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Hazard Risk and Vulnerability Assessment (HRVA)
of Disaster Management
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Earthquake
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Main Earth Quake Events (250 A.D. - 2009 A.D. Magnitude)
Seismotectonic Features of Himachal Pradesh
25 year Return Period: Estimated Peak Ground Acceleration (PGA in g) (Across Blocks)
50 year Return Period: Estimated Peak Ground Acceleration (PGA in g) (Across Blocks)
100 year Return Period: Estimated Peak Ground Acceleration (PGA in g) (Across Blocks)
200 year Return Period: Estimated Peak Ground Acceleration (PGA in g) (Across Blocks)
500 year Return Period: Estimated Peak Ground Acceleration (PGA in g) (Across Blocks)
2500 year Return Period: Estimated Peak Ground Acceleration (PGA in g) (Across Blocks)
BIS Seismic Zonation Class(As per BIS Code: IS 1893 (Part 1) 2002)
BIS Seismic Zonation Class (As per BIS Code: IS 1893 (Part 1) 2002) (Blockwise) PGAMax2500
Landslide
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Landcover and Historical Landslide
Low Vulnerable Villages
Medium Vulnerable Villages
High Vulnerable Villages
Landslide Hazard Risk Map (As per the Methodology adopted in BMTPC Vulnerability Atlas)
Forest Fire
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Land Use Type and Fire Incidences
Area under Forest Fire Risk
Blockwise Percentage Area Under High and Very High Forest Fire Risk
Flood
Physiography and Irrigation Schemes
Flood-Prone River Sections and Hydropower Stations
Riverine Landforms based on Topographic position Index
Avalanche
Avalanche Hazard Risk Zonation
GLOF
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Glaciers Locations
Glaciers Locations,Lakes and River
Potential Inundation Area Due to Glacial Lake Outburst
Other
100 km
Drought
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Annual Rainfall in I Decile
Annual Rainfall in II Decile
Annual Rainfall in III Decile
Annual Rainfall in IV Decile
Annual Rainfall in V Decile
I Decile by V Decile Rainfall
IX Decile by V Decile Rainfall
I Decile Rainfall (Jun to Sep)
II Decile Rainfall (Jun to Sep)
III Decile Rainfall (Jun to Sep)
IV Decile Rainfall (Jun to Sep)
V Decile Rainfall (Jun to Sep)
I Decile by V Decile Rainfall (Jun to Sep)
III Decile Rainfall_1 (Jun to Sep)
I Decile Rainfall (Post Monsoon)
II Decile Rainfall (Post Monsoon)
III Decile Rainfall (Post Monsoon)
IV Decile Rainfall (Post Monsoon)
V Decile Rainfall (Post Monsoon)
Barley Crop Loss (MT) (First Decile)
Barley Crop Loss (MT) (Second Decile)
Barley Crop Loss (MT) (Third Decile)
Barley Crop Loss (MT) (Fourth Decile)
Barley Crop Loss (MT) (Fifth Decile) Normal Production
Barley Crop Loss (Lakh Rs.) (First Decile)
Barley Crop Loss (Lakh Rs.) (Second Decile)
Barley Crop Loss (Lakh Rs.) (Third Decile)
Barley Crop Loss (Lakh Rs.) (Fourth Decile)
Barley Crop Loss (Lakh Rs.) (Fifth Decile) Normal Value
Maize Crop Loss (MT) (First Decile)
Maize Crop Loss (MT) (SecondDecile)
Maize Crop Loss (MT) (Third Decile)
Maize Crop Loss (MT) (Fourth Decile)
Maize Crop Loss (MT) (Fifth Decile) Normal Production
Maize Crop Loss (Lakh Rs.) (First Decile)
Maize Crop Loss (Lakh Rs.) (Second Decile)
Maize Crop Loss (Lakh Rs.) (Third Decile)
