Geoecology in the tropics: with a database on micromorphology and geomorphology
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|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Stuttgart [u.a.]
Borntraeger
2010
|
| Series: | Zeitschrift für Geomorphologie
Neue Folge : Supplementary issue ; 54,1 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | X, 337 S. Ill., graph. Darst., Kt. |
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| 245 | 1 | 0 | |a Geoecology in the tropics |b with a database on micromorphology and geomorphology |c Hanna Bremer |
| 264 | 1 | |a Stuttgart [u.a.] |b Borntraeger |c 2010 | |
| 300 | |a X, 337 S. |b Ill., graph. Darst., Kt. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a Zeitschrift für Geomorphologie : Neue Folge : Supplementary issue |v 54,1 | |
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| _version_ | 1804142935438000129 |
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| adam_text | Contents
Preface
XI
1.
Introduction
....................................................................................... 1
1.1
The Frame of the study
........................................................................ 1
1.2
Preceding work
..................................................................................... 1-2
2.
Regolith: the realm of weathering and geoecological processes
3-35
2.1
Introduction
......................................................................................... 3-5
2.1.1
Concepts for the study of weathering and its position in geoecology
3
2.1.2
Fundamental geomorphological concepts for this study
............... 3—4
2.1.3
The Cologne Regolith Database (CRD)
...................................... 4-5
2.1.4
Summary
..................................................................................... 5
2.2
Weathering of minerals
-
processes and intensity
............................. 5-12
2.2.1
Primary minerals
......................................................................... 5—12
2.2.1.1
Light minerals
5-7, 2.2.1.2
Heavy minerals
7-9, 2.2.1.3
Quartz
9-12,
2.2.1.4
Rarely occurring minerals
12, 2.2.1.5
Summary
12
2.3
Neoformation of minerals
................................................................... 12-23
2.3.1
Introduction
................................................................................ 12
2.3.2
Minerals in X-ray-analysis
............................................................ 12—13
2.3.3
Iron minerals
............................................................................... 13-14
2.3.4
Calcite
......................................................................................... 14-15
2.3.5
Aluminium minerals
.................................................................... 15—16
2.3.6
Silica
............................................................................................ 16
2.3.7
Duricrusts and concretions
.......................................................... 16—22
2.3.8
Discussion
................................................................................... 22
2.3.9
Summary
..................................................................................... 23
2.3.10
Summary of the weathering of primary and neoformed minerals
... 23
2.4
Initial stages of weathering
.................................................................. 23-26
2.4.1
Chemical and biological processes
............................................... 23—24
2.4.2
Fissures
........................................................................................ 24-25
2.4.3
Single grains
................................................................................ 25—26
2.4.4
Summary and discussion
............................................................. 26
2.5
The weathering front
........................................................................... 26-33
2.5.1
Introduction
................................................................................ 26
2.5.2
Forms of the weathering front
..................................................... 27—28
2.5.3 Grus
occurences
.......................................................................... 28—31
2.5.4
Depth of the weathering front
..................................................... 31—33
2.5.5
Summary: The weathering front
.................................................. 33
JY Contents
2.6
Weathering of transported masses
...................................................... 33-35
2.6.1
Weathering of sediments
................................................................ 33-34
2.6.2
Modifications of mineral grains by transport
................................. 34-35
2.6.3
Summary: Weathering of transported masses
................................. 35
3.
Small-scale forms of weathering
..................................................... 36-43
3.1
Introduction
......................................................................................... 36
3.2
Stable rock surfaces
.............................................................................. 36
3.3
Solution forms
..................................................................................... 36-38
3.4
Taut steep walled convex slope forms and slope-parallel sheeting
... 38-40
3.5
Corestones and penitent rocks
............................................................ 41-43
3.6
Summary
43
4.
