so let me get this straight......... you want to cite an article from 1987 as proof that sea levels have risen in the last few years............
you would certainly never try to skew data to fulfill your agenda
DOH
I might suggest you try finding some recent GLOSS data........ or if nothing else look for the most comprehensive compilation available online which is at the University of Hawaii's site
EDIT: ROFL are you seriously going to keep editing that same comment until you have skewed the data enough? Thats your third edit already since I just posted. Come on man give it up....... youre proving the point exactly....... scientists will tend to lie to fit their agendas
I just checked your other links........ which btw still do not use CURRENT data...... and at best your links show an average global sea rise of 6 inches in the next 100 years..... you gotta work harder if youre going to skew data and still come out behind
Why wouldn't I? Did it change? How is using a data set in 1987 not ok? I mean, all I hear is how people are skewing the data to fit climate change agendas. This paper was prior to any "agenda" with climate change.....One would think that would lend more weight to a denialist such as yourself. I thought the current data was flawed somehow?
An old mentor once said something that I still remember. I was attempting to research citations for one of the first peer reviewed articles I published. I was trying desperately to find papers with more recent dates on them. Finally he said to me, "Things change, but they don't change so fast that good science in 1965 isn't good science in 2005." It's not uncommon to have people cite Linnaeus' initial classification for many organisms. Those being middle to late 1700's.
Back on topic, since you understand how GLOSS is working, you already realize that it is very susceptible to "shifting baselines syndrome". For example, if you start out with a glass of water 50mL, and add water in 1ml increments for 30 repetitions, after 30 repetitions your baseline "norm" is 80 mL. Now, if you take out 2 successive 5mL increments, a person like yourself will proclaim that that is proof we don't have a problem, as we've seen successive loss of water level, and the levels are declining.
When, in reality, the baselines shifted to become the "norm" from which you measured.
GLOSS in 2001, BTW.
GLOSS data averaged and incorporated into long term station data