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Extreme El Nino Threat: Indonesia Slashes Irrigation Water Use by 20%

by Rachel Morgan News Editor
written by Rachel Morgan News Editor

Indonesia’s Ministry of Agriculture is implementing the Alternate Wetting and Drying (AWD) method to reduce irrigation water use by up to 20 percent. This move aims to lessen the potential impact of the extreme El Nino phenomenon, referred to as “Godzilla El Nino,” and the possibility of prolonged drought.

Boosting Water Efficiency

According to Agriculture Minister Andi Amran Sulaiman, the AWD method can cut irrigation water usage by as much as 20 percent without reducing rice productivity. He stated, “Water efficiency is key in facing increasingly unpredictable dry seasons.” The technology is part of a larger strategy to adapt to and mitigate climate change, focusing on the efficient use of limited water resources.

Did You Realize? AWD was initially developed by the International Rice Research Institute in 2009 and has been adapted for use in Indonesia since 2013.

Fadjry Djufry, Head of the Agricultural Assembly and Modernization Agency (BRMP) at the Ministry of Agriculture, emphasized that AWD addresses challenges faced in the field, particularly during dry seasons. The method allows farmers to maintain optimal plant conditions while reducing reliance on continuous flooding, better preparing them for potential droughts.

How AWD Works

AWD regulates irrigation based on soil moisture, avoiding constant flooding. After an initial flooding phase, water is allowed to recede before limited re-watering occurs. A simple PVC pipe system, 10–15 cm in diameter and 30–100 cm long, perforated and wrapped in gauze, is used to monitor water depth near field embankments. Re-watering is typically done when the water level drops 10–15 cm below the soil surface, bringing it back to 3–5 cm.

Expert Insight: Implementing AWD represents a proactive step toward climate-smart agriculture, prioritizing both efficiency and sustainability in the face of increasingly unpredictable weather patterns and dwindling water resources. The focus on maintaining rice productivity while reducing water consumption is a critical balance for Indonesia’s food security.

Ali Pramono, an analyst at the Agricultural Environment BRMP, explained that AWD improves root and soil health, making crops more drought-resilient and potentially increasing yields. He added that the method lowers greenhouse gas emissions from rice fields.

Frequently Asked Questions

What is the goal of implementing the AWD method?

The goal is to cut irrigation water use by up to 20 percent to mitigate the risks posed by the “Godzilla El Nino” phenomenon and potential prolonged drought.

How long has AWD been used in Indonesia?

The Ministry of Agriculture has been adapting AWD for use in Indonesia since 2013.

Does AWD affect rice productivity?

No, the AWD method is designed to reduce irrigation water usage without affecting rice productivity.

As Indonesia prepares for the potential impacts of “Godzilla El Nino,” how might the success of the AWD method influence future agricultural strategies in regions facing similar water scarcity challenges?

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Marcos inspects P332M solar irrigation projects in Camarines Sur

by Rachel Morgan News Editor
written by Rachel Morgan News Editor

MINALABAC, Camarines Sur — President Ferdinand Marcos Jr. Visited solar-powered irrigation projects worth P332,198,409.97 on Monday, intended to irrigate 1,807.85 hectares of riceland and benefit 1,800 farmers in the municipalities of Minalabac and Bula, Camarines Sur.

Boosting Food Security Through Innovation

The projects, undertaken by the National Irrigation Administration (NIA), align with President Marcos Jr.’s vision to strengthen food security and modernize the agriculture sector through climate-resilient technologies, according to NIA Bicol regional director Gaudencio De Vera.

New Massba Cooperative Benefits

The New Massba (Mataoroc-Sagrada-San Jose-Baliuag Agrarian Reform Cooperative) multipurpose cooperative (MPC), comprising 1,132 farmer-beneficiaries, will oversee 1,255.85 hectares in barangay Mataoroc, San Jose, Sagrada Familia and Baliuag Viejo in Minalabac, Camarines Sur. The project includes the installation of 900 solar panels (600 kilowatts) and inverters for four 200 HP pumps and motors, costing P205,465,476.34.

Did You Know? The New Massba MPC had an outstanding balance of approximately P10 million with the Camarines Sur Electric Cooperative II for over three decades, leading to repeated electricity disconnections.

Construction of the New Massba project began on November 18, 2024, and was completed on December 15, 2025. Jesus Salceda Frivaldos, chairman of the New Massba, explained that the project will reduce energy consumption by harnessing solar power for irrigation.

