Aichi biodiversity targets in Drylands A possible and necessary coexistence Aichi biodiversity targets in Drylands A possible and necessary coexistence.

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Presentation transcript:

Aichi biodiversity targets in Drylands A possible and necessary coexistence Aichi biodiversity targets in Drylands A possible and necessary coexistence © Pablo Manzano

Harmful subsidies eliminated Sustainable development targets Incorporation into national accounting Sustainable production and consumption International Milk Prices Dmitri1999 / Wikipedia Commons © Pablo Manzano

Species decline and extinction prevented Ecosystem connectivity 17% of land protected, connectivity assured Background: Genetic diversity of domestic plants & animals Traditional knowledge used & protected X © Pablo Manzano © CMS

Carbon sinks Carbon stocks enhanced through BD Background: Genetic diversity of domestic plants & animals Traditional knowledge used & protected © Pablo Manzano © CMS Science and technology applied

How to pay this? Resource mobilization Niche marketing © CMS Complementarity

Resource mobilization 2006 Conservancies Names & Area (Ha) 1.Olare Orok (9,720) 2.Olkinyei (4,856) Source: ILRI 2010

Resource mobilization 2007 Conservancies Names & Area (Ha) 1.Olare Orok (9,720) 2.Olkinyei (4,856) 3.Motorogi (5,466) Source: ILRI 2010

2009 Conservancies Names & Area (Ha) 1.Olare Orok (9,720) 2.Olkinyei (4,856) 3.Motorogi (5,466) 4.Mara North (30,955) Source: ILRI 2010 Resource mobilization

2010 Conservancies Names & Area (Ha) 1.Olare Orok (9,720) 2.Olkinyei (4,856) 3.Motorogi (5,466) 4.Mara North (30,955) 5.Naboisho (20,946) Potential for PWC 1.Enoonkishu (6,566) 2.Lamek (6,860) 3.Ol-Chorro (6,879) Source: ILRI 2010

Ecosystem Management Programme Wasaa Conservation Centre, Mukoma Road (off Magadi Road, City Square) P. O Box Nairobi Kenya