN
THE
COMPONENTS
.
7
1.1.3
ENERGY
BALANCE
OF
THE
EARTH
.
7
1.1.4
CLIMATE
CHANGE
AND
ITS
EFFECTS
.
9
1.1.5
WHICH
SUBSTANCES
HAVE
WHICH
EFFECT
ON
THE
CLIMATE?
.
14
1.1.6
PROJECTIONS
.
16
1.2
GLOBAL
CYCLES
WITH
RESERVOIRS
AND
MATERIAL
FLOWS
.
1
6
1.2.1
GLOBAL
CARBON
CYCLE
.
17
1.2.2
GLOBAL
NITROGEN
CYCLE
.
20
1.2.3
GLOBAL
SULFUR
CYCLE
.
25
1.2.4
GLOBAL
PHOSPHORUS
CYCLE
.
28
1.2.5
SUMMARY
OF
GLOBAL
CYCLES
.
29
REFERENCES
.
30
2
MICROORGANISMS,
ACTORS
IN
THE
ENVIRONMENT
.
33
2.1
MICROORGANISMS,
ASSIGNMENT
TO
GROUPS
.
34
2.2
MICROORGANISMS,
THE
ADVANTAGE
OF
SMALL
SIZE
.
37
2.3
MICROORGANISMS,
SMALL
BUT
NUMEROUS
.
39
2.4
MICROORGANISMS,
DO
NOT
LIVE
ALONE
.
40
REFERENCES
.
51
3
RELATIONSHIP
BETWEEN
MICROBIAL
ENERGY
PRODUCTION
AND
MATERIAL
CYCLES
.
53
3.1
PRINCIPLES
OF
ENERGY
PRODUCTION
.
54
3.1.1
RESPIRATORY
CHAINS
AND
ATP
SYNTHASE
.
60
3.2
MAIN
TYPES
OF
MICROBIAL
METABOLISM.
64
3.2.1
PHOTOTROPHY
.
64
3.2.2
CHEMOTROPHY
.
67
3.2.3
CARBON
SOURCE:
HETEROTROPHY
AND
AUTOTROPHY
.
69
REFERENCES
.
70
4
CARBON
CYCLE
.
71
4.1
FORMATION
OF
THE
EARTH'S
ATMOSPHERE
AND
FOSSIL
RAW
MATERIALS.
72
4.2
MATERIAL
FLOWS
IN
THE
CARBON
CYCLE
.
73
4.3
AUTOTROPHIC
CO
2
-FIXATION
.
76
4.3.1
CALVIN
CYCLE
.
79
4.3.2
REDUCTIVE
CITRATE
CYCLE
.
80
4.3.3
REDUCTIVE
ACETYL-COA
PATHWAY
(ACETOGENESIS).
82
4.3.4
CO
2
-FIXATION
CYCLE
IN
CRENARCHAEOTA
.
83
4.3.5
3-HYDROXYPROPIONATE
BI-CYCLE
.
85
4.3.6
COMPARISON
OF
THE
CO,-FIXATION
PROCESSES
.
85
XII
CONTENTS
4.4
DEGRADATION
OF
NATURAL
SUBSTANCES
.
87
4.4.1
DEGRADATION
OF
CARBOHYDRATES.
87
4.4.2
DEGRADATION
OF
PROTEINS.
95
4.4.3
DEGRADATION
OF
FATS
.
97
4.4.4
DEGRADATION
OF
PLANT
SUBSTANCES/LIGNIN
AND
OTHER
NATURAL
SUBSTANCES/HUMUS
FORMATION
.
97
4.5
METHANE
CYCLE/METHANOGENIC
FOOD
CHAIN/METHANOTROPHY
.
1
09
4.5.1
METHANE
FORMATION
.
109
4.5.2
METHANE
DEGRADATION
.
116
REFERENCES
.
124
5
ENVIRONMENTAL
CHEMICALS
.
127
5.1
CHEMICALS
IN
THE
ENVIRONMENT:
DISTRIBUTION
AND
CONCENTRATION
.
