Sentences with phrase «modeling good boundaries»

By modeling good boundaries in various different ways, the therapist shows the clients the importance of boundaries and how to maintain them.

Not exact matches

So instead of everyone deciding everything, we've now moved to a model where we explicitly set the boundaries for what everyone is responsible for... and then trust them to do a good job.

Creative entrepreneur: If you possess a creative mind that feels constricted by boundaries and models, starting your own business is likely your best bet.

Howat and his team were able to figure this out by creating high - resolution topographic models of the glaciers and their boundaries, as well as a numerical model of exactly how much water was flowing off these coastal glaciers and ice caps — technology that wasn't available back in 1996.

Once we begin to think of our faith in terms of largeness instead of largess or in terms of measurable success or significant achievements or community stature or statistically significant gains or business models or congregational models or appropriate budget processes or cash flow direction or generally accepted accounting practices or independent audits or administrative requirements or managerial transparency or proper leadership roles and boundaries or membership trends or effective organizational structures or a current and accurate vision statement — at that point, we have become the money changers — we have lost our faith and deserve to be driven away for we are neither living nor sharing the Good News.

Parents who set good boundaries for themselves and for their children are modeling for the children, how, in turn, to set emotional and physical boundaries for themselves.

However, most grain boundaries in polycrystalline materials are so - called «general» grain boundaries of mixed tilt and twist character, which are not well understood due to the difficulties in characterizing and modeling them.

Even that model blurs the boundaries between production and racing cars, with its 195 kW / 265 PS (which can temporarily peak at 213 kW / 290 PS using the boost function) as well as aerodynamics that have been completely redesigned in many areas resulting in improved downforces.

I love Dan Siegel's model of the mind, which he has extending well outside the boundaries of the brain — and have written about how online connectedness can help expand what he calls our «we map.»

Are the observations of initial and boundary forcings of ocean models adequate to provide good simulations?

The fact that our model does a surprisingly good job with simulating the last 400,000 years of global ice volume, with no change in model physics and only one linear change in boundary conditions, argues for the fact that, despite plausible deficiencies, we have done a surprisingly good job of simulating the pattern of fluctuations in ice volume.

Because minimum temperatures in the stable boundary layer are not very robust measures of the heat content in the deep atmosphere and climate models do not predict minimum temperatures well, minimum temperatures should not be used as a surrogate for measures of deep atmosphere global warming.»

Although the later CM5B model scores marginally less well on your KL divergence measure, it has improved representation of the convective boundary layer and cumulus clouds, of tropical SW CRF and of mid-level cloud coverage.

In this thread you said: «It is well established that (most or all) climate models describe boundary value problems.»

As he points out, this doesn't guarantee a better regional climate simulation however, and some aspects, such as trends, can be quite sensitive to the lateral boundary conditions from global models (an inherent limitation for RCMs).

Van Haren et al (2012) also nicely illustrate the dependence of regional skill on lateral boundary conditions: simulations of (historic) precipitation trends for Europe failed to match the observed trends when lateral boundary conditions were provided from an ensemble of CMIP3 global climate model simulations, while a much better correspondence with observations was obtained when reanalyses were used as boundary condition.

Christy's work looks at the world from the bottom up and uncovers two inconsistencies that the models do not see... boundary mountains responding differently from the valley and irrigation producing warming as well as cooling.

Regional models are better able to define the boundaries of snow, sleet, freezing rain, and rain; determine more precisely where aircraft may encounter icing conditions or where transport on roads may be unwise.

Let's suppose some models do a better jobs of reproducing OSR (or perhaps seasonal changes in OSR) from areas with marine boundary layer clouds.

There are many diverse limitations on models — computer power and grid size, processes that happens at sub-grid scale and how well they are defined, how well known the starting point or boundary conditions are, etc..

However the model structure, assumptions, and data assimilation methods, whatever their uncertainties and differences, are better than extrapolation or kriging over long distances or across land / sea / ice boundaries.

The GCM models themselves use numerical methods and boundary condition assumptions appropriate to solutions of well behaved equations in what in the end is a perturbative expansion method.

In addition, as land surface heterogeneity is a crucial part in high - resolution modeling especially with respect to land surface changes, we want to dedicate a larger part of the input data session to efforts of generating high - resolution land surface data sets (and time series of these) applicable as lower boundary conditions in atmospheric reanalysis systems as well as in coupled reanalysis approaches.

Further investigation using high - resolution modeling approaches that better resolve the boundary conditions and fine - scale physical processes (44 ⇓ — 46) and / or using analyses that focus on the underlying large - scale climate dynamics of individual extreme events (8) could help to overcome the limitations of simulated precipitation and temperature in the current generation of global climate models.

By contrast, the atmosphere has a simple surface boundary and free fluid flow and a lot more observations to verify models with, so they know well if they are right or wrong.

These models may well be significantly affected by increases in marine boundary layer ozone loss, but since they have only just started to be used to simulate 20th and early 21st Century changes, it is very unclear what difference it will make at the large scale.

After looking at the various elements of the climate models, they judged that there was little to do with the dynamical core of the atmospheric model (that it was quite mature and performing quite well), although there were issues with the parameterizations of convection and the atmospheric boundary layer.

But a reminder, you are doing V&V on the dynamic core, the bottom boundary conditions (like orography), each individual parameterization (e.g. radiative transfer, convection, boundary layer, clouds, etc), and in the case of coupled models the ocean module, the sea ice module, the land process module, the aerosol module (and in future the ice sheet module), in stand alone mode as well as when coupled in the climate model.

However, while the horizontal resolution of 2.5 ° (T42) or better in the atmospheric component of many coupled models is probably adequate to resolve most important features, the typical vertical resolution of around 20 levels is probably too low, particularly in the atmospheric boundary layer and near the tropopause.

I am trained in relationship models of attachment that inform healthy dating, especially if you realize you don't want to repeat old patterns, need better boundaries, or if you relate to the term «codependency.»

They themselves neither have nor model good relationship skills, including cooperation, healthy boundaries, assertiveness, and conflict resolution.

The model can be categorized as a form of «authoritative» parenting — one that promotes a strong parent - to - child connection, as well as clear boundaries / limits.

One of the ways in which a therapist helps a client to learn how to have healthy boundaries is by modeling and maintaining good boundaries in the therapeutic relationship.