Sustainable Environmental Development and Disaster Risk Reduction in the Context of Islamic Republic of Pakistan

Authors

  • Muhammad Rashid DHQ Hospital Kasur, Pakistan

DOI:

https://doi.org/10.37978/tijfs.v2i1.33

Keywords:

Climate Change, Sustainable Environment, Millennium Development Goals, Disaster, Disaster management

Abstract

Abstract:
Introduction: Disasters are the catastrophic events which affects human lives, infrastructure and economy at significant scale. Pakistan is vulnerable to disasters due to its climate change and geography. Climate change causes much more complications and disasters. So, there should be focus on climate change adaptations to reduce disaster risks. If country spends 1 dollar on DRR it saves 5 to 7 dollars to be spent on same population if disaster strike. So, development for disaster risk reduction is much more important. Making the communities resilient and reduces vulnerability environmental sustainability is very important. After the Millennium Development Goals recommendations, Pakistan is also trying to gain environmental sustainability but more in papers instead of practically. So, the need is to make sure practical implementations of these plans and efforts. The objective of this study was to overview the sustainable environmental development and disaster risk reduction in the context of Pakistan.
Methodology: This is the descriptive cross-sectional review study.
Conclusion: As Pakistan is vulnerable for natural disasters due to its geography and climate change like floods, landslides, droughts and Tsunamis. These impact communities according to vulnerability level of the community. Impacts of these disasters on communities can be reduced by reducing their vulnerability and increasing their resilience level.

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Published

2018-01-01

How to Cite

Rashid, M. . (2018). Sustainable Environmental Development and Disaster Risk Reduction in the Context of Islamic Republic of Pakistan. The International Journal of Frontier Sciences, 2(1), 51–55. https://doi.org/10.37978/tijfs.v2i1.33

Issue

Section

Review Article