000			01974nam a2200349 a 4500
001			YBT0000000000001014
003			TR-IsYBT
005			20181219212646.0
007			t
008			180728s1994||||xx#|r01###||||#eng u
020			_a0412626209 _q, 0412364409
040			_btur _erda _c
041	0		_aeng
082	1	0	_a574.014 _bMI.B
100	1		_aMinelli, Alessandro
245	0		_aBiological systematics : _bthe state of the art/ _cAlessandro Minelli
250			_aFirst edition
264		1	_aLondon: _bChapman & Hall, _c1994
300			_axvi, 387 pages :illustrations ;24 cm
336			_ametin _btxt _2rdacontent
337			_aaracısız _bn _2rdamedia
338			_acilt _bnc _2rdacarrier
500			_aIncludes bibliographical references and indexes.
520	3		_a1. Systems and classifications. 1.1. Systematics and taxonomy. 1.2. Classification versus system. 1.3. Biological classifications from Andrea Cesalpino to the New Systematics. 1.4. Evolutionary systematics. 1.5. Numerical taxonomy. 1.6. Hennig’s phylogenetic systematics. 1.7. Contrasting systematic schools. 1.8. Towards a natural system of living organisms -- 2. Some steps in comparative biology. 2.1. Characters as ‘symptoms’ for recognizing taxa. 2.2. Characters for choice. 2.3. Homology. 2.4. Homoplasy. 2.5. Character coding. 2.6. Monophyly, paraphyly, polyphyly. 2.7. Determining character polarity. 2.8. Cladograms and trees. 2.9. Numerical methods for the reconstruction of phylogeny. 2.10. Ancestors. 2.11. Fossils and cladistic analysis. 2.12. Grouping and ranking. 2.13. Phylogeny versus adaptation -- 3. Biochemical and molecular systematics. 3.1. Micromolecules. 3.2. Macromolecules -- 4. The species. 4.1. Species concepts. 4.2. Taxonomic diversity within the specie
650		0	_aBiology -- Classification
650		0	_aTaxonomy
902			_a01014
903			_aDoğa Okulu Kütüphanesi
906			_aKitap
908			_aBasılı
909			_aKağıt
999			_c4018 _d4018