Where in the transition matrix do the authors account for the regressions from one stage to another? Select one: a. The regressions are part of the probabilities for growth. b. The regressions are part of the fecundities. c. They don’t. The regressions in the life cycle diagram are omitted from the transition matrix. d. The life cycle diagram does not show probabilities for regression. e. The regressions are part of the probabilities for stasis. f. The regressions are part of the size class. 62 1238 2657 4322 sced seedling juvenile 33 116 adult 1 13 adult 2 aduk 4 adult 3 145 Segreteres 0.69 085 50000 Congo 0 Gy 0 S Gas 0 0 0 S6 G 0 0 0 0 0 Fig. 2- Mean life cycle graph of the population of Echinocactus platyacanthus (six populations, two transitons, n = 12 matrices, see Table 4) and the corresponding transition matrix A = {0}, fecundity (F, first row), stasis (s, main diagonal) and growth (G, subdiagonals). Nodes (ovals) indicate stage or size categories. Figures inside the ovals indicate the number of individuals per hectare for each category. Arrows indicate possible transitions (permanence, transition or regression) and the numbers beside them indicate the transition probability of an organism for follows that path. The contribution of each size class to reproduction by seed is also given in the upper arrows connecting nodes.

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