“Before, we were paying more than half million for energy consumption, but with the help of solar-powered irrigation projects of the National Irrigation Administration, today we are just paying more than P200,000,” said Frivaldos.

A Legacy Continued

Frivaldos noted the historical significance of the irrigation facility, which was originally established 44 years ago during the administration of former President Ferdinand Marcos Sr. He expressed gratitude that the current President continues to support farmers through the NIA’s solar-powered irrigation initiative.

Expert Insight: Transitioning to solar power for irrigation represents a significant step towards reducing operational costs for farmers and increasing their financial stability. By lessening reliance on traditional electricity sources, these projects offer a pathway to greater self-sufficiency and resilience within the agricultural sector.

The solar-powered irrigation pump will serve 634.17 hectares of rice land within a 1,255.85-hectare service area, benefiting 1,097 farmers from the Massba MPC.

Expansion to Bula, Camarines Sur

President Marcos Jr. Also visited the San Agustin and San Ramon Agrarian Reform Farmers’ Cooperative in Bula, Camarines Sur, covering 551.9217 hectares and benefiting 722 farmer beneficiaries. This project involved the installation of 900 solar panels and two 200 HP inverters (600 kilowatts) at a cost of P126,732,933.63, completed on August 15, 2025.

For decades, the San Agustin and San Ramon Agrarian Reform Farmers’ Cooperative paid between P300,000 and P400,000 monthly for electricity. After the transition to solar energy, electricity consumption decreased to P7,665 in September 2025 and eventually reached zero in subsequent months. The cooperative previously collected 12 cavans of palay per hectare from its farmer-members to cover electricity costs.

NIA Administrator Eduardo Eddie Guillen emphasized that solar-powered irrigation remains a key strategy for lowering production costs and enhancing agricultural productivity nationwide.

Frequently Asked Questions

What is the total cost of the solar irrigation projects visited by President Marcos Jr.?

The total cost of the projects visited was P332,198,409.97.

How many farmers are expected to benefit from these projects?

A total of 1,800 farmers are expected to benefit from the projects in Minalabac and Bula, Camarines Sur.

When did construction of the New Massba project conclude?

Construction of the New Massba project was completed on December 15, 2025.

How might the shift to solar-powered irrigation impact the long-term sustainability of farming communities in Camarines Sur?

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Bulacan shifts to solar irrigation

by Rachel Morgan News Editor
written by Rachel Morgan News Editor

Senator Sherwin Gatchalian, chairman of the Senate Finance Committee, and National Irrigation Administration (NIA) Administrator Eduardo Guillen recently inspected irrigation infrastructure in Bulacan province, highlighting the potential of renewable energy to reduce costs for farmers.

Inspecting Solar-Powered Systems

The inspection on Thursday, January 29, 2026, included visits to the Kapatiran Solar Pump Irrigation System in Barangay Sampaloc, San Rafael, as well as the Bustos Dam in Bustos town and the Bulo Reservoir Irrigation System in San Miguel town. The officials assessed the conditions of these facilities.

Did You Know? The Kapatiran Solar Pump Irrigation System has been operational since 2021, providing water to 243 hectares of farmland.

During a dialogue with farmers from San Rafael, Bustos, and San Miguel, Senator Gatchalian emphasized the economic benefits of transitioning irrigation systems to solar power. “I saw that solar is good; it’s a big savings, and maybe it’s something that should be pushed further for the entire country. It saves a lot of electricity, and if we save, that’s a big deal for other projects,” he stated.

NIA Transparency Commended

Gatchalian also contrasted the NIA’s operations favorably with those of the Department of Public Works and Highways (DPWH). He reported that, unlike the DPWH, the NIA appears to be free of “anomalies or ghost projects.” He attributed this to the direct involvement of farmers in the planning and implementation of NIA projects. “I’m glad I was able to face the irrigators, and they themselves said that from planning all the way to implementation, farmers are involved,” Gatchalian said. “That’s important; there’s nothing like that in the DPWH.”

Expert Insight: Public participation in infrastructure projects, as seen in the NIA’s approach, can be a powerful tool for accountability and transparency. When stakeholders are directly involved, it becomes significantly more difficult for mismanagement or fraudulent activity to occur.

Farmers identified a key need for improvement: a spare battery for the Kapatiran Solar Pump. Kapatiran Irrigators Association President Pablo Angeles explained that while the solar pump is effective during daylight hours, it lacks battery storage for nighttime operation or use during periods of heavy rain. Currently, the system reduces monthly electricity costs from P220,000 to P240,000 to P40,000 to P45,000.

