For farmers in Senggi, Keerom Regency, Papua, water is more than an agricultural necessity. It determines whether a planting season can continue, whether crops can survive dry conditions, and whether families can maintain the food production on which their livelihoods depend.
That concern has become more pressing amid what Universitas Diponegoro (UNDIP) describes as the impact of El Niño, which has contributed to declining rainfall and increased drought risks in the Senggi Transmigration Area.
In response, the Tim Ekspedisi Patriot Universitas Diponegoro (TEP UNDIP) has provided a bore well intended to supply irrigation water to approximately 10 hectares of community rice fields.
The initiative brings together TEP UNDIP’s Team 7 and Team 12 and represents a practical effort to reduce farmers’ dependence on uncertain rainfall. The university said the infrastructure is expected to provide a more stable and evenly distributed water supply for agricultural land in the area.
Drought Risk Reaches Senggi Farmers
Senggi is part of Keerom Regency in Papua, where agriculture remains an important part of community life in the transmigration area.
According to UNDIP, reduced rainfall and the threat of drought have created serious challenges for agricultural productivity. Limited water supplies could disrupt the planting season and contribute to declining harvests among residents who rely heavily on farming.
The problem is particularly significant for rice farmers because agricultural activity is closely tied to water availability.
When rainfall becomes unpredictable, farmers have less certainty over when to plant, how long crops can receive adequate water, and whether their fields can maintain production throughout the growing cycle.
UNDIP described this situation as a challenge to the sustainability of agricultural activity in Senggi and said the lack of water had created concerns over the continuity of the planting season.
For farmers, the issue is not simply about one dry period. A prolonged or unpredictable shortage of water can affect land management, production planning, and the availability of food for local communities.
That is why the search for an alternative water source became an important part of the response.
TEP UNDIP Brings a Practical Irrigation Solution
The response came through TEP UNDIP.
Rather than focusing only on short-term assistance, TEP UNDIP worked through its field teams to provide physical infrastructure that could be used by farmers.
Teams 7 and 12 collaborated in the provision of the bore well, with the facility intended to support irrigation for approximately 10 hectares of community-owned rice fields.
Team 7 was led by Fajrin Pramana Putra, S.P., M.Sc., and included Adelia Regita Andini, S.P.W.K., Siti Nuriyana, S.Si., Samuel Hasudungan Hutagalung, S.P.W.K., Punggah Assa’bana, S.P., and Rizal Fahmi Imanullah, S.P.
Team 12 was led by Muhammad Iqbal Fauzan, S.P., M.Si., with Ardhian Sasmita, S.A.B., Fitran Dzulfikar, S.P., Marta Junika Tambunan, S.Sos., Nurkhafizah, S.P.W.K., and Putri Duwi Ulia Sari, S.TP., as members.
The collaboration illustrates how university-based teams can connect technical knowledge and community needs in a remote agricultural setting.
For Senggi farmers, however, the significance of the project is straightforward: access to another source of irrigation water when rainfall cannot be relied upon.
Fajrin: Water Infrastructure Is a Concrete Contribution
Fajrin Pramana Putra, chairman of Team 7 TEP UNDIP, said the borewell was intended to help communities deal with water shortages while strengthening food security that can withstand climate-related pressures.
He said the project represented a concrete contribution from TEP UNDIP to address limited water availability.
The team hopes the water source can be used sustainably to support irrigation across approximately 10 hectares of agricultural land.
The emphasis on sustainable use is significant.
The bore well is not presented merely as a construction project. Its intended value lies in whether the facility can continue supporting farmers after the expedition team completes its work.
For an agricultural community facing uncertain rainfall, reliable access to water can provide greater flexibility in managing fields and preparing for periods when rain is insufficient.
Farmers Welcome a New Source of Water
The project was welcomed by the local farming community.
Suroso, a representative of the Senggi Transmigration Area farmers’ group, expressed appreciation for the assistance from TEP UNDIP.
For him, the importance of the project begins with a simple reality: farmers need water to keep their crops growing.
Suroso explained that dry conditions and unpredictable rainfall often caused concern about the condition of crops and the future of the agricultural land cultivated by local farmers.
His comments provide a direct picture of how climate uncertainty is experienced at the community level.
Weather patterns are not abstract issues for farmers. When rainfall changes, the consequences can appear directly in the fields.
That uncertainty can make agricultural planning more difficult, particularly for communities whose livelihoods and food supplies are closely connected to farming.
The borewell, therefore, offers more than a physical structure. For farmers, it creates an alternative to complete dependence on rainfall.
Suroso said the facility could help irrigate approximately 10 hectares of agricultural land. He expressed hope that farmers would become less dependent on rain, allowing agricultural production to remain stable and helping meet the community’s food needs.
From Emergency Response to Climate Adaptation
The significance of the Keerom project extends beyond the immediate need for water.
The borewell can be viewed as a small-scale example of climate adaptation in rural Papua.
The underlying principle is straightforward. When rainfall becomes less predictable, agricultural communities need additional ways to manage water.
For Senggi farmers, the new irrigation source creates an opportunity to manage agricultural land more systematically and reduce some of the risks associated with drought.
UNDIP itself describes the project as more than physical infrastructure. The university sees the bore well as support for the continuity of community agriculture and as an asset that can contribute to food self-reliance and resilience among the Senggi transmigration community.
