The Physiology of Flowering Plants - KHAM PHA MOI

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6 INTRODUCTIONComplementary readingAnderson, J. W. & Beardall, J. Molecular Activities <strong>of</strong> Plant Cells. Oxford:Blackwell, 1991.Dennis, D. T., Turpin, D. H., Lefebvre, D. D. & Layzell, D. B., eds. PlantMetabolism, 2nd edn. Harlow: Addison Wesley Longman, 1997.Gunning, B. E. S. & Steer, M. W. Plant Cell Biology, Structure and Function.Sudbury, MA: Jones & Bartlett, 1996.Lea, P. J. & Leegood, R. C., eds. Plant Biochemistry and Molecular Biology, 2nd edn.Chichester: Wiley, 1999.Mauseth, J. D. Plant Anatomy. Menlo Park, CA: Benjamin/Cummings, 1988.Mauseth, J. D. Botany: an Introduction to Plant Biology, 2nd edn. Sudbury,MA: Jones & Bartlett, 1998.Taiz, L. & Zeiger, E. Plant <strong>Physiology</strong>, 3rd edn. Sunderland, MA: Sinauer, 2003.Troughton, J. & Donaldson, L. A. Probing Plant Structure. London: Chapman &Hall, 1972.
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Page 8: The Physiology of Flowering PlantsF
Page 12: ContentsPrefacepage ixChapter 1 Int
Page 16: CONTENTSVIIChapter 10 Photomorphoge
Page 20: PrefaceThe history of this book dat
Page 24: Chapter 1Introduction1.1 Appreciati
Page 28: MOLECULAR BIOLOGY AND PLANT PHYSIOL
Page 32: OUTLINE OF THE TEXT 5all organisms
Page 40: Chapter 2Flow of energy and carbont
Page 44: ENERGY FLOW AND CARBON TURNOVER IN
Page 48: PHOTOSYNTHESIS: LIGHT ABSORPTION AN
Page 60: THE FIXATION OF CARBON DIOXIDE 19Th
Page 66: 22 FLOW OF ENERGY AND CARBON THROUG
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32 FLOW OF ENERGY AND CARBON THROUG
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Chapter 3Water relations3.1 Introdu
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62 WATER RELATIONS(1) In plant cell
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64 WATER RELATIONSshrinking cell co
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66 WATER RELATIONSA small drop of p
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68 WATER RELATIONS3.4 Water relatio
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70 WATER RELATIONSFig: 3:4 Scanning
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72 WATER RELATIONSFig: 3:5 The stru
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74 WATER RELATIONSEPIDERMISCORTEXEN
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76 WATER RELATIONScontinuous cylind
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78 WATER RELATIONSmaximally to 10 m
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80 WATER RELATIONSput at about only
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82 WATER RELATIONSthat xylem sap is
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84 WATER RELATIONSFig: 3:10 Bypassi
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86 WATER RELATIONSof high sugar con
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88 WATER RELATIONSthe soil. The val
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90 WATER RELATIONS3.6.3 Stomatal co
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92 WATER RELATIONSA5 µmThat is the
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94 WATER RELATIONSFig: 3:16 Scannin
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96 WATER RELATIONS(3) Low surface :
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98 WATER RELATIONSMeylan, B. A. & B
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Chapter 4Mineral nutrition4.1 Intro
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102 MINERAL NUTRITIONTable 4.1 Macr
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104 MINERAL NUTRITIONwhich act as e
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106 MINERAL NUTRITIONIt also is nee
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108 MINERAL NUTRITIONlie not just o
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110 MINERAL NUTRITIONthrough the pl
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112 MINERAL NUTRITIONMovement in th
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114 MINERAL NUTRITIONdetect the ele
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116 MINERAL NUTRITIONMechanisms of
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118 MINERAL NUTRITION(3) Channels.
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120 MINERAL NUTRITIONTable 4.4 The
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122 MINERAL NUTRITION(Amanita musca
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124 MINERAL NUTRITIONare also able
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126 MINERAL NUTRITIONdivide and for
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128 MINERAL NUTRITIONDeath and acti
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130 MINERAL NUTRITION4.5.2 Mineral
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132 MINERAL NUTRITIONTester, M. (19
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134 TRANSLOCATION OF ORGANIC COMPOU
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Part IIGrowth and development
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162 GROWTH AS A QUANTITATIVE PROCES
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178 PLANT GROWTH HORMONES7.2 Plant
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180 PLANT GROWTH HORMONESFig: 7:1 D
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182 PLANT GROWTH HORMONESAuxin and
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184 PLANT GROWTH HORMONESof effects
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186 PLANT GROWTH HORMONESspeeds usi
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188 PLANT GROWTH HORMONESExposure o
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190 PLANT GROWTH HORMONESHowever, i
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192 PLANT GROWTH HORMONESWith the a
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194 PLANT GROWTH HORMONESABFig: 7:8
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196 PLANT GROWTH HORMONEScoleoptile
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198 PLANT GROWTH HORMONESBox 7.2Mut
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200 PLANT GROWTH HORMONESFig: 7:11
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202 PLANT GROWTH HORMONESdye bound
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204 PLANT GROWTH HORMONESMartin, D.
