Zehab Iqbal - Research Associate - University of Peshawar (Department of Enviormental Sciences)

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Zehab Iqbal

Research Associate

University of Peshawar (Department of Enviormental Sciences) - Peshawar, Pakistan

概要

To obtain a position in reputable organization, which offer the challenging position to me
Ability to work in a fast-paced environment to set deadlines. Excellent oral and written correspondence with an exceptional attention to detail. Highly organized with a creative flair for project work. Enthusiastic self-starter who contributes well to the team. Excellent working knowledge of Computer Application

项目

Contamination of underground water around solid waste dump sites

Impact of BRT Peshawar

BIOMASS AND CARBON STOCK ESTIMATION OF DISTRICT BUNNER

Hydrological Modeling of Watershed using HEC-HMS Software and Arc-GIS – A c

Vegetation Change Detection Using Remote Sensing and GIS –A Case Study of L

The selection of optimal sites for a new township in Peshawar, using Weight

工作经历

Research Associate

University of Peshawar (Department of Enviormental Sciences)

Nov 2016 - Mar 2019 | Peshawar, Pakistan

学历

University of Peshawar

学士, 理工学士, BS Geomatics‎

Geographic Information System

CGPA 3.0/4

2016

技能

熟练 ArcGIS

中级 envi

中级 ERDAS Imagine

中级 GPS

熟练 Handling Assignments

中级 MATLAB Command

熟练 QGIS

语言

初学者普什图语

熟练乌尔都语

中级英语

关注的公司

United Nations Pakistan

Wateen Telecom Limited

Alfalah GHP Investment Management Limited

BRAINS SECURITIES (PVT) LTD.

Community Motivation & Development Organization

Blue Veins (NGO)

载入中

我的项目

Contamination of underground water around solid waste dump sites

日期 : Nov 2017 - Jan 2018

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Solid waste management

Impact of BRT Peshawar

日期 : Dec 2018 - Jan 2019

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Enviormental issues causing during BRT Peshawar

BIOMASS AND CARBON STOCK ESTIMATION OF DISTRICT BUNNER

日期 : Apr 2017 - May 2017

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Pakistan stands among group of developing countries. There is need to reduce carbon emission. Forests are the most important natural renewable source. They have prominent role in establishing environmental and climatic balance, global carbon cycle, carbon fluxes with atmosphere through different processes like photosynthesis and respiration. Forest produces wood, protects wildlife, maintain groundwater levels, protect the soil fertility, and absorb carbon and another pollutant gases from the atmosphere. All these forest functions influence the continuity of life and have global implications (Heri et al, 1999) as well. Biomass is defined as the dry weight of both aboveground biomass (AGB) and belowground biomass (BGB) living mass of vegetation, such as wood, bark, branches, twigs, stumps, or roots as well as dead mass of litter associated with the soil. Forest biomass act as an important indicator of carbon resources and sequestration in an ecosystem. Main purpose of this study is to evaluate this • Biomass estimation • Carbon stock estimation

Hydrological Modeling of Watershed using HEC-HMS Software and Arc-GIS – A c

日期 : Apr 2017 - May 2017

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Swat lies in the temperate Zone. The summer in lower Swat valley is short and moderate while it is cool and refreshing in the upper northern part. The hottest month is June with mean maximum and minimum temperature of 33°C and 16°C, respectively. The coldest month is January with mean maximum and minimum temperature of 11°C and -2°C, respectively. The winter season is long and extends from November to March, rain and snowfall occurs during this season. The amount of rainfall received during winter season is more than that of summer season. The highest rainfall recorded during the month of March is about 242 mm. Floods due to heavy rains along with droughts are major prevailing hazards in Swat to overcome that with hydrological modeling using GIS(HEC_HMS). To study stream network, flow direction etc of a catchment area. To calibrate and validate watershed using HEC-HMS

Vegetation Change Detection Using Remote Sensing and GIS –A Case Study of L

日期 : Dec 2017 - Jan 1970

全球资源定位器 http://

Remote sensing technology in combination with geographic information system (GIS) can render reliable information on vegetation cover. The analysis of the spatial extent and temporal change of vegetation cover using remotely sensed data is of critical importance to agricultural sciences. Urban growth, in population has been a major factor which has altered natural vegetation cover, due to anthropogenic activities. The results of these have left signficant effects on local weather and climate. Change detection as depend by Hower (1978) is temporal effects as Variation in spectral response involves situations where the spectral characteristics of the vegetation or other cover type in a given location change over time. Vegetation change detection identities vegetative land cover changes over time. We will perform a vegetation change detection using Landsat TM imagery and interpret the results. For this will accomplish by assembling triplicate sets of three images from the 1990s, 2000s and 2015s so to facilitate analyses of change over time. Digital image processing of satellite data provides tools for analyzing the image through different algorithms and mathematical indices. Features are based on reluctance characteristics, and indices have been devised to highlight the features of interest on the image. There are several indices for highlighting vegetation bearing areas on a remote sensing scene. NDVI is a common and widely used index. It is an important vegetation index, widely applied in research on global environmental and climatic change .The use of remote sensing data in recent times has been of immense help in monitoring the changing pattern of vegetation. Vegetation cover map of 1990s, 2000s and 2015s, were crossed to generate the map of change of vegetation cover for the respective dates and to and out the changing pattern of vegetation cover.

The selection of optimal sites for a new township in Peshawar, using Weight

日期 : May 2016 - Sep 2016

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Site selection is the process of finding locations that meet desired conditions set by the selection criteria, it is a complex process for owners and analysts because it involves not only technical requirements, but also economical, social and environmental demands.. Geographic Information System (GIS), assists in carrying out analysis by providing tools for the collection, processing and analysis of both vector and raster datasets required to find optimal sites for a new project i.e. Township in this case. This system needs to be run by well trained GIS developers and analysts as their insight on the field provides the basis for efficient results, which can be utilized for better decision-making. Weighted overlay, which is a GIS- based tool, enables us to overlay multiple reclassified raster surfaces and assign them weights, according to their importance in the site selection ; The combined weights of all the surfaces should not exceed 100%. The resultant output is a raster surface which indicates areas that meet the desired criteria. In this research, datasets that have been mentioned in the criteria include : slope data, elevation data, road network data, ground water-table data, land values data, land-use data and river data. These have been overlaid to find the resultant suitable map.

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