John L. Cloudsley-Thompson

Evolution and Adaptation of Terrestrial Arthropods

• Broschiertes Buch

Produktbeschreibung

Thisisnotintendedtobeacomprehensivetextbookofentomology andarachnology,butratheraconcisesynthesisofcertainbasic informationrequiredfor BSc(Hons)andMSc(Entomology) examinations. Theapproachisprimarilyfunctional:forinstance, theskeletalandwaterproofingpropertiesofthearthropodcuticle arediscussed,butnotitsbiochemistry;andIhaveincludedonly thosepointswithwhichIbelievealladvancedstudentsofthesub· jectoughttobefamiliar. Someaspectsaretodayregardedas outdated;othersdonotappearinanycurrenttexts,butIhave includedthembecauseIconsiderthemtobeimportant. Innoway, therefore,shouldthisberegardedasabookofreference. Tobe frank,itconsistsofamassofoversimplificationsandunqualified generalizationswhichareintendedtoclarifythecomplexprinciples underlyingthem. OncetheseprincipleshavebeenthorougWy grasped,thereaderwillhaveacquiredasufficientlybroadapproach tobeabletogetthebestvaluefrommoreadvancedtreatises. MythanksareduetoDrs. JohnDalingwater,AndrewMilner, andespeciallyPaulHillyardfortheiradviceonpalaeontological matters;toProfessorsEinarBursellforpermissiontouseFig. 8, takenfromhis An Introduction to Insect Physiology(Academic Press),NeilF. HadleyandtheEditorsof American Scientistto reproduceFigs. 52,53,andtoF. SchallerforFig. 42fromachap terhewroteinGupta(ed. ) Arthropod Phylogeny(VanNostrand Reinhold). Finally,IwouldliketoexpressmygratitudetoRoy Abrahamsforredrawingthefiguresshowinginsectwingvenations andtoEileenBerghfortypingthemanuscript. Thebookwas completedduringtenureofaLeverhulmeEmeritusFellowship whichIampleasedtoacknowledge,whileProfessorN. A. Mitchison FRSkindlyprovidedmewithaccommodationinUniversityCol· lege,London. J. L. CWUDSLEY-THOMPSON Contents 1 PalaeontologyandPhylogeny. . . . . . . . . . . . . . . . . . 1 1. 1 TheEarliestArthropodanFossils. . . . . . . . . . . . . . . . 1 1. 2 TheFirstTerrestrialArthropods. . . . . . . . . . . . . . . . . 2 1. 3 EvolutionintheArthropods. . . . . . . . . . . . . . . . . . . 4 1. 3. 1 EmbryologicalConsiderations. . . . . . . .. . . . . . . . . . 4 1. 3. 2 ComparativeMorphology. . . . . . . . . . . . . . . . . . . . . 5 1. 3. 3 MonophyleticorPolyphyleticOrigins. . . . . . . . . . . . . 6 FurtherReading. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 2 ImplicationsofLiveonLand. . . . . . . . . . . . . . . 10 2. 1 TheSignificanceofSize 10 2. 1. 1 Size,SkeletonsandAllometry 11 2. 1. 2 AllometricGrowth 12 2. 2 WaterRelations 12 2. 3 TheConquestoftheLand 14 2. 4 . TheIntegument 14 2. 4. 1 TheEndocuticle 15 2. 4. 2 TheExocuticle 15 2. 4. 3 TheEpicuticle 16 2. 5 GrowthandEcdysis 18 2. 6 Respiration:Lung-BooksandTracheae 19 2. 7 NutritionandExcretion 21 2. 7. 1 Nutrition 21 2. 7. 2 Excretion 22 2. 8 EcologicalConsiderationsofSize 23 FurtherReading 25 3 TheConquestoftheLandbyCrustacea. . . . . . . . . . . . 26 3. 1 TypesofAdaptation. . . . 26 3. 2 TransitionfromWatertoLandinAmphipoda 26 3. 3 TransitionfromWatertoLandinDecapoda 28 3. 4 TransitionfromWatertoLandinIsopoda 30 3. 4. 1 Morphology 30 3. 4. 2Physiology. . . . . . . . . . . . . . . . . . . . . . . . . . . 31 3. 4. 3 Behaviour 34 VIII Contents 3. 5 Conclusion 35 FurtherReading. . . . . . . . . . . . . . . . . . . . . . . . 36 4 InsectPhylogenyandtheOriginofFlight. . . . 37 4. 1 AncestryofInsects 37 4. 2 TheOriginofWings 38 4. 2. 1 Apte10taandtheAncestryofSpiders 39 4. 3 Paranota1Theory 40 4. 4 TrachealGillTheory . 42 4. 5 SelectionforFlight 43 4. 6 PhylogenyoftheLowerInsectOrders . 44 4. 6. 1 FossilEvidence .