Frequently Asked Questions

What areas benefit from the Kapatiran Solar Pump Irrigation System?

The solar pump benefits six barangays: Sampaloc, Caingin, Capihan, Tambubong, Ulingao and Pinac-Pinacan.

How many farmers are currently benefiting from the Kapatiran Solar Pump Irrigation System?

Approximately 213 farmers have benefited from the system since it was built in 2021.

What did Senator Gatchalian say about the potential for expanding solar-powered irrigation?

Senator Gatchalian stated that solar power is a “big savings” and suggested it “should be pushed further for the entire country.”

As the Philippines continues to explore renewable energy options, will increased investment in solar-powered irrigation systems become a priority for supporting the agricultural sector and reducing energy costs for farmers?

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Irrigation Technician in Riverside, CA for Canyon Crest Country Club

by Chief Editor
written by Chief Editor

The Future is Green: Trends Shaping the Irrigation Technician’s World

As a seasoned observer of the landscaping and irrigation industries, I’ve seen firsthand how technology and sustainability are revolutionizing the role of the Irrigation Technician. This isn’t just about fixing sprinklers anymore; it’s about managing water resources efficiently and contributing to a greener future. Let’s dive into the trends shaping the landscape, and the opportunities they present.

Smart Irrigation Systems: Precision Watering Takes Center Stage

The old days of timer-based irrigation are fading fast. Smart irrigation systems, leveraging weather data, soil moisture sensors, and even plant type analysis, are becoming the norm. This leads to significant water savings, reduced runoff, and healthier landscapes.

What’s Driving the Change? Growing concerns about water scarcity, especially in regions like California (where the job posting originates), are fueling the demand for water-efficient technologies. These systems often communicate wirelessly, allowing technicians to monitor and adjust irrigation schedules remotely. This increases efficiency and reduces the need for on-site visits.

Real-Life Example: Companies like Rachio and Hunter Industries are at the forefront, providing smart controllers that integrate seamlessly with various sensors and offer intuitive mobile apps for management. According to a recent study by the Irrigation Association, smart irrigation can reduce water use by up to 30% compared to traditional systems.

Pro Tip: Staying updated on the latest smart irrigation technologies is crucial. Consider certifications from organizations like the Irrigation Association (IA) to boost your skills.

The Rise of Drip Irrigation and Micro-Sprinklers

Precision irrigation, particularly through drip systems and micro-sprinklers, is seeing a huge upswing. This method delivers water directly to the roots of plants, minimizing waste due to evaporation and runoff.

Why is this significant for Irrigation Technicians? Drip systems require specialized knowledge for installation, maintenance, and troubleshooting. This creates a strong demand for technicians skilled in these techniques. The move towards these systems is also driven by regulations encouraging water conservation and protecting water sources. The job description specifically mentions familiarity with drip systems, highlighting their importance.

Data Point: The global drip irrigation market is projected to reach $4.4 billion by 2027, according to a report by Grand View Research, showcasing the growth and opportunities in this field.

Integration of Data and Technology

Modern irrigation systems are generating significant amounts of data. This data includes water usage, soil moisture levels, weather patterns, and even plant health indicators. Irrigation Technicians must be comfortable with using this data for informed decision-making.

How Data Fuels Efficiency: Analyzing this data allows technicians to identify inefficiencies, optimize irrigation schedules, and predict potential problems before they arise. The technician’s ability to provide accurate reports and controller mapping, as stated in the job description, is critical in this new paradigm.

Semantic SEO Keyword: Understanding and utilizing irrigation system analytics will be increasingly important to demonstrate added value to clients. This also means technicians need to be able to communicate the meaning of the data to both clients and managers.

Sustainability and Green Practices: A Core Requirement

The emphasis on sustainability goes beyond just water conservation. Irrigation technicians are increasingly involved in broader environmental initiatives, such as:

  • Using recycled water sources for irrigation.
  • Implementing erosion control measures.
  • Selecting drought-tolerant plants.

The Big Picture: This requires a holistic understanding of landscape management and a commitment to environmentally responsible practices. The job description indicates that the candidate must have an interest in learning new skills, which in this case may pertain to sustainable practices.

Did you know? Rainwater harvesting systems are becoming more prevalent, providing a sustainable alternative water source for irrigation. These can range from small residential barrels to large commercial systems.

