000			05544nam a2200301 i 4500
008			970922s1998 enka b 001 0 eng
010			_a97035219
020			_a0521570484 _q(hardback)
020			_a0521578906 _q(paperback)
040			_aDLC _beng _cDLC _dYAM _dC#P _dOUN _dBAUN _erda
049			_aBAUN_MERKEZ
050	0	4	_aQL463 _b.C48 1998
100	1		_aChapman, R. F. _q(Reginald Frederick)
245	1	4	_aThe insects : _bstructure and function / _cR.F. Chapman
250			_a4th ed
264		1	_aCambridge, U.K. ; _aNew York : _bCambridge University Press, _c1998.
300			_axvii, 770 pages : _billustrations ; _c26 cm
336			_atext _btxt _2rdacontent
337			_aunmediated _bn _2rdamedia
338			_avolume _bnc _2rdacarrier
504			_aIncludes bibliographical references and indexes
505	0	0	_tTable Of Contents: _tPreface _tAcknowledgments _tPART I The Head, Ingestion, Utilization and Distribution of Food _tHead _tHead _tNeck _tAntennae _tReferences _tMouthparts and feeding _tEctognathous mouthparts _tMechanics and control of feeding _tRegulation of feeding _tThe consequences of feeding _tHead glands _tReferences _tAlimentary canal, digestion and absorption _tAlimentary canal _tPassage of food through the gut _tDigestion _tAbsorption _tEfficiency of digestion and absorption _tReferences _tNutrition _tNutritional requirements _tBalance of nutrients _tFeeding on nutritionally poor substrates _tNutritional effects on growth and development _tReferences _tCirculatory system, blood and immune system _tCirculatory system _tHemolymph _tImmunity _tConnective tissue _tReferences _tFat body _tStructure _tFunctions _tReference _tPART II The Thorax and Locomotion _tThrax _tSegmentation _tThrax _tReferences _tLegs and locomotion _tBasic structure of the legs _tModifications of the basic leg structure _tMaintenance of stance _tLocomotion _tLocomotion in aquatic insects _tReferences _tWings and flight _tOccurrence and structure of wings _tModification of the wings _tWing coupling _tArticulation of the wings with the thorax _tSensilla on the wings and the halteres _tMuscles associated with the wings _tMechanisms of wing movement _tMovements of the wings _tAerodynamics _tControl of wingbeat _tStability in flight _tPower for flight _tReferences _tMuscles _tStructure _tChanges during development _tMuscle contraction _tMuscular control in the intact insect _tReferences _tPART III The Abdomen, Reproduction and Development _tAbdomen _tSegmentation _tAbdominal appendages and outgrowths _tReferences _tReproductive system: male _tAnatomy of the internal reproductive organs _tSpermatozoa _tTransfer of sperm to the female _tOther effects of mating _tSperm capacitation _tReferences _tReproductive system: female _tAnatomy of the internal reproductive organs _tOogenesis _tOvulation _tFertilization of the egg _tOviposition _tReferences _tThe egg and embryology _tThe egg _tEmbryology _tViviparity _tPolyembryony _tParthenogenesis _tPedogenesis _tReferences _tPostembryonic development _tHatching _tLarval development _tMetamorphosis _tControl of postembryonic development _tPolyphenism _tDiapause _tReferences _tPART IV The Integument, Gas Exchange and Homeostasis _tIntegument _tEpidermis _tBasic structure of cuticle _tDifferent types of cuticle _tMolting _tCuticle formation _tExpansion of the new cuticle _tChanges in the intermoult cuticle _tFunctions of the cuticle _tReferences _tGaseous exchange _tTracheal system _tSpiracles _tCutaneous respiration _tGaseous exchange in terrestrial insects _tGaseous exchange in aquatic insects _tInsects subject to occasional submersion _tGas exchange in endo-parasitic insects _tOther functions of the tracheal system _tRespiratory pigments _tReferences _tExcretion and salt and water regulation _tExcretory system _tNitrogenous excretion _tUrine production _tWater regulation _tNon-excretory functions of the Malpighian tubules _tNephrocytes _tDetoxification _tReferences _tThermal relations _tBody temperature _tThermoregulation _tBehavior and survival at low temperatures _tActivity and survival at high temperatures _tAcclimation _tCryptobiosis _tTemperature and humidity receptors _tTemperature-related changes in the nervous system _tReferences _tPART V Communication _tA. Physiological Co-ordination Within the Insect _tNervous system _tBasic components _tBasic functioning _tAnatomy of the nervous system _tBrain _tControlling behavior _tReferences _tEndocrine system _tChemical structure of hormones _tEndocrine organs _tTransport of hormones _tRegulation of hormone titer _tMode of action of hormones _tReferences _tB. Perception of the Environment _tVision _tCompound eyes _tFunctioning of the eye _tVision _tDorsal ocelli _tStemmata _tOther visual receptors _tReferences _tMechanoreception _tCuticular mechanoreceptors _tChordotonal organs _tStretch receptors _tReferences _tChemoreception _tOlfaction _tContact chemoreception _tReferences _tC. Communication with Other Organisms _tVisual signals: color and light production _tThe nature of color _tPhysical colors _tPigmentary colors _tThe colors of insects _tColor change _tSignificance of color _tLight production _tReferences _tMechanical communication: producing sound and substrate vibrations _tMechanisms producing vibrations _tSignal transmission _tPatterns of vibrational signals _tNeural regulation of sound production _tSignificance of vibrational signals _tReferences _tChemical communication: pheromones and chemicals with interspecific significance _tPheromones _tSecretions with interspecific significance _tReferences _tTaxonomic index _tSubject index
650		0	_aInsects
710	2		_972911 _aCambridge University Press.
900			_a31187
900			_bsatın
942			_2lcc _cKT
999			_c27851 _d27851