This document discusses several water management institutions and programs in India. It describes the Command Area Development and Water Management (CADWM) Programme, which aims to enhance irrigation potential and agricultural productivity through coordinated efforts. It also outlines several other organizations involved in water management, including the Central Groundwater Board, Central Soil and Materials Research Station, Central Water Commission, National Institute of Hydrology, National Projects Construction Corporation, National Water Development Agency, and Water Quality Assessment Authority. The Command Area Development Authority (CADA) aims to bridge the gap between irrigation potential created and utilized through various activities.
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Soil water conservation methods in agricultureVaishali Sharma
This presentation includes introduction as well as all the methods in agriculture either engineering or agronomic measures used in conservation of soil and water against erosion or other deteriorative factors.
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Management Practices for Improving Water Use Efficiency.pptxanju bala
Water use efficiency
Production (of crops) per unit of water applied.
Expressed in kg/ha-mm.
Two distinct terms are used in expressing water use efficiency:
Crop water use efficiency: It is the ratio of crop yield (Y) to the amount of water depleted by the crop in the process of evapotranspiration (ET).
Crop WUE = Y/ET
Field water use efficiency: It is the ratio of crop yield (Y) to the total amount of water used in the field (WR), which include ET, deep percolation and that used in plant metabolic processes.
Field WUE = Y/WR
AIM - Conservation of water, minimizing wastage and ensuring its more equitable distribution both across and within States through integrated water resources development and management
Tillage is the mechanical manipulation of soil with tools and implements for obtaining conditions ideal for seed germination, seedling establishment and growth of crops.
Management Practices for Improving Water Use Efficiency.pptxanju bala
Water use efficiency
Production (of crops) per unit of water applied.
Expressed in kg/ha-mm.
Two distinct terms are used in expressing water use efficiency:
Crop water use efficiency: It is the ratio of crop yield (Y) to the amount of water depleted by the crop in the process of evapotranspiration (ET).
Crop WUE = Y/ET
Field water use efficiency: It is the ratio of crop yield (Y) to the total amount of water used in the field (WR), which include ET, deep percolation and that used in plant metabolic processes.
Field WUE = Y/WR
AIM - Conservation of water, minimizing wastage and ensuring its more equitable distribution both across and within States through integrated water resources development and management
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This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
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A Strategic Approach: GenAI in EducationPeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
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WATER MANAGEMENT INSTITUES AND PROGRAMMES IN INDIA, NATIONAL WATER POLICY
1.
2. TOPIC-
WATER MANAGEMENT INSTITUES AND PROGRAMMES IN INDIA, NATIONAL
WATER POLICIY
IRRIGATION MANAGEMENT
AGRON-605
Presented by
M. Uday Bhaskar
TAD-20-26
Dept of Agril. Extn
3. World’s second largest producer of rice,
wheat, sugarcane, cotton etc
World’s second largest fruit and vegetable
producer
World’s largest producer of milk, jute and
pulses
World's biggest cattle population with 281
million animals
World’s second largest producer and also
consumer of silk in the world
World's third largest fishing industry
7. COMMAND AREA DEVELOPMENT AND WATER MANAGEMENT PROGRAMME
ANGRAU
AAGRO-605
IRRIGATION
MANAGEMENT
• The programme was launched in 1974-75 and was restructured and renamed
as Command Area Development and Water Management (CADWM)
Programme from 1st April 2004.
• The main objective of CAD&WM Programme is to enhance utilization of
irrigation potential created and improve agriculture productivity and
production on a sustainable basis through integrated and coordinated
approach involving multidisciplinary team.
http://cadwm.gov.in/cadwm-dashboard/
8. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT COMMAND AREA DEVELOPMENT AUTHORITY(1974)
Objective:
To bridge the gap between the irigation potential created and that utliilized
through increase in irrigated areas and there on to increase efficient
utilization of irrigation water and improve the agricultural productivity in
irrigation commands
Functions:
• modernization, maintenance and efficient operation of the irrigation
system up to the outlet of one cubic feet per second capacity.
