Open AccessStatus of water resources in Nepal and existing use in Irrigation
Author(s) -
Govinda Prasad Poudel
Publication year - 2019
Publication title -
journal of innovations in engineering education
Language(s) - English
Resource type - Journals
eISSN - 2773-823X
pISSN - 2594-343X
DOI - 10.3126/jiee.v2i1.36663
Subject(s) - irrigation , agriculture , water resources , irrigation statistics , environmental science , farm water , water resource management , agricultural economics , water use , surface irrigation , irrigation management , water conservation , deficit irrigation , geography , agronomy , economics , ecology , archaeology , biology
The surface water available in the country is estimated to be about 225 billion cu.m per annum, out of which only 15 billion cu.m per annum is in use. In addition to surface water, a large volume of water is available in the shallow and deep aquifers which are estimated to be 8.8 billion cu.m annually which can be used for irrigation and domestic water supplies. At present less than 50% of the cultivated area has intermittent irrigation facilities and less than 20% of cultivated area has year round irrigation.Nepal’s economy is largely based on agriculture however, Nepalese agriculture is mainly rain fed and agriculture production in both rain fed as well as irrigated areas are being badly affected due to droughts, flooding, erratic rainfall, and other extreme weather events. It is necessary that the modern agriculture practice with the help of year round irrigation we can increase the GDP and provides greater employment opportunities and ultimately we can do sustainable agriculture development. Present water consumption rate is less than 8% of the country’s water potential for irrigation sector. This water consumption rate is very low for our country. This consumption rate can be increase by making a comprehensive study and implementation plan by making multipurpose reservoir type irrigation project for maximum use of available water resources. Year round irrigation scheme also become great tool to get optimum economic development in agricultural sector and maximum crop yield.