Maize Crop Loss (Lakh Rs.) (Fourth Decile)
Maize Crop Loss (Lakh Rs.) (Fifth Decile) Normal Value
Rapeseed and Mustard Crop Loss (MT) (First Decile)
Rapeseed and Mustard Crop Loss (MT) (Second Decile)
Rapeseed and Mustard Crop Loss (MT) (Third Decile)
Rapeseed and Mustard Crop Loss (MT) (Fourth Decile)
Rapeseed and Mustard Crop Loss (MT) (Fifth Decile) Normal Production
Rapeseed and Musterd Crop Loss (Lakh Rs.) (First Decile)
Rapeseed and Musterd Crop Loss (Lakh Rs.) (Second Decile)
Rapeseed and Musterd Crop Loss (Lakh Rs.) (Third Decile)
Rapeseed and Musterd Crop Loss (Lakh Rs.) (Fourth Decile)
Rapeseed and Musterd Crop Loss (Lakh Rs.) (Fifth Decile) Normal Value
Potato Crop Loss (MT) (First Decile)
Potato Crop Loss (MT) (Second Decile)
Potato Crop Loss (MT) (Third Decile)
Potato Crop Loss (MT) (Fourth Decile)
Potato Crop Loss (MT) (Fifth Decile) Normal Production
Potato Crop Loss (Lakh Rs.) (First Decile)
Potato Crop Loss (Lakh Rs.) (Second Decile)
Potato Crop Loss (Lakh Rs.) (Third Decile)
Potato Crop Loss (Lakh Rs.) (Fourth Decile)
Potato Crop Loss (Lakh Rs.) (Fifth Decile) Normal Value
Rice Crop Loss (MT) (First Decile)
Rice Crop Loss (MT) (Second Decile)
Rice Crop Loss (MT) (Third Decile)
Rice Crop Loss (MT) (Fourth Decile)
Rice Crop Loss (MT) (Fifth Decile) Normal Production
Rice Crop Loss (Lakh Rs.) (First Decile)
Rice Crop Loss (Lakh Rs.) (Second Decile)
Rice Crop Loss (Lakh Rs.) (Third Decile)
Rice Crop Loss (Lakh Rs.) (Fourth Decile)
Rice Crop Loss (Lakh Rs.) (Fifth Decile) Normal Value
Wheat Crop Loss (MT) (First Decile)
Wheat Crop Loss (MT) (Second Decile)
Wheat Crop Loss (MT) (Third Decile)
Wheat Crop Loss (MT) (Fourth Decile)
Wheat Crop Loss (MT) (Fifth Decile) Normal Production
Wheat Crop Loss (Lakh Rs.) (First Decile)
Wheat Crop Loss (Lakh Rs.) (Second Decile)
Wheat Crop Loss (Lakh Rs.) (Third Decile)
Wheat Crop Loss (Lakh Rs.) (Fourth Decile)
Wheat Crop Loss (Lakh Rs.) (Fifth Decile) Normal Value
Apple Production Loss (MT) (First Decile)
Apple Production Loss (MT) (Second Decile)
Apple Production Loss (MT) (Third Decile)
Apple Production Loss (MT) (Fourth Decile)
Apple Production Loss (MT) (Fifth Decile) Normal Production
Apple Production Loss (Lakh Rs.) (First Decile)
Apple Production Loss (Lakh Rs.) (Second Decile)
Apple Production Loss (Lakh Rs.) (Third Decile)
Apple Production Loss (Lakh Rs.) (Fourth Decile)
Apple Production Loss (Lakh Rs.) (Fifth Decile) Normal Value
Citrus Production Loss (MT) (First Decile)
Citrus Production Loss (MT) (Second Decile)
Citrus Production Loss (MT) (Third Decile)
Citrus Production Loss (MT) (Fourth Decile)
Citrus Production Loss (MT) (Fifth Decile) Normal Production
Citrus Production Loss (Lakh Rs.) (First Decile)
Citrus Production Loss (Lakh Rs.) (Second Decile)
Citrus Production Loss (Lakh Rs.) (Third Decile)
Citrus Production Loss (Lakh Rs.) (Fourth Decile)
Citrus Production Loss (Lakh Rs.) (Fifth Decile) Normal Value
Lime Production Loss (MT) (First Decile)
Lime Production Loss (MT) (Second Decile)
Lime Production Loss (MT) (Third Decile)
Lime Production Loss (MT) (Fourth Decile)
Lime Production Loss (MT) (Fifth Decile) Normal Production
Lime Production Loss (Lakh Rs.) (First Decile)
Lime Production Loss (Lakh Rs.) (Second Decile)
