That's not the case: see Kerry Emanuel's second - to -
last graph here.
Not so much of hiatus as progression of a quasi-periodic variability, the SST «cycles» are trailing and not leading N. Atlantic series of the events (see
last graph HERE)
This is due to an increase in the trade winds that push water westward across the tropical Pacific, while in the east cold water from the depths comes to the surface (see
last graph here).
Not exact matches
Here is a
graph of CIT rates and CIT revenues for OECD countries over the
last 30 years (click on the
graph to open a larger version in another window):
I plotted a
graph of Vanguard Intermediate Term Tax Exempt MUNI fund (VWITX) and an investment
here could have easily beat VTCLX over the
last two years.
Here's a
graph that details how strikeouts have increased over the
last 30 years:
Here's a look at the spike in books added per month in a
graph from
last August.
Here is a
graph showing the price return on the S&P 500 over the next 60 days as a function of the average sector correlation over the
last 60 days:
Here is a
graph showing the monthly mortgage payment on a median priced home in the U.S. over the
last 25 years:
Here's a
graph to show how yields have done over the
last 15 years for various corporate bond ratings.
Here's a
graph showing the
last few years of growth of a larger investment in S&P 500 stocks ($ 1,000 in this case), again starting way back in 1871.
Here are the graphs showing the change, with the first published in 2011 (see the related release here, thanks to Leo Hickman of the Guardian) and the next one from late last mo
Here are the
graphs showing the change, with the first published in 2011 (see the related release
here, thanks to Leo Hickman of the Guardian) and the next one from late last mo
here, thanks to Leo Hickman of the Guardian) and the next one from late
last month:
Mechanism with full data (plotted in red) available
here: http://www.vukcevic.talktalk.net/CET-NVa.htm with the
last graph in the above link showing synchronisation of the events if a suitable delay is introduced.
It showed, if I remember correctly, how a pretty good correlation between calculated and actual global average temperatures could be obtained for the
last century using the NASA
graphs of various forcings,
here: http://data.giss.nasa.gov/modelforce/RadF.gif
I did find the silliest of
graphs here, http://www.ncdc.noaa.gov/indicators/, showing the poster child CO2 levels from Hawaii against levels for the
last 800,000 years from the Antarctic - what do you notice?
Here's a
graph of the air pollution trends in the United States over the
last half century based on data from the Environmental Protection Agency.
So you do agree we should not consider
graphs that have 1979 as their start year, as that was probably the coldest year in the Arctic in the
last 100 years, as shown
here:
You've done most excellent work
here, and you should be proud, but you were not the only one to look and the oscillations on the temperature
graph and ask why anyone thinks this latest one is the
last one.
Here's two
graphs I generated
last week that show the slope is small, but still positive.
Here is the sql code for the
last graph, showing the cleanup filters and calculations.
Tamino,
last August, posted
graphs (
here) which suggest that a spike in both Arctic and Antarctic methane started in the
last couple of years.
Here is a set of statistical tables and
graphs for 16 Australian «rural» (and probably truly rural) stations for the
last 40 years.