The Tab S3 also comes with a retooled S Pen stylus, that has a finer tip and better pressure
sensitivity than the last model; it works with built - in apps to let you do things like jot down notes and annotate PDFs.
Not exact matches
Using Mg / Ca paleothermometry from the planktonic foraminifera Globigerinoides ruber from the past 500 k.y. at Ocean Drilling Program (ODP) Site 871 in the western Pacific warm pool, we estimate the tropical Pacific climate
sensitivity parameter (λ) to be 0.94 — 1.06 °C (W m − 2) − 1, higher
than that predicted by
model simulations of the
Last Glacial Maximum or by
models of doubled greenhouse gas concentration forcing.
Using Mg / Ca paleothermometry from the planktonic foraminifera Globigerinoides ruber from the past 500 k.y. at Ocean Drilling Program (ODP) Site 871 in the western Pacific warm pool, we estimate the tropical Pacific climate
sensitivity parameter (λ) to be 0.94 — 1.06 °C (W m − 2) − 1, higher
than that predicted by
model simulations of the
Last Glacial Maximum or by
models of doubled greenhouse gas concentration forcing.
As stated
last year, the Scenario B in that paper is running a little high compared with the actual forcings growth (by about 10 %)(and high compared to A1B), and the old GISS
model had a climate
sensitivity that was a little higher (4.2 ºC for a doubling of CO2)
than the best estimate (~ 3ºC).
For a method for that, may I encourage you to look at Roy Spencer's recent
model on thermal diffusion in the ocean: More Evidence that Global Warming is a False Alarm: A Model Simulation of the last 40 Years of Deep Ocean Warming June 25th, 2011 See especially his Figure Forcing Feedback Diffusion Model Explains Weak Warming in 0 - 700 m layer as Consistent with Low Climate Sensitivity His model appears to be more accurate than the IP
model on thermal diffusion in the ocean: More Evidence that Global Warming is a False Alarm: A
Model Simulation of the last 40 Years of Deep Ocean Warming June 25th, 2011 See especially his Figure Forcing Feedback Diffusion Model Explains Weak Warming in 0 - 700 m layer as Consistent with Low Climate Sensitivity His model appears to be more accurate than the IP
Model Simulation of the
last 40 Years of Deep Ocean Warming June 25th, 2011 See especially his Figure Forcing Feedback Diffusion
Model Explains Weak Warming in 0 - 700 m layer as Consistent with Low Climate Sensitivity His model appears to be more accurate than the IP
Model Explains Weak Warming in 0 - 700 m layer as Consistent with Low Climate
Sensitivity His
model appears to be more accurate than the IP
model appears to be more accurate
than the IPCC's.
If Callendar's
model does a better job
than most current
models at reproducing the
last century's temperatures, at half the
sensitivity to CO2, alarmists are out of business.
The pen itself offers greater pressure
sensitivity and a finer tip
than last year's
model.