Indicator Based Vulnerability Assessment of Chhayanath-Rara Municipality, Western Nepal

The dense settlements at the eastern hills of Rara Lake are at higher risk of existing landslides. Seepage of water from the lake has increased erosion rates, exaggerating the threats to villages. People are worried due to the potential of inadvertent disaster, therefore it became necessary to estim...

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Main Authors: Padam Bahadur Budha, Kabiraj Paudyal, Motilal Ghimire
Format: Article
Language:English
Published: Mahidol University 2020-03-01
Series:Environment and Natural Resources Journal
Subjects:
Online Access:https://ph02.tci-thaijo.org/index.php/ennrj/article/view/240201/163661
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spelling doaj-5ae94e8dd8b14c5a89640a70459a19822020-11-25T03:50:14ZengMahidol UniversityEnvironment and Natural Resources Journal1686-54562408-23842020-03-0118322423310.32526/ennrj.18.3.2020.21Indicator Based Vulnerability Assessment of Chhayanath-Rara Municipality, Western NepalPadam Bahadur Budha0Kabiraj Paudyal1Motilal Ghimire2Central Department of Environmental Science, Tribhuvan University, Kathmandu, Nepal Central Department of Geology, Tribhuvan University, Kathmandu, NepalCentral Department of Geography, Tribhuvan University, Kathmandu, NepalThe dense settlements at the eastern hills of Rara Lake are at higher risk of existing landslides. Seepage of water from the lake has increased erosion rates, exaggerating the threats to villages. People are worried due to the potential of inadvertent disaster, therefore it became necessary to estimate the vulnerability of the communities and inform concerned authorities.Setting this requirement as an objective, underlying influencing indicators were assessed. The vulnerability assessment was based on the scoring of the responses emanated from indicator-based household's survey.These scores were summed up to generate indices and also mapped with their true locations. Vulnerability scores ranged from 16.50to 21.75 andwere categorized into five classes after standardization. A moderate vulnerability was exhibited by 33.08% of households sampled. High and very high categories of vulnerability occupied 18.80% and 4.51% of households, respectively. Field observation showed solitary households built away from village clusters were highly vulnerable. Most households showed moderate vulnerability and characteristics like stones/mud-built houses, firewood as a primary fuel, decreasing forests and grasslands, increasing temperatures, and decreasing rainfall were major influencing indicators for higher vulnerability in the research area.https://ph02.tci-thaijo.org/index.php/ennrj/article/view/240201/163661landslides riskvulnerability assessmentvulnerability indicessocio-economic indicators
collection DOAJ
language English
format Article
sources DOAJ
author Padam Bahadur Budha
Kabiraj Paudyal
Motilal Ghimire
spellingShingle Padam Bahadur Budha
Kabiraj Paudyal
Motilal Ghimire
Indicator Based Vulnerability Assessment of Chhayanath-Rara Municipality, Western Nepal
Environment and Natural Resources Journal
landslides risk
vulnerability assessment
vulnerability indices
socio-economic indicators
author_facet Padam Bahadur Budha
Kabiraj Paudyal
Motilal Ghimire
author_sort Padam Bahadur Budha
title Indicator Based Vulnerability Assessment of Chhayanath-Rara Municipality, Western Nepal
title_short Indicator Based Vulnerability Assessment of Chhayanath-Rara Municipality, Western Nepal
title_full Indicator Based Vulnerability Assessment of Chhayanath-Rara Municipality, Western Nepal
title_fullStr Indicator Based Vulnerability Assessment of Chhayanath-Rara Municipality, Western Nepal
title_full_unstemmed Indicator Based Vulnerability Assessment of Chhayanath-Rara Municipality, Western Nepal
title_sort indicator based vulnerability assessment of chhayanath-rara municipality, western nepal
publisher Mahidol University
series Environment and Natural Resources Journal
issn 1686-5456
2408-2384
publishDate 2020-03-01
description The dense settlements at the eastern hills of Rara Lake are at higher risk of existing landslides. Seepage of water from the lake has increased erosion rates, exaggerating the threats to villages. People are worried due to the potential of inadvertent disaster, therefore it became necessary to estimate the vulnerability of the communities and inform concerned authorities.Setting this requirement as an objective, underlying influencing indicators were assessed. The vulnerability assessment was based on the scoring of the responses emanated from indicator-based household's survey.These scores were summed up to generate indices and also mapped with their true locations. Vulnerability scores ranged from 16.50to 21.75 andwere categorized into five classes after standardization. A moderate vulnerability was exhibited by 33.08% of households sampled. High and very high categories of vulnerability occupied 18.80% and 4.51% of households, respectively. Field observation showed solitary households built away from village clusters were highly vulnerable. Most households showed moderate vulnerability and characteristics like stones/mud-built houses, firewood as a primary fuel, decreasing forests and grasslands, increasing temperatures, and decreasing rainfall were major influencing indicators for higher vulnerability in the research area.
topic landslides risk
vulnerability assessment
vulnerability indices
socio-economic indicators
url https://ph02.tci-thaijo.org/index.php/ennrj/article/view/240201/163661
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