Plant desiccation tolerance:
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
Heidelberg [u.a.]
Springer
2011
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| Series: | Ecological Studies
215 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XVII, 386 S. Ill., graph. Darst. |
| ISBN: | 9783642191053 9783642191060 |
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MARC
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| 245 | 1 | 0 | |a Plant desiccation tolerance |c Ulrich Lüttge... eds. |
| 264 | 1 | |a Heidelberg [u.a.] |b Springer |c 2011 | |
| 300 | |a XVII, 386 S. |b Ill., graph. Darst. | ||
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| adam_text | IMAGE 1
CONTENTS
PART I INTRODUCTION 1 INTRODUCTION 3
DOROTHEA BARTELS, ULRICH LUETTGE, AND ERWIN BECK REFERENCES 7
PART II THE ORGANISMIC LEVEL
2 CYANOBACTERIA: HABITATS AND SPECIES 11
BURKHARD BUEDEL 2.1 INTRODUCTION 11
2.2 CYANOBACTERIAL ANHYDROBIOSIS AND RESISTANCE TO COMPLETE DESICCATION
11
2.3 HABITATS AND SPECIES 13
2.4 CONCLUSION 18
REFERENCES 18
3 CYANOBACTERIA: MULTIPLE STRESSES, DESICCATION-TOLERANT PHOTOSYNTHESIS
AND DI-NITROGEN FIXATION 23
ULRICH LUETTGE 3.1 MULTIPLE STRESSES AND DESICCATION-TOLERANT
CYANOBACTERIA 23 3.2 CELL PHYSIOLOGICAL RESPONSES OF CYANOBACTERIA TO
STRESS OF DRYING LEADING THE PATH TO DESICCATION 24
3.2.1 COMPATIBLE SOLUTES 24
3.2.2 HEAT SHOCK AND WATER STRESS PROTEINS 25
3.2.3 SUN PROTECTANTS 25
3.2.4 MEMBRANE LIPIDS 25
3.2.5 POLYNUCLEOTIDE STABILITY AND REPAIR 26
3.3 PHOTOSYNTHESIS 26
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1009387774
DIGITALISIERT DURCH
IMAGE 2
CONTENTS
3.3.1 SPECIAL FEATURES OF CYANOBACTERIAL PHOTOSYNTHESIS 26 3.3.2
DESICCATION AND PHOTOINHIBITION 27
3.3.3 RECOVERY OF PHOTOSYNTHESIS DURING REWETTING AFTER DESICCATION 30
3.3.4 PHYSIOLOGICAL ECOLOGY OF DESICCATION ON THE ROCK OUTCROPS OF
TROPICAL INSELBERGS 34
3.4 BIOLOGICAL FIXATION OF DI-NITROGEN (N2) 37
3.4.1 N 2 -FIXATION AND INPUT INTO ECOSYSTEMS 37
3.4.2 RECOVERY OF ^-FIXATION DURING REWETTING AFTER DESICCATION 38
3.5 CONCLUSIONS 39
REFERENCES 40
EUKARYOTIC ALGAE 45
BURKHARD BUEDEL 4.1 INTRODUCTION 45
4.2 HABITATS AND SPECIES 47
4.2.1 MARINE COASTAL ALGAE 47
4.2.2 TERRESTRIAL ALGAE 50
4.3 PHYSIOLOGICAL ECOLOGY 57
4.3.1 PHOTOSYNTHETIC PATTERNS OF MARINE ALGAE 57
4.3.2 RELEASE OF DISSOLVED ORGANIC CARBON DURING REHYDRATION .... 58
4.3.3 DROUGHT PERIOD AND RESURRECTION 58
4.3.4 ANTIOXIDANTS AS A PROTECTIVE MEANS 59
4.3.5 COMPATIBLE SOLUTES 60
4.3.6 ULTRASTRUCTURE 60
4.4 CONCLUSION 60
REFERENCES 61
LICHENS AND BRYOPHYTES: HABITATS AND SPECIES 65
MICHAEL LAKATOS 5.1 CHARACTERISTICS OF LICHENS AND BRYOPHYTES 65
5.2 MECHANISMS OF WATER EXCHANGE IN LICHENS AND BRYOPHYTES ALLOWING
