Effected Road Traffic Deaths over rising Vehicle Growth a Linear relation: A Case of KPK, Pakistan

S. Shaikh, F. Baig, S. Kalwar
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Abstract

Road safety accompanying the growing numbers of Road Traffic Deaths (RTDs), is an alarming issue of the present century which is also recognized in WHO agenda-2030. All countries across the globe are facing this issue, but it pertains in developing world where rapid motorization results into high mortality rates. This study considered Pakistan, a developing country from Global south to discuss the issue of RTDs and its relationship with rapid vehicle growth. The objective of the study is to highlight the present situation of road safety especially RTDs and develop models to identify the possible impacts of vehicle growth on RTDs. Linear Regression was performed to develop three models to explain RTDs vs registered vehicle, registered motor cars and registered motorcycles respectively. Descriptive statistics shows the increasing trend of all selected variables which further explained by liner regression equation. Results indicates that annual proportional change in RTDs explain by total registered vehicles, motor cars and motorcycles are 84%, 66% and 80% respectively and comparatively motor cars, motorcycles contributing more arise of RTDs. Study highlights the need of attention towards RTDs and provide models to predict increasing RTDs with vehicle growth. Study is significant as it highlights present situati
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受影响的道路交通死亡人数与车辆增长呈线性关系:以巴基斯坦KPK为例
道路安全伴随着道路交通死亡人数的不断增加,是本世纪一个令人震惊的问题,世卫组织《2030年议程》也确认了这一问题。全球所有国家都面临这一问题,但它涉及发展中国家,那里的快速机动化导致了高死亡率。本研究考虑了巴基斯坦这个来自全球南方的发展中国家,讨论了rtd问题及其与快速车辆增长的关系。这项研究的目的是强调道路安全的现状,特别是交通运输区域,并建立模型来确定车辆增长对交通运输区域可能产生的影响。采用线性回归方法分别建立了三个模型来解释rtd与注册车辆、注册汽车和注册摩托车的关系。描述性统计显示所有选择变量的增加趋势,进一步用线性回归方程解释。结果表明:机动车、机动车和摩托车对rtd的贡献率分别为84%、66%和80%,机动车和摩托车对rtd的贡献率较大。该研究强调了关注rtd的必要性,并提供了预测rtd随车辆增长而增加的模型。研究是重要的,因为它突出了当前的情况
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