Autumnal/early spring fields and pastures irrigation as an adaptive mechanism for efficient use of water resources in Southern Kazakhstan
During stable climate conditions (1950-1990) the water level in the Talas River was high, the main irrigation Sharuashlyk canal (12 km length) functioned in summertime, and villagers of an aul Shakirov had 500 ha of the irrigation grounds. Since 1998, the water level in the Talas River has decreased, and during summertime the water in the canal does not reach the level of LC lands. Ground waters are salted and cannot be used for irrigation. The irrigation grounds are not cultivated. Villagers have lost their basic income which they had from irrigation agriculture. Today LC members basically live thanks to cattle breeding. Local communities attribute these impacts to climate change.
Project aim:
To reduce climate change-driven soil degradation and salinization risks
Project tasks:
- Increase public support and improve natural resources, especially water resources, management
- Introduction of new elements of water and land resources management, lowering risks caused by climate change
- Increase of pasture fertility and cattle productivity
Project results:
- Climate-resilient grazing practices implemented
- Reconstruction of Sharuashlyk canal
- Reconstruction of irrigation system (formerly used for agriculture, now being piloted for fodder crops)
- Selection and implementation of sowing pastures methods through growing alfalfa
- Climate-resilient irrigation techniques (autumn-early spring watering, and production of winter forage) under implementation in pilot sites
- Using of climatic adopted methods of pasture management
- Community capacity to adapt to increasing aridity augmented
- Local awareness of long-term climate change impacts on local communities and livelihoods improved
- Communities trained in autumn and early spring irrigated pasturage techniques and able to implement them
- Project results disseminated nationally
- Publishing of brochure based on project results
- Demo workshop
Project aim:
To reduce climate change-driven soil degradation and salinization risks
Project tasks:
- Increase public support and improve natural resources, especially water resources, management
- Introduction of new elements of water and land resources management, lowering risks caused by climate change
- Increase of pasture fertility and cattle productivity
Project results:
- Climate-resilient grazing practices implemented
- Reconstruction of Sharuashlyk canal
- Reconstruction of irrigation system (formerly used for agriculture, now being piloted for fodder crops)
- Selection and implementation of sowing pastures methods through growing alfalfa
- Climate-resilient irrigation techniques (autumn-early spring watering, and production of winter forage) under implementation in pilot sites
- Using of climatic adopted methods of pasture management
- Community capacity to adapt to increasing aridity augmented
- Local awareness of long-term climate change impacts on local communities and livelihoods improved
- Communities trained in autumn and early spring irrigated pasturage techniques and able to implement them
- Project results disseminated nationally
- Publishing of brochure based on project results
- Demo workshop
Loading map...
Project Snapshot
Grantee:
Kogal NGO
Country:
Kazakhstan
Area Of Work:
Community Based Adaptation
Grant Amount:
US$ 41,140.00
Co-Financing Cash:
US$ 30,505.00
Co-Financing in-Kind:
Project Number:
CBA/KAZ/SPA/09/06
Status:
Satisfactorily Completed
Photo Gallery
Project Characteristics and Results
Capacity - Building Component
Due to the project activities local awareness of long-term climate change impacts on local communities and livelihoods has improved. Besides, communities trained in autumn and early spring irrigated pasturage techniques and able to implement them.
Policy Impact
Improving water and land resources management result in improvment of local managment system at all.
+ View more
Indicators
Biophysical
VRA1: Vulnerability to present climate change hazards
1
Biophysical
VRA3: Vulnerability to future, anticipated climate hazards
1
Biophysical
VRA5: Magnitude of barriers to adaptation
1
Biophysical
VRA6: Sustainability of project intervention
1
Empowerment
Number of CBOs / NGOs participated / involved in SGP project
8
Empowerment
Number of women participated / involved in SGP project
25
Biophysical
Hectares of degraded land rest
60
Biophysical
Hectares of land sustainably managed by project
250
Biophysical
Number of innovations or new technologies developed / applied
2
Biophysical
Number of local policies informed in land degradation focal area
2
Livehood
Number of households who have benefited* from SGP project
7
Livehood
Number of individuals (gender diaggregated) who have benefited* from SGP project
64
SGP Country office contact
Zharas Tugulbayev
Email:
Ms. Zhazira Altybayeva
Email:
Address
24 Mambetov street
Astana, 010000
Astana, 010000
Visit the Kazakhstan Country Page