DESICCATION TOLERANCE 66
5.3 PROCESSES AT INTERMITTENT DESICCATION BETWEEN ACTIVITY AND
INACTIVITY 68
5.4 FUNCTIONING AND IMPACTS OF NON-VASCULAR PLANTS AT MICROHABITATS ....
71 5.4.1 IMPACTS OF NON-VASCULAR PLANTS AT MICROHABITATS 71 5.4.2
FUNCTIONING OF NON-VASCULAR SOIL COVER 72
5.4.3 FUNCTIONING OF NON-VASCULAR EPIPHYTIC COVER 74
5.5 GLOBAL PATTERNS OF DESICCATION-TOLERANT LICHENS AND BRYOPHYTES ....
75 5.5.1 GLOBAL PATTERNS AS AN INDICATION FOR THE ECOLOGICAL RELEVANCE
75
5.5.2 IMPACTS OF LICHENS AND BRYOPHYTES ON THE CARBON CYCLE 76
IMAGE 3
CONTENTS IX
5.5.3 IMPACTS OF LICHENS AND BRYOPHYTES ON THE HYDROLOGICAL CYCLE 77
5.6 CONCLUSION 78
REFERENCES 78
6 ECOPHYSIOLOGY OF DESICCATION/REHYDRATION CYCLES IN MOSSES AND LICHENS
89
T.G. ALLAN GREEN, LEOPOLDO G. SANCHO, AND ANA PINTADO 6.1 INTRODUCTION
89
6.1.1 DESICCATION TOLERANCE: THE LIMITS 91
6.1.2 DESICCATION TOLERANCE: PHYSIOLOGY 97
6.2 PHOTOSYNTHETIC RESPONSE TO THALLUS WATER CONTENT 101 6.2.1 OVERALL
STRUCTURE OF THE PHOTOSYNTHESIS/WATER CONTENT RESPONSE 101
6.2.2 THALLUS WATER CONTENT: THE LIMITS 102
6.2.3 WATER CONTENT RESPONSE CURVE: WC OPT 103
6.2.4 WATER CONTENT RESPONSE CURVE: THE »F DOMINATED ZONE ... 103 6.2.5
WATER CONTENT RESPONSE CURVE: EXTERNAL WATER ZONE 107 6.3 ALIGNING
PHYSIOLOGY WITH HABITAT 112
6.4 ECOPHYSIOLOGICAL IMPLICATIONS OF HYDRATION, REHYDRATION AND THE NP
RESPONSE TO WC 113
6.4.1 WHAT CONSTRAINS THE BRYOPHYTE/LICHEN NICHE? 113 6.4.2 LICHENS
VERSUS BRYOPHYTES: THE DIFFERENCES 114 6.5 CONCLUSIONS 115
REFERENCES 116
7 LICHENS AND BRYOPHYTES: LIGHT STRESS AND PHOTOINHIBITION IN
DESICCATION/REHYDRATION CYCLES - MECHANISMS OF PHOTOPROTECTION .. 121
ULRICH HEBER AND ULRICH LUETTGE 7.1 INTRODUCTION 121
7.2 CONSERVATION VERSUS THERMAL DISSIPATION OF ABSORBED LIGHT ENERGY IN
HYDRATED POIKILOHYDRIC PHOTOAUTOTROPHS 122 7.3 CHANGES IN CONSERVATION
AND THERMAL DISSIPATION OF ABSORBED LIGHT ENERGY DURING SLOW DESICCATION
124
7.4 DESICCATION-INDUCED DECREASED LIGHT ABSORPTION AND SHADING OF
PHOTOBIONTS AS AUXILIARY MECHANISMS OF PHOTOPROTECTION 129 7.5 FAST
THERMAL ENERGY DISSIPATION IN DESICCATED POIKILOHYDRIC PHOTOAUTOTROPHS
AS CENTRAL MECHANISM OF PHOTOPROTECTION 130 7.6 CHANGES IN CONSERVATION
AND THERMAL DISSIPATION OF ABSORBED
LIGHT ENERGY UPON HYDRATION 131
7.7 VULNERABILITY OF PSII RCS TO PHOTOOXIDATIVE DAMAGE 133 7.8 MOLECULAR
MECHANISMS OF PHOTOPROTECTION 134
7.9 CONCLUSIONS 134
REFERENCES 135
IMAGE 4
X CONTENTS
8 EVOLUTION, DIVERSITY, AND HABITATS OF POIKILOHYDROUS VASCULAR PLANTS
139
STEFAN POREMBSKI 8.1 INTRODUCTION 139
8.2 SYSTEMATIC DISTRIBUTION AND EVOLUTIONARY ASPECTS 140
8.2.1 FERNS AND FERA ALLIES 140
8.2.2 ANGIOSPERMS 143
8.3 HABITATS AND GEOGRAPHIC DISTRIBUTION 146
