An
idealized model is a simplified representation of something that ignores certain complexities or imperfections to make understanding and analysis easier. It is a way of looking at things that focuses on the most important aspects while ignoring minor details.
Full definition
The challenge for teachers and teacher educators is to find ways to confront
idealized models of the good teacher who succeeds with every student....
GCMs often play a conservative role as a counterpoint to speculation or
idealized modeling regarding «tipping points» or abrupt climate change, in favor of gradual, more linear climate response to external forcing.
Idealized models of hurricane formation and structure are needed to understand the fundamental fluid dynamics and thermodynamics of these storms, as well as the behavior of our more realistic models.
«The majority of previous studies have relied on conceptual,
idealized models, which are not physically and geologically accurate,» Liu said.
Having discovered the power and gratification of condemning, even exterminating, whole populations that violate
their idealized model of the world, they can hardly be expected to balk at a little verbal abuse.
These investigations revealed that traditional,
idealized models are inherently different from actual roads found in cities such as Tacloban.
EMH is just
an idealized model to start with when teachers try to explain how stock markets work.
In a recent article in the Journal of Atmospheric Sciences (Wills et al. 2017), we study the physical mechanisms responsible for the Walker circulation weakening in
an idealized model.
Magnusdottir, G., and P. H. Haynes, 1995:
Idealized modelling of the interactions of planetary waves with the subtropics.
Synthesize results from theoretical,
idealized models, and more complex GCM investigations into a common conceptual framework regarding key AMOC variability mechanisms and identify the resulting predictability of the AMOC.
Additional information on the frequency - dependent interplay between AMOC and the NAO is provided in
the idealized modeling study of Delworth and Zeng (2016).
Although our results are based on
an idealized modeling framework that captures only naturally occurring climate variations, they clearly suggest that decadal climate predictions for soil hydrological conditions are feasible and may become beneficial for forestry, water management, and agriculture.
Although the potential predictability in
our idealized modeling framework would overestimate the real predictability of the coupled climate - land - vegetation system, the decadal climate prediction may become beneficial for water resource management, forestry, and agriculture.
We discuss the limitations of
our idealized modeling framework in Sect. 5, and conclude this study in Sect. 6.
Expand the use of eddy - resolving models, particularly in regional / process studies designed to: i) test the robustness of AMOC variability mechanisms identified in coarser GCMs or
idealized models; ii) address the origins of persistent model bias in the North Atlantic region (e.g., Gulf Stream separation and the North Atlantic Current path); and iii) assess the role of ocean turbulence in AMOC variability.
Synthesize results from theoretical,
idealized models, and complex GCM investigations into a common conceptual framework regarding key AMOC variability mechanisms and identify the resulting predictability of the AMOC.
An Idealized Model of the Circulation Pattern and Amplitude in the Oceanic Basins.»