Environmental Kuznets Curve (EKC): Implications on Economic Growth, Access to Safe Drinking Water and Ground Water Utilisation in India

It is very tough trade-off between economic growth and environmental sustainability in a faster growing developing country like India The Environmental Kuznets Curve EKC hypothesis proposes that environmental degradation initially increases with the income rise and then begins to decrease once a certain threshold of income growth is achieved The present study is an endeavour to explore EKC in relation to safe drinking water access groundwater resource development and utilisation as well as its correlation with waterborne diseases in 32 Indian States Union Territories UTs within a period of 11 years 2001-2012 Results from the panel analysis reveal that no EKC relationship exists with the considered indicators in the Indian context Furthermore income growth is observed to present no significant effect on all of the considered indicators Income growth in lower-income States UTs immensely helps to improve the access to safe drinking water compared to the higher-income States UTs Rapid expansion of irrigated agriculture and obsolete abstraction regulation tactically allows overexploitation of the groundwater resourc

Economic Growth, Safe Drinking Water and Ground Water Storage: Examining Environmental Kuznets Curve (EKC) in Indian Context

The trade-off between economic growth and environmental sustainability is very tough to a faster growing developing country like India. The Environmental Kuznets Curve (EKC) hypothesis proposes, environmental degradation increases with income growth first, and then it declines with income rise. The present study is an endeavor to find out the EKC relation in the arena of access to safe drinking water, ground water development and utilisation, and waterborne diseases during 2001-2012 in 32 Indian States/Union Territories (UTs). The panel analysis results reveal that no EKC relationship is found in the Indian context and income growth has no significant effect on all of the indicators. Income growth in lower income States/UTs immensely helps to improve the access to safe drinking water compared to the higher income States/UTs. Rapid expansion of irrigated agriculture and obsoleted regulation related to the abstraction overexploit the ground water. Moreover, lack of proper technological investment or abatement measures and its implication in Indian industry deteriorate the indicators of environmental quality. The contribution of technological input and its progress infer the poor design of environmental policies and its implementation in India. Apart from these, climatic and geomorphological heterogeneity widely influence the distribution and utilisation of water resources. The huge population pressure also exerts a negative effect on the environment

Economic Growth, Safe Drinking Water and Ground Water Storage: Examining Environmental Kuznets Curve (EKC) in Indian Context

The trade-off between economic growth and environmental sustainability is very tough to a faster growing developing country like India. The Environmental Kuznets Curve (EKC) hypothesis proposes, environmental degradation increases with income growth first, and then it declines with income rise. The present study is an endeavor to find out the EKC relation in the arena of access to safe drinking water, ground water development and utilisation, and waterborne diseases during 2001-2012 in 32 Indian States/Union Territories (UTs). The panel analysis results reveal that no EKC relationship is found in the Indian context and income growth has no significant effect on all of the indicators. Income growth in lower income States/UTs immensely helps to improve the access to safe drinking water compared to the higher income States/UTs. Rapid expansion of irrigated agriculture and obsoleted regulation related to the abstraction overexploit the ground water. Moreover, lack of proper technological investment or abatement measures and its implication in Indian industry deteriorate the indicators of environmental quality. The contribution of technological input and its progress infer the poor design of environmental policies and its implementation in India. Apart from these, climatic and geomorphological heterogeneity widely influence the distribution and utilisation of water resources. The huge population pressure also exerts a negative effect on the environment