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206 CELL GROWTH AND DIFFERENTIATION
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222 VEGETATIVE DEVELOPMENTFig: 9:1
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224 VEGETATIVE DEVELOPMENTis possib
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228 VEGETATIVE DEVELOPMENTmeristema
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230 VEGETATIVE DEVELOPMENTDifferent
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232 VEGETATIVE DEVELOPMENTInteresti
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238 VEGETATIVE DEVELOPMENTBox 9.5Th
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Division frequencyElongation rate24
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242 VEGETATIVE DEVELOPMENTstems, fo
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244 VEGETATIVE DEVELOPMENTHareven,
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Chapter 10Photomorphogenesis10.1 In
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248 PHOTOMORPHOGENESISABbelow that
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250 PHOTOMORPHOGENESISFig: 10:5 The
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252 PHOTOMORPHOGENESISIf dark-grown
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254 PHOTOMORPHOGENESISantagonistic;
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256 PHOTOMORPHOGENESISproposed role
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258 PHOTOMORPHOGENESIS10.6.1 Phytoc
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260 PHOTOMORPHOGENESISTable 10.3 Ph
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Specific leaf area (cm 2 g -1 )262
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264 PHOTOMORPHOGENESISFig: 10:13 Th
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266 PHOTOMORPHOGENESISFig: 10:14 Si
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268 PHOTOMORPHOGENESISReferencesAhm
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Chapter 11Reproductive development1
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272 REPRODUCTIVE DEVELOPMENTdays in
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274 REPRODUCTIVE DEVELOPMENTFig: 11
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276 REPRODUCTIVE DEVELOPMENTdividin
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278 REPRODUCTIVE DEVELOPMENTre-root
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282 REPRODUCTIVE DEVELOPMENTdetermi
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284 REPRODUCTIVE DEVELOPMENTAPEXCEN
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288 REPRODUCTIVE DEVELOPMENTBox 11.
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292 REPRODUCTIVE DEVELOPMENTdevelop
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294 REPRODUCTIVE DEVELOPMENTMEGASPO
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298 REPRODUCTIVE DEVELOPMENTSporoph
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300 REPRODUCTIVE DEVELOPMENTexpress
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304 REPRODUCTIVE DEVELOPMENT(invert
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Table 11.3 Lipid content of plant o
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310 REPRODUCTIVE DEVELOPMENTOne of
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316 REPRODUCTIVE DEVELOPMENT(glucon
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Chapter 12Growth movements12.1 Intr
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320 GROWTH MOVEMENTSmovement, direc
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322 GROWTH MOVEMENTSFig: 12:4 Varia
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324 GROWTH MOVEMENTS* How does the
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326 GROWTH MOVEMENTSClear demonstra
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328 GROWTH MOVEMENTSDO AUXIN GRADIE
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330 GROWTH MOVEMENTStomato, maize a
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332 GROWTH MOVEMENTSFig: 12:9 Centr
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334 GROWTH MOVEMENTSFig: 12:11 Opti
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336 GROWTH MOVEMENTSinterior of the
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338 GROWTH MOVEMENTSFig: 12:15 Alte
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340 GROWTH MOVEMENTSresponse to blu
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342 GROWTH MOVEMENTSBriggs, W. R. &
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Chapter 13Resistance to stress13.1
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346 RESISTANCE TO STRESSFig: 13:1 G
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348 RESISTANCE TO STRESSmainly from
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350 RESISTANCE TO STRESSsubjected t
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352 RESISTANCE TO STRESSswitched of
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354 RESISTANCE TO STRESS13.3.5 Sali
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356 RESISTANCE TO STRESSPROTEIN IN
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358 RESISTANCE TO STRESSFig: 13:8 C
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360 RESISTANCE TO STRESSOne obvious
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362 RESISTANCE TO STRESSBox 13.1Som
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364 RESISTANCE TO STRESSFig: 13:11
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366 RESISTANCE TO STRESSare believe
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368 RESISTANCE TO STRESSinvolvement
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370 RESISTANCE TO STRESSBox 13.3Con
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372 RESISTANCE TO STRESSKishor, P.
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374 APPENDIXSI unitsPreviously empl
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IndexPage numbers in italics refer
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378 INDEXBromeliaceae 29bromeliads
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380 INDEXdevelopmentenvironmental c
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382 INDEXgene (cont.)promoter 147re
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384 INDEXleaf (cont.)cell division
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386 INDEXorganelle division 163, 21
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388 INDEXpotato 143, 213, 298PPP se
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390 INDEXsoil (cont.)sandy 68, 86se
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392 INDEXwater (cont.)deficit stres
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