128
5.1.1
TRANSPORT
PROCESSES
.
130
5.1.2
TRANSFER
PROCESSES
BETWEEN
ENVIRONMENTAL
MEDIA
OR
COMPARTMENTS
.
131
5.1.3
TRANSFORMATION
PROCESSES
.
133
5.2
ASSESSMENT
OF
CHEMICALS:
GENERAL
PRINCIPLES
AND
CONCEPTS
.
140
5.2.1
DEGRADABILITY
TESTS
.
143
5.2.2
TOXICITY
AND
MUTAGENICITY
TESTING
WITH
MICROBIAL
SYSTEMS
.
152
5.2.3
MUTAGENICITY
TESTING
WITH
BACTERIAL
SYSTEMS
.
154
REFERENCES
.
160
6
MICROBIAL
DEGRADATION
OF
POLLUTANTS
.
161
6.1
DEGRADATION
OF
HYDROCARBONS
.
163
6.1.1
PETROLEUM:
COMPOSITION
AND
PROPERTIES
.
164
6.1.2
THE
PROCESS
OF
OILING
IN
THE
SEA
.
165
6.1.3
DEGRADATION
OF
ALKANES,
ALKENES
AND
CYCLIC
ALKANES
.
166
6.1.4
DEGRADATION
OF
MONOAROMATIC
HYDROCARBONS
.
176
6.1.5
DEGRADATION
AND
HUMIFICATION
OF
POLYNUCLEAR
HYDROCARBONS
.
195
6.1.6
DEGRADATION
OF
HETEROCYCLES
.
202
6.1.7
FORMATION
OF
BIOSURFACTANTS/ABSORPTION
OF
MINERAL
OIL
HYDROCARBONS
.
208
6.2
DEGRADATION
OF
CHLORINATED
POLLUTANTS
.
213
6.2.1
DEGRADATION
OF
CHLORINATED
AROMATICS
.
213
6.2.2
DEGRADATION
OF
HEXACHLOROCYCLOHEXANE
.
225
6.2.3
DEGRADATION
OF
TRIAZINES
.
226
6.2.4
DEGRADATION
OF
CHLOROALIPHATIC
COMPOUNDS
.
234
6.2.5
ORGANOHALOGENS
FROM
NATURE/NATURAL
SOURCES
.
250
6.3
DEGRADATION
AND
HUMIFICATION
OF
NITROAROMATICS.
254
6.3.1
ENVIRONMENTAL
PROBLEM
CAUSED
BY
NITROAROMATICS
.
254
6.3.2
POSSIBILITY
OF
MICROBIAL
DEGRADATION
OF
NITROAROMATICS
.
254
6.3.3
ELIMINATION
OF
TRINITROTOLUENE
BY
SEQUESTRATION
ON
SOIL
.
257
6.4
DEGRADATION
OF
AROMATIC
SULFONIC
ACIDS
AND
AZO
DYES
.
259
6.4.1
AROMATIC
SULFONIC
ACIDS
.
259
6.4.2
DEGRADATION
OF
AZO
DYES
.
262
6.5
PLASTICS,
BIOPLASTICS
.
264
6.5.1
DEGRADABILITY
OF
PLASTICS
.
266
XIII
CONTENTS
6.5.2
BIOPLASTICS
.
268
6.5.3
AN
ASSESSMENT
OF
THE
ENVIRONMENTAL
IMPACT
OF
PLASTICS
AND
BIOPLASTICS.
272
6.6
COMPLEXING
AGENTS:
AMINOPOLYCARBOXYLIC
ACIDS
.
275
6.7
ENDOCRINE
ACTIVE
COMPOUNDS.
277
6.7.1
TRIBUTYLTIN
COMPOUNDS
.
278
6.7.2
ALKYLPHENOLS
.
279
6.7.3
BISPHENOL
A
.
279
6.8
METHYL
TERT-BUTYL
ETHER
.
281
6.9
GLYPHOSATE
.
283
REFERENCES
.
285
7
THE
MICROBIAL
NITROGEN
CYCLE
.
