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Alliance
How it works
Training
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About us
Alliance
How it works
Training
Stories
About us
Index
Introduction
Roads for Water Harvesting in Semiarid Areas
General principles
Techniques for road-water harvesting
Roads for Watershed Management
Choosing the location and slope of road
Designing the road drainage system
Planning water harvesting and erosion control measures along with roads
Roads for Water in Coastal Lowlands
Roads for water management in low-lying coastal areas
Roads combined with flood embankments
Roads as temporary flood shelters and evacuation routes
Roads for Water in Mountain Areas
Roads and Rural Water Supply
Using springs opened by road construction
Road water harvesting for groundwater recharge
Road water harvesting for surface storage
Borrow Pits
Size and shape of borrow pits
Siting of borrow pits
Ensuring the safety of the converted borrow pit
Reduce the risk of sedimentation
Reducing excessive seepage
Road drifts
River crossings as sand dams and bed stabilizers
Siting of a non-vented drift
Design of non-vented drifts
Measures to prevent failure
Water harvesting and drainage from unpaved roads
Planning road alignments for adequate drainage and water management
Use basic road-surface drainage
Use infiltration bunds to control erosion and enhance recharge
Roadside farm ponds
Planning of Farm Ponds
Designing Roadside Farm Ponds
Layout of the roadside pond
Constructing the roadside farm pond
Roads in floodplains
Location and height of road embankments and controlled overflow sections
Adequate cross drainage and subsurface flow capacity
Controlling upstream water levels with cross-drainage structures
Ensuring fish passage
Roadside tree planting
Site selection
Species selection
Site preparation
Design of roadside vegetative barriers
Combining water harvesting and tree planting
Making it work: governance for green roads for water
Making it work: community engagement
Conclusions: it pays off
References
Acknowledgements
1. Bio-engineering measures for road side-slope stabilization
2. Design of non-vented drifts
3. Sample design of a farm pond
4. Using animal traction to construct ponds
5. Design of floodways
6. Dimensions and spacing of eyebrow terraces and stone strips
7. Sample Supplement Terms of Reference Road Programs
8. Participatory rapid appraisal
The complete guideline is also available in pdf format
Download here
Guideline Index
Introduction
Roads for Water Harvesting in Semiarid Areas
General principles
Techniques for road-water harvesting
Roads for Watershed Management
Choosing the location and slope of road
Designing the road drainage system
Planning water harvesting and erosion control measures along with roads
Roads for Water in Coastal Lowlands
Roads for water management in low-lying coastal areas
Roads combined with flood embankments
Roads as temporary flood shelters and evacuation routes
Roads for Water in Mountain Areas
Roads and Rural Water Supply
Using springs opened by road construction
Road water harvesting for groundwater recharge
Road water harvesting for surface storage
Borrow Pits
Size and shape of borrow pits
Siting of borrow pits
Ensuring the safety of the converted borrow pit
Reduce the risk of sedimentation
Reducing excessive seepage
Road drifts
River crossings as sand dams and bed stabilizers
Siting of a non-vented drift
Design of non-vented drifts
Measures to prevent failure
Water harvesting and drainage from unpaved roads
Planning road alignments for adequate drainage and water management
Use basic road-surface drainage
Use infiltration bunds to control erosion and enhance recharge
Roadside farm ponds
Planning of Farm Ponds
Designing Roadside Farm Ponds
Layout of the roadside pond
Constructing the roadside farm pond
Roads in floodplains
Location and height of road embankments and controlled overflow sections
Adequate cross drainage and subsurface flow capacity
Controlling upstream water levels with cross-drainage structures
Ensuring fish passage
Roadside tree planting
Site selection
Species selection
Site preparation
Design of roadside vegetative barriers
Combining water harvesting and tree planting
Making it work: governance for green roads for water
Making it work: community engagement
Conclusions: it pays off
References
Acknowledgements
1. Bio-engineering measures for road side-slope stabilization
2. Design of non-vented drifts
3. Sample design of a farm pond
4. Using animal traction to construct ponds
5. Design of floodways
6. Dimensions and spacing of eyebrow terraces and stone strips
7. Sample Supplement Terms of Reference Road Programs
8. Participatory rapid appraisal
3. Sample design of a farm pond
Sample design of a farm pond