Green Roads for Water

Page 251

Making It Work: Community Engagement | 227

Aftercare of roads is the final stage. In this stage, the road agency again interacts with local groups, nongovernmental organizations, local government, agricultural bureaus, and possibly special interest groups, such as transporter organizations. After the roads are constructed, more road-water management measures can be developed based on emerging needs and opportunities. This is also the stage at which effort must focus on maximizing the economic impact of roads by promoting transport services and facilitating business opportunities through the development of local value chains. For instance, improved processing and marketing of produce may help boost livelihoods of local producers. Table 15.2 provides a snapshot of the opportunities and the interstices for community engagement in different stages of road development and in the different areas of impact. The next section discusses a few programs in which community engagement in road development was undertaken on a large scale. As has been mentioned throughout these guidelines, the maintenance of unpaved roads is a critical challenge because funding levels are almost always inadequate. Coordination of road maintenance and road-water management activities can help narrow the gap between road maintenance needs and funding levels. Approaches include creating road maintenance groups (RMGs) to undertake maintenance (as in Nepal, see the section titled “Nepal: Involving Road Maintenance Groups in Mountain Road Maintenance”), or individuals maintaining designated road sections and the water-harvesting opportunities contained therein.

EXAMPLES OF COMMUNITY ENGAGEMENT AT SCALE Community engagement is often organized on a project basis but can easily reach scale as part of a national system. This section discusses three examples of nationwide systems for community engagement in road development and maintenance: the roads-for-water activities in Ethiopia, which are part of a large watershed movement; the engagement with labor contracting societies (LCSs) in road development in Bangladesh; and road maintenance groups in Nepal.

Ethiopia: Implementing roads-for-water activities at scale Soil and water conservation programs have been in place for many years in Ethiopia. Road-water harvesting has been included in the repertoire of measures considered in local planning processes since 2014. Soil and water conservation “watershed” programs have been in place in Ethiopia even longer, since the 1990s. Several techniques were introduced over the years, including afforestation, gully control, and stone bunds. The earlier programs were often associated with food-for-work programs, and the main purpose was sometimes the creation of work opportunities rather than to build lasting productive land and water assets. The geographic coverage was substantial, however. The central focus was to reduce erosion by trapping and retaining sediment. Despite the scale and effort, results were often unsatisfactory because of a lack of effective community engagement and a limited sense of responsibility for the newly created assets. The program was thoroughly revived and reoriented in 2007. Particularly from 2009 onward, a new thrust in soil and water conservation was introduced in different regions in Ethiopia. The new impetus had several elements.


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Ethiopia

3min
pages 254-255

A.1 Making a community map

1min
page 262

15.3 Road maintenance group using work safety measures, Nepal

1min
page 256

A.2 Transect walk

1min
pages 263-265

15.2 How to engage communities in road development

4min
pages 252-253

15.1 Different stages in community engagement

12min
pages 246-250

Examples of community engagement at scale

2min
page 251

15.1 The scope for community engagement under different roads programs

5min
pages 243-244

water sector, agriculture, and universities, Malawi

1min
page 237

Note

1min
pages 239-240

Scope for community engagement

2min
page 242

for road programs

2min
page 238

Getting the process going Annex 14A. Sample supplemental terms of reference

2min
page 236

Governance for roads for water

2min
page 232

Conclusions

6min
pages 222-223

of seedlings

1min
page 220

Combining water harvesting and tree planting

3min
pages 217-218

12.2 Roadside tree barriers and dust movement

1min
page 216

Design of roadside vegetative barriers

2min
page 215

12.1 Roadside vegetation and road safety measures

1min
page 213

12.1 Tree planting and road visibility

1min
page 212

Opportunities

2min
page 209

Site selection

2min
page 211

Recommended practices

1min
page 210

11.1 Infiltration rates of different soils

7min
pages 197-199

References

1min
pages 205-206

11.3 Suitable pond side slopes for different soils

6min
pages 202-204

References

1min
page 192

Recommended practices

1min
pages 195-196

10.3 Rolling drainage dip in low-volume road

1min
page 190

Opportunities

2min
page 183

Recommended practices

8min
pages 184-187

8.1 Geotextile materials for reservoir lining

1min
page 169

Opportunities Recommended practice: River crossings as sand dams and bed

1min
page 172

9.2 Overview of nonvented drift with preventable failure features

1min
page 178

Recommended practices

13min
pages 162-168

Opportunities

2min
pages 160-161

Recommended practices and preferred options

5min
pages 149-151

7.1 Road culvert spacing and dimensions for floodplains

6min
pages 152-154

Alternative road option in floodplains: Submersible roads

1min
page 155

References

1min
pages 145-146

Opportunities

1min
page 148

Notes

2min
page 144

6.7 Technique for creating artificial glaciers in mountain areas

2min
pages 142-143

6.6 Snowshed in Alpine environment

1min
page 141

6.3 Recommended practices for spring management along roads

1min
page 138

6.4 Infiltration bunds

1min
page 136

6.2 Effect of road development on different types of springs

3min
page 137

5.2 Minimum cross-drainage opening for Bangladesh lowlands

9min
pages 110-115

routes

4min
pages 120-122

Changing the mountain environment

2min
pages 127-128

6.2 Tilted causeways

1min
page 134

6.3 Dissipation block placement on the road

1min
page 135

Opportunities

4min
pages 104-105

Recommended best practices

2min
page 106

3.1 Typical concentrations of pollutants in highway runoff

2min
page 65

4.11 Water-spreading weir, Ethiopia

1min
page 100

Kotomor, Agago (northern region, Uganda

1min
page 99

4.2 Fodder grown from road culvert water, South Gondar, Ethiopia

1min
page 87

Techniques for road-water harvesting

2min
page 89

Road safety principles

2min
page 88

Amhara, Ethiopia, 2018

1min
page 85

3.2 Roadside spring with inadequate collection reservoir, Sardinia, Italy

1min
page 76

Recommended practices

9min
pages 66-69

Opportunities

2min
page 64

Notes

1min
page 60

References

2min
pages 61-62

2.4 V-shaped floodwater spreader

4min
pages 58-59

harvesting

3min
page 57

Recommended practices

2min
page 51

References

2min
pages 43-46

The three levels of promoting resilience: Protective, adaptive, and proactive

2min
page 34

3 Drift construction in sand river bed: General section of nonvented

2min
page 33

Road safety considerations

5min
pages 41-42

The benefits and costs of roads for water

2min
page 35

1.2 Three levels of road resilience for different road elements

2min
page 37

2 Community mobilization for road-water harvesting in Amhara

2min
page 39

3 Roadside spring opened after road construction in Tigray, Mulegat

1min
page 27

Changing the paradigm: Concept and principles of roads for water

4min
pages 31-32
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