Year-Wise Breakdown of Watershed Management Activities

Watershed management projects don’t happen overnight. They follow a carefully structured timeline – typically spanning 4 to 7 years – broken into three distinct phases. Each phase has specific goals, activities, and deliverables that build on the previous one. Whether it’s building trust with local communities, constructing check dams, or ensuring long-term sustainability, every year of a watershed project has a clear purpose. Let’s walk through these phases step by step.

Why are watershed projects divided into phases? 🔗

A watershed is a geographical area where all surface water drains to a common outlet – a river, lake, or stream. Managing such a complex system requires more than just building structures. It demands community participation, scientific planning, ecological restoration, and long-term maintenance. That’s why India’s Watershed Development Component of PMKSY (WDC-PMKSY) and the earlier Integrated Watershed Management Programme (IWMP) divide every project into three phases: the Preparatory Phase, the Watershed Works Phase, and the Consolidation and Withdrawal Phase.

This phased approach, outlined in the Common Guidelines for Watershed Development Projects, 2008, ensures that projects are not rushed. Communities have time to understand the programme, technical surveys inform the design of interventions, and the structures built have time to mature before the implementing agency withdraws.

Phase 1: The preparatory phase (year 1-2) 🔗

The preparatory phase is the foundation of the entire project. It lasts 1 to 2 years and focuses on community engagement, institutional setup, data collection, and planning. No major construction work happens during this phase – the focus is entirely on getting the groundwork right.

Entry point activities 🔗

Before any technical work begins, the Watershed Development Team (WDT) needs to build trust with the local community. Entry point activities are small, quick-impact works that address urgent community needs. These might include repairing a village drinking water source, reviving a degraded common resource, or upgrading an existing community asset. According to the WDC-PMKSY 2.0 Guidelines, about 4% of the total project budget is allocated to these activities. The goal is simple – demonstrate commitment and win the community’s confidence before asking them to participate in a multi-year project.

Community mobilisation and institution building 🔗

Simultaneously, the WDT works to form and strengthen community-based institutions. This includes setting up Watershed Committees (WC), Self-Help Groups (SHGs), and User Groups (UGs). The Watershed Committee is typically constituted through a Gram Sabha (village assembly), and at least half its members must represent SHGs, User Groups, SC/ST communities, women, and landless persons. These institutions are the backbone of the project – they participate in planning, oversee implementation, manage funds, and eventually take charge of maintaining the assets after the project ends.

Baseline surveys and data collection 🔗

A thorough understanding of the watershed’s existing condition is essential before designing interventions. During this phase, the WDT conducts baseline surveys covering hydro-geological conditions, soil characteristics, land use patterns, existing water resources, socio-economic profiles, and the status of degraded land. Participatory Rural Appraisal (PRA) tools are used extensively – meaning the community itself contributes local knowledge about terrain, water sources, and historical land use patterns. This data feeds directly into the next step.

Preparation of the Detailed Project Report (DPR) 🔗

The culmination of the preparatory phase is the Detailed Project Report (DPR). This is a comprehensive document that outlines all planned activities, their locations, estimated costs, timelines, and expected outcomes. It includes maps showing the watershed boundary, proposed treatment sites, and engineering designs for structures like check dams and percolation tanks. The DPR is prepared with community input, reviewed by a district-level technical committee, and finally approved by the State Level Nodal Agency (SLNA). About 1% of the total project budget is specifically allocated for DPR preparation to ensure it uses scientific inputs including GIS and remote sensing technology.

Capacity building 🔗

Training is a continuous thread during this phase. Farmers learn about soil and moisture conservation techniques. SHG members receive training on financial management and livelihood activities. WDT members get oriented on participatory planning approaches. Around 5% of the total project funds are earmarked for capacity building, reflecting its importance to the programme’s success. As the Water For People initiative notes, a lack of stakeholder knowledge about objectives and approaches can significantly affect watershed performance.

Phase 2: The watershed works phase (year 2-4 or 3-5) 🔗

This is the core implementation phase, lasting 2 to 3 years. It’s where the DPR comes to life. The approved plans are translated into on-the-ground activities – construction of physical structures, land treatment, afforestation, livelihood support, and agricultural improvement. Roughly 50% or more of the total project budget is spent during this phase.

