«This is another process by which
dynamic changes in the atmosphere can make changes in sea ice that are not necessarily expected.»
Not exact matches
However if we concede first — especially if it's early — then the whole
dynamic of the tie
changes and most likely, the
atmosphere in the ground
changes too.
«We will be using these two missions together to understand how
dynamic weather systems are reflected
in the upper
atmosphere, and how these
changes impact the ionosphere,» said England.
The authors identified that approximately 2/3 of the increased risk could be attributed to thermodynamic
changes in the
atmosphere, and 1/3 to
dynamic changes.
While
dynamic changes are often seen
in the
atmospheres of gas planets like Jupiter and Saturn, solid bodies tend to be more static
in appearance.
If someone has good references addressing the related
changes in these two rates of flow (H2O and latent heat)
in our
dynamic atmosphere (round Earth rotating on a tilted axis while revolving around the sun — and having a surface that is 70 % H2O, with other areas land but «not dry») I would like to see them.
eg «These studies provide new insights on the sensitivity and response of meridional ocean circulation to melt water inputs to the North Atlantic high latitudes (e.g., Bamberg et al., 2010; Irvali et al., 2012; Morley et al., 2011) and their potential role
in amplifying small radiative variations into large a climate response through
dynamic changes in ocean -
atmosphere interactions (e.g., Morely et al., 2011; Irvali et al., 2012; Morley et al., 2014).
A formal derivation of the
dynamic relation between the
atmosphere and solid earth make it possible to calculate the
changes in the earth's rotational velocity from the large - scale distribution of the atmospheric pressure and dynamics of the wind fields (Barnes et al. 1983).
Can someone please explain to me how that could possibly be calculated
in a moving
dynamic atmosphere, with a set of data points that must have
changed in both quantity and quality over the past 125 years.
It shows that there is an energy
dynamic here —
in addition to
changes in partitioning of energy between the ocean and
atmosphere.
We are «told» by the far left that CO2 contributes some warmth... the problem is, it is not testable
in the real world with a constantly
changing,
dynamic atmosphere.
However, since the
changes in CO2 induced radiative forcing are glacially slow and very well mixed, my conceptual guess is that these
changes are subtle and very hard to detect because they don't meaningfully alter the
dynamic equilibrium of the pure virgin
atmosphere / hydrosphere / biosphere.
Change is inevitable
in life, both personal and professional, but it's essential for broker / owners
in real estate who want to build a
dynamic office
atmosphere and ensure the highest levels of efficiency.