Javascript must be enabled to continue!
Assessment of Geo-hazards and Mitigation Measures at Palchan Station, Manali (Himachal Pradesh)
View through CrossRef
Palchan station is located near Manali in the Kullu district of Himachal Pradesh (India) at right bank of river Beas and Pagal Nallah along NH-3 at an altitude of 2400 meters (approx.), whereas village Palchan is located towards left bank. In the vicinity of this station, there are threats of avalanches in winters and flash floods during rainy season. The effect of avalanche and flood are studied for the safety measures of the Palchan station.Three vulnerable points of the Pagal Nallah from where flood may likely to enter into the settlement area during peak flood discharge are considered for the further analysis. In addition to the field visit, optical remote sensing products of this area were also analysed to understand the topography of the terrain, characteristics of the avalanche sites and spreading of debris deposition. The satellite imageries are also used to study the extreme events.Avalanche flow simulation software developed by DGRE is used to study the threat of avalanche hazard and it was found that the station is not located in the trajectory of avalanche flow path. To estimate the peak flood discharge of Pagal Nallah, different methodologies i.e. based on local flood level indication using Manning’s equation, rational method, Dicken’s formula and Inglis formula were used. The maximum discharge obtained from observed data is 1021 cumecs. The protection structure along the river embankment proposed at three locations each having dimensions 25 m long and 3 m high. These structures are proposed consisting of reinforced stone pitching having welded mesh made up of 10 mm diameter TMT bars at spacing of 35-50 cm C/C. Additionally, a synthetic rubber mat (25 mm thick) with accessories to be placed on top of water side vertical face of protection wall to impart abrasion resistance and provide high impact strength against flowing boulders of varying size from 50 cm to 150 cm.  
Title: Assessment of Geo-hazards and Mitigation Measures at Palchan Station, Manali (Himachal Pradesh)
Description:
Palchan station is located near Manali in the Kullu district of Himachal Pradesh (India) at right bank of river Beas and Pagal Nallah along NH-3 at an altitude of 2400 meters (approx.
), whereas village Palchan is located towards left bank.
In the vicinity of this station, there are threats of avalanches in winters and flash floods during rainy season.
The effect of avalanche and flood are studied for the safety measures of the Palchan station.
Three vulnerable points of the Pagal Nallah from where flood may likely to enter into the settlement area during peak flood discharge are considered for the further analysis.
In addition to the field visit, optical remote sensing products of this area were also analysed to understand the topography of the terrain, characteristics of the avalanche sites and spreading of debris deposition.
The satellite imageries are also used to study the extreme events.
Avalanche flow simulation software developed by DGRE is used to study the threat of avalanche hazard and it was found that the station is not located in the trajectory of avalanche flow path.
To estimate the peak flood discharge of Pagal Nallah, different methodologies i.
e.
based on local flood level indication using Manning’s equation, rational method, Dicken’s formula and Inglis formula were used.
The maximum discharge obtained from observed data is 1021 cumecs.
The protection structure along the river embankment proposed at three locations each having dimensions 25 m long and 3 m high.
These structures are proposed consisting of reinforced stone pitching having welded mesh made up of 10 mm diameter TMT bars at spacing of 35-50 cm C/C.
Additionally, a synthetic rubber mat (25 mm thick) with accessories to be placed on top of water side vertical face of protection wall to impart abrasion resistance and provide high impact strength against flowing boulders of varying size from 50 cm to 150 cm.
  .
Related Results
Physico-chemical characterization of kiwifruit grown in different parts of India
Physico-chemical characterization of kiwifruit grown in different parts of India
The present study was carried out to investigate the physico-chemical parameters of five cultivars of Kiwifruit (Abbott, Allison, Bruno, Hayward and Monty) grown in different state...
Assessment of occupational health hazards among printing press workers
Assessment of occupational health hazards among printing press workers
Background
Workers in printing press are frequently exposed to various occupational health hazards, including physical, chemical, mechanical (ergonomic), biological, an...
Mitigation translocation for conservation of New Zealand skinks
Mitigation translocation for conservation of New Zealand skinks
<p>Worldwide, human development is leading to the expansion and intensification of land use, with increasing encroachment on natural habitats. A rising awareness of the delet...
Analysis of the Response Law of Station Buried Depth Change to Subway Station Under Vibration Load
Analysis of the Response Law of Station Buried Depth Change to Subway Station Under Vibration Load
In the period of rapid development of urban rail transit, the traditional transportation hub has become increasingly unable to meet the needs of people 's travel due to the lack of...
Geological and geomorphological objects of the Ukrainian Carpathians’ Beskid Mountains and their tourist attractiveness
Geological and geomorphological objects of the Ukrainian Carpathians’ Beskid Mountains and their tourist attractiveness
The article explores the geological and geomorphological objects of the Beskidy Ukrainian Carpathians for the further creation of geo-tourist routes. Geo-tourist areas combining se...
Impact of Economic Variables on Indian Tourism Sector: An In-depth Study
Impact of Economic Variables on Indian Tourism Sector: An In-depth Study
This paper discusses the impact of economic indicators on the tourism sector, with particular reference to the state of Himachal Pradesh. Tourism is a growing industry in Himachal ...
Research on Emergency Rescue Decision Support System of Geo-hazards under the Conditions of Extreme Snow and Ice Disasters
Research on Emergency Rescue Decision Support System of Geo-hazards under the Conditions of Extreme Snow and Ice Disasters
The emergency rescue of geo-hazards under the conditions of extreme snow and ice disasters is a new challenge faced by government departments. The fast and effective emergency resp...
“KAIROS OF Biblical Geo-politics for the New Life of the Minjung in the 21st Century”
“KAIROS OF Biblical Geo-politics for the New Life of the Minjung in the 21st Century”
Theologically speaking, it is in this situation that we begin to sense the imminence of the KAIROTIC GEO-POLITICS. We begin with the Biblical geo-politics of God’s Reign, which wou...