• development and maintenance of the main and intermediate drainage
system.
• development of field channels and field drains within the cornmand of each
outlet.
• land leveling on an outlet command basis.
9. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT COMMAND AREA DEVELOPMENT AUTHORITY(1974)
• consolidation of holdings and redrawing of field boundaries.
• enforcement of a proper system of Warabundi (roster) and fair distribution
of water to individual fields.
• development of groundwater to supplement surface irrigation
• selection and introduction of suitable cropping practices.
• supply of inputs and services including credit.
• preparing individual programs of activities for small farmers, marginal
farmers and agricultural labor.
• diversification of agriculture and development of activities like animal
husbandry, farm-forestry and poultry
10. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT CADA- AP
The Govt. of A.P. is implementing water sector reforms initiated by World
Bank. As a part of it promoted farmers participation in water sector CADA is
nodal agency for implementation
CADA, Andhra Pradesh is performing the following activities
1. PMKSY schemes
2. Water user associations activities
3. AP Integrated irrigation & Agricultural Transformation project
4. AP irrigation and Livelihood improvement project
11. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT CENTRAL GROUNDWATER BOARD, FARIDABAD (1970)
• Central Ground Water Board is a multi-disciplinary scientific organization
consisting of Hydrogeologists, Geophysicists, Chemists, Hydrologists,
Hydro meteorologists and Engineers
• Central Ground Water Board (CGWB), national Apex Agency entrusted
with the responsibilities of providing scientific inputs for management,
exploration, monitoring, assessment, augmentation and regulation of
ground water resources of the country.
• Later this was merged with the Ground Water Wing of the Geological
Survey of India during 1972.
Shri G C Pati, Chairman, CGWB http://cgwb.gov.in/index.html
12. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT CENTRAL SOIL AND MATERIALS RESEARCH STATION
• The Central Soil and Materials Research Station (CSMRS), is a premier
institute in the country located at New Delhi, which deals with field and
laboratory investigations, basic and applied research, and problems in
Geotechnical engineering, construction materials and allied fields relevant
to river valley projects within India and neighboring countries viz. Nepal,
Bhutan, Afghanistan, Myanmar etc.
S.L GUPTA, Director
http://csmrs.gov.in/index.aspx
13. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT CENTRAL WATER COMISSION, NEW DELHI
• Central Water Commission is a premier Technical Organization entrusted with
the general responsibilities of initiating, coordinating and furthering in
consultation of the State Governments concerned, schemes for control,
conservation and utilization of water resources throughout the country, for
purpose of Flood Control, Irrigation, Navigation, Drinking Water Supply and
Water Power Development
• The work of the Commission is divided among 3 wings namely, Designs and
Research (D&R) Wing, River Management (RM) Wing and Water Planning
and Projects (WP&P) Wing.
Shri S.K Haldar, Chairman
http://www.cwc.gov.in/dashboard
15. Dr. J. V. Tyagi, Director
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT National Institute of Hydrology
NIH is a premier Research and Development organization established as an
autonomous society in 1978 with its headquarters at Roorkee.
OBJECTIVES
• To undertake, aid, promote and coordinate systematic and scientific work
on all aspects of hydrology
• To cooperate and collaborate with other national, foreign and international
organizations in the field of hydrology
• To establish and maintain a research and reference library in pursuance of
the objectives of the Society and equip the same with books, reviews,
magazines and other relevant publications.
http://nihroorkee.gov.in/
16. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT National Institute of Hydrology
UHPACKI (Unit Hydrograph Applications for Flood Estimation Package)
This software package is developed to carry out unit hydrograph analysis for
the estimation of flood for gauged as well as ungauged catchments of small
and medium size. (Rs. 1000)
Other software's developed
FLPACK(Flood Estimation for Large Catchments Using Deterministic
Approach Package)
SRA (Software for Reservoir Analysis)
• Centre of Excellence for Advance Groundwater Research
• Centre of Excellence for Hydrological Modelling
• Technology Transfer
17. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL PROJECTS CONSTRUCTION CORPORATION
• National Projects Construction Corporation Limited (NPCC) was established
on 9th January 1957 as a premier construction company to undertake
irrigation and hydel projects and diversified in other fields of construction.
