When noisy CF signals (1 Hz random background CF activation in addition to the US-induced CF signal) were provided, the adaptive-PC timing model showed an increasingly confused response at longer ISIs.
Overall, the model simulations show increasingly widespread upper ocean – topographic coupling via flow instabilities as the horizontal resolution of the ocean models is increased, but fine resolution of mesoscale variability and the associated flow instabilities are required to obtain sufficient coupling.
And, as Wake Smith shows, increasingly feasible.
The MAPE for GFMAPR relative to each compared model showed that GFMAPR forecasts increasingly improved with increasing degree of variation in data.
But the team's model showed otherwise.
Higher cell doses showed increasingly shorter latency periods.
But this model increasingly shows signs of stress, as the many it serves cannot agree on how to harmonise it with the requirements of the digital age, where new working and living patterns prevail.
Scientists have developed increasingly precise models showing how global warming could affect places like Miami Beach, much of which could be underwater late in the century, and ski towns in the Rocky Mountains, many of which may no longer receive enough snow to draw winter tourists by 2050 or so.
Such models have increasingly shown their potential to: a) reduce gaps in patient health care (e.g., linking patients to health care providers and services), particularly for populations who face disproportionate barriers to health care; b) reduce duplication in patient health care provision; and c) facilitate health care communication and support for multiple stakeholders [ 47– 50].
Using a large dataset from 459 monitoring stations across the US Northeast, the models showed a tendency to overpredict extreme-event concentrations, with increasing bias and variance for increasingly extreme hydrologic conditions.