8.4 ADAPTIVE TRAITS 151
8.5 ECONOMIE IMPORTANCE 153
8.6 CONSERVATION 153
REFERENCES 154
9 ECOPHYSIOLOGY OF HOMOIOCHLOROPHYLLOUS AND POIKILOCHLOROPHYLLOUS
DESICCATION-TOLERANT PLANTS AND VEGETATIONS 157
ZOLTAN TUBA AND HARTMUT K. LICHTENTHALER 9.1 INTRODUCTION 157
9.2 DISTRIBUTION AND EVOLUTIONARY ASPECTS OF DESICCATION TOLERANCE IN
PLANTS 158
9.3 HABITATS AND VEGETATION OF DESICCATION-TOLERANT PLANTS 160 9.4 THE
POIKILOCHLOROPHYLL DESICCATION-TOLERANCE STRATEGY 160 9.5 THE
DESICCOPLAST, A VERY SPECIALIZED, NEW TYPE OF CHLOROPLAST .. 162 9.5.1
DESICCATION OF LEAVES AND DESICCOPLAST FORMATION 163
9.5.2 REHYDRATION OF LEAVES AND RESYNTHESIS OF FUNCTIONAL CHLOROPLASTS
165
9.6 DIFFERENTIAL PHYSIOLOGICAL RESPONSES OF INDIVIDUAL VASCULAR HDT AND
PDT PLANTS UNDER DESICCATION 170
9.6.1 CHLOROPHYLL CONTENT AND CHLOROPLAST ULTRASTRUCTURE 170 9.6.2
ABSCISIC ACID AND CHLOROPHYLL BREAKDOWN 171
9.6.3 PHOTOSYSTEM II ELECTRON TRANSPORT AND THERMOLUMINESCENCE 171
9.6.4 CO 2 ASSIMILATION 172
9.6.5 CO 2 GAS EXCHANGE AND RESPIRATION 173
9.6.6 LEAF RESPONSES 173
9.7 RECOVERY AND REESTABLISHMENT OF PHYSIOLOGICAL ACTIVITY OF VASCULAR
HOMOIOCHLOROPHYLLOUS AND POIKILOCHLOROPHYLLOUS PLANTS 174
9.8 REVIVAL OF METABOLISM: REASSEMBLY OR REPAIR? 175
9.9 CONSTITUTIVE AND INDUCED TOLERANCE 176
9.10 IMPORTANCE OF SCALE AND ECOLOGICAL CONTEXT 178
REFERENCES 179
10 HYDRAULIC ARCHITECTURE OF VASCULAR PLANTS 185
ERNST STEUDLE 10.1 INTRODUCTION 185
IMAGE 5
CONTENTS XI
10.2 WATER UPTAKE AT WATER SHORTAGE: ROLE OF APOPLAST AND OF COMPOSITE
TRANSPORT 187
10.3 THE NATURE OF WATER MOVEMENT IN ROOTS 189
10.4 PATHWAYS FOR WATER AND SOLUTES AND COMPOSITE TRANSPORT 190 10.5
ROLES OF THE EXO-AND ENDODERMIS 191
10.6 PHYSIOLOGICAL CONSEQUENCES OF COMPOSITE TRANSPORT 194 10.7
CONSEQUENCES OF COMPOSITE TRANSPORT FOR GROWTH UNDER CONDITIONS OF
SEVERE WATER STRESS 194
10.8 VARIABILITY OF AXIAL HYDRAULIC RESISTANCE 195
10.9 EMBOLISM AND REFILLING OF XYLEM VESSELS 196
10.10 LEAF HYDRAULICS AND OVERALL LEAF RESISTANCE 199
10.11 OVERALL CONSEQUENCES OF WHOLE-PLANT HYDRAULICS FOR DESICCATION
TOLERANCE 202
REFERENCES 203
11 DROUGHT, DESICCATION, AND OXIDATIVE STRESS 209
RENATE SCHEIBE AND ERWIN BECK 11.1 INTRODUCTION 209
11.2 AVOIDING ROS PRODUCTION UNDER DROUGHT STRESS 211 11.3 CELL BIOLOGY
AND BIOCHEMISTRY OF ROS-PRODUCING AND ROS-DETOXIFYING SYSTEMS AND THEIR
RELATION TO WATER DEFICIT .. 212 11.4 ROS, ANTIOXIDATIVE SYSTEMS, AND
DROUGHT 213
11.4.1 THE OXYGEN RADICAL O 2 *~ 213
11.4.2 HYDROGEN PEROXIDE (H 2 O 2 ) 214
11.4.3 SINGLET OXYGEN 215
11.4.4 THE CELLULAR THIOL/DISULFIDE REDOX STATE AS A REGULATOR OF A
CELL S RESPONSE TO OXIDATIVE STRESS AND DROUGHT ... 215 11.5 INVOLVEMENT
