Data last updated |
June 24, 2024 |
Metadata last updated |
June 25, 2024 |
Created |
June 24, 2024 |
Format |
CSV |
License |
Open Data Commons Attribution License
|
Additional info | nan |
Data extraction page | https://dst.gov.in/sites/default/files/Full%20Report%20%281%29.pdf |
Data insights | By assessing and ranking the most vulnerable districts and states, this information equips policymakers and decision-makers in Himachal Pradesh to strategically prioritize locations for climate risk mitigation efforts. These insights, driven by data, not only inform adaptation planning but also guide targeted investments in critical sectors such as agriculture, water resources, and healthcare. Focusing on vulnerable regions like the Himalayas and coastal areas, these findings support the development of impactful projects eligible for climate-focused funds such as the Green Climate Fund and Adaptation Fund. Additionally, they aid in meeting Nationally Determined Contributions, ensuring a more resilient response to climate change. Integrating this data into disaster management strategies enables proactive and effective risk reduction, contributing significantly to efforts aimed at enhancing climate resilience. |
Data last updated | 2022-03-16 00:00:00 |
Data retreival date | 2022-06-12 00:00:00 |
Datastore active | True |
Frequency | Once |
Granularity | District |
Has views | True |
Id | b447c1e7-4e5c-4f1a-94ca-4e787e44e645 |
Idp ready | True |
Methodology | The methodology for vulnerability assessment is a systematic process involving the definition of scope, selection of assessment type, tier methods, sector, spatial scale, and assessment period. Indicators crucial for vulnerability evaluation are identified and quantified, with normalization techniques ensuring consistency. Indicators are then weighted and aggregated, providing a comprehensive representation of vulnerability. Through this structured approach, vulnerabilities are ranked, allowing for focused adaptation planning |
No indicators | 14 |
Package id | 751c6036-f456-46cc-b7b7-f937bdcd2da3 |
Position | 0 |
Size | 1.8 KiB |
Sku | most-climate_vulnerability_assessment-dt-yr-him |
State | active |
States uts no | 1 |
Url type | upload |
Years covered | 2019-2020 |
Methodology |
The methodology for vulnerability assessment is a systematic process involving the definition of scope, selection of assessment type, tier methods, sector, spatial scale, and assessment period. Indicators crucial for vulnerability evaluation are identified and quantified, with normalization techniques ensuring consistency. Indicators are then weighted and aggregated, providing a comprehensive representation of vulnerability. Through this structured approach, vulnerabilities are ranked, allowing for focused adaptation planning |
Similar Resources |
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Granularity Level |
District |
Data Extraction Page |
https://dst.gov.in/sites/default/files/Full%20Report%20%281%29.pdf |
Data Retreival Date |
2022-06-12 00:00:00 |
Data Last Updated |
2022-03-16 00:00:00 |
Sku |
most-climate_vulnerability_assessment-dt-yr-him |
Dataset Frequency |
Once |
Years Covered |
2019-2020 |
No of States/UT(s) |
1 |
No of Districts |
|
No of Tehsils/blocks |
|
No of Gram Panchayats |
|
Additional Information |
nan |
Number of Indicators |
14 |
Insights from the dataset |
By assessing and ranking the most vulnerable districts and states, this information equips policymakers and decision-makers in Himachal Pradesh to strategically prioritize locations for climate risk mitigation efforts. These insights, driven by data, not only inform adaptation planning but also guide targeted investments in critical sectors such as agriculture, water resources, and healthcare. Focusing on vulnerable regions like the Himalayas and coastal areas, these findings support the development of impactful projects eligible for climate-focused funds such as the Green Climate Fund and Adaptation Fund. Additionally, they aid in meeting Nationally Determined Contributions, ensuring a more resilient response to climate change. Integrating this data into disaster management strategies enables proactive and effective risk reduction, contributing significantly to efforts aimed at enhancing climate resilience. |
IDP Ready |
Yes |