Investigation of ash sediments from recent Mt. Pinatubo eruptions and other major
volcanic events show a signature of mass independent isotope ratios of sulfur, while sediment from minor eruption does not.
Not exact matches
The researchers were able to
show a recurring close timing between such
events and the dates of major
volcanic eruptions.
While the Markagunt landslide was a rare
event, it
shows the magnitude of what could happen in modern
volcanic fields like the Cascades.
If the missing rings are real but vary by region then you should be able to do regional reconstructions that
show dramatic responses to the
volcanic events in some regions (that didn't miss), and much smaller response in others (where the ring was missed).
The station temperature sets
show poor sensitivity to both of these
volcanic events.
REMOVING THE LINEAR EFFECTS OF ENSO AND
VOLCANIC AEROSOLS HELP TO SHOW THE TIMING OF THE WARMING Many papers and blog posts that attempt to prove the existence of anthropogenic global warming remove the obvious linear effects of El Niño - Southern Oscillation (ENSO) events and of stratospheric aerosols discharged by explosive volcanic er
VOLCANIC AEROSOLS HELP TO
SHOW THE TIMING OF THE WARMING Many papers and blog posts that attempt to prove the existence of anthropogenic global warming remove the obvious linear effects of El Niño - Southern Oscillation (ENSO)
events and of stratospheric aerosols discharged by explosive
volcanic er
volcanic eruptions.
And that this is reflected in individual model runs but as the timing of
events such as El Nino / La Nina,
volcanic eruptions etc. is unpredictable when projections are made based on ensemble runs then they will tend to average out and the projection will
show a fairly steady trend.
92) If one factors in non-greenhouse influences such as El Nino
events and large
volcanic eruptions, lower atmosphere satellite - based temperature measurements
show little, if any, global warming since 1979, a period over which atmospheric CO2 has increased by 55 ppm (17 per cent).
The minimum phase
showed higher frequency
events of
volcanic activity than the maximum phase during the warming period, opposite to the cooling period.
To the extent that the «Little Ice Age» and «Medieval Warm Period» can be meaningfully defined, there has been much work
showing that the main variations can be explained in terms of the response of the climate system to natural variability in solar and
volcanic events that would have influenced surface temperature.