Lime Production Loss (Lakh Rs.) (Third Decile)
Lime Production Loss (Lakh Rs.) (Fourth Decile)
Lime Production Loss (Lakh Rs.) (Fifth Decile) Normal Value
Mango Production Loss (MT) (First Decile)
Mango Production Loss (MT) (Second Decile)
Mango Production Loss (MT) (Third Decile)
Mango Production Loss (MT) (Fourth Decile)
Mango Production Loss (MT) (Fifth Decile) Normal Production
Mango Production Loss (Lakh Rs.) (First Decile)
Mango Production Loss (Lakh Rs.) (Second Decile)
Mango Production Loss (Lakh Rs.) (Third Decile)
Mango Production Loss (Lakh Rs.) (Fourth Decile)
Mango Production Loss (Lakh Rs.) (Fifth Decile) Normal Value
All Nuts Production Loss (MT) (First Decile)
All Nuts Production Loss (MT) (Second Decile)
All Nuts Production Loss (MT) (Third Decile)
All Nuts Production Loss (MT) (Fourth Decile)
All Nuts Production Loss (MT) (Fifth Decile) Normal Production
All Nuts Production Loss (Lakh Rs.) (First Decile)
All Nuts Production Loss (Lakh Rs.) (Second Decile)
All Nuts Production Loss (Lakh Rs.) (Third Decile)
All Nuts Production Loss (Lakh Rs.) (Fourth Decile)
All Nuts Production Loss (Lakh Rs.) (Fifth Decile) Normal Value
Pear Production Loss (MT) (First Decile)
Pear Production Loss (MT) (Second Decile)
Pear Production Loss (MT) (Third Decile)
Pear Production Loss (MT) (Fourth Decile)
Pear Production Loss (MT) (Fifth Decile) Normal Production
Pear Production Loss (Lakh Rs.) (First Decile)
Pear Production Loss (Lakh Rs.) (Second Decile)
Pear Production Loss (Lakh Rs.) (Third Decile)
Pear Production Loss (Lakh Rs.) (Fourth Decile)
Pear Production Loss (Lakh Rs.) (Fifth Decile) Normal Value
Plum Production Loss (MT) (First Decile)
Plum Production Loss (MT) (Second Decile)
Plum Production Loss (MT) (Third Decile)
Plum Production Loss (MT) (Fourth Decile)
Plum Production Loss (MT) (Fifth Decile)
Plum Production Loss (Lakh Rs.) (First Decile)
Plum Production Loss (Lakh Rs.) (Second Decile)
Plum Production Loss (Lakh Rs.) (Second Decile)
Plum Production Loss (Lakh Rs.) (Fourth Decile)
Plum Production Loss (Lakh Rs.) (Fifth Decile)
Agriculture Loss Due to Drought (Normal Value)
Agriculture Loss Due to Drought (First Decile)
Agriculture Loss Due to Drought (Second Decile)
Agriculture Loss Due to Drought (Third Decile)
Agriculture Loss Due to Drought (Fourth Decile)
Horticulture Loss Due to Drought (Normal Value)
Horticulture Loss Due to Drought (First Decile)
Horticulture Loss Due to Drought (Second Decile)
Horticulture Loss Due to Drought (Third Decile)
Horticulture Loss Due to Drought (Fourth Decile)
Normal Agriculture and Horticulture Value (in Lakh Rs.)
Average Annual Agriculture and Horticulture Loss Due to Floods (Loss (in Lakh Rs.))
Normal Value Agriculture (in Lakh Rs.)
Agriculture Loss Due to Hailstorm and Cloudburst (Loss (in Lakh Rs.))
Normal Value Horticulture (in Lakh Rs.)
Horticulture Loss Due to Hailstorm and Cloudburst (Loss (in Lakh Rs.))
Livestock Population (Census 2012): Buffalow
Livestock Population (Census 2012): Goat
Livestock Population (Census 2012): Sheep
Livestock Population (Census 2012): Total Cattle
Animal Unit Equivalent (Livestock Census 2012)(Cattle, Buffalo, Goat, Sheep only)
Average Annual Livestock Loss Due to Heavy Rains, Floods and Hailstorms (Loss (in Lakh Rs.))
