Slopes and Landslide Vulnerability Checking and Data Storing

Select Values from Dropdown List

Type of Road:	Expressway National Highway State Highway Major District Road Other District Road Village Road Non Plan Road
Road Number:
Chainage of LandSlide:
Landslide Location:	on NH/SH/MDR Without Settlement on NH/SH/MDR and near settlement On NH/SH/MDR and near railways
Latitude:
Longitude:
Age of Cutting:	Very old more than 10 yrs Old less than 10 yrs Recent
Type of Slope:	Soil Debris Rock
Mode of failure:	Composite Planar Wedge
Type of lithology:	Sandstone Siltstone or shale Sandstone, Siltstone and shale
Thickness of soil/debris on affected slopes:	Thin less than 1m Moderate 1 to 2m Thick more than 2m
Thickness of overburden:	Thin less than 1m Moderate 1 to 2m Thick more than 2m
Vegetation on affected slope:	Vegetated Sparse Non Vegetated
Vegetation above beyond affected slope:	Vegetated Sparse Non Vegetated
Height of cutting:	0 to 10m 10m to 30m More than 30m
Slope of cutting:	Less than 35 Degree 35 to 50 Degree More than 50 degree
Cut slope angle V/S Uphill natural slope:	Gentle Moderate Steep
Water conditions:	Dry Dripping Flowing
Deformation characteristics (cracks/subsidence/failure):	Less deformed Moderately deformed Highly deformed
Joint sets:	1 Set 2 Sets 3 or More
RMR(rock slope):	0 to 25 26 to 50 50 to 100
Direction of bedding plane/foliation:	Inside Oblique Towards Road
Susceptibility Score:
Susceptibility Remarks:

Note: Before sending data to Google Sheet, click on Check Vulnerability to assess susceptibility. After submission, if successful, press the back button and refresh to view collected data via the "Collected Data" link.

Total Sum:

Susceptibility Analysis status:

Select Data from Sheet to View:

Refresh the page if your data is not visible in Collected Data.

Slope and Landslide Vulnerability Checking and Data Storing Tool

This web-based tool simplifies field surveys, landslide hazard scoring, and centralized data submission for geotechnical and highway engineering assessments.

Key Features & Workflow

Geospatial Pinpointing

Uses an embedded Leaflet OpenStreetMap interface. Clicking anywhere on the map automatically populates precise latitude and longitude values into form fields.

Real-Time Vulnerability Scoring

Aggregates weights across 17 geotechnical, geological, and structural parameters using an automated evaluation function.

Automated Cloud Sync

Submits structured field logs directly to a central database via Google Apps Script POST requests.

Historical Data Inspection

Fetches live CSV output from published records, populating a selection menu to let engineers review past survey data on the fly.

Technical Evaluation Logic

Each selected parameter maps to a specific numerical rating (ranging from 1 to 3 based on risk severity). The tool sums these values to generate a cumulative Susceptibility Score (minimum 17, maximum 51) and assigns a vulnerability classification.

Parameter Evaluated	Input Options & Risk Weights
Location Risk	• On Highway Without Settlement (1) • On Highway Near Settlement (2) • Near Railways / Critical Infrastructure (3)
Slope & Cutting Geometry	• Height: 0-10m (1), 10-30m (2), >30m (3) • Slope Angle: <35° (1), 35-50° (2), >50° (3) • Cut vs Natural Slope: Gentle (1), Moderate (2), Steep (3)
Geological & Hydrological Factors	• Lithology, Joint Sets, RMR Grade • Water Conditions: Dry (1), Dripping (2), Flowing (3) • Bedding Direction: Inside (1), Oblique (2), Towards Road (3)

Susceptibility Classification Thresholds

Total Score Range	Risk Classification	Action Required
17 or lower	Less Susceptible	Standard routine monitoring.
18 to 34	Moderately Susceptible	Periodic inspection required; check drainage and surface cover.
35 to 51	Highly Vulnerable	Immediate engineering intervention required (e.g., retaining structures, rock bolting, shotcreting).

Field Operational Steps

1. Select highway classification, enter the specific road number, and log the landslide chainage.
2. Click the exact site location on the Leaflet map to capture GPS coordinates.
3. Complete the dropdown inputs for slope geometry, lithology, water seepage, and structural orientation.
4. Click Check Vulnerability to calculate the overall score and risk category.
5. Click Send Data to Google Sheet to transmit the record to the central inventory database.

Yogendra Gopal Borse

Civil Engineer | Assistant Engineer Grade-I, Maharashtra PWD

B.Tech (Civil) from VJTI Mumbai. Experienced in bridge design, road works, estimation, project monitoring and digital engineering tools. Creator of YogiPWD – practical technical resources for civil engineers.

Read full About →