Characteristics of the regolith in shield regions
.......................... 44-65
4.1
Introductions and definitions
............................................................. 44
4.2
Indicators of weathering intensity
...................................................... 44-47
4.2.1
Introduction
.................................................................................. 44
4.2.2 pH
values
...................................................................................... 44-45
4.2.3
Chemical and physicochemical processes
....................................... 46-47
4.2.4
Summary of indications of weathering intensity
............................ 47
4.3
Regolith structures
............................................................................... 47-65
4.3.1
Introduction
.................................................................................. 47
4.3.2
Grain-size
...................................................................................... 47-51
4.3.2.1
Introduction
47, 4.3.2.2
Grain-size in relation to precipitation and bed¬
rock
47-51, 4.3.2.3
Grain-size conclusions
51
4.3.3
Pore quantity and quality
............................................................... 51-56
4.3.3.1
Introduction
51, 4.3.3.2
Pore volume
51-53, 4.3.3.3
Pore forms
53-54,
4.3.3.4
Pore fillings
54-56, 4.3.3.5
Summary and conclusions: Pore volume
56
4.3.4
Microtexture
of tropical regoliths
................................................... 56-65
4.3.4.1
Introduction and definitions
56-57, 4.3.4.2
Regolith structure com¬
ponents in percentage of volume
58-59, 4.3.4.3
Texture forms
59-61, 4.3.4.4
Matrix type
61,4.3.4.5
Pseudosand and pseudosilt
61-63, 4.3.4.6
Special forms:
Compactions and concretions
63-65, 4.3.4.7
Summary: Tbe
microtextures
of
tropical regoliths
65
4.4
Summary: Characteristics of tropical regoliths of the shield areas
... 65
5.
Translocation
in regolith: processes and forms
........................... 66-84
5-1
Subterranean processes: removal, depletion and enrichment
........... 66-79
5.1.1
Introduction
.................................................................................. 66
5.1.2
Soil water movement
..................................................................... 66-69
5.1.3
Subterranean material removal, piping
........................................... 70-71
5.1.4
Clay horizon and clay displacement
............................................... 71—72
Contents
V
5.1.5 Spodosol and gley
formation
......................................................... 73—75
5.1.6
Iron precipitates
............................................................................. 75-78
5.1.7
Bioturbation
.................................................................................. 78-79
5.1.8
Summary and conclusions
............................................................. 79
5.2
Special forms resulting from turbation in profiles
............................ 79-84
5.2.1
Introduction
.................................................................................. 79
5.2.2
Vertisol formation
.......................................................................... 80
5-2.3
Stonelines
...................................................................................... 80-82
5.2.4
Patterned ground
........................................................................... 82-84
5.2.5
Summary special forms
.................................................................. 84
5.3
Summary and conclusions on
translocation
...................................... 84
6.
Time and space as weathering factors: Terminology and funda¬
mentals
.................................................................................................. 85-126
6.1
Introduction
......................................................................................... 85
6.2
Temporal weathering factors
............................................................... 85-101
6.2.1
Introduction
.................................................................................. 85
6.2.2
Weathering age and weathering and erosion rates
.......................... 85-96
6.2.2.1
Measuring soil age and erosion rates
85—87, 6.2.2.2
Aged soils, palaeosols
and polygenetic soils
87—90, 6.2.2.3
Weathering structures of high age and low
erosion
90—96, 6.2.2.4
Summary and conclusions: The temporal factor in tropical
weathering
96
6.2.3
Climate change
.............................................................................. 96-99
6.2.4
Morphogenesis and relative regolith age
......................................... 99—101
6.2.5
Summary and conclusions concerning temporal weathering aspects
101
6.3
Spatial weathering factors
....................................................................101-111
6.3.1
Introduction
.................................................................................. 101-103
6.3.2
Definitions and terminology
.......................................................... 103-111
6.3.2.1
Introduction
103, 6.3.2.2
Zonal soils
—
palaeosols
—
aged soils
103—104,
6.3.2.3
Classifications
104-105, 6.3.2.4
Soil horizon
105-108, 6.3.2.5
The
standard profile?
108—110, 6.3.2.6
Soil mosaic
110, 6.3.2.7
Summary and con¬
clusions 111
6.4
Spatial and temporal weathering conditions
.....................................111-125
6.4.1
Introduction
..................................................................................
