This document provides information about the Teesta Barrage Project in Bangladesh. It discusses the project's phases, key features, benefits and conclusions. The Teesta Barrage Project Phase I was completed in 1990 and irrigates over 100,000 hectares of land. Phase II aims to irrigate an additional 448,000 hectares and increase cropping intensity. The project has led to increased agricultural production, higher incomes, and improved living standards in the northern region of Bangladesh.
All abouts floods, Such as definition of floods, floods types, Causes of flood, Some Terrible Floods in Bangladesh, effects of floods, Steps to reduce flood, Preparation to Management of flood.
All abouts floods, Such as definition of floods, floods types, Causes of flood, Some Terrible Floods in Bangladesh, effects of floods, Steps to reduce flood, Preparation to Management of flood.
Levels in planning, Functional requirements of water resources projects, steps in
water resources planning, Environmental aspects in water resources planning.
Topics:
1, Introduction to Irrigation
2. Methods of Irrigation
3. Indian Agricultural Soils
4. Methods of Improving Soil Fertility & Crop Rotation
5. Soil-Water-Plant Relationship
6. Duty and Delta
7. Depth and Frequency of Irrigation
8. Irrigation Efficiency and Water Logging
Types- selection of the suitable site for the diversion headwork components
of diversion headwork- Causes of failure of structure on pervious foundation- Khosla’s theory- Design of concrete sloping
glacis weir.
Presentation by Dr A Qayyum, Comprehensive Disaster Management Programme, Bangladesh at the CCAFS Workshop on Institutions and Policies to Scale out Climate Smart Agriculture held between 2-5 December 2013 in Colombo, Sri Lanka.
The transboundary basin of the Teesta River encompasses 12,159 square kilometers, of which 10,155 are in India and 2,004 are in Bangladesh. Approximately 8,051 square kilometers of the river basin lie in hilly parts of Sikkim (6,930 square kilometers) and West Bengal (1,121 square kilometers). Approximately 4,108 square kilometers of the basin lie in the plains of West Bengal (2,104 square kilometers) and Bangladesh (2,004 square kilometers).
Historically, the Teesta was part of the Ganges river system, flowing south from Jalpaiguri in West Bengal in three separate channels: the Karatoya, the Purnabhaba, and the Atrai. It is speculated that the three channels led to the name “Trisrota” (“possessed of three streams”) and subsequently to “Teesta.” Following a flood in 1787, the Teesta changed its course southeast to join the Brahmaputra.
Levels in planning, Functional requirements of water resources projects, steps in
water resources planning, Environmental aspects in water resources planning.
Topics:
1, Introduction to Irrigation
2. Methods of Irrigation
3. Indian Agricultural Soils
4. Methods of Improving Soil Fertility & Crop Rotation
5. Soil-Water-Plant Relationship
6. Duty and Delta
7. Depth and Frequency of Irrigation
8. Irrigation Efficiency and Water Logging
Types- selection of the suitable site for the diversion headwork components
of diversion headwork- Causes of failure of structure on pervious foundation- Khosla’s theory- Design of concrete sloping
glacis weir.
Presentation by Dr A Qayyum, Comprehensive Disaster Management Programme, Bangladesh at the CCAFS Workshop on Institutions and Policies to Scale out Climate Smart Agriculture held between 2-5 December 2013 in Colombo, Sri Lanka.
The transboundary basin of the Teesta River encompasses 12,159 square kilometers, of which 10,155 are in India and 2,004 are in Bangladesh. Approximately 8,051 square kilometers of the river basin lie in hilly parts of Sikkim (6,930 square kilometers) and West Bengal (1,121 square kilometers). Approximately 4,108 square kilometers of the basin lie in the plains of West Bengal (2,104 square kilometers) and Bangladesh (2,004 square kilometers).
Historically, the Teesta was part of the Ganges river system, flowing south from Jalpaiguri in West Bengal in three separate channels: the Karatoya, the Purnabhaba, and the Atrai. It is speculated that the three channels led to the name “Trisrota” (“possessed of three streams”) and subsequently to “Teesta.” Following a flood in 1787, the Teesta changed its course southeast to join the Brahmaputra.
