which daily things are disaster to us given by science
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1. Science is central for achieving and monitoring progress towards the Sustainable Development Goals. Science based frameworks for monitoring and evaluation provide rigorous and transparent procedures for indicator selection, measurement and analysis. In the multi-sector and international context of global agreements science can also clarify the right questions to ask in achieving a stated goal. This is especially important when considering interactions between goals and indicators across the framework even when common aspirations appear straightforward. The Overseas Development Institute has demonstrated how difficult it is to satisfactorily track resilience within the Sustainable Development Goals process.
2. Disaster risk reduction is part of climate change adaptation and as such science has a role to play in developing policy approaches with co-benefits.Surfacing smart disaster risk reduction needs investigative science. Disaster risk reduction co-benefits for climate change and development are not always deliberate and may not be visible to routine monitoring and evaluation processes. Science teams deployed by UNISDR and Oxfam have identified examples of these unplanned processes which led to co-benefits. For example, in New Zealand, a charity formed after the Christchurch earthquake went from grant provision to young Maori students and entrepreneurs to a national youth development programme. In the Dominican Republic, disaster risk reduction projects have overcome entrenched distrust among neighbourhoods, leading to better police safety for women and enabling small businesses to grow.
3. Where development is the problem, science can be a critical friend for policy making from resilience to transformation.The disasters community has a long tradition of aiming to accelerate improvement in development opportunities for the poor and vulnerable through reconstruction and disaster risk reduction projects. Climate change adaptation and mitigation and the Sustainable Development Goals seem increasingly likely to need transformative policy options. Systematic analysis of the social and political context for progressive disaster risk management and disaster risk reduction offers lessons.
hope it will help u
2. Disaster risk reduction is part of climate change adaptation and as such science has a role to play in developing policy approaches with co-benefits.Surfacing smart disaster risk reduction needs investigative science. Disaster risk reduction co-benefits for climate change and development are not always deliberate and may not be visible to routine monitoring and evaluation processes. Science teams deployed by UNISDR and Oxfam have identified examples of these unplanned processes which led to co-benefits. For example, in New Zealand, a charity formed after the Christchurch earthquake went from grant provision to young Maori students and entrepreneurs to a national youth development programme. In the Dominican Republic, disaster risk reduction projects have overcome entrenched distrust among neighbourhoods, leading to better police safety for women and enabling small businesses to grow.
3. Where development is the problem, science can be a critical friend for policy making from resilience to transformation.The disasters community has a long tradition of aiming to accelerate improvement in development opportunities for the poor and vulnerable through reconstruction and disaster risk reduction projects. Climate change adaptation and mitigation and the Sustainable Development Goals seem increasingly likely to need transformative policy options. Systematic analysis of the social and political context for progressive disaster risk management and disaster risk reduction offers lessons.
hope it will help u
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