**11. Creation of resilience to the environment**

For agricultural production, the groundwater has the capability to improve the potentially of resilience in food-insecure areas around the world. Due to this the rural income of the farmers can increase and also to withstand climate shocks and water variability. However, in order for groundwater to contribute to the sustainable intensification of agriculture, it is critical to understand where to invest in groundwater development and how to manage groundwater resources in a sustainable manner. WLE has identified potentially usable groundwater resources in Africa, supported important policy changes to improve the sustainable use of groundwater in eastern India, and created maps and new tools that can be used to implement new groundwater policies [6].

## **12. Conclusion**

Hereby, we conclude that the ground water recharge through artificial method is effective while compared to that of natural method. Though the installations of artificial methods are cost consuming rather than natural methods, the rate of ground water recharge level is in an increased manner along with the consideration of water quality. Since, the water consumption rate per capita area is increasing day by day; the need for creating the source of ground water recharge is mandated in order to satisfy the demand.

*An Overview on Techniques Involved in Recharging Ground Water and Its Impacts DOI: http://dx.doi.org/10.5772/intechopen.105448*