OF ROS IN DEHYDRATION-SIGNAL TRANSDUCTION 216 11.5.1 INTERACTIONS OF ROS
AND ABA 216
11.5.2 INVOLVEMENT OF ROS IN DROUGHT SENSING AND SIGNAL TRANSDUCTION 217
11.5.3 NO AS A COMPONENT OF THE ROS-SIGNALING NETWORK 219 11.6 ROS, ABA,
AND THE REGULATION OF THE STOMATES 219
11.7 DEHYDRATION OF SEEDS: A SPECIAL CASE 222
11.8 IMPROVEMENT OF STRESS TOLERANCE BY GENETRANSFER: THE ROLE OF ROS
222
REFERENCES 223
12 CHAMAEGIGAS INTREPIDUS DINTER: AN AQUATIC POIKILOHYDRIC ANGIOSPERM
THAT IS PERFECTLY ADAPTED TO ITS COMPLEX AND EXTREME ENVIRONMENTAL
CONDITIONS 233
HERMANN HEILMEIER AND WOLFRAM HAERTUNG 12.1 INTRODUCTION 233
12.2 DISTRIBUTION AND HABITAT 234
IMAGE 6
XII CONTENTS
12.3 SITE DESCRIPTION 235
12.4 ENVIRONMENTAL STRESS CONDITIONS 236
12.4.1 AIR TEMPERATURE AND HUMIDITY AT THE ROCK SURFACE 236 12.4.2 WATER
LEVEL AND CONDUCTIVITY 236
12.4.3 TEMPERATURE AND PH OF THE POOL WATER 238
12.4.4 CO 2 AND HCO 3 CONCENTRATION OF THE POOL WATER 238 12.4.5
CONCENTRATION OF MINERAL NUTRIENTS IN THE POOL WATER AND THE SEDIMENT
239
12.5 ANATOMICAL FEATURES OF C. INTREPIDUS 239
12.6 PHYSIOLOGICAL, BIOCHEMICAL AND MOLECULAR ADAPTATIONS TO STRESS IN
C. INTREPIDUS 241
12.6.1 INTRACELLULAR PH STABILITY 241
12.6.2 PHOTOSYNTHESIS 242
12.6.3 NITROGEN NUTRITION 242
12.6.4 ABSCISIC ACID 243
12.6.5 DEHYDRINS 246
12.6.6 CARBOHYDRATES 246
12.7 BREEDING SYSTEM AND GENETIC DIVERSITY IN CHAMAEGIGAS POPULATIONS
247
12.8 CONCLUDING REMARKS 248
REFERENCES 249
PART III THE CELL BIOLOGICAL LEVEL
13 MOLECULAR BIOLOGY AND PHYSIOLOGICAL GENOMICS OF DEHYDRATION STRESS
255
RUTH GRENE, CECILIA VASQUEZ-ROBINET, AND HANS J. BOHNERT 13.1
INTRODUCTION 256
13.2 PHYSIOLOGY, BIOCHEMISTRY, AND PHENOLOGY OF DROUGHT AND DESICCATION
258
13.2.1 A BRIEF SUMMARY OF DROUGHT-RESPONSE PHYSIOLOGY 258 13.2.2 STRESS
RESPONSE CIRCUITS IN CONTEXT 261
13.2.3 WHAT LIES AT THE BASIS OF STRESS SIGNALLING? 262
13.3 GENOMICS 263
13.4 DROUGHT-RESPONSIVE MOLECULAR MECHANISMS 267
13.4.1 DROUGHT SIGNALLING 267
13.4.2 MECHANISMS FOR MODULATING SENSITIVITY TO ABA 268 13.4.3 THE ROLE
OF UBIQUITINATION IN MODULATION OF ABA ACTION 269
13.4.4 AN UNEXPECTED ROLE FOR CIRCADIAN-ASSOCIATED GENES IN THE
REGULATION OF STRESS RESPONSES 272
13.5 GENETICALLY PROGRAMMED DESICCATION TOLERANCE IN SEEDS 272 13.5.1
THE ROLE OF HORMONES 274
13.5.2 SUGAR SIGNALLING 275
IMAGE 7
CONTENTS XIII
13.5.3 CHAPERONES OR OTHERWISE PROTECTIVE PROTEINS 276 13.6 ROOTS AS
SENSORS AND CONDUITS OF CHANGES IN THE WATER POTENTIAL 276
13.7 THE POTENTIAL FOR ENGINEERING/BREEDING BASED ON KNOWLEDGE .. 277
13.8 WHERE DOES THIS LEAD? 278
REFERENCES 279
14 DEHYDRINS: MOLECULAR BIOLOGY, STRUCTURE AND FUNCTION 289 SYLVIA K.
ERIKSSON AND PIA HARRYSON 14.1 INTRODUCTION 289
14.2 DEHYDRINS (GROUP 2 LEA PROTEINS) 290