Climate Change & Climate Variability
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Coefficient of Variation for Observed Precipitation in Winter (Jan-Feb)
Coefficient of Variation for Observed Precipitation in Pre-Monsoon (Mar-May)
Coefficient of Variation for Observed Precipitation in Monsoon (Jun-Aug)
Coefficient of Variation for Observed Precipitation in Post Monsoon (Oct-Dec)
Mean Observed Precipitation in Winter (Jan-Feb)
Mean Observed Precipitation in Pre-Monsoon (Mar-May)
Mean Observed Precipitation in Monsoon (Jun-Aug)
Mean Observed Precipitation in Post Monsoon (Oct-Dec)
Mean Observed Precipitation (In mm)
Projected Future Changes in Winter Precipitation Statistics in Mid Century With Respect to Baseline (1961 - 1990)
Projected Future Changes in Pre-Monsoon Precipitation Statistics in Mid Century With Respect to Baseline (1961 - 1990)
Projected Future Changes in Monsoon Precipitation Statistics in Mid Century With Respect to Baseline (1961 - 1990)
Projected Future Changes in Post Monsoon Precipitation Statistics in Mid Century With Respect to Baseline (1961 - 1990)
Projected Future Changes in Winter Temperature in Mid Century with respect to Baseline (1961-1990) (Maximum Temperature)
Projected Future Changes in Pre-Monsoon Temperature in Mid Century with respect to Baseline (1961-1990) (Maximum Temperature)
Projected Future Changes in Monsoon Temperature in Mid Century with respect to Baseline (1961-1990) (Maximum Temperature)
Projected Future Changes in Post Monsoon Temperature in Mid Century with respect to Baseline (1961-1990) (Maximum Temperature)
Projected Future Changes in Winter Temperature in Mid Century with respect to Baseline (1961-1990) (Minimum Temperature)
Projected Future Changes in Pre-Monsoon Temperature in Mid Century with respect to Baseline (1961-1990) (Minimum Temperature)
Projected Future Changes in Monsoon Temperature in Mid Century with respect to Baseline (1961-1990) (Minimum Temperature)
Projected Future Changes in Post Monsoon Temperature in Mid Century with respect to Baseline (1961-1990) (Minimum Temperature)
Enviornmental & Industrial Hazard Risk
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Classification of Industries
MAH Industries
Population Exposed to Industrial Hazards
Building Vulnerability & Risk Assessment
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Total number of Brick Buildings
Earthquake Damage to Brick Masonry Residential Building (100 year return period) Partially Damaged
Earthquake Damage to Brick Masonry Residential Building (100 year return period) Moderately Damaged
Earthquake Damage to Brick Masonry Residential Building (100 year return period) Severely Damaged
Earthquake Damage to Brick Masonry Residential Building (100 year return period) Destroyed
Earthquake Damage to Brick Masonry Residential Building (200 year return period) Partially Damaged
Earthquake Damage to Brick Masonry Residential Building (200 year return period) Moderately Damaged
Earthquake Damage to Brick Masonry Residential Building (200 year return period) Severely Damaged
Earthquake Damage to Brick Masonry Residential Building (200 year return period) Destroyed
Earthquake Damage to Brick Masonry Residential Building (475 year return period) Partially Damaged
Earthquake Damage to Brick Masonry Residential Building (475 year return period) Moderately Damaged
Earthquake Damage to Brick Masonry Residential Building (475 year return period) Destroyed
Earthquake Damage to Brick Masonry Residential Building (475 year return period) Destroyed
Earthquake Damage to Brick Masonry Residential Building (2475 year return period) Partially Damaged
Earthquake Damage to Brick Masonry Residential Building (2475 year return period) Moderately Damaged
Earthquake Damage to Brick Masonry Residential Building (2475 year return period) Severely Damaged
Earthquake Damage to Brick Masonry Residential Building (2475 year return period) Destroyed
Total number of Stone Masonry Buildings
Earthquake Damage to Stone Masonry Residential Building (100 year return period) Partially Damaged
Earthquake Damage to Stone Masonry Residential Building (100 year return period) Moderately Damaged
Earthquake Damage to Stone Masonry Residential Building (100 year return period) Severely Damaged
Earthquake Damage to Stone Masonry Residential Building (100 year return period) Destroyed
Earthquake Damage to Stone Masonry Residential Building (200 year return period) Partially Damaged
Earthquake Damage to Stone Masonry Residential Building (200 year return period) Moderately Damaged
Earthquake Damage to Stone Masonry Residential Building (200 year return period) Severely Damaged
Earthquake Damage to Stone Masonry Residential Building (200 year return period) Destroyed
Earthquake Damage to Stone Masonry Residential Building (475 year return period) Partially Damaged
Earthquake Damage to Stone Masonry Residential Building (475 year return period) Moderately Damaged
