
DEPARTMENT OF SCIENCE, TECHNOLOGY & ENVIRONMENTGOVERNMENT OF PUDUCHERRY
INTEGRATED SURFACE WATER MANAGEMENT FOR CLIMATE CHANGE ADAPTATION IN U.T. OF PUDUCHERRY - NAFCC PROJECT
The National Adaptation Fund for Climate Change
(NAFCC) was established by the Ministry of
Environment, Forests and Climate Change (MoEFCC),
Government of India to assist the States and
Union Territories that are particularly
vulnerable to the adverse effects of climate
change in meeting the cost of adaptation. The
National Bank for Agriculture and Rural
Development (NABARD) has been designated as
National Implementing Entity (NIE) and
responsible for overall implementation of the
project in the country.
MoEFCC has sanctioned a project titled
“Integrated surface water management for climate
change adaptation in U.T of Puducherry” with the
total financial outlay of Rs. 16.76 Crores under
NAFCC for rejuvenating the surface water
resources such as tanks and ponds in Puducherry
and Karaikal region. These regions mostly depend
on ground water aquifers for domestic,
agriculture, industry and other uses. Due to
rapid urbanization and population growth in this
region, the existing ground water aquifers have
been over exploited, causing sea water
intrusion. The project aims to enhance the water
storage capacity of tanks and ponds for
increasing the recharge of ground water aquifers
from monsoon rains and the water stored in the
water bodies.
The Department of Science and Technology,
Government of Puducherry is the Nodal Agency for
implementing the project and the Puducherry
Climate Change Cell functioning under the
Department acts as the Project Management Unit.
The Public Works Department and the
Municipalities and Commune Panchayats under the
Local Administration Department are the Project
Executing Entities.
The project involves following major components:
The project will result in increased water
storage capacity in tanks and ponds, increased
ground water recharge, limiting ground water
salinization and minimizing the risk of usage of
saline water. The project will increase the
climate resilience of local communities through
reduction of water stress period.