Produktdetails

• Verlag: Springer / Springer Berlin Heidelberg / Springer, Berlin
• Artikelnr. des Verlages: 978-3-540-18188-0
• 1988.
• Seitenzahl: 152
• Erscheinungstermin: 7. April 1988
• Englisch
• Abmessung: 244mm x 170mm x 9mm
• Gewicht: 244g
• ISBN-13: 9783540181880
• ISBN-10: 3540181881
• Artikelnr.: 29013681

Inhaltsangabe

1 Palaeontology and Phytogeny.- 1.1 The Earliest Arthropodan Fossils.- 1.2 The First Terrestrial Arthropods.- 1.3 Evolution in the Arthropods.- 1.3.1 Embryological Considerations.- 1.3.2 Comparative Morphology.- 1.3.3 Monophyletic or Polyphyletic Origins.- Further Reading.- 2 Implications of Live on Land.- 2.1 The Significance of Size.- 2.1.1 Size, Skeletons and Allometry.- 2.1.2 Allometric Growth.- 2.2 Water Relations.- 2.3 The Conquest of the Land.- 2.4 The Integument.- 2.4.1 The Endocuticle.- 2.4.2 The Exocuticle.- 2.4.3 The Epicuticle.- 2.5 Growth and Ecdysis.- 2.6 Respiration: Lung-Books and Tracheae.- 2.7 Nutrition and Excretion.- 2.7.1 Nutrition.- 2.7.2 Excretion.- 2.8 Ecological Considerations of Size.- Further Reading.- 3 The Conquest of the Land by Crustacea.- 3.1 Types of Adaptation.- 3.2 Transition from Water to Land in Amphipoda.- 3.3 Transition from Water to Land in Decapoda.- 3.4 Transition from Water to Land in Isopoda.- 3.4.1 Morphology.- 3.4.2 Physiology.- 3.4.3 Behaviour.- 3.5 Conclusion.- Further Reading.- 4 Insect Phytogeny and the Origin of Flight.- 4.1 Ancestry of Insects.- 4.2 The Origin of Wings.- 4.2.1 Aptelota and the Ancestry of Spiders.- 4.3 Paranoial Theory.- 4.4 Tracheal Gill Theory.- 4.5 Selection for Flight.- 4.6 Phytogeny of the Lower Insect Orders.- 4.6.1 Fossil Evidence.- 4.6.2 Palaeoptera and Neoptera.- 4.7 Wing Venation.- 4.8 The 'Panorpoid Complex'.- 4.9 Insect Flight.- Further Reading.- 5 Evolutionary Trends in Reproduction.- 5.1 Spermatophores and Their Phylogenetic Significance.- 5.2 Functions of Aggregation and Courtship.- 5.2.1 Aggregation and Swarming in Insects.- 5.2.2 Courtship.- 5.3 Indirect Spermatophore Transfer via the Substrate.- 5.3.1 Arachnida.- 5.3.2 Uniramia.- 5.4 Indirect Sperm Transfer.- 5.4.1 Arachnida.- 5.4.2 Insecta.- 5.5 Direct Copulation with Free Sperm.- 5.6 Haemocoelic Insemination.- 5.7 Conclusion.- Further Reading.- 6 Adaptations to Extreme Environments.- 6.1 Desert Adaptations.- 6.1.1 Morphological Adaptations.- 6.1.2 Physiological Adaptations.- 6.1.3 Behaviour and Rhythmic Activity.- 6.2 Forest Adaptations.- 6.2.1 Cryptozoa.- 6.2.2 Flying Insects.- 6.3 Arctic and Alpine Adaptations.- 6.4 Littoral and Aquatic Adaptations.- 6.4.1 Respiratory Adaptations.- 6.4.2 Plastron Respiration.- 6.5 Cavernicolous Adaptations.- 6.6 Suspended Animation.- 6.6.1 Diapause.- 6.6.2 Cryptobiosis.- Further Reading.- 7 Dispersal and Migration.- 7.1 Migration in Relation to Habitat.- 7.1.1 The Evolution of Arthropod Migration.- 7.1.2 Types of Migratory Movement.- 7.2 Migration in Relation to Population Dynamics.- 7.3 Migration Without Flight.- 7.3.1 Mass Migration on the Ground.- 7.3.2 Ballooning.- 7.3.3 Phoresy.- 7.4 Meteorological Aspects of Air-Born Insect Migration.- 7.4.1 Locusts.- 7.5 Orientation During Migration.- 7.5.1 Butterflies.- 7.5.2 Night-Flying Moths.- 7.5.3 Time-Compensated Celestial Navigation.- 7.6 Migration and Diapause.- 7.6.1 Physiology.- Further Reading.- 8 Defensive Mechanisms.- 8.1 Concealment from Vertebrate Predators.- 8.1.1 Cryptic Coloration.- 8.1.2 Protective Resemblance.- 8.1.3 Disguise with the Aid of Adventitious Materials.- 8.2 Advertisement with Respect to Vertebrate Predators.- 8.2.1 Aposematic Coloration.- 8.2.2 Mimicry.- 8.2.3 Thanatosis and Deflection of Attack.- 8.2.4 Deimatic Behaviour.- 8.3 Chemical Defences.- 8.3.1 Venoms.- 8.3.2 Repugnatorial Fluids.- 8.3.3 Urticating Hairs.- 8.4 Defences Against Small Invertebrate Enemies.- 8.5 Avoidance of Parasites.- Further Reading.- 9 The Success of Terrestrial Arthropods.- 9.1 Criteria of Success.- 9.2 Reasons for Success.- 9.3 Adaptability.- 9.3.1 Evolution of Sucking Mouthparts.- 9.3.2 Ectoparasitic Adaptations.- 9.4 Conclusion.- Further Reading.