14.3 THE CELLULAR LOCALISATION OF DEHYDRIN PROTEINS IN PLANTS 291 14.4
EXPRESSION OF DEHYDRINS 291
14.5 TRANSGENIC PLANTS OVEREXPRESSING DEHYDRINS AND KNOCKOUT MUTANTS 292
14.6 STRUCTURE AND FUNCTION OF DEHYDRINS: DEHYDRINS - INTRINSICALLY
DISORDERED PROTEINS 293
14.7 STRUCTURAL RESPONSES TO TFE 295
14.8 DEHYDRINS AND BACKGROUND CROWDING 295
14.9 STRUCTURAL RESPONSES TO TEMPERATURE 296
14.10 INTERACTION TO LIPID VESICLES AND SODIUM DODECYL SULPHATE ... 297
14.11 CHELATING: METAL BINDING 298
14.12 STRUCTURAL RESPONSES TO PH CHANGES 298
14.13 POSTTRANSLATIONAL MODIFICATIONS: PHOSPHORYLATION 298 14.14
CHAPERONE ACTIVITY 299
14.15 OUTLOOK 300
REFERENCES 300
15 UNDERSTANDING VEGETATIVE DESICCATION TOLERANCE USING INTEGRATED
FUNCTIONAL GENOMICS APPROACHES WITHIN A COMPARATIVE EVOLUTIONARY
FRAMEWORK 307
JOHN C. CUSHMAN AND MELVIN J. OLIVER 15.1 INTRODUCTION 307
15.2 TARGETED GENE DISCOVERY 308
15.3 GENE DISCOVERY USING EXPRESSED SEQUENCE TAGS 309 15.4 TRANSCRIPTOME
ANALYSIS OF NONVASCULAR RESURRECTION PLANTS ... 310 15.5 TRANSCRIPTOME
ANALYSIS IN VASCULAR RESURRECTION PLANTS 311 15.6 SUBTRACTIVE
SUPPRESSION HYBRIDIZATION 313
15.7 CDNA-AMPLIFIED FRAGMENT LENGTH POLYMORPHISM 314 15.8 COMPARATIVE
TRANSCRIPTOME ANALYSIS IN RESURRECTION PLANTS ... 315 15.9
HIGH-THROUGHPUT SEQUENCING APPROACHES 316
15.9.1 SERIAL ANALYSIS OF GENE EXPRESSION 317
15.9.2 NEXT-GENERATION SEQUENCING TECHNOLOGIES 317 15.10 PROTEIN
EXPRESSION AND PROTEOMICS 318
IMAGE 8
XIV CONTENTS
15.11 METABOLOMICS AND FLUXOMICS 321
15.11.1 SUGAR METABOLISM 321
15.11.2 ENZYME ACTIVITIES 322
15.11.3 REACTIVE OXYGEN SCAVENGING 323
15.11.4 MEMBRANES AND LIPIDS 325
15.12 SIGNALING PATHWAYS 325
15.13 DEVELOPMENTAL PATHWAYS OF SEEDS AND DT VEGETATIVE TISSUES .. 327
15.14 CONCLUSION 328
REFERENCES 329
16 RESURRECTION PLANTS: PHYSIOLOGY AND MOLECULAR BIOLOGY 339 DOROTHEA
BARTELS AND SYED SARFRAZ HUSSAIN 16.1 EVOLUTION AND GEOGRAPHIC
DISTRIBUTION OF DESICCATION-TOLERANT PLANTS 339
16.1.1 A WINDOW INTO PAST RESEARCH OF DESICCATION TOLERANCE .. 339
16.1.2 EVOLUTION OF DESICCATION TOLERANCE 340
16.1.3 GEOGRAPHIC DISTRIBUTION AND ECOLOGY 342
16.1.4 DIVERSITY WITHIN LINDERNIACEAE 344
16.2 CELLULAR ASPECTS 344
16.2.1 MORPHOLOGICAL ADAPTATIONS 344
16.2.2 MECHANICAL STRESS: CELL WALL CHANGES, VACUOLE FRAGMENTATION AND
WATER SUBSTITUTION 345
16.2.3 MEMBRANE FLUIDITY 346
16.3 PHYSIOLOGY 347
16.3.1 PHOTOSYNTHESIS 347
16.3.2 ANTIOXIDANT SYSTEMS 348
16.3.3 ABSCISIC ACID REGULATES DESICCATION TOLERANCE PATHWAYS 349
16.4 GENE EXPRESSION 349
16.4.1 REGULATORY MOLECULES 350
16.4.2 AQUAPORINS 352
16.4.3 CARBOHYDRATES 353
16.4.4 COMPATIBLE SOLUTES 354
16.4.5 PROTECTIVE PROTEINS: LEA PROTEINS AND HEAT SHOCK PROTEINS 354
16.5 REHYDRATION 355