291
7.1
NITROGEN
FIXATION
.
293
7.2
AMMONIFICATION
.
297
7.3
NITRIFICATION
.
297
7.4
ANAMMOX.
300
7.5
NITRATE
REDUCTION
.
302
7.5.1
DENITRIFICATION
.
302
7.5.2
DISSIMILATORY
NITRATE
REDUCTION
TO
AMMONIUM
.
303
REFERENCES
.
304
8
CYCLES
OF
SULFUR,
IRON
AND
MANGANESE
.
307
8.1
SULFUR
CYCLE
.
308
8.1.1
SULFATE
REDUCTION
.
308
8.1.2
REDUCTION
OF
ELEMENTAL
SULFUR
.
312
8.1.3
SULFUR
DISPROPORTIONATION
.
312
8.1.4
OXIDATION
OF
SULFIDE
AND
ELEMENTAL
SULFUR
.
312
8.1.5
ORGANIC
SULFUR
COMPOUNDS
.
313
8.2
THE
IRON
CYCLE
.
319
8.2.1
OXIDATION
OF
DIVALENT
IRON
.
320
8.2.2
REDUCTION
OF
TRIVALENT
IRON
.
325
8.3
THE
MANGANESE
CYCLE
.
327
8.3.1
OXIDATION
OF
DIVALENT
MANGANESE
.
327
8.3.2
REDUCTION
OF
TETRAVALENT
MANGANESE
(MN
4+
):
ANAEROBIC
RESPIRATION
.
327
REFERENCES
.
328
9
HEAVY
METALS
AND
OTHER
TOXIC
INORGANIC
IONS
.
331
9.1
TOXICITY
.
332
9.2
ENVIRONMENTAL
QUALITY
STANDARDS
.
333
9.3
NATURAL
AND
ANTHROPOGENIC
OCCURRENCES
.
334
9.4
RESISTANCE
OF
MICROORGANISMS
.
336
9.5
MERCURY
.
340
9.6
ARSENIC.
342
9.6.1
ARSENITE
OXIDATION
.
343
9.6.2
ARSENATE
REDUCTION
.
344
9.6.3
ARSENATE
METHYLATION
.
344
XIV
CONTENTS
9.7
SELENIUM
.
344
9.8
URANIUM.
346
REFERENCES
.
347
10
MICROORGANISMS
AT
DIFFERENT
SITES:
LIVING
CONDITIONS
AND
ADAPTATION
STRATEGIES
.
349
10.1
MICROBIAL
COMPETITION
AND
COOPERATION
.
353
10.1.1
GROWTH
RATES
AND
NUTRIENT
CONCENTRATIONS
.
354
10.1.2
ADAPTATION
.
357
10.1.3
MIXED
SUBSTRATES.
365
10.1.4
LIMIT
CONCENTRATIONS
.
366
10.1.5
MICROBIAL
COOPERATION
.
366
10.2
ATTACHMENT
TO
SURFACES
AND
BIOFILMS
.
368
10.2.1
SURFACES
.
368
10.2.2
BIOFILMS
.
368
10.3
SOIL
AS
MICROBIAL
HABITAT
.
370
10.4
AQUATIC
BIOTOPES
.
377
10.4.1
FRESHWATER
ENVIRONMENT
.
377
10.4.2
MARINE
ENVIRONMENTS
.
381
REFERENCES
.
395
11
MICROBIAL
COMMUNITIES:
STRUCTURAL
AND
FUNCTIONAL
ANALYSES
WITH
CLASSICAL
APPROACH
.
397
11.1
SUMMARY
METHODS
.
398
11.1.1
DETERMINATION
OF
BACTERIAL
COUNTS
AND
BIOMASSES
.
398
11.1.2
DETERMINATION
OF
ACTIVITIES
.
402
11.2
DETECTION
OF
CERTAIN
MICROORGANISMS
.
409
11.3
MICROORGANISMS,
FROM
NATURE
TO
THE
LABORATORY,
THE
ISOLATION
OF
PURE
CULTURES
.
411
11.3.1
ORGANISMS
THAT
CANNOT
BE
CULTIVATED?