Presented by Panchali Saikia, International Water Management Institute
Revitalizing the Ganges Coastal Zone Conference
21-23 October 2014, Dhaka, Bangladesh
http://waterandfood.org/ganges-conference/
Fisheries and aquatic resources are economically, ecologically, culturally and aesthetically important to the nation. From the global perspectives, the main issues facing by the international fishing community generally are over fishing, overcapacity, by-catch management as well as environmental degradation. The combined effect of these factors that have made 60-70% of the major world fisheries resources are in urgent need of management action to restrict the increase in fishing capacity and to rehabilitate damaged resources (FAO,1991). In Bangladesh, fisheries is one of the major subsectors of agriculture, which play a dominant role in nutrition, employment, earning foreign currency and other areas of economy. Many of our open waterbody are polluted with various pollutants and harmful chemicals. Water Resources Planning Organization (WARPO) has prepared the National Water Management Plan (NWMP) for Bangladesh in December 2001. The goal of the NWMP is to implement the National Water Policy (NWPo) and contribute to national economic development through rational management of open water resources, in a way that protects the natural environment and improves the quality of life for the people of Bangladesh. Open water fisheries are major aquatic common property resources in Bangladesh covering over four million hectares. Around ten percent of the population of 120 million depend for their livelihoods on fisheries.
This presentation will cover:
General information about Bangladesh
Seasons of Bangladesh
River of Bangladesh
Amount monthly precipitation over the year
Average humidity over the year
Water quality standards
Hazards Bangladesh faces
Flood and drought event in Bangladesh
Water pollution in Bangladesh
Government’s law and policy
Can international law solve transboundary water conflicts? by Dr. Alistair Rieu-Clarke, Senior Lecturer, IHP-HELP Centre for Water Law, Policy and Science under the auspices of UNESCO, University of Dundee, Scotland.
True North: Basing brand strategy on market dataPaige Booth
From AMA Symposium for the Marketing of Higher Education. Marketing is both art and science. To achieve respect for the art we must diligently apply the science of our profession. Delve into a spectrum of research and tracking methods with specific examples of how to use them to monitor competition, develop marketing campaigns, inform product strategy and demonstrate the contributions of your marketing team.
By Urs Schulthess, Timothy J. Krupnik, Zia Uddin Ahmed, Andy J. McDonald
Revitalizing the Ganges Coastal Zone Conference
21-23 October 2014, Dhaka, Bangladesh
http://waterandfood.org/ganges-conference/
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Integrated watershed management programme at gunjala village – a case studyeSAT Journals
Abstract Integrated watershed management programme was launched in Tamsi mandal of gunjala village by using ‘Four water Concept’. Case study included Questionnaire survey from farmers living in that village, and continuous study over a period of two years. Tamsi village is a tribal village and drought area with very less rainfall. Total project area is 4566 Hac, Project Cost Rs. 547.92 Lakhs. The sanctioned area of Gunjala micro watershed is 710 Hac with a outlay of Rs. 85.20 Lakhs. Out of which the total expenditure incurred was Rs.39.12 Lakhs and constructed structures were LBS, RFDs, PTs, CDs and Plantation. Over two year period, it was observed that, 2 years of period the ground water has been improved in this village and three Bore wells are drilled and they are successful, even during peak summer they could meet their day today activities. The farmer Jadhav Uttam has an additional income of Rs. 17600 per Acre in cotton and Rs. 6300 per Acre in Red Gram. The farmer Gnan Singh had an additional income of Rs. 17600 per Acre in cotton and Rs. 5,250 per Acre in Red Gram. The farmer Amber Singh had an additional income of Rs. 13200 per Acre in cotton and Rs. 3,500 per Acre in Red Gram. In the same way, others farmers were also able to generate the benefits from the construction of water storage structures. Total Additional income generated for Seven farmers was Rs. 6, 31000/- in 2011-2012 Cropping Season with construction of Check Dams of Rs.3,24000/- an additional average income per Acre to the farmer is of Rs. 22,500/- and a series of 8 Nos. check dams are constructed on single 3rd order stream which flows Across the 6 Grama Panchayats from ridge to valley. There are 90 farmers cultivating 168 Acre of land who are benefited by getting an additional income of Rs.37,80,000/-. Keywords: Four water Concept, micro watershed, LBS, RFDs, PTs, CDs and Plantation
