Search alternatives:
largest decrease » larger decrease (Expand Search)
marked decrease » marked increase (Expand Search)
next decrease » next decade (Expand Search), mean decrease (Expand Search), next release (Expand Search)
largest decrease » larger decrease (Expand Search)
marked decrease » marked increase (Expand Search)
next decrease » next decade (Expand Search), mean decrease (Expand Search), next release (Expand Search)
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Influencing factors of APCA.
Published 2024“…When the spatial lag type is high-level advantage, the probability of stabilization of the low-level advantage decreases from 68.42% to 0.00%. 3) Nonfarm payrolls have the largest dampening effect at the 40% quantile.…”
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Temporal trends in APCA.
Published 2024“…When the spatial lag type is high-level advantage, the probability of stabilization of the low-level advantage decreases from 68.42% to 0.00%. 3) Nonfarm payrolls have the largest dampening effect at the 40% quantile.…”
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Traditional Markov transfer probability matrices.
Published 2024“…When the spatial lag type is high-level advantage, the probability of stabilization of the low-level advantage decreases from 68.42% to 0.00%. 3) Nonfarm payrolls have the largest dampening effect at the 40% quantile.…”
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Spatial Markov transfer probability matrix.
Published 2024“…When the spatial lag type is high-level advantage, the probability of stabilization of the low-level advantage decreases from 68.42% to 0.00%. 3) Nonfarm payrolls have the largest dampening effect at the 40% quantile.…”
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Three-dimensional kernel density of APCA.
Published 2024“…When the spatial lag type is high-level advantage, the probability of stabilization of the low-level advantage decreases from 68.42% to 0.00%. 3) Nonfarm payrolls have the largest dampening effect at the 40% quantile.…”
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