Desert plants: biology and biotechnology
Gespeichert in:
| Weitere Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Heidelberg [u.a.]
Springer
2010
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXI, 503 S. Ill., graph. Darst. |
| ISBN: | 9783642025495 9783642025501 |
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Datensatz im Suchindex
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| adam_text | CONTENTS PART A GENERAL BIOLOGY 1 BIODIVERSITY, BIOLOGY AND CONSERVATION
OF MEDICINAL PLANTS OF THE THAR DESERT JAYA ARORA, SHAILY GOYAL, AND
KISHAN GOPAL RAMAWAT 1.1 INTRODUCTION 3 1.2 DESERTS OF THE WORLD 4 1.2.1
THE THAR DESERT 4 1.2.2 CLIMATE 5 1.2.3 TOPOGRAPHICAL FEATURES 5 1.2.4
PHYTOGEOGRAPHY 5 1.3 ETHNOBOTANICAL STUDIES 6 1.4 BIOLOGY OF DESERT
PLANTS 6 1.5 MEDICINAL AND BIOLOGICAL ACTIVITIES 7 1.6 METHODS OF
PROPAGATION 16 1.7 BIOTECHNOLOGICAL APPROACHES 19 1.8 CONCLUSIONS 23
REFERENCES 23 2 POTENTIALITY OF HYDROCARBON YIELDING PLANTS FOR FUTURE
ENERGY AND CHEMICALS DIPUL KALITA 2.1 INTRODUCTION 37 2.2 SCREENING AND
PROCESSING OF BIOMASS FOR BIO-CRUDE 39 2.3 EXTRACTION AND
CHARACTERISATION OF PLANT EXTRACTS 42 2.4 PROCESSING OF BIO-CRUDE FOR
HYDROCARBON 45 2.5 CURRENT RESEARCH IN INDIA 47 2.6 THE ECONOMICS OF
PLANT HYDROCARBON PRODUCTION 48 2.7 RESEARCH AT NEIST JORHAT 49 2.8
CONCLUSION 51 REFERENCES 53 BIBLIOGRAFISCHE INFORMATIONEN
HTTP://D-NB.INFO/994394381 DIGITALISIERT DURCH CONTENTS BIOLOGY AND
BIOTECHNOLOGICAL ADVANCES IN JATROPHA CURCAS - A BIODIESEL PLANT MUPPALA
P. REDDY AND D.V.N. SUDHEER PAMIDIMARRI 3.1 INTRODUCTION 58 3.2 JATROPHA
CURCAS * A BIODIESEL PLANT 58 3.2.1 /. CURCAS AS FOLK MEDICINE 59 3.2.2
J. CURCAS SEED CAKE AS FERTILISER 59 3.2.3 OTHER USES OF /. CURCAS 60
3.2.4 TOXICITY OF /. CURCAS 60 3.3 GENETIC DIVERSITY AND PHYLOGENETICS
OF JATROPHA SPECIES 60 3.3.1 INTRASPECIFIC GENETIC DIVERSITY IN /.
CURCAS 62 3.3.2 MARKERS FOR TOXIC AND NON-TOXIC VARIETIES OF J. CURCAS
64 3.4 TISSUE CULTURE AND GENETIC TRANSFORMATION 64 3.4.1 IN VITRO
MICROPROPAGATION OF JATROPHA 65 3.4.2 GENETIC TRANSFORMATION STUDIES 65
3.5 CONCLUSIONS AND PROSPECTS 67 REFERENCES 67 BIOLOGY OF ANNUAL PLANTS
IN ARID AND SEMI-ARID DESERT REGIONS OF CHINA XUEHUA LI 4.1 INTRODUCTION
73 4.2 SPECIES DIVERSITY AND DISTRIBUTION CHARACTERISTICS 74 4.2.1
ANNUAL PLANTS IN THE ALASHAN DESERT OF INNER MONGOLIA 75 4.2. CONTENTS
