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  In  developing  its  climate  change  strategy,  the  Durban  Municipality  identified  a  set  of  ten
                interrelated climate change response themes: water, sea level rise, biodiversity, food security,
                health,  energy,  waste  and  pollution,  transport,  economic  development,  and  knowledge
                generation  and  understanding.  The  approach  included  the  development  of  a  separate
                implementation framework, and a monitoring and evaluation system (DCCS, 2014).

              The  Hanoi  climate  change  vulnerability  assessment  approach  involved  a  ten  step  process,
                following the UN‐HABITAT's Cities and Climate Change Initiative:
                    –  establishing contact with the city government, gaining participation at city level and
                        forming an assessment team;
                    –  identifying key issues through disaster profile and climate change scenarios for 2020,
                        2050 and 2100; developing the city profile;
                    –  mapping  and  mobilizing  key  stakeholders;  consulting  with  local  communities,
                        government and private sector;

                    –  identifying the main climate hazards for Hanoi;
                    –  analysing sensitivity of the city infrastructure and physical systems;
                    –  developing adaptive capacity analysis based on evaluation of technology, human and
                        financial  resources,  policy  and  mechanism  and  coordination  and  implementation
                        capacity;
                    –  identifying hotspot areas based on disaster profile, modelling, stakeholder interviews
                        and community mapping; and conducting city feedback and evaluation meeting; and
                    –  identifying priority actions and planning for implementation (UN‐HABITAT, 2014).

              London's climate change adaptation strategy contains seven tasks to be undertaken in order to
                manage  risks  and  increase  resilience.  These  are:  (i)  analysing  how  London  is  vulnerable  to
                weather‐related risks today (establishing a baseline to assess how these risks change), (ii) using
                projections from climate models to identify how climate change may accentuate existing risks
                and create new risks or opportunities in the future, (iii) prioritising the key climate risks and
                opportunities for London, (iv) providing a framework, (v) establishing a strategic process by
                which London can put in place the measures necessary to adapt to future climate change, (vi)
                recommending how London should capitalise on the opportunities presented by climate change;
                and  demonstrating  how  London  can  become  an  international  referent  on  adaptation  (GLA,
                2011).

            In order to guide countries in their overall adaptation planning and implementation, a national
            adaptation  plan  (NAP)  process  has  been  put  in  place  under  the  United  National  Framework
            Convention on Climate Change (UNFCCC). The NAP process provides an opportunity for countries
            to consolidate overall adaptation activities, and embark on a coherent and strategic adaptation
            approach. It is designed to assist countries to reduce vulnerability to the impacts of climate change,
            by building adaptive capacity and resilience, and to facilitate the integration of climate change
            adaptation into development planning processes and strategies within all relevant sectors and at
            different levels.

            The process is framed along four elements: laying the groundwork and addressing gaps; preparatory
            elements; implementation strategies; and reporting, monitoring and review. Table 2 below provides
            and overview of the steps involved in the adaptation cycle along those four elements:






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