But variation in local feedbacks (and hence in
local climate sensitivity) does seem to have more local effects.
Not exact matches
Stowasser, M., K. Hamilton, and G.J. Boer, 2006:
Local and global
climate feedbacks in models with differing
climate sensitivity.
Webb, M.J., et al., 2006: On the contribution of
local feedback mechanisms to the range of
climate sensitivity in two GCM ensembles.
7 — It's also worth pointing out that the «
climate sensitivity» is a
local linearisation of the
climate system's non-linear response to warming.
This is independent of
climate sensitivity, whether the Martian warming is
local or global, and second order
sensitivities to solar spectrum and flux.
«Our results indicate that the [divergence problem]-- including high - frequency loss in
climate sensitivity and / or low - frequency trend offset — must be addressed at the
local to regional level, before conclusions can be drawn for larger scales.
Cumulus clouds will have the same effect, but more in balance with the positive effects, resulting in less negative net feedback, but with the same result, much lower
climate sensitivity than the IPCC would have you believe.I realize that
climate sensitivity is not usually discussed as a
local phenomenon, but it should be, since it is the integral of all
local phenomena.
This segment discusses my personal work with
local climate change, landscapes changes and wildlife, plus
climate sensitivity and the attempts by advocates of CO2 theory to shut down sincere and much needed debate.
I realize that
climate sensitivity is not usually discussed as a
local phenomenon, but it should be, since it is the integral of all
local phenomena.
Once the
local effects are understood, it should be a much simpler matter to integrate them over time and space using satellite cloud measurements to a more generalized
climate sensitivity over various bands / latitudes of the earth.
I'm not able to find any peer reviewed papers which derive this logarithmic CO2 versus temperature rise formula from basic physics, nor am I able to find papers which prove that
climate sensitivity is a global constant regardless of
local surface temperatures; seems counterintuitive to me; maybe I should get a PhD too!
Old positive feedback examples in
climate change... «Feedback Loops In Global Climate Change Point To A Very Hot 21st Century Using deuterium - corrected temperature records for the ice cores, which yield hemispheric rather than local temperature conditions, GCM climate sensitivity, and a mathematical formula for quantifying feedback effects, Torn and Harte calculated the magnitude of the greenhouse gas - temperature feedback on temperature.
climate change... «Feedback Loops In Global
Climate Change Point To A Very Hot 21st Century Using deuterium - corrected temperature records for the ice cores, which yield hemispheric rather than local temperature conditions, GCM climate sensitivity, and a mathematical formula for quantifying feedback effects, Torn and Harte calculated the magnitude of the greenhouse gas - temperature feedback on temperature.
Climate Change Point To A Very Hot 21st Century Using deuterium - corrected temperature records for the ice cores, which yield hemispheric rather than
local temperature conditions, GCM
climate sensitivity, and a mathematical formula for quantifying feedback effects, Torn and Harte calculated the magnitude of the greenhouse gas - temperature feedback on temperature.
climate sensitivity, and a mathematical formula for quantifying feedback effects, Torn and Harte calculated the magnitude of the greenhouse gas - temperature feedback on temperature.»