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The purpose of this study is to investigate the role of natural resources in economic growth by taking evidence from Pakistan.

Total five variables are used in this study, i.e. GDP, population density, water renewable resources, deforestation and the emissions of CO₂, based on time series data from 1972 to 2016. The annual data is collected from World Development Indicators, Food and Agriculture Organization and Pakistan Economic Survey. Vector error correction model technique is applied to find out the long-run results.

Results depict that all variables have a negative and significant relationship over the long run at 5% level of significance. It is observed that 1% increase in population accordingly will degrade GDP by 0.334496%. Correspondingly, 1% increase of water renewable resources will degrade GDP by 0.450647%. Findings are aligning with the study of. Moreover, 1% increase in deforestation will diminish GDP by 0.127821%. If we increase 1% of CO₂, GDP will be reduced by 0.802420%.

Results depict that all variables have a negative and significant relationship over the long run at 5% level of significance. It is observed that 1% increase in population accordingly will degrade GDP by 0.334496%. Correspondingly, 1% increase of water renewable resources will degrade GDP by 0.450647%. Findings are aligning with the study of. Moreover, 1% increase in deforestation will diminish GDP by 0.127821%. If we increase 1% of CO₂, GDP will be reduced by 0.802420%.

Family planning may be our last hope. Viable and fruitful family planning ought to be introduced. Status of ladies should be brought up in the society by providing education and employment opportunities. Time of marriage ought to be brought up to 25 years in case of males and 23 in case of females; this can help in decreasing the number of births. Having a large population will not automatically translate into economic prosperity. Investment in well-being, education, sound economic policies and good governance will bring about accelerated economic growth.

In recent years, the issue of worldwide water shortage has attracted increasing consideration within scholarly community, non-administrative organizations and the media. Water shortage is a significant and ever-increasing danger to the environment, human well-being, advancement, energy security and the worldwide food supply. This work will introduce real issues and requirements relating to water, environmental changes and their impact on economic growth of Pakistan.

The purpose of this study is to identify factors instrumental in developing entrepreneurial intentions among youth. Although, numerous studies have been conducted focusing on entrepreneurship intention, however, this study attempts to provide an integrated model by means of analyzing the impact of internal (personal) and external (environmental) factors in developing entrepreneurial intentions.

This cross-sectional study is based on primary and secondary data. A sample of 358 respondents belonging to the age group of 21–25 years from various universities and colleges in Kashmir participated in the study. Primary data collection was done using self-administered questionnaires. A purposive sampling approach was used to identify respondents for the current study. Structural equation modeling has been used for testing hypotheses besides other statistical methods and techniques.

The study identifies three important antecedents of entrepreneurship intentions, namely, personal competencies, contextual factors and entrepreneurial exposure and tests the relationships using path analysis. It further suggests that there exists a significant relationship between personal competencies, entrepreneurial exposure, contextual elements and entrepreneurial intention.

The paper presents an integrated and comprehensive model of entrepreneurial intentions discussing important antecedents instrumental in developing entrepreneurship intentions among youth considering both personal and environmental factors. It is, therefore, an important contribution toward entrepreneurship literature and of interest to different policymakers and institutions related to entrepreneurship.

The study of the electro-osmotic forces (EOF) in the flow of the boundary layer has been a topic of interest in biomedical engineering and other engineering fields. The purpose of this paper is to develop an innovative mathematical model for electro-osmotic boundary layer flow. This type of fluid flow requires sophisticated mathematical models and numerical simulations.

The effect of EOF on the boundary layer Williamson fluid model containing a gyrotactic microorganism through a non-Darcian flow (Forchheimer model) is investigated. The problem is formulated mathematically by a system of non-linear partial differential equations (PDEs). By using suitable transformations, the PDEs system is transformed into a system of non-linear ordinary differential equations subjected to the appropriate boundary conditions. Those equations are solved numerically using the finite difference method.

The boundary layer velocity is lower in the case of non-Newtonian fluid when it is compared with that for a Newtonian fluid. The electro-osmotic parameter makes an increase in the velocity of the boundary layer. The boundary layer velocity is lower in the case of non-Darcian fluid when it is compared with Darcian fluid and as the Forchheimer parameter increases the behavior of the velocity becomes more closely. Entropy generation decays speedily far away from the wall and an opposite effect occurs on the Bejan number behavior.

The present outcomes are enriched to give valuable information for the research scientists in the field of biomedical engineering and other engineering fields. Also, the proposed outcomes are hopefully beneficial for the experimental investigation of the electroosmotic forces on flows with non-Newtonian models and containing a gyrotactic microorganism.