Ill
6.4.2
Geoecological weathering parameters
............................................ 111—116
6.4.2.1
Subterranean moisture and vegetation
111—113, 6.4.2.2
Drainage and
discharge
113-116, 6.4.2.3
Summary and conclusions on geoecological para¬
meters
116
6.4.3
Zonal differentiation: Soil types
..................................................... 116—117
6.4.4
Regional differentiation
................................................................. 117-123
6.4.4.1
Introduction
117, 6.4.4.2
Petrovariance
117-122, 6.4.4.2.1
Introduction
117,6.4.4.2.2
Field observations
117-118, 6.4.4.2.3
Laboratory studies
118-122,
6.4.4.2.4
Summary and conclusions on petrovariance
122, 6.4.4.3
The age of
landscape development
122, 6.4.4.4
Tectonovariance
122—123, 6.4.4.5
Sum¬
mary and conclusions on regional differentiations
123
YJ Contents
6.4.5
Local differentiations
................................................................. 123-125
6.4.5.1
Introduction
123, 6.4.5.2
The Catena
123-124, 6.4.5.3
Divergent
weathering
124-125, 6.4.5.4
Summary: Local differentiations
125
6.4.6
Summary: Temporal and spatial weathering conditions
............. 125
6.5
Summary and conclusions on time and space in weathering
........ 125-126
7.
Methodical considerations regarding weathering
......................127-140
7.1
Introduction
....................................................................................... 127
7.2
Quantitative and semi-quantitative weathering analysis
................127-128
7.2.1
Introduction
............................................................................. 127
7.2.2
Weathering balance and weathering indexes
.............................. 127-128
7.3
Ergodic principle or ubiquitary versus zonal soils?
......................... 128-129
7.4
Pitfalls
..................................................................................................129-135
7-4.1
Soil formation in the tropics
..................................................... 129
7.4.2
Deposition structures
................................................................ 129-134
7.4.3
Biological evidence
.................................................................... 135
7.4.4
Pitfalls; summary and conclusions
............................................. 135
7.5
Relief-forming soil
............................................................................. 135
7.6
Discontinuities
...................................................................................136-137
7.7
Positive and negative feedback during weathering
.......................... 137
7.8
Sensitivity and balance
....................................................................... 137-138
7.9
Spatial relationships
...........................................................................138-139
7.10
Summary and conclusions
................................................................. 139-140
8.
Analyses and results on tropical weathering using the Cologne
Regolith Database- CRD
............................................................141-200
8.1
Introduction: Development of laboratory analyses for morpho¬
genesis and geoecology
...................................................................... 141
8.2
Database Parameter: Field Parameter
............................................... 141-154
8.2.1
Introduction
............................................................................. 141-142
8.2.2
Altitude
..................................................................................... 142
8.2.3
Annual precipitation
................................................................. 142
8.2.4
Geomorphological position
....................................................... 142—145
8.2.5
Gradient
................................................................................... 145-146
8.2.6
Wetness
..................................................................................... 147-148
8.2.7
Parent rock
................................................................................ 148-151
8.2.7.1
Introduction
148, 8.2.7.2
Distribution of the rocks
148-149, 8.2.7.3
Unconsolidated rocks
149-151
8.2.8
Vertical position in the soil
........................................................ 151
8.2.9
Transport
.................................................................................. 151-153
8.2.10
pH-values
................................................................................. 153
8.2.11
Catastrophic events
................................................................... 153-154
8.2.12
Summary and conclusions: Field parameters
............................. 154
Contents
VII
8.3
Laboratory parameters
......................................................................... 154-200
8.3.1
Indicator qualities of the minerals
............................................... 154—160
8.3.1.1
Introduction
154, 8.3.1.2
Primary minerals
154-156, 8.3.1.3
Quartz
grain morphology
156-158, 8.3.1.4
Secondary quartz
159, 8.3.1.5
Summary:
Quartz grains as indicators
159—160
8.3.2
Minerals determined by X-ray analysis
........................................ 160—167
8.3.2.1
Introduction
160—161, 8.3.2.2
Quantities of the minerals in precipita¬
