LEADER 00000cam  22000004a 4500 
001    ocm43070169 
003    OCoLC 
005    20101014010011.0 
008    990701t20002000cauab    b    001 0 eng   
010       99065100 
015    GBA0-Z9932 
019    45767255 
020    0126289751|qalkaline paper 
020    9780126289756|qalkaline paper 
035    (OCoLC)43070169 
035    (OCoLC)43070169|z(OCoLC)45767255 
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042    pcc 
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050 00 QL496.4|b.S56 2000 
070 0  QL496.4|b.S36 2000 
072  0 L300 
072  0 L001 
082 00 595.717|221 
084    42.75|2bcl 
100 1  Schowalter, Timothy Duane,|d1952- 
245 10 Insect ecology :|ban ecosystem approach /|cTimothy D. 
       Schowalter. 
264  1 San Diego :|bAcademic Press,|c[2000] 
264  4 |c©2000 
300    xi, 483 pages :|billustrations, map ;|c27 cm 
336    text|btxt|2rdacontent 
337    unmediated|bn|2rdamedia 
338    volume|bnc|2rdacarrier 
504    Includes bibliographical references (pages 423-461). 
505 00 |gI.|tScope of Insect Ecology|g3 --|gII.|tEcosystem 
       Ecology|g5 --|gIII.|tEnvironmental Change and Disturbance
       |g10 --|gIV.|tEcosystem Approach to Insect Ecology|g12 --
       |gSection I|tEcology of Individual Insects --|g2
       |tResponses to Abiotic Conditions|g17 --|gI.|tPhysical 
       Template|g18 --|gII.|tSurviving Variable Abiotic 
       Conditions|g33 --|gIII.|tFactors Affecting Dispersal 
       Behavior|g41 --|gIV.|tResponses to Anthropogenic Changes
       |g47 --|g3|tResource Acquisition|g49 --|gI.|tResource 
       Suitability|g50 --|gII.|tResource Acceptability|g68 --
       |gIII.|tResource Availability|g72 --|g4|tResource 
       Allocation|g85 --|gI.|tResource Budget|g85 --|gII.
       |tAllocation of Assimilated Resources|g87 --|gIII.
       |tEfficiency of Resource Use|g104 --|gSection II
       |tPopulation Ecology --|g5|tPopulation Systems|g113 --|gI.
       |tPopulation Structure|g113 --|gII.|tPopulation Processes
       |g123 --|gIII.|tLife History Characteristics|g130 --|gIV.
       |tParameter Estimation|g132 --|g6|tPopulation Dynamics
       |g137 --|gI.|tPopulation Fluctuation|g138 --|gII.|tFactors
       Affecting Population Size|g141 --|gIII.|tModels of 
       Population Change|g151 --|g7|tBiogeography|g161 --|gI.
       |tGeographic Distribution|g162 --|gII.|tSpatial Dynamics 
       of Populations|g167 --|gIII.|tAnthropogenic Effects on 
       Spatial Dynamics|g175 --|gIV.|tConservation Biology|g181 -
       -|gV.|tModels|g183 --|gSection III|tCommunity Ecology --
       |g8|tSpecies Interactions|g189 --|gI.|tClasses of 
       Interactions|g190 --|gII.|tFactors Affecting Interactions
       |g211 --|gIII.|tConsequences of Interactions|g217 --|g9
       |tCommunity Structure|g221 --|gI.|tApproaches to 
       Describing Communities|g222 --|gII.|tPatterns of Community
       Structure|g237 --|gIII.|tDeterminants of Community 
       Structure|g243 --|g10|tCommunity Dynamics|g249 --|gI.
       |tShort-Term Change in Community Structure|g250 --|gII.
       |tSuccessional Change in Community Structure|g250 --|gIII.
       |tPaleoecology|g265 --|gIV.|tDiversity versus Stability
       |g271 --|gSection IV|tEcosystem Level --|g11|tEcosystem 
       Structure and Function|g279 --|gI.|tEcosystem Structure
       |g280 --|gII.|tEnergy Flow|g283 --|gIII.|tBiogeochemical 
       Cycling|g290 --|gIV.|tClimate Modification|g300 --|gV.
       |tModeling|g303 --|g12|tHerbivory|g311 --|gI.|tTypes and 
       Patterns of Herbivory|g312 --|gII.|tEffects of Herbivory
       |g322 --|g13|tPollination, Seed Predation, and Seed 
       Dispersal|g343 --|gI.|tMechanisms and Patterns of 
       Pollination|g344 --|gII.|tEffects of Pollination|g348 --
       |gIII.|tMechanisms and Patterns of Seed Predation and 
       Dispersal|g350 --|gIV.|tEffects of Seed Predation and 
       Dispersal|g357 --|g14|tDecomposition and Pedogenesis|g361 
       --|gI.|tTypes and Patterns of Detritivory and Burrowing
       |g362 --|gII.|tEffects of Detritivory and Burrowing|g372 -
       -|g15|tInsects as Regulators of Ecosystem Processes|g389 -
       -|gI.|tDevelopment of the Concept|g390 --|gII.|tProperties
       of Cybernetic Systems|g394 --|gIII.|tEcosystems as 
       Cybernetic Systems|g395 --|gSection V|tSynthesis --|gIII.
       |tCritical Issues|g419. 
520 1  "Key features: integrates individual, population, 
       community, and ecosystem levels of ecological resolution; 
       illustrates the relationship of insect ecology to 
       disturbance dynamics and environmental change; relates 
       metapopulation dynamics to ecosystem structure and 
       function; demonstrates the ability of insect functional 
       groups to affect ecosystem and global processes, such as 
       primary production, biogeochemical cycling, and carbon 
       flux; and provides a context for evolution as feedback 
       between community modification of ecosystem conditions and
       selection of individual attributes regulating ecosystem 
       conditions."--BOOK JACKET. 
650  0 Insects|xEcology. 
856 42 |3Publisher description|uhttp://www.loc.gov/catdir/
       description/els033/99065100.html 
938    Baker & Taylor|bBKTY|c79.95|d79.95|i0126289751|n0003390836
       |sactive 
938    YBP Library Services|bYANK|n1619783 
938    Ingram|bINGR|n9780126289756 
994    02|bSTJ