Immunizing Image Classifiers Against Localized Adversary Attacksgerogepatton
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When combined with 3D convolution and deep curriculum learning optimization (CLO), itsignificantly improves
the immunity of models against localized universal attacks by up to 40%. We evaluate our proposed approach
using contemporary CNN architectures and the modified Canadian Institute for Advanced Research (CIFAR-10
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3. Teesta Barrage Project Phase-I
Teesta Barrage Project Phase-2
Major Projects
Tangon Barrage Project
Kurigram Irrigation Project (North Unit)
Kurigram Irrigation Project (South Unit)
JURISDICTION OF NORTHERN ZONE
4. DUG WELL BUCKET IRRIGATION
The Land was sandy,barren and
farmers could hardly cultivate a
single crop that was also risky
Drought was the regular events of
the area at least once in three years
Pre-Project Scenario Teesta Barrage Project
A vast area of Northern zone suffered from scarcity of water in the
dry season as well as in the wet season that affects the crops
5. DRAUGHT INFLUENCE ON AMAN
CLASS OF
DRAUGHT
DAMAGE IN
%
AT STAGES
EXTREME 70-90 • Land preparation to
transplanting
• Tillering
• Heading to grain filling
SEVERE 50-70 Do
MEDIUM 30-50 • Heading to grain filling
MILD 10-30 Do
Source: Khara Jarip Map, DAE
6. Teesta Barrage Project
Chronological Development
The idea of irrigation by diverting the flow of Teesta
River was conceived since 1945 during British period
and most of the area found suitable for gravity
irrigation
During Pakistan period feasibility studies were
carried out by M/s Heigh Zinn & Associates (1959-60)
& latter by Binnie & Partners(1968-70). They
suggested for Surface Water irrigation through Teesta
Barrage
After independence of Bangladesh, the Engineers of
BWDB and BUET reviewed the previous reports,
studies and carried out a detail planning and design
of the project
7. RAINFAL IS 30 – 50 % LESS THAN NORMAL - ALARMING
RAINFALL SITUATION IN JULY' 06
531
561
489
526
445 428
812
490
243
388
275 279
401
360
213
451
218
687
0
100
200
300
400
500
600
700
800
900
K
U
R
IG
R
A
M
D
A
LIA
K
A
U
N
IA
R
A
N
G
P
U
R
C
H
ILM
A
R
I
G
A
IB
A
N
D
H
A
B
O
G
R
A
P
A
N
C
H
A
G
A
R
H
D
IN
A
JP
U
R
RAINFALL STATIONS
RAINFALL(mm)
NORMAL FOR JULY MONTHLY CUMULATIVE
45%
56%
50%
57%
76%
80%
49%
55%
45%
11. Teesta Barrage
Project (Phase-I)
Teesta Barrage
Project (Phase-II)
Teesta Barrage Project
(Phase-I)
Teesta
Canal
System
Dinajpur
Canal
System Rangpur
Canal
System
Teesta Barrage Project (Phase-I)
Commencement of Project:12 December, 1979
Completion of Project: 5 August, 1990
Local Engineers and Contractors have
implemented this Barrage & Canal system
12. Salient Features:
Gross Area: 154,250 ha
Irrigable Area: 101,904 ha
Barrage (615m, 44 vent)
CHR (110m, 8 vent, 283m3/s)
Main Canal: 33.6km
Major Secondary Canal: 75 km
Secondary Canal: 215km
Tertiary Canal: 325km
Irrigation Structure: 1120 nos
Silt Trap: 1 nos
Turn out: 2000 nos
Drainage Canal: 250km
Drainage Structure: 50 nos
Teesta Barrage
Project Phase-I
13. Teesta BarrageCanal Head Regulator
Tessta Barrage
Location: Doani, Lalmonirhat
Length: 615m
No of Vent: 44
Width of Vent: 12.19m
Flow capacity: 12752cumec
Canal Head Regulator
Length: 110m
No of Vent: 8
Width of vent: 12.19m
Flow capacity : 283 cumec
CANAL HEAD REGULATOR & TEESTA BARRAGE
14. SILT TRAP AND ITS ADJACENT AREAS
SILT TRAP,
45 HECTRE
TEESTA MAIN CANAL
BELL MOUTH
• Length 838 m
• Avg width 533 m
• Design bed level 47.55 m
• Deposited silt 0.52 M ton
• Silt Removal : 2 mini dredger
15. • Heaven of fish & aquatic animals
• Opportunities for Duck Farming
• Pisciculture
• Afforestation
• Migratory bird’s heaven
TEESTA MAIN CANAL
22. Benefit from Phase-I
During Kharif–II irrigation provided to 70,000ha (2006) and during
Kharif-I irrigation provided to 65,000ha (2006
Cropping intensity increased from 180% to 210%. Annual gross
incremental benefit from paddy is ~ Tk.300 crore.