IX 5 SOIL BIOLOGY IN TRADITIONAL AGROFORESTRY SYSTEMS OF THE INDIAN
DESERT S. SUNDARAMOORTHY, SANTOSH KUMAR MEHAR, AND MANOHAR SINGH SUTHAR
5.1 INTRODUCTION 92 5.2 AGROFORESTRY IN WESTERN RAJASTHAN 92 5.2.1
DESERT SOILS 93 5.3 SOIL FERTILITY 94 5.4 NATURE OF THE ORGANIC MATTER
96 5.5 LITTER DECOMPOSITION 98 5.6 MICROORGANISMS 101 5.7 SOIL ENZYMES
104 5.8 MICROCOSM EXPERIMENT-DRYING AND WETTING 104 REFERENCES 113 6
ASPECTS OF MYCORRHIZAE IN DESERT PLANTS MARTHA E. APPLE 6.1 INTRODUCTION
121 6.1.1 DESERTS 121 6.1.2 MYCORRHIZAE 122 6.1.3 MYCORRHIZAL FUNGI 122
6.1.4 TAXONOMY OF DESERT MYCORRHIZAL FUNGI 123 6.1.5 INITIATION OF
ARBUSCULAR MYCORRHIZAL SYMBIOSES 124 6.2 ECONOMICS, AGRICULTURE, AND
MYCORRHIZAE IN THE DESERT 124 6.2.1 DISEASE RESISTANCE 125 6.2.2 ENDEMIC
MYCORRHIZAL PLANTS AS FOOD 125 6.3 WATER 125 6.4 ECOLOGICAL
CONSIDERATIONS 126 6.4.1 SUCCESSION 126 6.4.2 PHYSIOGNOMY AND
MYCORRHIZAE 126 6.4.3 SEEDLING ESTABLISHMENT 127 6.4.4 PHENOLOGY 127
6.4.5 SALINITY 128 6.5 MYCORRHIZAL HELPER BACTERIA 128 6.5.1
ECTOMYCORRHIZAL ASSOCIATED BACTERIA 129 6.6 GLOMALIN 130 6.6.1 GLOMALIN
AND AGRICULTURE 130 6.6.2 GLOMALIN, ECOSYSTEMS, AND CARBON 130 6.7
CONCLUSION 131 REFERENCE CONTENTS 7.2.1 SITE DESCRIPTION 137 7.2.2
METHODS 137 7.3 RESULTS 139 7.3.1 WOOD ANATOMICAL VARIATION IN SECONDARY
XYLEM CELLS 139 7.3.2 ECOLOGICAL PERSPECTIVES ON THE VARIATIONS IN WOOD
ANATOMY 145 7.3.3 HORIZONTAL VARIATIONS IN VESSEL ELEMENT LENGTH AND
FIBRE LENGTH 147 7.4 DISCUSSION AND CONCLUSIONS 148 7.4.1 COMPARISON OF
WOOD ANATOMY AND DIAGNOSTIC VALUE 148 7.4.2 ECOLOGICAL WOOD ANATOMY
PERSPECTIVES AND SIGNIFICANT FUNCTIONS 150 7.4.3 HORIZONTAL VARIATIONS
IN VESSEL ELEMENT LENGTH AND FIBRE LENGTH 152 REFERENCES 153 DIVERSITY
AND CONSERVATION IN THE CACTUS FAMILY PABLO ORTEGA-BAES, SILVIA SUEHRING,
JESUS SAJAMA, EZEQUIEL SOTOLA, MARIANA ALONSO-PEDANO, SILVIA BRAVO, AND
HECTOR GOD INEZ-ALVAREZ 8.1 INTRODUCTION 157 8.2 TAXONOMIC DIVERSITY 159
8.3 DIVERSITY PATTERNS ON A GLOBAL SCALE 160 8.4 FACTORS EXPLAINING
CACTUS DIVERSITY 161 8.5 THREATENED SPECIES 165 8.6 CONSERVATION
STRATEGIES 168 8.7 CONCLUDING REMARKS 170 REFERENCES 171 PART B
REPRODUCTIVE BIOLOGY 9 REPRODUCTIVE BIOLOGY OF SOME GUM-PRODUCING INDIAN
DESERT PLANTS RAJESH TANDON, K.R. SHIVANNA, AND H.Y. MOHAN RAM 9.1
INTRODUCTION 178 9.2 GUM AND GUM-RESIN YIELDING PLANTS 179 9.3 PHENOLOGY
179 9.4 FLORAL MORPHOLOGY AND SEXUALITY 180 9.4.1 TRIOECY 182 9.4.