• Over the past 63 years NPCC has created land marks by completing
innumerable projects even in remote areas where private sector companies
did not venture like,
Completion of Wazirabad barrage across river Yamuna in one working
season at Delhi,
Asia's longest Sir Author Cotton barrage across river Godavari in A.P.
Ramagundam STPP
Civil Works for Vizag Steel Plant at Andhra Pradesh
IARI Campus at Pusa New Delhi
http://npcc.gov.in/
18. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL WATER DEVELOPMENT AGENCY
• The National Water Development Agency (NWDA), was set up in July 1982
as Autonomous Society to carry out the water balance and other studies
on a scientific and realistic basis for optimum utilization of water resources
of the Peninsular river system
• In the year 1990, NWDA was also entrusted with the task of Himalayan
Component of National Perspective Plan.
• In 2006, it was decided that NWDA will explore the feasibility of intra-
states links and to take up the work for preparation of Detailed Project
Report (DPR) of river link proposals under National Perspective Plan (NPP).
19. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT WATER QUALITY ASSESSMENT AUTHORITY
To circumvent the problem of pollution of water resources, the Ministry of
Environment and forests, supported the formation of WQAA from May 2001.
The ministry of water ressources assists the WQAA in carrying out and
cordinating its functions
Narmada Control Authority
The narmada water disputes tribunal, constituted to adjudicated upon the
water dispute pertaining to river narmada, in its final order provided for the
setting up of a machinery for implementing its directions and decisions.
20. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT COMMAND AREA DEVELOPMENT AUTHORITY(1974)
Objective:
To bridge the gap between the irigation potential created and that utliilized
through increase in irrigated areas and there on to increase efficient
utilization of irrigation water and improve the agricultural productivity in
irrigation commands
Functions:
• modernization, maintenance and efficient operation of the irrigation
system up to the outlet of one cubic feet per second capacity.
• development and maintenance of the main and intermediate drainage
system.
• development of field channels and field drains within the cornmand of each
outlet.
• land leveling on an outlet command basis.
21. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT COMMAND AREA DEVELOPMENT AUTHORITY(1974)
• consolidation of holdings and redrawing of field boundaries.
• enforcement of a proper system of Warabundi (roster) and fair distribution
of water to individual fields.
• development of groundwater to supplement surface irrigation
• selection and introduction of suitable cropping practices.
• supply of inputs and services including credit.
• preparing individual programs of activities for small farmers, marginal
farmers and agricultural labor.
• diversification of agriculture and development of activities like animal
husbandry, farm-forestry and poultry
22. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT CADA- AP
The Govt. of A.P. is implementing water sector reforms initiated by World
Bank. As a part of it promoted farmers participation in water sector CADA is
nodal agency for implementation
CADA, Andhra Pradesh is performing the following activities
1. PMKSY schemes
2. Water user associations activities
3. AP Integrated irrigation & Agricultural Transformation project
4. AP irrigation and Livelihood improvement project
23. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT WATER USER ASSOCIATIONS
It refers to the participation of users- the farmers- in the management of the
irrigation system or involvement of irrigation users in all aspects irrigation
management and at all levels.
