Environmental biology

OpenStax

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Introduction enbio

1 Themes and concepts of biology enbio

2 The process of science enbio

2.1 The nature of science

2.2 Natural sciences

2.3 Scientific inquiry

2.4 Hypothesis testing

2.5 Basic and applied science

2.6 Reporting scientific work

2.7 Section summary

2.8 Art connections

3 The building blocks of molecules enbio

5 Biological molecules enbio

5.2 Carbon bonding

5.3 Carbohydrates

5.5 Steroids and waxes

5.7 Protein structure

5.8 Nucleic acids

5.9 Dna double-helical structure

5.10 Section summary

6 Introduction cells enbio

7 How cells are studied enbio

8 Comparing prokaryotic and eukaryotic cells enbio

9 Eukaryotic cells enbio

10 The cell membrane enbio

10.1 Fluid mosaic model

11 Passive transport enbio

12 Introduction obtain energy enbio

13 Energy and metabolism enbio

13.1 Metabolic pathways

13.3 Thermodynamics

13.4 Potential and kinetic energy

13.6 Section summary

14 Fermentation enbio

15 Introduction photosynthesis enbio

16 Appendix enbio

18 Biogeochemical cycles enbio

19 Biotechnology in medicine and agriculture enbio

20 The cell cycle enbio

21 Cloning and genetic engineering enbio

22 Community ecology enbio

22.1 Predation and herbivory

22.2 Defense mechanisms against predation and herbivory

22.3 Competitive exclusion principle

22.5 Commensalism

22.7 Parasitism

22.8 Characteristics of communities

22.9 Biodiversity

22.10 Foundation species

22.11 Keystone species

22.12 Community dynamics

22.13 Primary succession and pioneer species

22.14 Secondary succession

22.15 Section summary

23 Discovering how populations change enbio

23.1 Charles darwin and natural selection

23.2 Variation and adaptation

23.3 The modern synthesis

23.4 Population genetics

23.5 Section summary

24 Dna replication enbio

25 Energy flow through ecosystems enbio

26 Evidence of evolution enbio

27 The genome enbio

28 How genes are regulated enbio

29 The human population enbio

30 Importance of biodiversity enbio

31 Introduction biotechnology enbio

32 Introduction conservation & Biodiversity enbio

33 Introduction ecology enbio

34 Introduction ecosystems & Biosphere enbio

35 Introduction evolution & Its processes enbio

36 Introduction molecular biology enbio

37 Introduction patterns inheritance enbio

38 Introduction reproduction 2 enbio

39 Introduction reproduction enbio

40 Laws of inheritance enbio

40.1 Phenotypes and genotypes

40.2 Law of dominance

40.3 Monohybrid cross and the punnett square

40.4 Law of segregation

40.5 Test cross

40.6 Law of independent assortment

40.7 Section summary

41 Mendel’s experiments enbio

42 Photosynthesis enbio

43 Population demographics and dynamics enbio

44 Population growth and regulation enbio

45 The process of science enbio

46 Prokaryotic cell division enbio

47 Sexual reproduction enbio

48 The structure of dna enbio

48.1 The structure of rna

48.2 How dna is arranged in the cell

48.3 Section summary

49 Threats to biodiversity enbio

50 Transcription enbio

50.1 The central dogma: dna encodes rna; rna encodes protein

50.2 Transcription: from dna to mrna

50.3 Section summary

51 Translation enbio

Source: OpenStax, Environmental biology. OpenStax CNX. Aug 10, 2015 Download for free at https://legacy.cnx.org/content/col11863/1.1

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