1 / 5

Figures

Figures. Can show annual change : 3 panels, 1 for % change in global sum of supply relative to 1996; 1 for service; 1 for value as possible for full set of services

dustin-hardy
Download Presentation

Figures

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Figures • Can show annual change: 3 panels, 1 for % change in global sum of supply relative to 1996; 1 for service; 1 for value as possible for full set of services • Can show different metrics, and they show different patterns: 3 panels for 3 continents, change over the decade for supply, service, value; 2 panels for globe, timber change over decade for service and value • Can show the system is relevant: 5(?) panels, carbon (service or value?) globally with change in our decade vs. past decade, indicating significance; crops (service or value?) globally with 1 yr % change relative to decade average (1996-2005); livestock protein vs. Human need; timber supply minus service, then compared to degradation; water (maybe not a map?)

  2. To do • Hydropower • Check price data (S) • Check on dams already incorporated into LPJ, find out how done and if matches with actual watersheds-use this if possible!! (P) • If can’t use LPJ with dams, Complete watersheds and validate (S) • Correct LPJ water yield estimates for urban consumptive use, combine that with ag extracted yield from LPJ (S, P) (we need both full yield and yield-irrigation) • Do usability check (S) • Crops • Correlate FAO and LPJ, if good, use FAO for maps (P) • If we use 13 crops, check IFPRI (S-Danny) • Do fitness for use and figure, can we pick up an extreme year somewhere on the globe?(P) • Livestock • Do usability analyses and figure (S-Danny and Bob) • Timber • Do usability analyses and figure (convert carbon to roundwood, compare to degradation rates). Can we detect unsustainable forestry at the national scale? (P) • Carbon • -Do usability analyses, compare annual change rates to LPJ change rates (P). Is our modeling giving us comparable signal to observations (same interannual variability)? • Run carbon valuation (S) • Compile all to figures (S-danny)

  3. Workplan • End of March – carbon yearly data to Stanford • May – conference call to check in on coordinated work • June – all supply info to Stanford for service/value calcs • Mid-August-all data to Danny • Sept – conference call to talk about completed figures, paper • Dec – submit paper

  4. Paper Outline • Introduction: • What’s needed for GEO BON, modeling and national stats as one component • For multiple services and metrics, see where in space, and how changes over time. (would we include table of metrics here for extensive list? Then say we’re did subset?) • One example of how this can be done, with one set of models; why this set of services? • Compare to what TEEB said was possible • Methods: • LPJml • FAO • InVEST • Any additional methods for determining utility • Results: • Figs 1 and 2 • Discussion • Fig 3 and implications and uses • Outstanding needs – major data issues (and revisit table saying further to go for more services?). Be clear on how this could be done and that it would fill needs for both GOE/GEOSS and CBD reporting

More Related