Structure of the Participatory Irrigation Management
in Andhra Pradesh
24. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT WATER USER ASSOCIATIONS
Water user associations is an organization for water management
made up of group of small and large scale users such as
irrigators, who pool their financial, technical, material and human
resources for the operation and maintenance of local water
system, such as river or water basin
Objectives:
1) Conservation of water catchments
2) Sustainable water resource management
3) Increase availability of water resources
4) Development of sustainable and responsive institutions
25. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT WATER USER ASSOCIATIONS
Functions of WUA’S:
1) to prepare and implement a warabandi schedule for each irrigation season,
consistent with the operational plan, based upon the entitlement, area, soil and
cropping pattern as approved by the distributary committee, or as the case may be,
the project committee;
2) to prepare a plan for the maintenance of irrigation system in the area of its operation
at the end of each crop season and carry out the maintenance works of both
distributary system and minor and field drains in its area of operation with the funds
of the association from time to time;
3) to regulate the use of water among the various pipe outlets under its area of
operation according to the warabandi schedule of the system
4) to promote economy in the use of water allocated
5) to prepare and maintain an inventory of the irrigation system within the area of
operation; (i) to monitor flow of water for irrigation; (j) to resolve the disputes, if any,
between the members and water users in its area of operation; (k) to raise resources;
(l) to maintain accounts; (m) to cause annual audit of its accounts;
27. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT WATER USER ASSOCIATIONS-AP
The Andhra Pradesh Farmers’ Management of Irrigation Act that created a
three tier WUAs system at hydraulic level, and distributory committee and
project committee.
30. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT BRAMHAPUTRA BOARD
• The Brahmaputra Board, a statutory body was set up under an Act of
Parliament called the Brahmaputra Board Act, (Act 46 of 1980) under the
Ministry of Irrigation (Now renamed as Ministry of Jal Shakti).
• The Board started functioning with its Head Quarters at Guwahati from
11th January 1982.
Regulation and development of Inter-State
Brahmaputra &Barak River Valley
Integrated Management of Flood and
River Basins of interstate / international
rivers of NE Region
Shri Rajiv Yadav
Chairman,
Brahmaputra Board
http://brahmaputraboard.gov.in/
31. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT
TEACHING AND RESEARCH IRRIGATION WATER MANAGEMENT
INSTITUTIONS
1. International Water Management Institute (IWMI), Colombo, Sri Lanka
2. International Centre for Water Technology (ICWT), California State
University, Fresno
3. Directorate of Water Management (DWM) - ICAR, Bhubaneswar, Orissa,
India
4. Water Technology Centre (WTC) – ICAR, IARI, New Delhi, India
5. Water Technology Centre (WTC) - ICAR, TNAU, India
6. Water Technology Centre (WTC), - ANGRAU, Hyderabad, Andhra Pradesh
(now Telangana state), India.
7. Water and Land Management Training and Research Institute
(WALAMTARI), Himayatsagar, Hyderabad, Andhra Pradesh (now Telangana
State), India
32. ACCLERATED IRRIGATION BENEFITS PROGRAMME
ANGRAU
AAGRO-605
IRRIGATION
MANAGEMENT
• Was launched during 1996-97 to provide loan assistance to the states to
complete some of the incomplete major/medium irrigation projects,
which are in advanced stage of completion.
• After launch of PMKSY in 2015-16, AIBP became a part of PMKSY.
• Since its inception, 297 Irrigation / Multi-Purpose Projects have been
included for funding under AIBP. Out of this 143 projects have been
completed and 5 projects were foreclosed.
• Twenty five states benefited through this programme till date
http://pmksy-mowr.nic.in/aibp/
33. COMMAND AREA DEVELOPMENT AND WATER MANAGEMENT PROGRAMME
ANGRAU
AAGRO-605
IRRIGATION
MANAGEMENT
• The programme was launched in 1974-75 and was restructured and renamed
as Command Area Development and Water Management (CADWM)
Programme from 1st April 2004.
• The main objective of CAD&WM Programme is to enhance utilization of
irrigation potential created and improve agriculture productivity and
production on a sustainable basis through integrated and coordinated
approach involving multidisciplinary team.
http://cadwm.gov.in/cadwm-dashboard/
34. COMMAND AREA DEVELOPMENT AND WATER MANAGEMENT PROGRAMME
ANGRAU
AAGRO-605
IRRIGATION
MANAGEMENT
Components of CADWM Programme
Components of Command Area Development and Water Management being
implemented for completion of CAD works of the prioritised AIBP projects are:
(a) Structural Intervention :
(i) On-Farm Development (OFD) works;
(ii) Construction of field, intermediate & link drains;
(iii) Correction of system deficiencies; and
(iv) Reclamation of waterlogged areas.
