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Good practice Imported

Qatargas Coral Management Programme — Reef Relocation & Nursery Restoration (Ras Laffan, Qatar)

Qatar · Al Khor · See the Qatar profile

Evidence: Observational / pre–post Top 90% 27/100 · Ask Evidence Copilot about this practice

Since 2007, Qatargas/QatarEnergy LNG has relocated 7,500+ live corals from pipeline corridors to protected offshore sites, including a documented 4,500-coral rescue for the Barzan Gas Project, plus a coral nursery and 200+ artificial reef modules off Banana Island.

7,500+
Live corals relocated since 2007
4,500+
Corals relocated for the Barzan Gas Project pipeline
~46 km
Distance corals were transported (Barzan case)
~7 fragments
New coral fragments produced per donor colony (nursery)
200+
Artificial reef modules deployed off Banana Island (2019)
Qatargas Coral Management Programme — Reef Relocation & Nursery Restoration (Ras Laffan, Qatar)

Details

Maturity
Established
Promoter
Qatargas / QatarEnergy LNG, with Qatar's Ministry of Municipality and Environment and Qatar University
Period
2007-present
Keywords
marine biodiversity, coral reef restoration, LNG industry mitigation, habitat offset, coastal ecosystems

Context

Qatargas (now part of QatarEnergy LNG) operates gas pipelines and processing infrastructure at Ras Laffan Industrial City that pass through nearshore coral habitats in the Gulf. To mitigate unavoidable habitat loss from pipeline and terminal construction, the company built a formal Coral Management Programme (CMP) together with Qatar's Ministry of Municipality and Environment and Qatar University.

Objectives

Relocate corals threatened by construction to protected offshore reef areas, and expand hard substrate available for coral recruitment through a nursery and artificial reefs.

Activities

Since 2007, the CMP has relocated more than 7,500 live hard corals from construction zones to protected offshore reef areas. For the Barzan Gas Project pipeline, marine scientists salvaged, transported roughly 46 km, and reattached over 4,500 hard corals, published as a peer-reviewed case study in International Coral Reef Symposium proceedings. The programme also runs a land-based coral nursery producing roughly seven new fragments per donor colony for out-planting, and in 2019 deployed more than 200 artificial reef modules off Banana Island.

Results

Relocation sites are monitored over the long term and are slated for handover to Qatar's Ministry of Environment and Climate Change as part of the national protected-reserve network. The peer-reviewed relocation study documents technique and short-term reattachment success.

Conclusions

Publicly available figures on relocated-coral survival and long-term reef recovery come primarily from the operator and government partners rather than an independent third-party audit; the programme is best read as a well-documented industrial mitigation effort rather than a verified net-biodiversity-gain scheme.

Implementation

Indicative cost
High (€500k–€5M)
Time to results
Long (> 3 years)
Staffing & skills
Marine scientists from Qatar University, Staff from Qatar's Ministry of Municipality and Environment, Qatargas / QatarEnergy LNG environmental team

Conditions for success

  • Joint programme structure combining the industry operator with a government ministry and university expertise
  • Peer-reviewed relocation methodology providing technical credibility
  • Dedicated land-based coral nursery infrastructure for ongoing fragment production
  • Planned handover of relocation sites to the national protected-reserve network for long-term management

Common failure modes

  • Reliance on operator/government-reported figures for survival and reef-recovery outcomes, without independent third-party audit

Commonly funded by

Own resources / municipal budget

Indicative funding routes for practices of this type — always check each programme's current calls and eligibility rules.

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Data sources

Where this practice's information was retrieved from, and when.

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