Earthquake Damage to Stone Masonry Residential Building (475 year return period) Severely Damaged
Earthquake Damage to Stone Masonry Residential Building (475 year return period) Destroyed
Earthquake Damage to Stone Masonry Residential Building (2475 year return period) Partially Damaged
Earthquake Damage to Stone Masonry Residential Building (2475 year return period) Moderately Damaged
Earthquake Damage to Stone Masonry Residential Building (2475 year return period) Severely Damaged
Earthquake Damage to Stone Masonry Residential Building (2475 year return period) Destroyed
Total number of Rammed Earth Buildings
Earthquake Damage to Rammed Earth Residential Building (100 year return period) Partially Damaged
Earthquake Damage to Rammed Earth Residential Building (100 year return period) Moderately Damaged
Earthquake Damage to Rammed Earth Residential Building (100 year return period) Severely Damaged
Earthquake Damage to Rammed Earth Residential Building (100 year return period) Destroyed
Earthquake Damage to Rammed Earth Residential Building (200 year return period) Partially Damaged
Earthquake Damage to Rammed Earth Residential Building (200 year return period) Moderately Damaged
Earthquake Damage to Rammed Earth Residential Building (200 year return period) Severely Damaged
Earthquake Damage to Rammed Earth Residential Building (200 year return period) Destroyed
Earthquake Damage to RC Frame Residential Building (475 year return period) Partially Damaged
Earthquake Damage to RC Frame Residential Building (475 year return period) Moderately Damaged
Earthquake Damage to RC Frame Residential Building (475 year return period) Severely Damaged
Earthquake Damage to RC Frame Residential Building (475 year return period) Destroyed
Earthquake Damage to RC Frame Residential Building (2475 year return period) Partially Damaged
Earthquake Damage to RC Frame Residential Building (2475 year return period) Moderately Damaged
Earthquake Damage to RC Frame Residential Building (2475 year return period) Severely Damaged
Earthquake Damage to RC Frame Residential Building (2475 year return period) Destroyed
Total Number of Hybrid and Other Buildings
Earthquake Damage to Hybrid and Other Residential Building (100 year return period) Partially Damaged
Earthquake Damage to Hybrid and Other Residential Building (100 year return period) Moderately Damaged
Earthquake Damage to Hybrid and Other Residential Building (100 year return period) Severely Damaged
Earthquake Damage to Hybrid and Other Residential Building (100 year return period) Destroyed
Earthquake Damage to Hybrid and Other Residential Building (200 year return period) Partially Damaged
Earthquake Damage to Hybrid and Other Residential Building (200 year return period) Moderately Damaged
Earthquake Damage to Hybrid and Other Residential Building (200 year return period) Severely Damaged
Earthquake Damage to Hybrid and Other Residential Building (200 year return period) Destroyed
Earthquake Damage to Hybrid and Other Residential Building (475 year return period) Partially Damaged
Earthquake Damage to Hybrid and Other Residential Building (475 year return period) Moderately Damaged
Earthquake Damage to Hybrid and Other Residential Building (475 year return period) Severely Damaged
Earthquake Damage to Hybrid and Other Residential Building (475 year return period) Destroyed
Earthquake Damage to Hybrid and Other Residential Building (2475 year return period) Partially Damaged
Earthquake Damage to Hybrid and Other Residential Building (2475 year return period) Moderately Damaged
Earthquake Damage to Hybrid and Other Residential Building (2475 year return period) Severely Damaged
Earthquake Damage to Hybrid and Other Residential Building (2475 year return period) Destroyed
Population
Number of Casualties due to Earthquake of Different Return Period (Midnight Scenario) 100 Year
Number of Casualties due to Earthquake of Different Return Period (Midnight Scenario) 200 Year
Number of Casualties due to Earthquake of Different Return Period (Midnight Scenario) 475 Year
Number of Casualties due to Earthquake of Different Return Period (Midnight Scenario) 2475 Year
Total Cost of Buildings (Rs. Million)
Economic loss to Buildings due to Earthquake of Different Return Period (100 Year)
Economic loss to Buildings due to Earthquake of Different Return Period (200 Year)
Economic loss to Buildings due to Earthquake of Different Return Period (475 Year)
Economic loss to Buildings due to Earthquake of Different Return Period (2475 Year)
Earthquake Loss to Buildings 100 Year Return period (44% Probability of Exceedance in 50 Yrs.)
Earthquake Loss to Buildings 200 Year Return period (22% Probability of Exceedance in 50 Yrs)
Earthquake Loss to Buildings 475 Year Return Period (10% Probability of Exceedance in 50 Yrs.)
Earthquake Loss to Buildings 2,475 Year Return Period (2% Probability of Exceedance in 50 Yrs)
Estimated Cost of Buildings (in Lakh Rs.)