This approach also emphasizes the possible role of universities in development beyond classrooms and laboratories.
Through TEP UNDIP, academic expertise has been connected with a practical problem faced by farmers in a remote part of Indonesia.
The project demonstrates how higher education institutions can contribute directly to communities by identifying local challenges and supporting solutions that have immediate practical value.
Why the 10-Hectare Target Matters
The scale of the project is modest when viewed against Papua’s vast agricultural landscape, but its local importance is considerable.
The irrigation facility is intended to support approximately 10 hectares of rice fields.
For the farmers who cultivate those fields, maintaining water availability can affect the productivity of land that contributes to household livelihoods and local food supplies.
The project therefore connects three issues that are increasingly important to rural development: agricultural productivity, water security, and climate resilience.
A stable water source can provide farmers greater confidence in managing their fields. It can also help reduce the risks associated with relying entirely on rainfall during periods of dry weather.
However, the available sources do not provide technical details such as the depth of the borewell, its pumping capacity, the volume of groundwater available, or the precise irrigation system used to distribute water across the fields.
Those details are important for assessing the project’s long-term technical performance and should not be assumed without further information.
What is clear from the reported project is its intended function: to provide an alternative source of irrigation for around 10 hectares of rice fields in Senggi.
Linking Papua’s Food Security with Global Goals
TEP UNDIP said the irrigation project also contributes to several United Nations Sustainable Development Goals.
The first is SDG 2, Zero Hunger, through efforts to strengthen agricultural productivity and sustainable food production.
The second is SDG 6, Clean Water and Sanitation, particularly through the provision and management of water resources for agricultural purposes.
The project is also linked to SDG 13, Climate Action, because the borewell is intended to help communities adapt to drought risks associated with changing climate conditions.
Finally, SDG 17, Partnerships for the Goals, reflects the cooperation between the university teams and the local farming community.
Taken together, these goals place the Senggi project within a broader development conversation.
Food security cannot be separated from water availability, while climate adaptation increasingly depends on cooperation between communities, institutions, researchers, and government.
For Papua, where geographical conditions can make infrastructure development challenging, locally focused projects can provide useful examples of how development interventions can be connected to specific community needs.
A Broader Development Story in Papua
The Keerom irrigation initiative also fits into a wider pattern of development efforts in Papua that increasingly combine infrastructure, agriculture, education, and community empowerment.
For international readers, Papua is often discussed primarily through the lens of politics, security, or geopolitics. Those issues remain part of the region’s wider story, but developments in rural communities also matter when assessing the everyday realities of life in Papua.
In Senggi, the immediate concern is much more practical: keeping agricultural land productive when rainfall becomes unreliable.
The bore well offers one example of how development initiatives can address that challenge at the community level.
It also reinforces the importance of connecting physical infrastructure with long-term local management. A water facility can only deliver lasting benefits if it remains functional, is properly maintained, and is managed in a way that supports the farmers who depend on it.
The project therefore raises an important question for the future: how can similar climate adaptation measures be expanded while ensuring that local communities have the capacity to manage them sustainably?
That question will become increasingly relevant if weather variability continues to affect agricultural planning.
What Comes Next for Senggi Farmers?
The immediate objective is clear: provide an additional water source for the rice fields and reduce the risks created by water shortages.
The longer-term objective is broader.
TEP UNDIP hopes the borewell will become a long-term asset supporting food self-reliance and climate resilience among farmers in Senggi.
The project’s success will ultimately be measured not simply by the construction of the well, but by its continued usefulness to farmers.
If the facility can provide reliable irrigation during periods when rainfall is insufficient, it could help farmers maintain agricultural activity and reduce some of the uncertainty surrounding dry conditions.
That could also contribute to greater stability in local food production.
For the Indonesian government and development institutions, initiatives such as these illustrate the importance of practical infrastructure in supporting communities in remote regions. The role of universities is equally relevant, particularly when academic resources can be translated into solutions that address problems identified by local communities.
For Senggi’s farmers, however, the significance is more immediate. Water means the possibility of keeping fields productive when the rain does not arrive as expected.
Conclusion
The construction of a bore well for around 10 hectares of rice fields in Senggi, Keerom, is a relatively focused intervention, but its implications reach beyond the physical infrastructure.
It addresses a specific vulnerability faced by farmers: dependence on rainfall at a time when drought risks and reduced rainfall have become a concern.
TEP UNDIP’s collaboration between Teams 7 and 12 provides a practical response, while the statements of Fajrin Pramana Putra and farmer representative Suroso underline two sides of the same challenge. The university sees the project as a contribution to climate-resilient food security, while farmers see reliable water as essential to protecting their crops and livelihoods.
The project does not guarantee that crop losses will never occur. Nor do the available reports provide enough technical information to determine how much water the bore well can ultimately supply.
What the initiative does provide is an additional layer of resilience.
In a region where agriculture remains important to community life, that can make a meaningful difference.
As Papua continues to develop, food security will depend not only on expanding agricultural land or improving market access, but also on ensuring that farmers have the infrastructure and knowledge needed to withstand changing environmental conditions.
The Senggi bore well offers a tangible example of that approach: a locally focused investment in water, agriculture, and community resilience that could help farmers face an increasingly uncertain climate.
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