GIS based identification of urban hotspots, A case study of peshawar

Introduction Extreme events (snow melt etc ) are increasing as a result of climate change and urban flooding is increasing due to extreme event  and urbanization. Globally, Every year natural disasters claim around 90,000 lives and affect more than 150 million aro

Project Title

GIS based identification of urban hotspots, A case study of peshawar

Project Area of Specialization

Electrical/Electronic Engineering

Project Summary

Introduction

Extreme events (snow melt etc ) are increasing as a result of climate change and urban flooding is increasing due to extreme event  and urbanization.

Globally, Every year natural disasters claim around 90,000 lives and affect more than 150 million around the world.

 Among these, floods are the most intense threat to lives and livelihoods, impacting communities large and small, and inundating large swathes of land.

Unfortunately pakistan is among top 5 most vulnerable countries towards climate change and we can say that there is a severe lack of awareness about sustainable development and urban planning in Pakistan .

In the area of identifying urban hotspots no satisfactory research work has been done in Pakistan specially in KPK province.

Problem statement

The urban floods in the city causes great destruction and inconvenience with heavy traffic jam due to street water logging, paralyzes day to day activities, damage the urban infrastructure roads, bridges, electric poles etc causing severe economic damage as well.

Furthermore we don’t have proper measure to prevent flooding which includes sustainable drainage , permeable pavement and gardens etc.

In previous researches researcher had worked on GIS but for ground water vulnerability and we will study about surface water.

The researches we studied had identification of flood hotspots using some manual procedures containing statistical Data , Bar Graphs and pie charts etc while we will be using pure GIS tool merging tool (spatial Analyst tool) .

Furthermore we can say that no detailed work has been done in Pakistan for urban flooding .

Project Objectives

Objectives

1. The main objectives of this work is to identify the flood prone regions and their extent of vulnerability  in Peshawar city.
2. To know the basic reasons  behind urban flooding and adopt necessary precautions against floods.
3. To find the efficient solutions for minimizing the impacts of urban flooding .

Project Implementation Method

GIS-BASED IDENTIFICATION OF URBAN HOTSPOTS

•Delineation of flood-prone areas using the topographic wetness index (TWI)

•Using the inundation profiles for the calibration of the TWI threshold

•Delineation of geographical functional units using the Urban Morphology Types (UMT)

•Identification of urban hotspots by overlaying the TWI, UMT and Census population density  datasets

DATA REQUIRED

TWI

•Resolution of DEM

•Topology of hydrographic models

•Existed infrastructure i.e Bridges, culverts etc.

Inundation profiles

•Rainfall curves,

•DEM ,DSM, Geology maps,

•Calculation of hydrographs

•Diffusion of total discharge

UMTs

•Formation and transformation of urban forms of cities , towns , villages etc.

Benefits of the Project

BENEFITS

• To find the efficient solutions for minimizing the impacts of urban flooding

• The main benefit of this work is to identify the flood prone regions and their extent of vulnerability  in Peshawar city.
• To know the basic reasons  behind urban flooding and adopt necessary precautions against floods.

 

Technical Details of Final Deliverable

Technology used

The softwere we will be using in this project is Arc GIS

The additional tools we will be using here in this project includes google earth pro, and google map.

For finding urban flooding hotspot we will use technique of overlaying of different maps on each other

This project is purely based on field data and including popullation density of corresponding city i.e peshawar city .

Technically this project will have 4 major parts as mentioned in the methodology.

1. Delineation of flood-prone areas using the topographic wetness index (TWI)
2. Using the inundation profiles for the calibration of the TWI threshold
3. Delineation of geographical functional units using the Urban Morphology Types (UMT)
4. Identification of urban hotspots by overlaying the TWI, UMT and Census population density  data sets

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Others

Other Industries

Education , Energy

Core Technology

Others

Other Technologies

Clean Tech

Sustainable Development Goals

Clean Water and Sanitation, Decent Work and Economic Growth, Industry, Innovation and Infrastructure, Sustainable Cities and Communities, Climate Action

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com