Interactive map of the best practices

on the use of water, land and energy resources,
as well as the environment of Central Asia

Comparison of practices

Название практики Increasing water availability of pastures by constructing sardobas Land reclamation via vertical drainage wells
Category Water resources Water resources
Tool System for enhancing water availability Collector-drainage system
Field of application
  • Use of water resources
  • Use of land resources
  • Environmental protection

• Use of water resources
• Use of land resources

Usability of practice for adaptation to climate change Moderate Moderate
Implemented by Ministry of Nature Conservation of Turkmenistan
Ministry of Reclamation and Water Management of the Republic of Kazakhstan
Used by

Country: Turkmenistan

Country: Kazakhstan

Province: South Kazakhstan Region

District: Maktaaral District

Local specifics

17,238 ha of barkhan (sand dune), takyr (dry-type playa) and solonchak (moist-type playa) sites of the Kara Kum Desert; deep ground water occurrence

• Upstream (Ferghana) and midstream (Syr Darya) of the Syr Darya River
• Ebb occurrence of highly mineralized ground water

Practice usage period

Start date: 01.01.2012

End date: 31.12.2016

Start date: 01.01.1965

End date: 31.12.1975

Problem solved through this practice

Desertification and decreased productivity of desert pastures due to over-grazing around existing cattle watering sites

Deterioration of reclamation situation: rising of ground water, land salination

Tools used in the practice

Technology of building sardobas (stone-dome covered water collection and storage reservoirs) to enhance pasture water supply

Technique and technology of land reclamation via a system of vertical drainage wells (VDW)

Description of the practice and its results

Main actions:

  • mudflow and flood risk assessment and surveying local population regarding sardobas’ locations.

Actions:

  • selection of takyrs to construct sardobas jointly with local cattle-farmers;
  • construction of sardobas jointly with local cattle-farmers;
  • cleaning takyr surfaces.

Results:

  • pastures that were not previously utilized due to absence of water sources returned to pasture rotation;
  • pastures destroyed due to over-grazing started to restore;
  • increased herd productivity due to reduced passage distances and higher fodder value of pastures.

Actions:

A VDW system set up. Prior to its installation, the area was drained via a horizontal open-type drain-age network ineffective as to reducing the mass of salinized land.

Comprehensive VDW efforts significantly enhanced drainage.


However, currently due to the absence of a single organization responsible for VDW operation, maintenance and repair, the VDW systems recon-structed under World Bank and Asian Development Bank projects do not perform as effectively as ini-tially.

Results:

Financial and economic:
Increased cotton yields (from 10-15 up to 30-35 dt/ha).

Technical:
Successful response to land salination in 3 districts: ground water table steadily kept at 2-3 m depth leading to a sharp contraction of salinized land area.

Lessons learnt and recommendations made

Lessons learnt:

Construction of sardobas in takyr areas allows enhancing pasture water supply, thus, leading to the restoration of over-grazed pastures.

Recommendations:

The practice requires long-term planning and an integrated response with the early-on engagement of desertification experts (designing a set of measures to protect takyrs from sand drifts), state agencies (technical assistance) and pasture users (observance of pasture rotation schemes, prevention of takyrs from contamination and pollution).

Lessons learnt:

In due time, the model proved useful and timely, as the country urgently needed to increase its cotton yields. The practice demonstrated high efficiency of VDW in combatting land salination.

Recommendations:

1. Establish a special VDW System Maintenance and Operation Department;
2. Build personnel capacity:
• Continual training of personnel in the Department and Provincial Hydrogeological and Land Reclamation Expedition;
• Drafting and distribution of training materi-als.

Source of practice

Traditional tools transferred from generation to generation that proved their efficiency in modern conditions

Domestic tools (outcomes of research by domestic R&D organizations)

Readiness for implementation

1. Cost of implementation: Low

2. Approximate cost of investment per 1 ha: $1,000-5,000

3. O&M costs: Low

4. Expert support: Needed at implementation stage

1. Cost of implementation: Moderate

2. Approximate cost of investment per 1 ha:

3. O&M costs: High

4. Expert support: Not needed

Brief information on the project

Project title: Responding to climate change risks for dekhan farming system of Turkmenistan on national and local levels.

Project duration: 2012-2016. 

Project goal and objectives: build the adaptation capacity to respond to climate change impacts, including variability on local and national levels. 

Project beneficiaries: Bori Settlement (over 1,100 people) and Bo-Kurdak Settlement (about 4,500 people).

Project implementer: Ministry of Nature Conservation and UNDP

Funding source Government of Turkmenistan, Adaptation Facility Ministry of Reclamation and Water Management of the USSR
Information sources

tm.undp.org

Reshetkina N.M. et al. “Vertical Drainage”, Moscow: Kolos, 1978. – 319 p.

Contacts of a person, who filled this form

SIC ICWC

SIC ICWC

Form submission date 04.04.2018 26.03.2018

Partners