Teesta Barrage Project, Phase-1 is now free from flood of Teesta
River. Drainage problems of different part of the project area i.e
Naotara Syphon area, Hazarihat, Dhodrar River, Mirkabeel Area
Ghugumari River at Kaimari were identified and remedial measures
are being implemented.
Due to SW irrigation, GW recharge has been increased significantly
creating more opportunity for conjunctive use.
The benefit of the project is going mostly to the poorer section of
the society. The socio-economic condition is changing immensely
and creating a better living condition of the people.
23. Women in Development:
Demand for labour has been generated due to increase
yield of crop and its preservation.
women play a vital role in collecting and processing of
crops.
Landless widows and distress women are working as
women labour in embankment/canal maintenance.
Environment:
Watershed, reservoir, canals, green crops and the trees
along the dykes bring in positive impact on the climate.
A vast land in the northern region of the country was
suffering from desertification but now being transformed
into cropland.
The socio-economic condition is changing immensely
and creating a better living condition of the people.
Benefit from Phase-I
26. TEESTA BARRAGE PROJECT PHASE-II
Approval : 21st January/04 by ECNEC
Total cost : Tk.11666.65 million
Irrigation area : 448774 ha
Gross area : 623690 ha
Implem Period : 2003-04 to 2012 -2013
Funding : RPA & GOB
27. UNIT WISE IMPLEMENTATION COST
UNIT Irrig.
area
(ha)
Estd
Cost
(million
Tk)
Imp
Period
(Planned)
Remarks
UNIT-I 96575 3099.90
2003-06
2006-07
Actual commencement
of Unit-I started on
2006-07 and approved
DPP Cost Tk. 2272.10
million
UNIT-II 176603 4442.90
2007-08
2009-10
UNIT-III 175596 4105.40
2011-12
2012-13
28. Land acquisition - 5400 ha
Irrigation canal - 1628 km
Drainage canal - 650 km
Hydraulic Structure-
- Irrigation-2025 nos
- Drainage-105 nos
- Bridge/Culvert-1405 nos
- Turn over- 6372 nos
Inspection Road-10 km
Major Components
Phase-II
29. The project is mainly for supplementary irrigation (Kharif–
II). During this period sufficient flow is available in Teesta
River at the barrage point.
Construction of major infrastructure such as Barrage,
Canal Head Regulators, Main Canals completed for whole
project.
Cropping intensity within the project area will be increased
from 180% to 215 %.
Surface water irrigation is much cheaper, environment
friendly and increase soil fertility
Expected Benefits of Phase-II:
30. Crop production will be increased to 16.64 Lac MT/year,
present value of crop is Tk.1399.5 crore.
Development activities in other sectors will also be
increased.
Implementation of Phase-II will establish the Teesta water
sharing right of Bangladesh
Expected Benefits of Phase-II:
31. Teesta Barrage Project is one of the major gravity
irrigation projects in Bangladesh diverting water from
Teesta river by Barrage.
It has already started contributing in poverty
alleviation of mass people of the area through
accelerated economic growth
The project (Phase-I) been planned, designed and
implemented by the local Engineers, Planners,
Consultants and Contractors - unique example of self-
reliance.
The Nation is proud of this excellent achievement
CONCLUSION
32. Where ever feasible surface water based irrigation
project should be taken up – as surface water is
comparatively cheaper, environment friendly and
increase soil fertility.
Teesta water is enough to provide supplemental
irrigation in entire Phase-II area.
CONCLUSION