tion zones
161-164, 8.3.2.3
Ratio of smectite to
kaolinite
164-165, 8.3.2.4
Proportion of clay minerals and the clay fraction
165—167
8.3.3
Summary and conclusions on the indicator quality of individual
minerals
...................................................................................... 167
8.3.4
Indicator qualities of heavy minerals
........................................... 167-170
8.3.4.1
Introduction
167, 8.3.4.2
Heavy minerals and weathering intensity
168—169, 8.3.4.3
Summary and conclusions on the indicator quality of heavy
minerals
170, 8.3.4.4
Comparison of the indicator qualities of light and heavy
minerals
170
8.3.5
Microtexture
of tropical regoliths
................................................ 170-174
8.3.5.1
Introduction
170, 8.3.5.2
Distribution of different structure and texture
forms
171—174, 8.3.5.3
Summary and conclusions: texture of tropical regoliths
174
8.3.6
Neoformations
............................................................................ 174-182
8.3.6.1
Introduction
174—175, 8.3.6.2
Neoformations: Matrix and crystallisations
175-179, 8.3.6.3
Pseudomorphs and crystalline pore fillings
179-181, 8.3.6.4
Summary and conclusions: Neoformations
182
8.3.7
Grain sizes as indicators
.............................................................. 182
8.3.8
Weathering grade
........................................................................ 182-189
8.3.8.1
Introduction
182—183,8.3.8.2
Weathering grade of individual parameters
and components
183—185, 8.3.8.3
Weathering grade as an indicator
185—188,
8.3.8.4
Summary and conclusions on weathering grades
188—189
8.3.9
Autochthony
-
allochthony
........................................................ 189-194
8.3.9.1
Introduction
189, 8.3.9.2
Field observations
-
sampling
190-191,
8.3.9.3
Laboratory analyses
191—192, 8.3.9.4
Summary of autochthony
—
allochthony
192-193, 8.3.9.5
Stability of the regoliths
193-194
8.3.10
Statistics in the Cologne Database
-
CRD
.................................. 194-198
8.3.10.1
Introduction
194, 8.3.10.2
Setting up the CRD and statistical possi¬
bilities
194—196, 8.3.10.3
Feldspar and methods of determination
196-198,
8.3.10.4
Summary and conclusions on statistics in CRD
198
8.3.11
Evaluation of the CRD
............................................................... 198-199
8.3.12
Summary: Indicators of weathering
............................................. 200
8.3.12.1
Indicator qualities of the field and laboratory parameters
200, 8.3.12.2
Results of individual parameters
200
9.
Integrative
work methods: Spatial and temporal classification
in the tropics
......................................................................................201-225
9.1
Introduction
.......................................................................................... 201
9.2
Methods
...................................................................................................201-202
VIII Contents
9.2.1
Methodical background
...........................................................201-202
9.2.2
Data collection
........................................................................ 202
9.3
Classification of samples
.................................................................202-204
9.3.1
Introduction
............................................................................ 202
9.3.2
From observations of individual samples to conclusions
..........203—204
9.3.3
Summary: Classification of the samples
................................... 204
9.4
Zonal classification of the statistical entries
...................................205-210
9.4.1
Introduction
............................................................................ 205
9.4.2
Correlations of laboratory analyses and annual precipitation
... 205—208
9.4.3
Zonal distribution of weathering
grad
.....................................208—210
9.4.4
Conclusions and summary
...................................................... 210
9.5
Indicators for recent, ancient and aged regoliths
..........................210-221
9.5.1
Introduction
............................................................................ 210
9.5.2
Field observations
.................................................................... 211
9.5.3
Laboratory investigations
.........................................................212—221
9.5.3.1
Recent soils-Palaeosols
212-215,9.5.3.2
Incompatibility
215, 9.5.3.3
Summary: Palaeo-regoliths
215, 9.5.3.4
Aged and transformed regoliths in
rainforests
215—221
9.5.4
Summary recent, aged soils and palaeosols
............................... 221
9.6
Geography of weathering
................................................................221-225
9.6.1
Introduction
............................................................................ 221
9.6.2
Synopsis of regolith characteristics in rainforests and savannas
... 221—223
9.6.3
Proposals for aging and further formation of soils in zonal con¬
cepts
........................................................................................223-225
9.6.4
Summary: Geography of weathering
........................................ 225
9.7
Summary and conclusions of
integrative
work methods
.............. 225
10.