Soil and water conservation measures 🔗

The most visible work in any watershed project happens here. Activities are planned following a ridge-to-valley approach, meaning work begins at the upper reaches of the watershed and moves downward. This sequence is critical because treating the ridge area first reduces the volume and speed of runoff flowing to the lower areas. Key interventions include:

In-situ measures: These are treatments applied directly on farmland and slopes. Contour bunding, graded bunding, bench terracing on hilly terrain, field bunding, and broad bed and furrow systems all fall under this category. These measures reduce soil erosion, improve moisture retention, and increase groundwater recharge right where the rain falls.

Ex-situ measures: These involve constructing structures across drainage lines. Check dams, farm ponds, percolation tanks, naala bunds, gully control structures, and loose boulder check dams are built at strategic points to slow down water flow, trap silt, and allow water to seep into the ground.

Water harvesting structures 🔗

Building rainwater harvesting structures is one of the most impactful activities during this phase. The idea is to capture and store rainfall within the watershed itself, rather than allowing it to flow away as runoff. Low-cost farm ponds, dug-out ponds (johads), percolation tanks, and groundwater recharge structures are constructed based on the site-specific conditions identified in the DPR. India’s micro watershed development projects have widely adopted these measures, especially in arid and semi-arid regions vulnerable to drought.

Drainage line treatment 🔗

Drainage lines – gullies, streams, and seasonal water channels – are treated with a mix of vegetative and engineering measures. Vegetation is planted along stream banks to stabilise the soil. Engineering structures like gabion check dams and vented dams are built across drainage lines to control erosion and reduce sediment flow downstream. This combination of biological and structural interventions is far more effective than either approach alone.

Afforestation and pasture development 🔗

Degraded forest land, community land, and wasteland within the watershed are treated through block plantations, agroforestry, horticulture development, and pasture improvement. Nurseries are raised locally to supply planting material. Under the WDC-PMKSY 2.0 framework, plantation including horticulture can cover up to 20% of the watershed project area. These activities improve vegetative cover, restore degraded ecosystems, and provide additional income through fruit, fodder, and timber.

Promoting sustainable agricultural practices 🔗

Watershed projects go beyond just conservation – they actively promote improvements in farming systems. This includes introducing crop diversification, integrated farming systems combining crops with livestock, fisheries, horticulture, and apiculture. Farmers are encouraged to adopt agro-ecological approaches suited to rainfed conditions, such as mixed cropping, mulching, and use of bio-fertilizers. These practices reduce costs, manage risks, and improve productivity without depleting natural resources.

Livelihood support for landless and marginalised groups 🔗

A significant innovation in modern watershed programmes is the dedicated focus on livelihoods. About 9% of the project budget is allocated for livelihood activities for asset-less persons, and another 10% for production systems and micro-enterprises. This means landless labourers, women SHG members, and marginalised communities receive support for activities like livestock rearing, dairy development, poultry, sericulture, small-scale food processing, and handicrafts. This ensures that watershed benefits reach everyone in the community – not just landowners.

Phase 3: The consolidation and withdrawal phase (year 5-7) 🔗

The final phase spans 1 to 2 years. By this point, all major construction and treatment works are complete. The focus shifts entirely to consolidation, sustainability, and ensuring the community can manage its watershed assets independently after the project team withdraws. About 5% of the project budget is reserved for this phase.

Completing and consolidating works 🔗

Any remaining activities from the works phase are wrapped up. Structures under construction are completed. Plantations are checked and gaps are filled. Maintenance issues identified during the works phase are addressed. The goal is to leave every intervention in fully functional condition.

Handing over assets to the community 🔗

All watershed assets – check dams, farm ponds, plantations, percolation tanks – are formally handed over to the Watershed Committee or the Gram Panchayat. Clear rules are established for who maintains what, how maintenance costs will be met, and how benefits (like usufruct rights from plantations) will be distributed. This transfer of ownership is crucial because the implementing agency will no longer be present to manage these assets.