CONTENTS XI 9.6 BREEDING SYSTEM 187 9.6.1 LATE-ACTING
SELF-INCOMPATIBILITY 187 9.6.2 APOMIXIS 189 9.7 POLLINATION EFFICIENCY
AND FRUIT SET 189 9.8 SEED GERMINATION AND SEEDLING ESTABLISHMENT 190
9.9 CONCLUDING REMARKS 192 REFERENCES 1 94 10 REPRODUCTIVE BIOLOGY OF
CACTACEAE MAFIA DEL CARMEN MANDUJANO, ISRAEL CARRILLO-ANGELES,
CONCEPCION MARTINEZ-PERALTA, AND JORDAN GOLUBOV 10.1 INTRODUCTION 198
10.2 THE CACTUS FAMILY 200 10.2.1 EVOLUTION AND SYSTEMATICS 200 10.2.2
THE CACTUS FLOWER 201 10.3 BREEDING SYSTEMS 202 10.3.1 SELF
INCOMPATIBILITY 213 10.4 MATING SYSTEMS 215 10.4.1 INBREEDING DEPRESSION
219 10.5 POLLINATION SYNDROMES 220 10.6 CLONAL REPRODUCTION 221 10.7
GENETIC DIVERSITY 222 10.8 CONCLUSIONS 223 REFERENCES 224 11
PARTHENOCARPY AND SEED PRODUCTION IN BURSERACEAE MAFIA F. RAMOS-ORDONEZ,
JUDITH MARQUEZ-GUZMAN, AND MA. DEL CORO ARIZMENDI 11.1 INTRODUCTION 231
11.2 PARTHENOCARPY 232 11.3 PARTHENOCARPY IN BURSERACEAE 233 11.4
BURSERA MORELENSIS 234 11.5 FRUIT CROP BY B. MORELENSIS 235 REFERENCES
237 PART C ECOPHYSIOLOGICAL STUDIES 12 PHOTOSYNTHESIS OF C 4 DESERT
PLANTS PEIX XII CONTENTS 12.2.2 PHOTOSYNTHETIC STRUCTURE OF LEAVES OF
SALSOLA ARBUSCULO AND SALSOLA COLLINA 245 12.3 S 13 C VALUES OF
PHOTOSYNTHETIC ORGANS 247 12.4 DIURNAL COURSE OF GAS EXCHANGE 252 12.5
DIURNAL CHANGES IN CHLOROPHYLL FLUORESCENCE 254 12.6 CHANGES OF
PHOTOSYNTHETIC AND PHYSIOLOGICAL PARAMETERS UNDER CO 2 ENRICHMENT 256
REFERENCES 258 13 POLYAMINES AND PLANT ADAPTATION TO SALINE ENVIRONMENTS
VLADIMIR V. KUZNETSOV AND NINA I. SHEVYAKOVA 13.1 INTRODUCTION 262 13.2
WHAT ARE POLYAMINES? 263 13.2.1 BIOSYNTHESIS 263 13.2.2 CATABOLISM 265
13.2.3 INTRACELLULAR AND INTER-ORGAN TRANSPORT 265 13.2.4 POLYAMINE
CONJUGATES 266 13.2.5 COMPONENTS OF SIGNALLING SYSTEMS 266 13.3
POLYAMINES AND PROTECTION OF PLANTS AGAINST SALT STRESS 267 13.3.1
REGULATION OF ENDOGENOUS PLANTS POLYAMINE CONTENT UNDER STRESS 267
13.3.2 POSSIBLE MECHANISMS OF THE PROTECTIVE ACTIONS OF POLYAMINES IN
PLANTS UNDER SALT STRESS 269 13.3.3 INTERACTIONS BETWEEN POLYAMINES AND
OTHER SIGNAL MOLECULES 278 13.3.4 SOME MODERN APPROACHES TOWARD
ELUCIDATION OF POLYAMINE METABOLISM AND THEIR PROTECTIVE FUNCTIONS UNDER
STRESS 284 13.4 CONCLUSIONS 290 REFERENCES 291 14 ECOLOGY OF INLAND
SALINE PLANTS PAWA CONTENTS XIII 15 ECOPHYSIOLOGY OF PROSOPIS SPECIES
FROM THE ARID LANDS OF ARGENTINA: WHAT DO WE KNOW ABOUT ADAPTATION TO
STRESSFUL ENVIRONMENTS? PABLO E. VILLAGRA, ALEJANDRA VILELA, CARLA
GIORDANO, AND JUAN A. ALVAREZ 15.1 INTRODUCTION 322 15.2 GERMINATION AND
EARLY SEEDLING GROWTH 325 15.3 GROWTH PATTERNS 326 15.4 PHENOLOGY AND
FRUIT PRODUCTION 328 15.5 MECHANISMS TO AVOID OR TOLERATE WATER STRESS
329 15.5.1 WATER SOURCES AND SOIL EXPLORATION 329 15.5.2
MORPHO-PHYSIOLOGICAL ADAPTATIONS TO TOLERATE WATER DEFICITS 330 15.6
SALINITY TOLERANCE 332 15.7 OTHER FACTORS AFFECTING PROSOPIS GROWTH 333
15.8 IMPLICATIONS FOR PROSOPIS USE AND MANAGEMENT 334 15.9 CONCLUDING
REMARKS 336 REFERENCES 336 16 PLANT GROWTH INHIBITORS FROM MESQUITE