16.6 CONCLUSIONS AND OUTLOOK 356
REFERENCES 357
PART IV SYNOPSIS
17 SYNOPSIS: DRYING WITHOUT DYING 367
DOROTHEA BARTELS, ULRICH LUETTGE, AND ERWIN BECK REFERENCES 372
INDEX 375
|
| any_adam_object | 1 |
| author_GND | (DE-588)140945156 |
| building | Verbundindex |
| bvnumber | BV039141709 |
| classification_rvk | WI 3005 WN 1950 |
| ctrlnum | (OCoLC)724802886 (DE-599)BVBBV039141709 |
| discipline | Biologie |
| format | Book |
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| genre | (DE-588)4143413-4 Aufsatzsammlung gnd-content |
| genre_facet | Aufsatzsammlung |
| id | DE-604.BV039141709 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T23:59:52Z |
| institution | BVB |
| isbn | 9783642191053 9783642191060 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-024159723 |
| oclc_num | 724802886 |
| open_access_boolean | |
| owner | DE-11 DE-20 |
| owner_facet | DE-11 DE-20 |
| physical | XVII, 386 S. Ill., graph. Darst. |
| publishDate | 2011 |
| publishDateSearch | 2011 |
| publishDateSort | 2011 |
| publisher | Springer |
| record_format | marc |
| series | Ecological Studies |
| series2 | Ecological Studies |
| spelling | Plant desiccation tolerance Ulrich Lüttge... eds. Heidelberg [u.a.] Springer 2011 XVII, 386 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Ecological Studies 215 Pflanzen (DE-588)4045539-7 gnd rswk-swf Dürreresistenz (DE-588)4150842-7 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Pflanzen (DE-588)4045539-7 s Dürreresistenz (DE-588)4150842-7 s DE-604 Lüttge, Ulrich 1936- Sonstige (DE-588)140945156 oth Ecological Studies 215 (DE-604)BV000004586 215 DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024159723&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Plant desiccation tolerance Ecological Studies Pflanzen (DE-588)4045539-7 gnd Dürreresistenz (DE-588)4150842-7 gnd |
| subject_GND | (DE-588)4045539-7 (DE-588)4150842-7 (DE-588)4143413-4 |
| title | Plant desiccation tolerance |
| title_auth | Plant desiccation tolerance |
| title_exact_search | Plant desiccation tolerance |
| title_full | Plant desiccation tolerance Ulrich Lüttge... eds. |
| title_fullStr | Plant desiccation tolerance Ulrich Lüttge... eds. |
| title_full_unstemmed | Plant desiccation tolerance Ulrich Lüttge... eds. |
| title_short | Plant desiccation tolerance |
| title_sort | plant desiccation tolerance |
| topic | Pflanzen (DE-588)4045539-7 gnd Dürreresistenz (DE-588)4150842-7 gnd |
| topic_facet | Pflanzen Dürreresistenz Aufsatzsammlung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024159723&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV000004586 |
| work_keys_str_mv | AT luttgeulrich plantdesiccationtolerance |