.
412
11.3.2
ISOLATION
AND
PROBLEMS
.
412
11.3.3
ENRICHMENT
SYSTEM
.
413
11.3.4
ANALOGUE
ENRICHMENT:
SENSE
OR
NONSENSE?
.
414
11.3.5
INOCULUM
FOR
ENRICHMENT
CULTURE
.
414
REFERENCES
.
418
12
MICROBIAL
COMMUNITIES:
STRUCTURAL
AND
FUNCTIONAL
ANALYSES
WITH
MOLECULAR
BIOLOGICAL
APPROACH
.
421
12.1
BASIC
MOLECULAR
GENETIC
METHODS
FOR
CLASSIFICATION
AND
IDENTIFICATION
OF
PURE
CULTURES
.
422
12.2
MOLECULAR
GENETIC
METHODS
FOR
COMMUNITY
CHARACTERIZATION
.
434
12.3
METAGENOMICS.
447
12.3.1
COMMUNITY
OF
AN
ACID
MINE
DRAINAGE
SYSTEM
.
447
12.3.2
COMMUNITY
OF
THE
SARGASSO
SEA
.
449
12.3.3
THE
GLOBAL
OCEAN
SAMPLING
EXPEDITION
.
451
12.3.4
SEQUENCE
DATA
AND
FUNCTIONALITY:
A
CRITICAL
VIEW
.
452
REFERENCES
.
456
XV
CONTENTS
13
DAMAGE
TO
INORGANIC
MATERIALS
DUE
TO
MICROBIAL
ACTIVITIES,
BIOCORROSION
.
461
13.1
IRON
CORROSION
.
462
13.2
CONCRETE
CORROSION
.
465
13.3
BUILDING
CORROSION/DAMAGE
TO
STONE
.
466
REFERENCE
.
466
14
BIOLOGICAL
WASTE
WATER
TREATMENT
.
467
14.1
FORMATION
AND
COMPOSITION
OF
WASTE
WATER
.
468
14.2
WASTE
WATER
TREATMENT
IN
MECHANICAL-BIOLOGICAL
TREATMENT
PLANTS
WITH
AEROBIC
STAGE
.
471
14.3
BIOLOGICAL
PHOSPHATE
ELIMINATION
.
477
14.4
NITROGEN
ELIMINATION
DURING
WASTE
WATER
TREATMENT
.
481
14.5
ANAEROBIC
SLUDGE
TREATMENT,
DIRECT
ANAEROBIC
WASTEWATER
TREATMENT
AND
BIOGAS
PRODUCTION.
485
14.6
TREATMENT
OF
INDUSTRIAL
WASTE
WATER
.
488
14.7
NEAR-NATURAL
WASTEWATER
TREATMENT
PROCESSES
.
489
REFERENCES
.
491
15
BIOLOGICAL
EXHAUST
AIR
TREATMENT
.
493
15.1
PROBLEMS
WITH
EXHAUST
AIR
FLOWS
.
494
15.2
MICROBIAL
EXHAUST
AIR
PURIFICATION,
GENERAL
PRINCIPLES
.
498
15.3
EXHAUST
AIR
PURIFICATION
SYSTEMS:
BIOFILTER
.
502
15.4
EXHAUST
AIR
PURIFICATION
SYSTEMS:
BIOSCRUBBERS
.
511
15.5
EXHAUST
AIR
PURIFICATION
SYSTEMS:
TRICKLING
FILTER
SCRUBBERS
.
512
15.6
EXHAUST
AIR
PURIFICATION
SYSTEMS:
MEMBRANE
REACTORS
.
515
15.7
SELECTION
CRITERIA
FOR
PROCEDURE
SELECTION
.
516
REFERENCES
.
517
16
BIOLOGICAL
SOIL
REMEDIATION
.
523
16.1
CONTAMINATED
SITE
ISSUES
.
524
16.2
METHODS
OF
BIOLOGICAL
SOIL
REMEDIATION
.
527
16.2.1
EX
SITU
PROCEDURE
.
