Pranshu Mishra- Pursuing PhD
- SRF (DST-INSPIRE) at University of Lucknow
Pranshu Mishra
- Pursuing PhD
- SRF (DST-INSPIRE) at University of Lucknow
Analyzing Landslides using Artificial Intelligence (AI) and Geographic Information Systems (GIS).
About
8
Publications
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10
Citations
Introduction
I'm currently pursuing Doctor of Philosophy in Slope-instability analysis with special reference to the Himalayan terrain of India.
Skills and Expertise
Current institution
Additional affiliations
June 2019 - July 2019
Position
- Summer Intern
Description
- ONGC gave me a chance to know the incredible working scenario of this PSU (Navratna) and to work with their specialists in ongoing project entitled '' FMI log data interpretation in jaiselmer basin''.
Publications
Publications (8)
Slope failures are frequent, widespread geomorphological, and one of the hazardous natural phenomena that threaten human life and property. Every year a number of persons lost their lives due to landslides or slope failures. Therefore, a better and qualitative understanding of landslides is very essential for adopting mitigation strategies for this...
The present study focuses on the estimation of uniaxial compressive strength (UCS) in geotechnical projects. UCS is a crucial parameter in designing such projects, and traditional methods of measurement outlined by standards are often time-consuming and cumbersome. Additionally, obtaining standard core samples is always a challenging task in fractu...
Our poster entitled "Landslide evaluation on the Planetary Bodies with special reference to the Earth" was a broader overview of planetary landslides under the theme of GEOHAZARDS AND DISASTER RISK REDUCTION.
Landslides are the most destructive geological hazards, causing geo-environmental imbalance with the loss of lives and billions of dollars annually worldwide. Despite many technical papers being dealt with in his area of study and different researchers come up with different methods for landslide hazard assessment, there is no particular standard m...
The irregularity and unforeseeable climate conditions are adding to the complexity to predict natural hazards. The hilly terrains are already having very complex geological and tectonic settings. Further, enhanced human encroachment and changing climatic conditions magnified the vulnerability of mountain slopes, such as the development of road conn...
Throughout the world, landslides are a common hazard in hilly regions. There are varying conditions that lead to their emergence in different regions. Constructions and widening of the highways are accelerating landslides due to steepening and removal toe support of slope. The factors involved in slope failure are the angle of the slope, the lithol...
This poster presentation is entitled Landslide Hazard Zonation (LHZ) Mapping along NH-109. It is a case study of Nainital and Almora District of Kumaun Himalaya, Uttarakhand (India).
Questions
Questions (2)
Thanks and Regards
Pranshu Mishra
There are so many techniques and models to evaluate the Landslide Hazard as well as Susceptibility of any area? But after preparing the LHZ or LSZ- map how can we determine the accuracy of those maps?
Note: Landslide Hazard Evaluation
techniques (by Shano et al. 2020) attached with this question.
Thanking you!
