Plant systematics : the origin, interpretation, and ordering of plant biodiversity / Tod F. Stuessy, Daniel J. Crawford, Douglas E. Soltis, Pamela S. Soltis.

• Part I. Biodiversity and plant systematics -- 1. The importance of biodiversity -- 2. The relevance of systematics -- Part II. Systematic data -- 3. The structural world: morphology, anatomy, embryology, and palynology -- 4. The genetic revolution: cytogenetics, molecular biology, and population genetics -- 5. The environment: phytochemistry, reproductive biology, and ecology -- Part III. Evolutionary origins of plant biodiversity -- 6. Genetic diversity in plant populations -- 7. The distribution of genetic diversity within species -- 8. Primary or divergent speciation -- 9. Hybridization and homoploid hybrid speciation -- 10. Polyploidy -- Part IV. Phylogenetic interpretations of plant biodiversity -- 11. Characters used in phylogeny reconstruction -- 12. Methods of phylogeny reconstruction -- 13. Support measures -- 14. Congruence and consensus -- 15. Character evolution -- 16. Molecular clocks and molecular evolution -- Part V. Ordering plant biodiversity -- 17. The importance and universality of classification -- 18. Approaches to classification -- 19. Species -- 20. Subspecies, variety, and form -- 21. Genus, family, and higher categories -- Conclusion. The relationship and importance of plant systematics to biodiversity studies. 

Ämnesord

Växtsystematik2  (sao)

Plants  -- Classification (LCSH)

Genre

Klassifikation

580.1/2 (DDC)

Uf.01 (kssb/8 (machine generated))