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Poikilia
50 Ways to Present Living Nature’s Plenitude

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  • 0 Startseite
  • 01. Landscapes
  • 01.1 Garden Fresco
  • 02. Communities
  • 03. Zoological Gardens
  • 04. Aquaria
  • 05. Chambers
  • 06. Houses
  • 07. Installations
  • 08. Object Series
  • 09. Creations
  • 10. Gardens of Eden
  • 11. Naming Scenes
  • 12. Arks
  • 13. Difference Markers
  • 14. Hieroglyphics
  • 15. Signs of the Zodiac
  • 16. Logos
  • 17. Portraits
  • 18. Tables
  • 19. Scatter Patterns
  • 20. Hidden Object Pictures
  • 21. Picture Series
  • 22. Scene Stills
  • 23. Comics
  • 24. Films
  • 25. Tableaus
  • 26. Pies
  • 27. Distributions
  • 28. Graphical Models
  • 29. Ladders
  • 30. Trees
  • 31. Nets
  • 32. Circles
  • 33. Curves
  • 34. Straight Lines
  • 35. Maps
  • 36. Infographics
  • 37. Narratives
  • 38. Reports
  • 39. Descriptions
  • 40. Explanations
  • 41. Simple Lists
  • 42. Structured Lists
  • 43. Rhymes
  • 44. Free Verses
  • 45. Formulae
  • 46. Numerical Models
  • 47. Numerical Tables
  • 48. Single Numbers
  • 49. Fables
  • 50. Biodiversity’s Revenge
  • Impressum
  • Parerga
  • X. Texts
  • 48. Single Numbers

    1. Startseite>
    2. 48. Single Numbers
    Carolus Linnaeus 1749 Estimate of species numbers in major taxa, in Oeconomia naturae, p. 47engl. transl. by B. Stillingfleet, 1762
    Terry L. Erwin 1982 Insect richness of tropical forests, in The Coleopterists Bulletin 36
    William B. Whitman, David C. Coleman and William J. Wiebe 1998 Prokaryotes, the unseen majority, in PNAS 95
    Robert Costanza et al. 1997 The value of the world’s ecosystem services and natural capital, in Nature 387
    Stuart L. Pimm et al. 2014 The biodiversity of species and their rates of extinction, distribution, and protection, in Science 344
    Camilo Mora et al. 2011 How many species are there on earth and in the ocean, in PLOS Biology 9
    Kenneth J. Locey and Jay T. Lennon 2016 Scaling laws predict global microbial diversity, in PNAS 113

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