{PROSOPIS JULIFLORA) HIROSHI NAKANO 16.1 INTRODUCTION 342 16.2
ALLELOPATHY OF MESQUITE LEAVES IN THE LABORATORY 343 16.3 PLANT GROWTH
INHIBITORS FROM THE EXUDATES OF MESQUITE LEAVES 346 16.4 LEACHING OF
L-TRYPTOPHAN FROM THE LEAVES OF MESQUITE PLANTS 348 16.5 PLANT GROWTH
INHIBITORY ALKALOIDS IN THE EXTRACTS OF MESQUITE LEAVES 349 REFERENCES
350 PART D BIOTECHNOLOGICAL STUDIES 1 X IV CONTENTS 17.3 GENETIC
VARIATION IN DATE PALM 360 17.4 MOLECULAR DIVERSITY AND DEVELOPMENT OF
AN IDENTIFICATION KEY 364 17.5 BIOTECHNOLOGY IN TUNISIAN DATE PALMS 365
17.6 CONCLUSIONS 366 REFERENCES 367 18 BIOLOGY AND MULTIPLICATION OF
PROSOPIS SPECIES GROWN IN THE THAR DESERT R. RAJ BHANSALI 18.1
INTRODUCTION 371 18.2 ORIGINS AND DISTRIBUTION 373 18.3 PROSOPIS
CINERARIA 373 18.3.1 SOCIO-CULTURAL VALUES 375 18.3.2 TREE DESCRIPTION
AND CHARACTERS 376 18.3.3 ABIOTIC RESISTANCE 378 18.3.4 BIOTIC STRESSES
379 18.3.5 PROPAGATION 381 18.3.6 ECONOMIC IMPORTANCE 389 18.4 PROSOPIS
JULIFLORA 392 18.4.1 TREE DESCRIPTION AND CHARACTERS 393 18.4.2 PESTS
AND DISEASES 394 18.4.3 PROPAGATION BY SEED 395 18.4.4 VEGETATIVE
PROPAGATION 396 18.4.5 ECONOMIC IMPORTANCE 398 18.5 CONCLUSION 400
REFERENCES 40 1 19 BIOTECHNOLOGY ADVANCES IN JOJOBA {SIMMONDSIA
CHINENSIS) MUPPALA P. REDDY AND JITENDRA CHIKARA 19.1 INTRODUCTION 408
19.2 GENETIC IMPROVEMENT 408 19.2.1 SELECTION OF MALE PLANTS 409 19.2.2
SELECTION OF FEMALE PLANTS 409 19.2.3 BREEDING 411 19. CONTENTS XV 20
DATE PALM CULTIVATION IN THE CHANGING SCENARIO OF INDIAN ARID ZONES:
CHALLENGES AND PROSPECTS R. RAJ BHANSALI 20.1 INTRODUCTION 424 20.1.1
INDIAN ARID ZONE 424 20.1.2 VEGETATION 425 20.1.3 CLIMATIC FEATURES 425
20.1.4 PROJECT IGNP 426 20.2 REQUIREMENTS FOR DATE PALM CULTIVATION 426
20.2.1 AGRO CLIMATIC ZONES 426 20.2.2 SOILS 428 20.2.3 TEMPERATURE 428
20.3 HORTICULTURAL ASPECTS OF DATE PALM 429 20.3.1 DATE PALM {PHOENIX
DACTYLIFERA L.) 429 20.3.2 PRODUCTION STATUS 430 20.3.3 NUTRITIONAL
STATUS 430 20.3.4 PROMISING CULTIVARS 431 20.3.5 IRRIGATION 431 20.3.6
FERTILISER 432 20.3.7 INTERCROPPING 433 20.3.8 PRUNING AND TRAINING 433
20.3.9 FLOWERING AND POLLINATION 433 20.3.10 FRUIT THINNING 434 20.3.11
FRUIT DEVELOPMENT 436 20.3.12 HARVESTING 436 20.3.13 POST HARVEST AND
STORAGE 436 20.3.14 DISEASES AND PESTS 437 20.3.15 PROPAGATION 437 20.4
TISSUE CULTURE 440 20.4.1 SOMATIC EMBRYOGENESIS 442 20.4.2 SUSPENSION
CULTURE 444 20.4.3 SOMACLONAL VARIATION 447 20.4.4 DIRECT ORGANOGENESIS
449 20.4.5 ADVANTAGES OF DIRECT ORGANOGENESIS 452 20.4.6 MOLECULAR
CHARACTERISATION 453 20.5 CONCLUSION 454 REFERENCES 455 21
RUNOFF-RAINWATER FOR SUSTAINABLE DESERT FARMING ULRIC XVI CONTENTS 21.2
METHODS OF SUSTAINABLE WATER USE BY DESERT FARMING 465 21.2.1 KANATS 466
21.2.2 TERRACES IN SECONDARY AND TERTIARY WADIS 466 21.2.3 DESERT FARMS
WITH RUNOFF WATER-FLOODING FROM LARGE CATCHMENT AREAS 466 21.2.4 CANAL
SYSTEMS 468 21.2.5 MICRO CATCHMENTS 471 21.3 RECONSTRUCTION OF
RUNOFF-RAINWATER FARMS IN THE NEGEV DESERT 473 21.4 CONCLUSIONS AND