The Skills of the Future Irrigation Technician

The ideal Irrigation Technician of the future will possess a blend of technical expertise and soft skills, including:

  • Technical Proficiency: Expertise in smart controllers, drip systems, sensors, and various irrigation components.
  • Data Analysis Skills: Ability to interpret and use data to optimize irrigation systems.
  • Communication Skills: Effective communication with clients, team members, and managers.
  • Problem-Solving Skills: The ability to diagnose and resolve complex irrigation issues efficiently.
  • Adaptability: A willingness to learn new technologies and techniques continuously.

The ability to speak Spanish is a plus in this job description because of the large Hispanic population in California.

FAQ: Your Irrigation Technician Questions Answered

What is the most common problem in irrigation systems?

Leaks are a common problem, often caused by damaged pipes, fittings, or sprinkler heads. Regular inspections and maintenance can help prevent leaks.

How often should I have my irrigation system inspected?

It is generally recommended to have a professional inspection at least once a year, preferably in the spring. This ensures the system is ready for the growing season.

How can I reduce my water bill with my irrigation system?

Using a smart controller, adjusting the watering schedule based on weather conditions, and ensuring there are no leaks are effective strategies to reduce water consumption.

What qualifications do I need to become an Irrigation Technician?

Most positions require a high school diploma or equivalent, practical experience, and may require certification from a professional organization.

The future of irrigation is bright, and the demand for skilled, knowledgeable technicians is growing. By embracing technology, prioritizing sustainability, and continually honing your skills, you can thrive in this evolving field. Remember to stay informed about the latest advancements and always put the efficient use of water at the forefront.

Ready to learn more? Check out our other articles about sustainable landscaping and green technologies. Or, if you’re an irrigation technician, share your experiences and insights in the comments below!

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World

St. Pete man paying more for ‘savings’ on water bill as city changes rates

by Chief Editor
written by Chief Editor

The Changing Dynamics of Water Service Costs: A Case Study from St. Petersburg

In a surprising twist of events, residents of St. Petersburg, Florida, have found themselves grappling with unexpected cost hikes after investing in a city service designed to save money. Warren Bucknam, a local who invested in the “irrigation-only water service” with hopes of reducing his water bills, is now paying more than before.

Understanding Irrigation-Only Water Service

The irrigation-only water service allows homeowners to separate their drinking water from their watering systems, theoretically saving on sewer fees, which have traditionally not been charged on irrigation water. This system uses a separate meter, which residents believed would lead to long-term savings. However, recent rate hikes have turned the tables.

The Unexpected Rate Hike

Initially, the irrigation service seemed like a cost-effective solution, but in the fall, Bucknam noticed his irrigation water bill nearly doubled, jumping to $150. The culprit behind this increase: a city council decision in September 2024, which raised rates by a minimum of 143 percent. Bucknam, like many others, was unaware of this change, having not received any notification about it.

Public Reaction and Confusion

When Bucknam reached out for clarification, the responses from city officials left much to be desired. ABC Action News reports difficulties in obtaining clear answers from city council members. During interviews, some officials deferred, lacked information, or suggested Bucknam contact them directly for more details, reflecting a broader communication issue at the city level.

Historical Context: The Unanimous Decision

The decision to increase the rates was a unanimous vote during a city council meeting. This approval process, however, saw limited discussion on its impact on residents, indicating a potential oversight in how rate changes affect the community, especially those who have made financial commitments based on previous pricing structures.

What is Next for Water Service Consumers?

Residents are now seeking transparency and potential adjustments to their water service expenses. The issue underscores the need for better communication from municipal authorities and more stable, predictable cost structures for consumers investing in utility-saving measures.

FAQs on City Water Rate Hikes

  • Why did the rates for irrigation-only water services increase? Rates were raised in a move passed by the city council in September 2024, aimed at balancing municipal budgets, though details on the projected impact were not fully discussed with residents.
  • What are the long-term implications for residents? Residents might need to reconsider their investments in specialized water services as these rate changes could affect their expected savings.
  • How can residents address concerns with the city? Engaging with city council members through public forums, town hall meetings, or direct communications may provide clarity and potentially influence future policy decisions.

Did You Know?

Investments in sustainable home improvements often carry financial benefits, but as this case study illustrates, external factors like policy changes can impact expected savings.

Pro Tip

Before committing to any utility services with claimed savings, review any historical data on rate changes and keep an open line of communication with service providers to stay informed of any upcoming changes.

To learn more about municipal water policies and how to engage with your local councils, consider exploring resources from the American Water Works Association or The Environmental Law Institute.

Visit AWWA | Visit The Environmental Law Institute

Further Engagement

We invite our readers to share their experiences with similar utility services in their communities. Have you encountered unexpected rate changes, and how did you navigate them? Comment below and let’s continue the conversation.

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