Program to combat silting in the Niger basin

Snapshot Solution
GVGVG
PAPBio/UICN-PACO

Dune fixation was achieved using a combination of mechanical and biological methods.

The mechanical method consisted in erecting palisades of plant material (stems, grasses, branches, etc.) in tight grids and stop strips. The biological method involved planting vegetation in the quadrats.

Simplified management plans have also been drawn up to organize more consensual management of these sites, which are often communal.

Last update: 11 Jan 2021
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Context
Challenges addressed
Desertification
Land and Forest degradation
Loss of Biodiversity
Ecosystem loss
Lack of access to long-term funding
Changes in socio-cultural context
Scale of implementation
National
Ecosystems
Hot desert
Theme
Biodiversity mainstreaming
Habitat fragmentation and degradation
Species management
Adaptation
Disaster risk reduction
Mitigation
Erosion prevention
Restoration
Sustainable financing
Gender mainstreaming
Geodiversity and Geoconservation
Protected and conserved areas governance
Sustainable livelihoods
Infrastructure maintenance
Indigenous people
Local actors
Traditional knowledge
Protected and conserved areas management planning
Outreach & communications
Science and research
Not listed
Location
Niger
West and Central Africa
Impacts

The two methods mentioned above and the mobilization of the local population made it possible to fix a total area of 15.921 Ha of dunes, thereby increasing fodder, enriching grazing and protecting agricultural land along the river.

We have learned from this experience that the participatory approach plays a key role in the sustainability and capitalization of the experiences of the various stakeholders involved in project implementation.

The increased empowerment of local populations has led to a change in behavior in the management of natural resources and to autonomous initiatives to protect sites.

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