ABSTRACT

To cope with the abiotic stress-induced osmotic problems, plants adapt by either increasing uptake of inorganic ions from the external solution, or by de novo synthesis of organic compatible solutes acting as osmolytes. Of the osmoregulants and protectants discussed in this volume, trehalose, fructans, ectoine and citrulline, which are generated in

part I|86 pages

Mainly Theory

chapter Chapter 1|6 pages

The Beginning

chapter Chapter 2|6 pages

Evolution as an On-going Process

chapter Chapter 3|15 pages

Populations at Equilibrium: The Hardy-Weinberg Law

chapter Chapter 5|6 pages

Deviations from Equilibrium: Mutations

chapter Chapter 6|12 pages

Deviations from Equilibrium: Migration

chapter Chapter 7|16 pages

Deviations from Equilibrium: Non-random Mating

chapter Chapter 8|11 pages

Deviation from Equilibrium: Selection

part II|173 pages

Selection in Nature

chapter Chapter 9|12 pages

The Theory of Natural Selection: A Historical Outline

chapter Chapter 10|20 pages

Genetic Variation in Natural Populations

chapter Chapter 11|9 pages

Genetic Variation in Natural Populations (continued)

chapter Chapter 12|22 pages

Evolutionary Processes in Natural Populations

chapter Chapter 13|17 pages

Natural Selection and Adaptation

chapter Chapter 14|13 pages

Natural Selection and Polymorphism

chapter Chapter 15|14 pages

Classification of Selection Processes

chapter Chapter 16|11 pages

Evolution in Asexually-reproducing Populations

chapter Chapter 17|16 pages

Laboratory Populations as Models for Natural Selection

chapter Chapter 20|13 pages

Molecular Evolution

part III|69 pages

Macro-evolution

chapter Chapter 21|13 pages

The Concepts of ‘Species’ in Evolution

chapter Chapter 22|13 pages

Formation of New Species (Speciation)

chapter Chapter 23|18 pages

Speciation, Extinction of Species and Phylogeny

chapter Chapter 24|14 pages

Evolutionary Processes in Human Populations

chapter Chapter 25|7 pages

Strategies in Evolution