OUTLOOK: APPLICABILITY OF RUNOFF-RAINWATER FARMING FOR SUSTAINED
MANAGEMENT TO SUPPORT LOCAL COMMUNITIES IN ARID ENVIRONMENTS 475
REFERENCES 476 22 BIOTECHNOLOGICAL APPROACHES TO APHRODISIAC PLANTS OF
RAJASTHAN, INDIA NEELAM JAIN, SHAILY GOYAL, AND KISHAN GOPAL RAMAWAT
22.1 INTRODUCTION 479 22.2 ERECTILE DYSFUNCTION 480 22.3 APHRODISIACS
481 223A BUTEA MONOSPERMA LAMK. (SYN. B. FRONDOSA KOEN. EX ROXB.,
FABACEAE) 483 22.3.2 CHLOROPHYTUM BORIVILIAMIM SANT. ET FERNAND.
(LILIACEAE) 483 22.3.3 CURCULIGO ORCHIOIDES GAERTN. (HYPOXIDACEAE) 485
22.3.4 MUCUNA PRURIENS (L.) DC (FABACEAE) 486 22.3.5 TRIBULUS TERRESTRIS
L. (ZYGOPHYLLACEAE) 487 22.3.6 WITHANIA SOMNIFERA (L.) DUNAL.
(SOLANACEAE) 490 22.4 CONCLUSION 491 REFERENCE
|
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| illustrated | Illustrated |
| indexdate | 2024-07-09T22:39:47Z |
| institution | BVB |
| isbn | 9783642025495 9783642025501 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-020326712 |
| oclc_num | 600766214 |
| open_access_boolean | |
| owner | DE-11 DE-634 |
| owner_facet | DE-11 DE-634 |
| physical | XXI, 503 S. Ill., graph. Darst. |
| publishDate | 2010 |
| publishDateSearch | 2010 |
| publishDateSort | 2010 |
| publisher | Springer |
| record_format | marc |
| spelling | Desert plants biology and biotechnology K.G. Ramawat ed. Heidelberg [u.a.] Springer 2010 XXI, 503 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Autökologie (DE-588)4143684-2 gnd rswk-swf Biotechnologie (DE-588)4069491-4 gnd rswk-swf Wüstenpflanzen (DE-588)4190312-2 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Wüstenpflanzen (DE-588)4190312-2 s Autökologie (DE-588)4143684-2 s Biotechnologie (DE-588)4069491-4 s DE-604 Ramawat, Kishan Gopal 1952- (DE-588)134171748 edt DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020326712&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Desert plants biology and biotechnology Autökologie (DE-588)4143684-2 gnd Biotechnologie (DE-588)4069491-4 gnd Wüstenpflanzen (DE-588)4190312-2 gnd |
| subject_GND | (DE-588)4143684-2 (DE-588)4069491-4 (DE-588)4190312-2 (DE-588)4143413-4 |
| title | Desert plants biology and biotechnology |
| title_auth | Desert plants biology and biotechnology |
| title_exact_search | Desert plants biology and biotechnology |
| title_full | Desert plants biology and biotechnology K.G. Ramawat ed. |
| title_fullStr | Desert plants biology and biotechnology K.G. Ramawat ed. |
| title_full_unstemmed | Desert plants biology and biotechnology K.G. Ramawat ed. |
| title_short | Desert plants |
| title_sort | desert plants biology and biotechnology |
| title_sub | biology and biotechnology |
| topic | Autökologie (DE-588)4143684-2 gnd Biotechnologie (DE-588)4069491-4 gnd Wüstenpflanzen (DE-588)4190312-2 gnd |
| topic_facet | Autökologie Biotechnologie Wüstenpflanzen Aufsatzsammlung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020326712&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT ramawatkishangopal desertplantsbiologyandbiotechnology |