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This Concept Map, created with IHMC CmapTools, has information related to: Pop Dynamics 021615afterclass, the textbook suggests that negative "r" values have been associated with environmental pollutants, and the more extreme the pollutant the more negative the "r" value., data are complete for example plants that grow from seed --> plant --> flower --> seed in one year ("annual"), animals: including aquatic vertebrates, the rate of increase / decrease in a population with overlapping generations & births throughout a year such that a declining population's value range is...., group of individuals of the same age class analogous to a video or movie (that captures information over time), decreases due to deaths, relatively easy to collect data for example Dall sheep Estimate age by counting the rings on horns, (1) changes in a population's size (# of individuals) (p. 219) either increases, (1) changes in a population's size (# of individuals) (p. 219) either decreases, the ratio of the population at time N(t+1) vs. N(t) with the equation being lambda = .... (p. 233) with the "biological meaning" of this measure, immigration leading to the following Population Size Equation N(t) = N(t-1)+N(I)+N(B)-N(D)-N(E), fluctuations / changes within a population's (1) size; (2) survivorship rates of different age classes; (3) rates of increase / decrease over time with (1) changes in a population's size (# of individuals) (p. 219), 1 of 3 Survivorship Curves (Fig. 10.18) classified as Type I Survivorship Curve, ???? with the "biological meaning" of this measure, species that produce a large number of offspring, and do not exhibit parental care of them. for example: plants:, dispersal (movement from natal area) for example increase in population sizes of africanized honeybees in North, Central, & South America (Fig. 10.1 ), plants that grow from seed --> plant --> flower --> seed in one year ("annual") for example goldenrod, species that produce few offspring and show strong "parental care" for offspring for example humans (as you would have seen by constructing Survivorship Curves from Cemetery Demography data), Type I Survivorship Curve characterized by high survival (low mortality) of juveniles , followed by a rapid decline in survival (= high mortalilty) among older individuals, immigration as a consequence of dispersal (movement from natal area)