Science_blog: capacity building

Search This Blog

Showing posts with label capacity building. Show all posts
Showing posts with label capacity building. Show all posts

Saturday, 18 March 2023

Adaptations and mitigation: Questions and answers part 7

 Q: Discuss why capacity building is important in implementing adaptation plans?

Ans: Scientific and technical capacity,advancing scientific knowledge and linking scientific and policy communities. with the proper use of resources, technology, financing and IPR. It is important to build enough capacity to ensure that the implementation will result in change that is sustainable and aligned with the principles and objectives set out in the design of the adaptation plan.

This can require the building of additional skill sets, increasing education and awareness about certain issues and developing trust and cooperation- these are often barriers which undermine the effectiveness of adaptation processes.

Capacity building is a key issue for the implementation of climate adaptation measures in urban planning processes.In addition, scientific insights and tools can be of assistance, and the use of climate maps can help to create a common language.

Such common understanding of climate problems can lead to “goal environment” between actors, which can support the implementation of climate adaptation strategies in urban planning.

Q: Suggest possible steps that can ease (or motivate) the adaptation planning and implementation at the local level

Ans: The steps that can ease (or motivate) the adaptation planning and implementation at the local level are as follows:

1: Preparing the ground for adaptation

1.a. Obtain high-level support

1.b. Set up the process.

1.c. Estimate human and financial resources needed and identify potential sources of funding for the long term.

1.d. Collect information

1.e. Communicate and raise awareness

2. Assessing risks and vulnerabilities to climate change

2.a. Analyse how past weather events have affected at local level

2.b. Undertake a climate change risks and vulnerability assessment.

2.c. Develop an approach for addressing knowledge gaps and for dealing with uncertainties 

3.Concluding step: 

3 a. Identifying adaptation options

3.b. Collect appropriate adaptation options given at local level 

3.c. Explore good practices and existing measures

3.d. Describe adaptation options in detail 

4. Assessing adaptation options

4.a. Assess possible options in terms of time, cost, benefits and efforts.

Q: How to enhance climate change resilience and sustainability in urban areas?

Ans: Enhancing climate change resilience and sustainability in urban areas:

- By adopting specific  policies  to  ensure  provision  for  good  quality  risk-reducing  infrastructure  and  service that must reach  to whole city’s  population, the  institutional  and  financial  abilty  to  provide and  manage  these  and  expand  them  when  needed.

- By additional knowledge,  resources,  capacity  and  skills, which  are generally  required to  build  resilience  against the climate change to changes  beyond  the  ranges  of  what  have  been  happened  in  the  past.

- By reliable,  locally  specific  and  downscaled  projections  of  climate  change, which gives the reliable climate change scenario and impacts.  

- By tools  for  risk  screening  and  management, which are  needed to  provide  a  basis  for  incorporating  adaptation  into  development  plans  and  policy  option.

- By improving Infrastructures  and  buildings construction,  which have  a  lifespan  of  many  decades  so  investments  made  now  need  to  consider what  changes  in  risks  could  take  place  during  their  lifetime

Q: The local climate change at this stage may not obvious yet. Should adaptation plans incorporate into urban planning immediately or wait until there is more certainty about local climate change? Why?

Ans: Yes, we should adaptation plans incorporate into urban planning immediately because climate change is long continuous process and it is the global problem, when referring to global climate change it is important to look at long-term climate trends, generally 30 years or more, rather than short-term patterns which reflect natural climate variability.

The production of GHG is increased and growing due to high consumption of fossil fuel, non-renewable energy, industrial agriculture and land use changes, Which cause sea level rise, melting ice, increasing in global mean temperature and changing in weather. The important point is that the coping with climate change is also require more time. 

Climate mitigation and adaptation should be implemented simultaneously to effectively reduce climate change impacts and prepare for a future of change. If greenhouse gas emissions are not reduced through mitigation efforts, then the ability to adapt will be impacted by the rapid pace and severity of climate change.

Since the effects of climate change are already happening it is also necessary to include adaptation as an important part of climate change planning. Adaptation is the process of adjustment to actual or expected climate and its effects by society or ecosystem.

Adaptation can consist of a wide variety of actions by an individual, community, or organization to prepare for, or respond to, climate change impacts. We cannot wait for a crisis to occur to begin adapting to climate change impacts.

Q: What are basic needs/essentials to conduct coordination?

Ans: The basic needs/essentials to conduct coordination are as follows:

1) Monitoring of  environmental status could be done in identifying and solving climate change problems.

2) Diagnosing and investigation of  climate change public health problems and health hazards is possible via coordination.

3) Coordination could serve as a major tool in informing, educating and empowering about public health issues related to climate change.

4) Coordination would help in developing policies & plans that support climate change risk reduction efforts.

5) Coordination links people to climate change risk reduction services and thus help in assuring services are provided on time.

6) Research new insights and innovative solutions could be founded which will help in to reducing climate change public health risks issues.

Q: What does community-based approach mean?

Ans: The community-based approach is to create a community that would be actively participate in environmental  friendly  behavior  in  sustainable  ways and describes climate-resilient livelihoods, disaster risk reduction (DRR), local adaptive and organisational capacity development, and enabling national policy environment, a good knowledge of climate change, and the addressing of underlying causes of vulnerability) that need to be in place for effective community-based adaptation to occur.

Approaches:

- Building  trust  through  intensive  communication  with  key  persons  in  the  community.  

- Public  consultation  regarding  local  problems  and  solutions.   

- Framing  the  problems  profile  and  community  perception.  

- Formulate  the  community  focus  of  interest.  

- Formulate  road  map  and  strategic  plan.  

- Develop  programs  and  indicators  performance.

Q: What are ’four sides’ in YSM?

Ans: The Yonmenkaigi System Method is developed to reduce disaster impact at the local community level. Participatory workshop methods can be used to develop more effective action plans at the level of community that include collaborative decision making techniques among residents for proactive disaster management. The main aim is to make an action plan for the community through a workshop. The method focuses on four aspects.These four aspects are categorized as:

a) Management

b) Publication relation and information

c) Soft logistic

d) Hard logistic

Each of these role sharing elements is combined with a time dimension.


The Rise of Generative AI: Transforming Creativity and Innovation

  Introduction Generative AI, a subset of artificial intelligence, has revolutionized the way we approach creativity and problem-solving. By...