To solve the model effectively, this paper also proposes a fix-and-optimize heuristic based on the evolutionary fire-fly algorithm.
The examples used in this paper are derived primarily from studies of ponderosa pine-dominated forests of the Inland West of the USA; these forests have some of the shortest historical fire-return intervals of any forest type, and thus the evolutionary role of fire in shaping these forests is likely the strongest.
Today, even areas with a long evolutionary history of fire, including the Mediterranean, southern Australia and western United States, are seeing higher risks of fire, a change associated with a warming climate and the growing number of people who live near densely forested landscapes.
However, the family Proteaceae can be traced to 113 Ma (Lower Cretaceous) [ 12] and holds promise as a demonstration of unconstrained evolutionary responses to fire as it is considered to have rainforest-climate (non-fireprone) origins and its extant fire-adapted traits in fireprone floras are well known.
Besides the overall global variability of biomes and cultures, common evolutionary patterns of fire regimes can be detected worldwide in relation to the geographical extension and intensification of human pressure on the land.
The repeated appearance of the trait in many different families, lineages and regions [ 1, 5– 7] suggests a strong capacity for evolutionary responses to fire in plants [ 2], and hence potential for convergent evolution.
Evolutionary correlation of fire-related seed storage/germination and fireprone environments was analyzed in BayesDiscrete[ 56].
Acknowledging contradictions in Darwin's thought and writings—"paradoxical" in Desmond and Moore's words nevertheless, they find "a moral passion firing his evolutionary work" (p. xviii), so much so that "human evolution wasn't his last piece in the evolution jigsaw; it was the first.
Mutations supply the fuel that fires the evolutionary machinery.
Much research has focused on how fire gave an evolutionary advantage to early humans.