Integrative
work methods of weathering and geoecology
......226-291
10.1
Introduction
..................................................................................... 226
10.2
Subterranean processes
....................................................................226-238
10.2.1
Introduction
............................................................................ 226
10.2.2
Field observations
....................................................................227-231
10.2.2.1
Subterranean removal of material and subsidence
227-229,10.2.2.1.1
Open depressions and forms with fillings
227—229, 10.2.2.1.2
Summary and
conclusions on subterranean processes with subsidence
229, 10.2.2.2
Subter¬
ranean removal and erosion
230—231, 10.2.2.2.1
Plane bands and dambos
230-231, 10.2.2.2.2
Swales on divides and planar passes
231, 10.2.2.2.3
Summary and conclusions on subterranean processes with lowering
231
10.2.3
Laboratory analyses on subterranean removal of material
.........231—238
10.2.3.1
Distribution of the pores and their impact
231-238, 10.2.3.2
Sum¬
mary on the laboratory analyses of subterranean removal of material
238
10.2.4
Summary and conclusions on the processes of subterranean
removal of material
................................................................. 238
Contents
IX
10.3
Internal migrations: Distribution of different iron formations
... 238-291
10.3.1
Introduction
........................................................................238-239
10.3.2
Field observations
................................................................ 239
10.3.3
Laboratory analyses on the migration of iron
.......................240-250
10.3.3.1
Introduction
240, 10.3.3.2
Opaque heavy minerals
241-246,
10.3.3.3
Further iron formations
246-247, 10.3.3.4
Soil colour
247-249,
10.3.3.5
Distribution and geoecological conditions of different iron forma¬
tions
249—250, 10.3.3.6
Summary and conclusions: Iron formations
250
10.4
Summary and conclusions: Subterranean processes
.................... 250
10.5
Surface transport
............................................................................250-267
10.5.1
Introduction
........................................................................250-251
10.5.2
Fluvial processes
..................................................................251-258
10.5-2.1
Introduction: Sand, an indicator for transport processes
251,10.5.2.2
Field observations
251—255, 10.5.2.3
Laboratory investigations of the river
sand
255-257, 10.5.2.4
Floodplain and fluvial deposits
257-258, 10.5.2.5
Summary and conclusions on fluvial dynamics
258
10.5.3
Planar processes
...................................................................258-262
10.5.3.1
Field observations
258-259, 10.5.3.2
Laboratory investigations
259—262, 10.5.3.3
Summary and conclusions on planar processes
262
10.5.4
Aeolian processes and sand
..................................................262—263
10.5.5
Slope and valley development
..............................................263—267
10.5.6
Summary and conclusions on valley and slope development
.. 267
10.6
Stability of surfaces indicated through morphogenesis
..............267-274
10.6.1
Introduction
........................................................................267-269
10.6.2
Morphogenesis in arid areas
................................................. 270
10.6.3
Morphogenesis in the South American Rainforest
...............270—273
10.6.4
Summary and conclusions on the stability of surfaces
.......... 274
10.7
Statistical analysis of the processes at the surface
........................274-279
10.7.1
Correlations of individual parameters
..................................274—275
10.7.2
Trask-values, indicators for the variability of the regoiims
.... 276
10.7.3
Geomorphological positions and clay minerals
....................276—279
10.7.4
Summary of the statistical analysis
....................................... 279
10.8
Summary and conclusions on transport at the surface
............... 279
10.9
Transport processes: Hydrological conditions and erosion rates
... 280-285
10.9.1
Introduction
........................................................................ 280
10.9.2
Hydrological conditions
......................................................280-283
10.9.3
Transport processes and erosion rates
...................................283—285
10.9.4
Summary and conclusions: Hydrological conditions of trans¬
port processes and erosion rates
........................................... 285
10.10
Discussion
......................................................................................285-291
10.10.1
Discussion of
integrative
work methods
...............................285—286
10.10.2
Discussion numerical work methods
...................................286—287
10.10.3
Ubiquitous or zonal weathering from an
integrative
point of
view
......................................................................................287-288
X
Contents
10.10.4
Integrative
considerations for landscape development
...........289-291
10.10.5
Summary:
Integrative
work methods and arguments
............ 291
10.11
Conclusions and summary
............................................................. 291
11.