Annualised Building Risk From Earthquakes (Probability of Exceedance) (Loss (in Lakh Rs.))
Average Annual House Loss Due to Floods, Cloudbursts and Hailstorms (House Loss (in Lakh Rs.))
Average Annual Public Utility Losses Due to Floods, Cloudbursts and Hailstorms (Loss (in Lakh Rs.))
Socio-Economic Vulnerability
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Total Rural Population (In % to Block Population)
Rural SC Population (In %)
Rural ST Population (In %)
Rural literacy Rate (In %)
Female Literates / Total Literates (In %)
Male Literacy Rate (In %)
Female Literacy Rate (In %)
Distribution of Main Cultivators / Total Agriculture Main Workers (In %)
Distribution of Female Main Workers / Total Main Workers (In %)
Distribution of Main Hhs. Industry Workers / Total Main Workers (In %)
Distribution of Main Other Workers / Total Main Workers (In %)
Female Headed Households to Total Households (in %)
Total Population (in Nos.)
Total Disabled Population (in Nos.)
Total Rural Population Density (2011) (Person / Sq. Km)
Physical Vulnerability Index Rural: LIG
Physical Vulnerability Index Rural: MIG
Physical Vulnerability Index Rural: HIG
Physical Vulnerability Index Rural: All Groups
Social Vulnerability Index Rural: LIG
Social Vulnerability Index Rural: MIG
Social Vulnerability Index Rural: HIG
Social Vulnerability Index Rural: All Groups
Human Vulnerability Index Rural: LIG
Human Vulnerability Index Rural: MIG
Human Vulnerability Index Rural: HIG
Human Vulnerability Index Rural: All Groups
Financial Vulnerability Index Rural: LIG
Financial Vulnerability Index Rural: MIG
Financial Vulnerability Index Rural: HIG
Financial Vulnerability Index Rural: All Groups
Natural Vulnerability Index Rural: LIG
Natural Vulnerability Index Rural: MIG
Natural Vulnerability Index Rural: HIG
Natural Vulnerability Index Rural: All Groups
Composite Vulnerability Index Rural: LIG
Composite Vulnerability Index Rural: MIG
Composite Vulnerability Index Rural: HIG
Composite Vulnerability Index Rural: All Groups
% Urban Population to District Population
Physical Vulnerability Index Urban: LIG
Physical Vulnerability Index Urban: MIG
Physical Vulnerability Index Urban: HIG
Physical Vulnerability Index Urban: All Groups
Social Vulnerability Index Urban: LIG
Social Vulnerability Index Urban: MIG
Social Vulnerability Index Urban: HIG
Social Vulnerability Index Urban: All Groups
Human Vulnerability Index Urban: LIG
Human Vulnerability Index Urban: MIG
Human Vulnerability Index Urban: HIG
Human Vulnerability Index Urban: All Groups
Financial Vulnerability Index Urban: LIG
Financial Vulnerability Index Urban: MIG
Financial Vulnerability Index Urban: HIG
Financial Vulnerability Index Urban: All Groups
Composite Vulnerability Index Urban: LIG
Composite Vulnerability Index Urban: MIG
Composite Vulnerability Index Urban: HIG
Composite Vulnerability Index Urban: All Groups
Critical Facility
Primary School
Primary with Upper Primary School
Upper Primary School
Upper Primary with Secondary/Higher Secondary School
Primary with Upper Primary and Secondary/Higher Secondary School
Not Specified
Hospital
Primary Health Centre
Civil Hospital
Community Health Centre
Maternity and Child Health Services
Primary Health Centre and Community Health Centre
Primary Health Centre and Maternity Child Health Services
Private Hospitals
Regional Hospitals
Urban Health Centre
Community Health Centre and Maternity Child Health Services
Police Station
Cell Towers
BSNL Offices
Hydro Power Projects
DC Office
Govt. Building
Fire Station
Helipads
Airport
Fort (Heritage Building)
Monastery (Heritage Building)
Other Heritage Buildings
Palace (Heritage Building)
Bridges
Composite Risk
Annualised Composite Risk - Hazard Share (Earthquake and Agricultural drought and Hydromet(Floods and Hailstorm)
Blocks by Composite Risk Quantile (Rank descending order (highest loss first))
Annualised Composite Risk - Share of Primary(Agriculture and Allied) and Housing and Public Utility Sectors
No. of Visitor :
Designed and Developed by Aryabhatta Geo-informatics & Space Application Centre (AGiSAC), under the aegis of HIMCOSTE.