The Watershed Development Fund (WDF) 🔗

Throughout the project, communities contribute to a Watershed Development Fund – a corpus fund built through user charges and community contributions. This fund serves as the financial backbone for post-project maintenance. After the project ends, the WDF is used to repair structures, maintain plantations, and address new challenges. The Common Guidelines 2008 specifically emphasise the WDF as a sustainability tool, ensuring the community has financial resources to protect its watershed assets long after the project team has left.

Strengthening local institutions 🔗

The Watershed Development Team gradually reduces its direct involvement and shifts to a facilitation role. The Watershed Committee takes the lead in decision-making. SHGs and User Groups become more independent. The objective is to make the community fully capable of managing its natural resources. Additional training is provided as needed during this phase, particularly around conflict resolution, fund management, and maintenance of structures.

Monitoring, evaluation, and documentation 🔗

A final evaluation is conducted to measure the project’s impact against its baseline data. Changes in crop productivity, groundwater levels, land cover, soil erosion rates, and household incomes are documented. This evaluation serves both as an accountability measure and as a learning tool for future projects. The Department of Land Resources uses this data to refine guidelines and improve the design of subsequent watershed programmes.

Budget allocation across phases 🔗

Understanding how funds are distributed gives a clear picture of each phase’s relative importance. Under the Common Guidelines framework, the approximate allocation is: Project Management (administrative costs, monitoring, evaluation) receives about 10% of the budget. The Preparatory Phase (entry point activities, institution building, DPR preparation) gets around 4-5%. The Watershed Works Phase (development works, livelihood activities, production systems) receives the lion’s share at roughly 56-69%. The Consolidation Phase gets about 3-5%. The remaining funds cover equity contributions and the Watershed Development Fund.

Under WDC-PMKSY 2.0, the unit cost has been revised to ₹22,000 per hectare for plain areas and up to ₹28,000 per hectare for hilly and difficult regions. The funding ratio between Centre and State is 60:40 for most states and 90:10 for northeastern and hilly states.

Why the phased approach works 🔗

The phased structure isn’t just an administrative convenience. It reflects hard-learned lessons from decades of watershed programmes in India. Early projects that rushed into construction without adequate community engagement often failed – structures fell into disrepair because nobody felt ownership over them. Projects that skipped baseline surveys ended up building the wrong interventions in the wrong places. And those that lacked a consolidation plan saw their gains erode within a few years of completion.

The current three-phase model addresses all these pitfalls. The preparatory phase builds social capital. The works phase transforms the landscape. And the consolidation phase locks in the gains. Each phase is interconnected – the DPR produced in Phase 1 guides the construction in Phase 2, and the community institutions built in Phase 1 take over management in Phase 3.

Challenges in implementation 🔗

Despite the well-designed framework, real-world implementation faces hurdles. The preparatory phase often gets compressed because of pressure to show visible results quickly. DPR quality varies widely – some are based on rigorous scientific data, others are prepared as a formality. During the works phase, convergence with other government schemes (like MGNREGA) doesn’t always happen smoothly, leading to duplication or gaps. And in the consolidation phase, the Watershed Development Fund sometimes proves insufficient for long-term maintenance, especially in poorer communities.

Addressing these challenges requires stronger monitoring systems, better capacity building at every level, and a genuine commitment to participatory planning – not just on paper, but in practice.

What do you think? How important is community participation in making watershed projects sustainable beyond the project period? And can a fixed 4-to-7-year timeline truly be enough for lasting ecological restoration in severely degraded areas?

References

1. https://dolr.gov.in/wdcpmksy/
2. https://megsoil.gov.in/docs/Common_Guidelines_2008.pdf
3. https://wdcpmksy.dolr.gov.in/reference/WDCPMKSY2.0_Guidelines.pdf
4. https://www.drishtiias.com/to-the-points/paper3/watershed-management
5. https://thewashroom.waterforpeople.org/importance-of-watershed-dev-in-wrm/
6. https://www.teriin.org/sites/default/files/files/unccd-umakant-DoLR.pdf