529
16.2.2
IN
SITU
SOIL
REMEDIATION
.
535
FURTHER
READING
.
542
17
BIOLOGICAL
WASTE
TREATMENT
.
543
17.1
WASTE
ISSUES
.
544
17.2
BIOLOGICAL
WASTE
TREATMENT
PROCESSES
.
546
17.2.1
THE
COMPOSTING
PROCESS
.
547
17.2.2
COMPOSTING
PROCESSES
.
548
17.2.3
ANAEROBIC
WASTE
TREATMENT
BY
DIGESTION
.
549
REFERENCES
.
550
XVI
CONTENTS
18
BIOTECHNOLOGY
AND
ENVIRONMENTAL
PROTECTION
.
551
18.1
BIOLOGICAL
PEST
CONTROL
.
552
18.1.1
BIOINSECTICIDES
.
552
18.1.2
BIOFUNGICIDES
AND
HERBICIDES
.
559
18.2
DESIGN
OF
NEW
CHEMICALS
.
560
18.2.1
STRUCTURE-ACTIVITY
RELATIONSHIP/PREDICTABI
IITY
OF
DEGRADATION
.
561
18.2.2
DEGRADABLE
ALTERNATIVES
TO
CURRENT
CHEMICALS.
566
18.3
PRODUCT-INTEGRATED
ENVIRONMENTAL
PROTECTION
THROUGH
BIOTECHNOLOGY
.
568
18.3.1
PROCESS
COMPARISON:
BIOTECHNICAL
AND
CHEMICAL-TECHNICAL
PROCESSES
.
570
18.3.2
ENVIRONMENTAL
RELIEF
EFFECTS
THROUGH
PRODUCT
SUBSTITUTION
.
573
18.3.3
SUMMARY
PIUS
.
576
18.4
BIOFUELS
.
577
18.4.1
BIOETHANOL
.
579
18.4.2
BIODIESEL
.
579
18.4.3
BIOMASS-TO-LIQUID
FUEL
.
580
18.5
ELECTRICITY
FROM
MICROORGANISMS
.
580
18.5.1
HYDROGEN
PRODUCTION
IN
BIOREACTORS
FOR
CONVENTIONAL
FUEL
CELLS
.
581
18.5.2
MICROBIAL
PRODUCTION
OF
FUEL
IN
THE
ANODE
COMPARTMENT
OF
THE
FUEL
CELL
.
581
18.5.3
DIRECT
ELECTRON
TRANSPORT
FROM
THE
CELL
TO
THE
ELECTRODE
.
582
18.5.4
MEDIATORS
FOR
ELECTRON
TRANSPORT
.
582
REFERENCES
.
584
19
FOOD
FOR
THOUGHT
.
589
19.1
SUSTAINABILITY,
THE
CONCEPT
.
590
19.2
SUSTAINABILITY,
ENVIRONMENTAL
MICROBIOLOGY
A
CONTRIBUTION
.
590
19.3
ENVIRONMENT
AND
ENVIRONMENTAL
MICROBIOLOGY,
REFLECTION
.
591
REFERENCES
.
