Название практики | Arrangement of springs to improve stock watering | Watering of vegetable crops based on the method of mist sprinkling irrigation |
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Category | Water resources | Water resources |
Tool | Public participation principle | |
Field of application | Use of water resources |
• Use of water resources |
Usability of practice for adaptation to climate change | Moderate | Moderate |
Implemented by | CAMP-Alatoo Public Foundation (PF) |
Kazakh National Agriculture University |
Used by |
Country: Kyrgyzstan Province: Chuy Region District: Sokuluk District |
Country: Kazakhstan Province: Almaty region District: Karasay District |
Local specifics | The site is located in a semi-drought zone subject to acute shortage of water resources in summer period and land degradation |
Foothill zone in southeastern Kazakhstan, dark-chestnut and middle loamy soils |
Practice usage period |
Start date: 01.01.2011 End date: 31.12.2011 |
Start date: 01.01.2014 End date: 31.12.2016 |
Problem solved through this practice | Extremely low water availability (supply) of pastures; the quantity of cattle in watering sites below standard; land erosion |
Irrigation-associated soil erosion, low efficiency of applied watering techniques, poor phytosanitary condition of land used for vegetable growing |
Tools used in the practice | Technology of springs arrangement for stock watering |
Technique and technology of mist sprinkling irrigation |
Description of the practice and its results | Actions: At first, the exact location of water outcrop was identified and cleaned from mud. 15 meters below the outcrop, 3 interconnected water tubs were installed (each 1.8 m long, 0.5 m wide and 0.5 deep). Each subsequent tub is located lower than the preceding one, thus, allowing water flowing down in the cascade manner. Results: Financial and economic: Cattle gaining weight quicker. Technical: Improved water supply in the area, including for cattle watering. |
Actions: A sprinkler (artificial rain irrigation) system installed consisting of 50 mm diameter polyethylene pipes assembled from 10-12 meter segments (5022 SD sprinkler; 3.5 bar pressure; 3.5 mm nozzles; water consumption of 0.87 m3/hour; water distribution area per 1 sprinkler – 12 m). Results: Financial and economic: Technical: |
Lessons learnt and recommendations made | Lessons learnt: Collection of water in one place had been practiced since ancient times, but was forgotten over time. Rehabilitation of traditional practices should be welcomed. Recommendations: Similar practices should be scaled-up and continued as they not only benefit the local population, but also allow enhancing water availability for wild animals and expanding hayfield meadows. |
Lessons learnt: Recommendations:
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Source of practice | Traditional tools transferred from generation to generation which demonstrate their relevance in modern conditions |
• Domestic tools (outcomes of research by domestic R&D organizations), |
Readiness for implementation |
1. Cost of implementation: High 2. Approximate cost of investment per 1 ha: 3. O&M costs: High 4. Expert support: Not needed |
1. Cost of implementation: High 2. Approximate cost of investment per 1 ha: 3. O&M costs: High 4. Expert support: Not needed |
Brief information on the project | ||
Funding source | PF “CAMP-Alatoo”, local population | Ministry of Agriculture of the Republic of Kazakhstan |
Information sources | WOCAT.net, Mr. Abdybek Asanaliyev (e-mail: asanaly61@mail.ru), Kyrgyz National Agriculture University, Bishkek |
The PhD thesis “Efficiency of mist (sprinkler) irriga-tion technology for vegetable crops in southeastern Kazakhstan” describing a vegetable (cabbage, carrots, sweet pepper) cultivation technology based on fine sprinkling irrigation developed for the first time for soil and climatic conditions of foothill zone in southeastern Kazakhstan, including an optimal mode of vegetables irrigation via fine overhead sprinkler-based irrigation was developed, as well as analyzing the effects of sprinkler irrigation on biomass formation and crops capacity. |
Contacts of a person, who filled this form | SIC ICWC |
SIC ICWC |
Form submission date | 30.03.2018 | 29.03.2018 |