Perspectives
...................................................................................292-302
11.1
Introduction
................................................................................... 292
11.2
Differences in weathering in the study areas (continents)
..........292-295
11.3
The significance of the regolith for land use potential
................295-300
11.3.1
Introduction
........................................................................ 295
11.3.2
Soil fertility
..........................................................................296-300
11.3.2.1
Field observations
296-297, 11.3.2.2
Laboratory analysis
297-300
11.4
Susceptibility of tropical regoliths
................................................301-302
11.5
Summary of the perspectives
........................................................ 302
12.
Summary
.......................................................................................303-311
12.1
Summary of contents
....................................................................303-304
12.2
Individual results
...........................................................................304-311
12.2.1
Zonal differences and general findings
.................................304-306
12.2.2
Regolith charcteristics with indicator functions for weathering
processes
..............................................................................306-307
12.2.3
Regolith charcteristics indicative of soil moisture and trans¬
port processes
......................................................................307-308
12.2.4
Statistical evaluation
............................................................308-309
12.2.5
Results of
integrative
methods for transport processes
.......... 309
12.2.6
Results of
integrative
methods for landscape genesis
............310-311
12.2.7
Outlook on applied questions
............................................... 311
12.3
Main focus
..................................................................................... 311
Appendix
.........................................................................................................312-337
Glossary
...........................................................................................................312-315
The Cologne Database- CRD
..................................................................316-320
Datasheet
.......................................................................................................321-323
Literature
........................................................................................................324-337
|
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| ctrlnum | (OCoLC)705502856 (DE-599)BVBBV036449313 |
| discipline | Geographie |
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| geographic | Tropen (DE-588)4060997-2 gnd |
| geographic_facet | Tropen |
| id | DE-604.BV036449313 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T22:39:40Z |
| institution | BVB |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-020321495 |
| oclc_num | 705502856 |
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| physical | X, 337 S. Ill., graph. Darst., Kt. |
| publishDate | 2010 |
| publishDateSearch | 2010 |
| publishDateSort | 2010 |
| publisher | Borntraeger |
| record_format | marc |
| series | Zeitschrift für Geomorphologie |
| series2 | Zeitschrift für Geomorphologie : Neue Folge : Supplementary issue |
| spelling | Bremer, Hanna 1928-2012 Verfasser (DE-588)117746916 aut Geoecology in the tropics with a database on micromorphology and geomorphology Hanna Bremer Stuttgart [u.a.] Borntraeger 2010 X, 337 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Zeitschrift für Geomorphologie : Neue Folge : Supplementary issue 54,1 Geoökologie (DE-588)4137703-5 gnd rswk-swf Tropen (DE-588)4060997-2 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content (DE-588)1071861417 Konferenzschrift gnd-content Tropen (DE-588)4060997-2 g Geoökologie (DE-588)4137703-5 s DE-604 Zeitschrift für Geomorphologie Neue Folge : Supplementary issue ; 54,1 (DE-604)BV023307854 54,1 Digitalisierung UB Regensburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020321495&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Bremer, Hanna 1928-2012 Geoecology in the tropics with a database on micromorphology and geomorphology Zeitschrift für Geomorphologie Geoökologie (DE-588)4137703-5 gnd |
| subject_GND | (DE-588)4137703-5 (DE-588)4060997-2 (DE-588)4143413-4 (DE-588)1071861417 |
| title | Geoecology in the tropics with a database on micromorphology and geomorphology |
| title_auth | Geoecology in the tropics with a database on micromorphology and geomorphology |
| title_exact_search | Geoecology in the tropics with a database on micromorphology and geomorphology |
| title_full | Geoecology in the tropics with a database on micromorphology and geomorphology Hanna Bremer |
| title_fullStr | Geoecology in the tropics with a database on micromorphology and geomorphology Hanna Bremer |
| title_full_unstemmed | Geoecology in the tropics with a database on micromorphology and geomorphology Hanna Bremer |
| title_short | Geoecology in the tropics |
| title_sort | geoecology in the tropics with a database on micromorphology and geomorphology |
| title_sub | with a database on micromorphology and geomorphology |
| topic | Geoökologie (DE-588)4137703-5 gnd |
| topic_facet | Geoökologie Tropen Aufsatzsammlung Konferenzschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020321495&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV023307854 |
| work_keys_str_mv | AT bremerhanna geoecologyinthetropicswithadatabaseonmicromorphologyandgeomorphology |