Aerial view of a long, black tarp-covered road alongside a body of water and construction areas.

Rehabilitation of the Kouklia/ Kukla reservoir

Project Title 
Rehabilitation of the Kouklia/Kukla reservoir
Overall Objective 
To improve water and environmental conditions in Mesaoria region
Output
Increased water retention capacities of the Kouklia/Kukla reservoir.
Location
Kouklia/Kukla, Cyprus
Type of investment
Construction Works
Description of investment

The works encompassed:

  • Repairs of the earth fill body;
  • Repairs of the spillway;
  • Installation of a new sluice valve/gate;
  • Installation of the bridge over the spillway;
  • Installation of gauging posts so that water levels can be checked and monitored;
  • Fencing at some sections; and
  • Construction of earthen pathway to access the earth fill dam.
     
Intended beneficiary
Direct beneficiaries: water management bodies and agriculture producers
Indirect beneficiaries: bird watchers 
 
Scope of works

Built in 1900, the Kouklia/Kukla reservoir is one of the oldest and largest water reservoirs in Cyprus. It is an earth filled body type of reservoir. Since its construction and especially for the past 50 years, it has only received limited maintenance. Further, it was never desilted. As a result, the initial capacity of the reservoir was reduced due to the silt accumulation while its retention is compromised due to leakages in the earth filled body. 

Besides its importance in water accumulation, the reservoir has become a sanctuary for fauna, especially for migrating birds.

Initially, the scope of the project included, besides the works mentioned above,  the desilting of the reservoir. However, a study conducted during the design phase demonstrated that the desilting would not bring benefits to the water retention capacities of the reservoir due to the soil composition. With  reduction in rain fall, the volume of rainwater reaching the reservoir is less than one hundred years ago. By desilting, water perfusion to the aquifer will increase. While it made sense in the past for recharging the aquifer, it does not today due to the reduced volume of rainwater reaching the reservoir. For that reason, it was decided that desilting will not be considered.

Actions taken by UNDP
  1. Designs
    Completed at the beginning of 2022, including a study on desilting.
  2. Property checks
    Completed in 2022
  3. Procurement
    Completed in 2022
  4. Implementation of Works
    Works completed in October 2023