Population biology of plants
Population Biology of Plants defines a science of population biology for plants and other fixed organisms. The author describes the processes that determine the number of plants (and the number of plant parts), examines the separate stages in a general model of population behavior, the ways in which individual plants interfere with each others growth and risk of death and aspects of the behavior of animals that influence or determine the size of plant populations.
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Experiments Analogies and Models
Dispersal Dormancy and Recruitment
The Seed Rain
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achenes age structure animals annual annual plants assimilation rate behaviour canopy changes Chapter clonal clover colonization competition crop curves cycle death defoliation density stress determined dispersal distribution diversity dormancy dry weight ecological effects environment establishment experiment experimental favoured flowering forest fronds genetic genotypes germination grass grassland grazing growing growth rate habitats Harper harvest increase individuals interaction leaf area Leaf Area Index leaves light intensity Lolium perenne mixture monophagous mortality natural natural selection neighbours nitrogen number of seeds nutrients occur pasture pathogens perennial period phase Pinus plant population plots polymorphism polyphagous population biology predators produced pure stands ramets Ranunculus recruitment relationship relative reproductive rhizome root system rosettes season seed bank seed production seedlings selection shoots shown in Fig soil surface sown species survivorship survivorship curves sward tillers tion trees Trifolium repens Trifolium subterraneum variation vegetation weed yield