Image:Cost-of-storms-by-decade.gif

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Cost-of-storms-by-decade.gif (7KB, MIME type: image/gif)

Revised graph: The cost of extreme weather is rising rapidly and could reach 350 billion U.S. 2001 dollars per year by 2025.  source data:  IPCC, 2001.  Some of the cost increase is due to added exposure such as building on the coast.
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Revised graph: The cost of extreme weather is rising rapidly and could reach 350 billion U.S. 2001 dollars per year by 2025. source data: IPCC, 2001. Some of the cost increase is due to added exposure such as building on the coast.

[edit] Summary

Original caption: "The cost of extreme weather events is rising rapidly and could reach a trillion dollars by 2050. source data: IPCC, 2001" Please note that neither this graph or its revision below includes data from 2000-2005.

This extrapolation graph entitled, "Average yearly inflation-adjusted dollar cost of extreme weather events worldwide," which I used the free 'R' program to create from the data here has been placed in the public domain. The y-axis is "billions," (0 to 1000, although the tick marks omit 1000) the x-axis is "decade," (1960 to 2040, although the data ranges from 1950 to 2050) and the third-degree polynomial extrapolation has an R-squared value of 0.98. Nrcprm2026 20:16, 19 December 2005 (UTC)

[edit] External publication and source code

The graph was published on Slashdot in June 2005. Please see there the script used to create it and reviewer's comments.

[edit] This graph has been nominated for revision

Please note that neither of these graphs include any data from 2000-2005.

The earlier proposed revision had confidence bands, an additional degree of freedom, and a nonnegative domain. Its proposed caption was, "The cost of extreme weather is rising rapidly and could reach four trillion dollars by 2020. Historical source data: IPCC, 2001. Some of the increase is due to greater exposure such as building on the coast." The emerging consensus was that it should have been based on a logistic sigmoid fit because the underlying cause is, but the sigmoid had a much weaker fit to the data.


Public domain

I, the creator of this work, hereby release it into the public domain. This applies worldwide.
In case this is not legally possible,
I grant any entity the right to use this work for any purpose, without any conditions, unless such conditions are required by law.

File history

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  • (del) (cur) 19:55, 19 December 2005 . . Nrcprm2026 (Talk | contribs) . . 444×344 (7,102 bytes) (same image clearer with fewer visual elements; author: James Salsman, ~~~~)
  • (del) (rev) 19:22, 19 December 2005 . . Nrcprm2026 (Talk | contribs) . . 444×344 (7,668 bytes) (I, James Salsman, place this extrapolation graph entitled, "Average yearly inflation-adjusted dollar cost of extreme weather events worldwide," which I used the 'R' program to create from the data at http://www.ipcc.ch/present/graphics/2001syr/small/08.17)

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