measured aggression (r = .443, < .01) supports both the generalizability of our findings across p hemispheres and the importance of the equator as a biogeographic divide. Summarizing by metaphor, we view the CLASH model as a rickety lighthouse radiating flashes of insight. The most brilliant flashes of insight concern people’s differing degrees of future orientation and self-control along the north-south axis of locations of residence. These biogeographic beams of light may navigate scientists toward latitudinal, equatorial, and hemispheric upgradings of climato-economic modeling of human behavior. Table 1. The equatorial peaks of heat, poverty, and aggression. Heat stability = (-.727X) + (-.018X2) = .715*** Ŷ R2 a Northern gradient b = -.877*** = 1.825X r134 Ŷ Southern gradient = .729*** = 1.066X r33 Ŷ Equatorial peak c 00 36ꞌ S Economic poverty = (-.238X) + (-.007X2) = .321*** R2 Ŷ Northern gradient = -.591*** = .733X r129 Ŷ Southern gradient = .392** = .426X r38 Ŷ Equatorial peak 20 35ꞌ N
measured aggression (r = .443, p < .01) supports both the generalizability of our findings across hemispheres and the importance of the equator as a biogeographic divide. Summarizing by metaphor, we view the CLASH model as a rickety lighthouse radiating flashes of insight. The most brilliant flashes of insight concern people’s differing degrees of future orientation and self-control along the north-south axis of locations of residence. These biogeographic beams of light may navigate scientists toward latitudinal, equatorial, and hemispheric upgradings of climato-economic modeling of human behavior. Table 1. The equatorial peaks of heat, poverty, and aggression. Heat stability Ŷ = (-.727X) + (-.018X2) a R2 = .715*** Northern gradient b r134 = -.877*** Ŷ = 1.825X Southern gradient r33 = .729*** Ŷ = 1.066X Equatorial peak c 00 36ꞌ S Economic poverty Ŷ = (-.238X) + (-.007X2) R2 = .321*** Northern gradient r129 = -.591*** Ŷ = .733X Southern gradient r38 = .392** Ŷ = .426X Equatorial peak 20 35ꞌ N
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