It suggests that tree - line vegetation is in
a dynamic equilibrium with climate in the absence of other external disturbances; this is emphasized by spruce reaction through phenotypic adaptation — a shift from stunted individuals (krummholz) to normal trees (forest)-- and differential regeneration.
Nowhere in the atmosphere is at equilibrium (except in the sense of
a dynamic equilibrium with continuous energy flows).
Human water vapour emissions are irrelevant, as water vapour is in
dynamic equilibrium with ocean water, an equilibrium controlled by global mean temperature, i.e., other greenhouse gases etc..
However, the binding of GluA2 to ABP / GRIP is in
dynamic equilibrium with PICK1, due to the phosphorylation status of Ser880 (Matsuda et al 1999, Chung et al 2000).
Lastly, if as a mentor you have tried your best but have been unable to achieve
dynamic equilibrium with your mentee, finish the relationship on a positive note anyway.
Not exact matches
Boy, to say there's no risk is folly: It's definitely a very competitive,
dynamic market,
with a new
equilibrium forming between electronic sales and bricks - and - mortar.
Soil processes
with respect to carbon are characterized by the
dynamic equilibrium of input (photosynthesis) and output (respiration).
They applied the trick to describe other out - of -
equilibrium phase transitions, such as a
dynamic Mott transition and a spin system, and saw the results agreed
with either observed experiments or simulations.
The
dynamic equilibrium between binary and ternary complexes was found to be regulated by the negative feedback inhibitor USP18, which explains how differential cellular activity of IFNs is correlated
with their receptor binding activity.
As I said
with the adaptogenic nature of reishi, it's always trying to bring us into a state of
dynamic equilibrium.
When that
dynamic equilibrium is disturbed because a mechanism emerges that changes the game (be it transient or not), the
equilibrium temperature changes
with that throughput.
Set in context it is immediately clear what they mean
with «decades to respond», the time it takes for the system to arrive at a new
dynamic equilibrium, a lag caused by the thermal inertia mainly from the oceans.
The same as most other
dynamic equilibriums involving a sink (s) and temperature variable transport fluid (air or liquid) that interfaces
with the sinks (s).
Ah, bobdroege reappears, after being repeatedly shot down on the recent thread
with his ludicrous «theory» that a static, closed, laboratory gas cylinder in
equilibrium is somehow analogous to the
dynamic, open, not - in - vertical -
equilibrium 100 km atmosphere in a gravity - field, and his false claim that NASA used «circular reasoning» in deriving the «NASA Fact Sheet» physical values for Venus.
I spent 15 years working daily
with dynamic and passive
equilibriums, also designing various systems to alter the residual state of
equilibriums for clients.
Efficient models can be run to
equilibrium with a
dynamic ocean.
It should be remembered that this is a
dynamic response where T represents a temporary deviation from the temperature that would be at
equilibrium with the instantaneous ocean pCO2 level.
The calculations by Kuang 2010 in which a
dynamic model of radiative - convective
equilibrium is perturbed systematically
with different heat (and moisture) sources suggests that this is the path of least resistance for a convecting atmosphere, but that there are other possibilities as well — I need to understand this paper better.