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  <title>Plant Adaptation :</title>
  <subTitle>Molecular Genetics and Ecology</subTitle>
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  <namePart>Q.C.B. Cronk</namePart>
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  <namePart>J. Whitton</namePart>
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  <namePart>R.H. Ree</namePart>
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   <roleTerm type="text">Editor</roleTerm>
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  <namePart>I.E.P. Taylor</namePart>
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   <placeTerm type="text">Ottawa</placeTerm>
   <publisher>NRC Research Press</publisher>
   <dateIssued>2004</dateIssued>
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 <note>Adaptive recursion is a term borrowed from computer sci-ence.  A  recursive  algorithm  is  a  program  that  runs  a  newversion  of  itself,  by  calling  itself  as  it  runs.  Such  recursioncan be used, for instance, when searching down a directorytree,  or,  in  the  case  of  adaptive  algorithms,  to  optimize  anoutcome (Smithies et al. 2004). There are obvious parallelsbetween   adaptive   algorithms   and   biological   adaptation.Adaptive  recursion  in  computing  involves  a  repeated  pro-cess,  the  repeat  being  dependent  upon  on  the  preceding  re-peat   in   a   particular   way.   In   biological   adaptation   the“adaptive  recursion”  is  the  cycle  from  gene  sequences  totheir  unfolding  as  functional  phenotypes  that  then  interactwith  the  environment  leading  to  gene  frequency  change  innatural populations, and so back to a different starting set ofgene  sequences.  The  programme  then  repeats  in  a  mannerthat is dependent on the previous iteration. In computing it isimportant  to  avoid  an  infinite  loop.  In  biology  however  therecursion  is  potentially  infinite,  only  terminated  on  extinc-tion.</note>
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  <topic>EBOOK</topic>
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  <topic>plant</topic>
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  <topic>ECOLOGY</topic>
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 <identifier type="isbn">0660193361</identifier>
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  <physicalLocation>e-BOOK UPT Perpustakaan Instiper Yogyakarta</physicalLocation>
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