Tree diversityday2012 luedelinge.pptx
•
0 likes•396 views
Presentation on Tree Diversity Day, 11 October 2012, at the 11th CBD Conference of Parties in Hyderabad, India
Recommended
Recommended
More Related Content
What's hot
What's hot (20)
Viewers also liked
Viewers also liked (19)
Similar to Tree diversityday2012 luedelinge.pptx
Similar to Tree diversityday2012 luedelinge.pptx (20)
More from World Agroforestry (ICRAF)
More from World Agroforestry (ICRAF) (20)
Tree diversityday2012 luedelinge.pptx
- 1. Climate change and Biodiversity: interfacing mi6ga6on and adapta6on Eike Luedeling Tree Diversity Day 2012 CBD COP-‐11 Hyderabad, India
- 2. Landscapes are made up of different elements Forest Urban Agriculture
- 3. Landscapes are made up of different elements High Very low biodiversity biodiversity Crop biodiversity
- 4. In many landscapes, dis6nc6ons are not clear-‐cut Boundaries between landscape elements are oAen fuzzy Biodiversity is considerable in all parts of the landscape
- 5. Climate change affects all landscape elements AdaptaFon will be essenFal… …for landscapes …for people
- 6. Trees can contribute to climate change adapta6on Microclimate effects
- 7. Rainbow Water Rainbow Water Closes the hydrological cycle, Trees, forests and agroforestry adds the concept contribute to hydrological cycling of terrestrial evapotranspiraFon as ‘recyling’ à Influence on regional rainfall paLerns
- 8. Trees can contribute to climate change adapta6on Enhanced soil ferFlity Improved water household Risk reducFon Income diversificaFon Opportunity for increased off-‐farm income
- 9. Trees are vulnerable to climate change Climate change impacts on Caryocar brasiliense Present climate Habitat Projected 2050s climate suitability High Low CollevaQ et al., 2011. Tree GeneFcs & Genomes 7, 1237-‐1247 Many trees need assistance with adaptaFon
- 10. Interna6onal climate change nego6a6ons In REDD, iniFally sharp divide between forests and non-‐forests Difficulty in defining forests
- 11. Interna6onal climate change nego6a6ons Tree canopy covering >75% of the surface area UNEP, 2009. Vital forest graphics.
- 12. Interna6onal climate change nego6a6ons Tree canopy covering >50% of the surface area UNEP, 2009. Vital forest graphics.
- 13. Interna6onal climate change nego6a6ons Tree canopy covering >20% of the surface area UNEP, 2009. Vital forest graphics.
- 14. Interna6onal climate change nego6a6ons Tree canopy covering >10% of the surface area UNEP, 2009. Vital forest graphics.
- 15. Interna6onal climate change nego6a6ons Carbon can be stored anywhere in the landscape
- 16. Interna6onal climate change nego6a6ons Carbon can be stored anywhere in the landscape SomeFmes non-‐forests store more carbon than forests Forest Agroforestry farm
- 17. Interna6onal climate change nego6a6ons Leakage: reduced emissions at one place may be offset by added emissions elsewhere Gradual realizaFon of the need for a whole-‐landscape approach: RED to REDD to REDD+ to AFOLU REALU? (Reducing Emissions from All Land Uses)
- 18. Biodiversity happens everywhere in the landscape Currently, there is a clear division between landscape elements in CBD programmes
- 19. Climate change requires biodiversity conserva6on to take a landscape approach Currently suitable habitat for a given species Suitable habitat in 2050
- 20. Climate change requires biodiversity conserva6on to take a landscape approach Currently suitable habitat for a given species Suitable habitat in 2050
- 21. Climate change requires biodiversity conserva6on to take a landscape approach Diverse landscapes including trees facilitate migraFon and adaptaFon
- 22. Tree biodiversity can be preserved outside forests Co-‐benefits for climate change adaptaFon and miFgaFon
- 23. Biodiversity is best protected with a whole-‐ landscape approach, including trees outside forests
- 24. Thank you for your aLen6on! e.luedeling@cgiar.org Tree Diversity Day 2012 CBD COP-‐11 Hyderabad, India