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MainDB: Assessment of Suitable Flood Mitigation Measures in Tbilisi

Title

Assessment of Suitable Flood Mitigation Measures in Tbilisi

NWPWeblink

NWPTypeOfOrganization

UN and affiliated organization

NWPGeographicRegion

Europe

Scope of work

 

NWPMandatesandFrameworks

 

NWPModalityApproachandMechanism

 

NWPEffortsToAddressSOE

 

NWPRelevantStakeholders

 

NWPFocusonNElossesFlag

 

NWPImpactAreas

 

NWPOutputs

 

Good practices and lessons learned

 

NWPGapsChallenges

 

Date of submission

22/09/2020

Abbreviation

CTCN

Activities

 

Adaptation element

Technology support

Adaptation sector/theme

Water resources

Climate hazard

Erratic rainfall; Extreme cold; Extreme heat; Floods; Storm surges; Tropical cyclones/typhoons

Country

Georgia

NWPDataSource

 

Description

Flash floods and mudflows occurring on small rivers as a result of heavy rains impact various parts of Tbilisi, causing heavy damage and/or human casualties. Georgia requested the UN Climate Change Centre and Network (CTCN) for technical assistance in this regard in order to determine appropriate actions to prevent disastrous consequences of possible floods of the Dukniskhevi River within Tbilisi, as part of climate change adaptation. 

The technical assistance involved technology transfer for flood hazard mapping, hydrological modelling, and flood forecasting. This was meant to advance the country’s Nationally Determined Contribution (NDC) with an aim of improving the preparedness and adaptive capacity through developing climate-resilient practices that reduce the vulnerability of highly exposed communities.

Here, you will find a summary of the assistance entailed: 

Expected outcome

​The assistance was hoped to result in the following: 

  • Appropriate contingency planning for extreme flood events, based on actual flood risk maps;
  • Planned measures for extreme flood adaptation;
  • Proper spatial and land development planning, based on flooding maps, tha​t will help to mitigate flood risk;
  • Transferred technology (modelling software) and modelling technique skills of trained personnel will enable future management of flood risk and modelling of various; flood scenarios and land development scenarios​;

Further information

Additional hazard(s): Heatwaves and heavy precipitation. Approach: Disaster risk reduction/risk-based planning. Stage in the adaptation policy cycle: Planning (including identification, appraising and prioritizing adaptation measures). Time scale: Short-to mid-term adaptation needs. Additional (specific) target group: Policy maker (nation and local levels).

NWPGeographicScope

Local

Indicators of achievement

 

NWPInformationType

Case study

NWPJoinDate

 

NWPPartner

Purpose

 

Regional group

 

Target group

Policy makers

NWPWorkStream

NWP

NWPYear

 

NWPOutcome

State of the art approaches and intensive analysis were used to understand the flood behaviour of Dukniskhevi River. In collaboration with the NDE of Georgia and the TA implementor (HYDROC GmbH), the CTCN TA contributed through: 
  1. Modelling of flooding scenarios (hydrological & hydraulic modelling and climate change impact assessment)
  2. Mapping of flood hazard
  3. Identification of adaptation and flood mitigation measures
  4. Training for enhancing capacity of government officials and relevant stakeholders

NWPPartners

 

Type of knowledge resource

 

Scale of work

 

NWPSlowOnsetEvents

 

NWPReferences

 

Implementing partners

 

NWPYearPublication

 

NWPUpdate

 

SourceItemID

1942

NWPSecendaryEmail

 

NWPPrimaryEmail

gargr@un.org

NWPTypeOfKnowledge

Technical document/report

NWPCountryItem

 

NWPRelevantWeblinks

 

Attachments

Content Type: NWPSearchableItem
Created at 22/09/2020 09:25 by crmmocservices
Last modified at 16/05/2022 10:02 by Lilian Daphine Lunyolo