601 |
| any_adam_object | 1 |
| any_adam_object_boolean | 1 |
| author | Reineke, Walter 1948- Schlömann, Michael 1957- |
| author_GND | (DE-588)1026134609 (DE-588)1064588972 |
| author_facet | Reineke, Walter 1948- Schlömann, Michael 1957- |
| author_role | aut aut |
| author_sort | Reineke, Walter 1948- |
| author_variant | w r wr m s ms |
| building | Verbundindex |
| bvnumber | BV049308391 |
| classification_rvk | WF 2000 |
| classification_tum | BIO 250 |
| ctrlnum | (OCoLC)1377498576 (DE-599)DNB1271992809 |
| dewey-full | 579.1727 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 579 - Microorganisms, fungi & algae |
| dewey-raw | 579.1727 |
| dewey-search | 579.1727 |
| dewey-sort | 3579.1727 |
| dewey-tens | 570 - Biology |
| discipline | Biologie |
| discipline_str_mv | Biologie |
| format | Book |
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| id | DE-604.BV049308391 |
| illustrated | Illustrated |
| index_date | 2024-07-03T22:40:17Z |
| indexdate | 2025-01-08T09:00:42Z |
| institution | BVB |
| institution_GND | (DE-588)1065168780 |
| isbn | 9783662665466 3662665468 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-034569547 |
| oclc_num | 1377498576 |
| open_access_boolean | |
| owner | DE-703 DE-11 DE-M49 DE-BY-TUM |
| owner_facet | DE-703 DE-11 DE-M49 DE-BY-TUM |
| physical | XVI, 603 Seiten Illustrationen, Diagramme 24 cm, 1219 g |
| publishDate | 2023 |
| publishDateSearch | 2023 |
| publishDateSort | 2023 |
| publisher | Springer Spektrum |
| record_format | marc |
| spelling | Reineke, Walter 1948- Verfasser (DE-588)1026134609 aut Umweltmikrobiologie Environmental microbiology Walter Reineke, Michael Schlömann Berlin, Germany Springer Spektrum [2023] XVI, 603 Seiten Illustrationen, Diagramme 24 cm, 1219 g txt rdacontent n rdamedia nc rdacarrier Mikrobiologie (DE-588)4316357-9 gnd rswk-swf Umweltwissenschaften (DE-588)4137364-9 gnd rswk-swf Degradation of organic pollutants Waste treatment Adaptation strategies of microorganisms Biotechnology and environmental protection Iron circuit Carbon cycle Manganese circuit Microbiology Microorganisms Sulphur circuit Heavy metals Materials cycle Environmental Microbiology Environmental issues biological exhaust air treatment biological soil remediation microbial energy production microbial communities microbial nitrogen cycle Umweltwissenschaften (DE-588)4137364-9 s Mikrobiologie (DE-588)4316357-9 s DE-604 Schlömann, Michael 1957- Verfasser (DE-588)1064588972 aut Springer-Verlag GmbH (DE-588)1065168780 pbl Erscheint auch als Online-Ausgabe 978-3-662-66547-3 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=8b3e4e8df9cb4785bd9b3a814d42c54d&prov=M&dok_var=1&dok_ext=htm Inhaltstext X:MVB http://www.springer.com/ B:DE-101 application/pdf https://d-nb.info/1271992809/04 Inhaltsverzeichnis DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=034569547&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p dnb 20230807 DE-101 https://d-nb.info/provenance/plan#dnb |
| spellingShingle | Reineke, Walter 1948- Schlömann, Michael 1957- Environmental microbiology Mikrobiologie (DE-588)4316357-9 gnd Umweltwissenschaften (DE-588)4137364-9 gnd |
| subject_GND | (DE-588)4316357-9 (DE-588)4137364-9 |
| title | Environmental microbiology |
| title_alt | Umweltmikrobiologie |
| title_auth | Environmental microbiology |
| title_exact_search | Environmental microbiology |
| title_exact_search_txtP | Environmental microbiology |
| title_full | Environmental microbiology Walter Reineke, Michael Schlömann |
| title_fullStr | Environmental microbiology Walter Reineke, Michael Schlömann |
| title_full_unstemmed | Environmental microbiology Walter Reineke, Michael Schlömann |
| title_short | Environmental microbiology |
| title_sort | environmental microbiology |
| topic | Mikrobiologie (DE-588)4316357-9 gnd Umweltwissenschaften (DE-588)4137364-9 gnd |
| topic_facet | Mikrobiologie Umweltwissenschaften |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=8b3e4e8df9cb4785bd9b3a814d42c54d&prov=M&dok_var=1&dok_ext=htm http://www.springer.com/ https://d-nb.info/1271992809/04 http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=034569547&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT reinekewalter umweltmikrobiologie AT schlomannmichael umweltmikrobiologie AT springerverlaggmbh umweltmikrobiologie AT reinekewalter environmentalmicrobiology AT schlomannmichael environmentalmicrobiology AT springerverlaggmbh environmentalmicrobiology |