(b) Non-Structural Intervention:
(i) One time Functional Grant to the registered Water Users’ Associations (WUAs);
(ii) One time Infrastructure Grant to the registered WUAs;
(iii) Trainings, demonstration, and adaptive trials with respect to water use efficiency,
increased productivity, and sustainable irrigation in participatory environment.
36. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT
Vision
Har Khet ko Pani
Jal Sanchaya
Jal Sinchan
Strategy Outcome
Increase gross
irrigated area
Bridging gap -
irrigation potential &
utilisation
Water distribution
network
Enhance water use
efficiency &
Management
More crop
per drop
Enhanced
Farm
productivity
Rural
Prosperity
37. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT END TO END SOLUTION
Water Sources
Distribution
Network
Crop & Water
Management
Water Use
Efficiency
• Creation, repair, restoration &
renovation of water sources
• Promoting efficient conveyance and
field application devices
• Encouraging community irrigation
management
• Developing/Strengthening
distribution network for brining
water to farm
• Crop alignment, moisture
conservation
Strengthening
Irrigation
Supply
Chain
38. PMKSY (Watershed)
Soil & Moisture Conservation
Rain water harvesting
Runoff Mgmt & Treatment
Livelihood support activities
AIBP
Medium & Major Projects
National Projects
PMKSY (Har Khet ko Pani)
Surface Minor Irrigation
Command Area Distribution
Water Diversion System
Lift Irrigation,Ground water dev
Traditional Water harvesting,
RRR of water bodies
PMKSY( Per drop More Crop)
On farm water mgmt
Precision irrigation
Dist/State irrg. Plan
Extension Activities
Coordination & Monitoring
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT Components of PMKSY
39. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT Objectives of PMKSY
Convergence of investments in irrigation
Expand cultivable area under irrigation (Har Khet ko pani)
Improve on-farm water use efficiency (Jal Sinchan),
Sustainable water conservation practices (Jal Sanchay)
Source augmentation, arresting runoff, soil & moisture
conservation
Precision-irrigation and water saving technologies (More crop per drop)
Extension activities on water harvesting/ management , crop
alignment etc.
Greater private investments in irrigation
40. NSC
NEC
SLSC IDWG DLIC
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT Institutional Set up
Policy, strategic direction, interstate
i s s u e s , national priorities
Inter ministerial coordination,
allocation of resources, monitoring &
supervision, administrative i s s u e s
Approval of projects and overall
coordination & supervision
Preparation of DIP, D P R s , Coordination
and monitoring
44. Status as on 12-03-2019
1.72 lakh. farmers covering 2.00 Lakh. hA in AP during 2018-19
Sl.
No
District State Area in HA
1 Ananthapuramu Andhra Pradesh 34120
2 YSR Kadapa Andhra Pradesh 33838
3 Chittoor Andhra Pradesh 27274
4 Prakasam Andhra Pradesh 23765
5 Kurnool Andhra Pradesh 22824
6 Banaskantha Gujarat 22393
7 Jalgaon Maharashtra 19596
8 Villupuram Tamilnadu 19516
9 Kalaburgi Karnataka 19023
10 West Godavari Andhra Pradesh 16151
TOP 10 DISTRICTS IN AREA COVERAGE IN INDIA (2018-19)
Source: http://pmksy.gov.in/
46. 02 Useful for enhancing food and agricultural production through irrigation.
03 Intensive and unregulated ground water pumping in many areas has caused
rapid and widespread decline in ground water levels.
04 Several attempts have been made by the Govt. of India for groundwater
management.
01 Fulfills the drinking water requirements of 85% rural and 50% urban India.
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT
Groundwater - Context
49. Demand side Supply side
Micro-irrigation
(drip/sprinkler)
Check dams
Recycling of water Percolation ponds
Underground pipelines Contour bunds
Crop diversification Farm ponds
Feeder separation for
irrigation power supply
Recharge wells
Pressurized irrigation Vented dams
Gully plugs
Drainage line treatment (ridge
to valley approach)
Construction of major dams, large scale irrigation projects, recharge using industrial wastewater prohibited under
ABhY.
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT Possible interventions underABhY
https://ataljal.in/Dashboard/Dashboard
50. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT
• Ministry of Agriculture and Farmers
Welfare (MoA&FW), Government of
India is the Nodal Ministry.
• The objective of the fund is to facilitate
State Govts. efforts in mobilizing
additional resources for expanding
coverage under micro irrigation
As on 31 October 2020, the
cumulative sanction and release
under MIF stands at Rs. 3805.68
and Rs. 1094.90 crore, respectively.
This will help these State Govts. in
their efforts to expand micro
irrigation to an area of 12.565 lakh
ha. involving 10.06 lakh farmers, of
which about 78% will be SF/MF.
51. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT
Benefits of Setting Up of Micro Irrigation Fund (MIF)
The benefits of setting up of Micro Irrigation Funds are as follows:-
• This dedicated fund will supplement Per Drop More Crop Component
(PDMC) of PMKSY in an efficient and timely manner.
• Additional investment for composite / commodity / community / cluster
based micro irrigation projects may bring out additional 10 lakh hectares.
52. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT INTERLINKING OF RIVERS
⚫Building 30 links, 3000 small
and large reservoirs, 12500 km
of canals to link 36 Himalayan
and Peninsular rivers to effect
178 km3 of inter-basin water
transport.
⚫35 million ha of new irrigated
area;
⚫Gestation Period:
Proposed=2016; Most
Likely=2050
⚫Cost = Rs 560,000 cr. at 2002
prices (US $ 120 Billion); 1 -
1.5% of India’s GDP for the next
3 decades.
54. ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT
• National Water Policy is formulated by the Ministry of Water Resources of
the Government of India to govern the planning and development of
water resources and their optimum utilization.
• The first National Water Policy was adopted in September, 1987. It was
reviewed and updated in 2002 and later in 2012.
55. • In june 7,2012- ministry of water resource published the draft in water policy
2012.
1. BASIC PRINCIPLES OF DRAFT NWP
– The principle of social justice must inform the use and
allocation of water.
– A common integrated perspective should govern the
planning and management of water resources.
– For the conservation,water may be treated as an economic
asset.
– River basin should be considered as the basic hydrological
unit.
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL WATER POLICY-2012
56. 2.Enhancing water available for use.
• Rainfall need to be used directly.
• Aquifier need to be mapped to know quality of ground
resources.
• Inter basin transfers need to be encouraged.
• Watershed development activities need to be undertakento
increse soil moisture and water productivity
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL WATER POLICY-2012
57. 3.Water pricing
• Water regulatory authority should be established in
each state.
• Water charges should be determined in a volumetric
manner.
• Recycle and reuse of water should be encouraged.
• WUA should be given powers to collect water charges.
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL WATER POLICY-2012
58. 4.Project planning and implementation
• All clearences required for the project should be made in time.
• Avoid time and cost over runs.
• Local governing bodies such as panchayats,municipalities
etc..should be involved in the planning of projects.
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL WATER POLICY-2012
59. 5.Management of flood and drought.
• Land,soil,energy management with scientific reserch should be
used to evolve different agricultural strategies.
• Revetments,embankments etc..should be constructed to
prevent soil erosion.
• Operating procedures should be evolved and implemented.
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL WATER POLICY-2012
6.Transboundary rivers
• Efforts should be made to enter international aggrements
with neighbouring countries for exchanging hydrological data
of rivers.
60. 7.Research and training needs
• Grants should be given to states to update technology,design
and planning
• An autonomous centre for reserch on water policy should be
established.
• Regular training and academic courses in water
management should be promoted.
• A national campaign for water literacy need to be started.
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL WATER POLICY-2012
61. 8.Implementation of national water policy.
• National water board should prepare a plan based on
national water policy as approved by the national water
resources council.
• State water policies need to be drafted in accordance with
this policy.
ANGRAU
AGRON-605
IRRIGATION
MANAGEMENT NATIONAL WATER POLICY-2012
