Kincir Air Raksasa, Solusi Petani Tasikmalaya Atasi Kekeringan

Summary

This video showcases a giant water wheel in Cimanggung Sari, Tasikmalaya, West Java, that helps farmers irrigate fields even during extreme heat and drought caused by El Nino. The 5-meter bamboo wheel uses the Citanduy River's flow to supply water to higher rice fields. Created by Ado Hadori, a local farmer and leader of a farming group, this innovative project has gone viral. The water wheel helps irrigate up to one hectare of land, enabling farmers like Jalaludin to achieve three harvests a year. Despite requests from other regions, Ado's team has limited production due to logistical challenges.

Takeaways

• 😀 The giant bamboo waterwheel, with a 5-meter diameter, harnesses the flow of Citanduy River water to irrigate rice fields in the village of Cimanggung Sari, Tasikmalaya, West Java.
• 😀 The waterwheel helps mitigate the effects of extreme heat caused by El Niño, allowing farmers to continue farming while other areas suffer from drought.
• 😀 The invention of the waterwheel is credited to Ado Hadari, a farmer and leader of the Sari Mukti farmer group, who drew on knowledge passed down from his ancestors.
• 😀 Building a waterwheel takes over two days, and each one is capable of irrigating up to one hectare of farmland.
• 😀 The waterwheel system allows water to flow to neighboring fields, benefiting farmers who do not own a waterwheel themselves.
• 😀 The innovation has led to three harvests per year for farmers like Jalaludin, who owns half a hectare of land, thanks to the consistent irrigation provided by the waterwheel.
• 😀 The waterwheel’s success has attracted attention from other regions, including Nusa Tenggara Timur and Sulawesi Tengah, though logistical challenges have prevented widespread adoption.
• 😀 Despite using inexpensive materials like bamboo, the waterwheel provides immense benefits by ensuring that farmers have access to water, even during dry spells.
• 😀 Ado Hadari’s family legacy in farming continues, with multiple generations actively involved in farming and maintaining the waterwheel system.
• 😀 The system has proven to be a sustainable and community-oriented solution to water scarcity, fostering a spirit of cooperation among farmers in the area.

Q & A

What is the primary purpose of the giant waterwheel mentioned in the script?

The primary purpose of the giant waterwheel is to use the flow of the Citanduy River to channel water to higher farmland, enabling irrigation in areas that would otherwise suffer from drought, especially during El Niño conditions.

What materials are used to construct the giant waterwheel?

The giant waterwheel is made primarily from bamboo, which is an affordable and locally available material.

How does the giant waterwheel help farmers in the region?

The waterwheel helps by providing irrigation to farmland that is located in higher areas, ensuring that crops can grow even during dry spells, which might otherwise lead to crop failure in other regions.

How long does it take to build one of the giant waterwheels?

Building one of the giant waterwheels takes more than two days.

How much land can one waterwheel irrigate?

One waterwheel can irrigate at least one hectare of farmland.

What is the impact of the waterwheel on crop production?

The waterwheel has a significant impact on crop production, as it enables farmers to irrigate their land, allowing them to harvest crops up to three times a year, even in drought-prone areas.

How does the use of the waterwheel benefit other farmers besides the owner?

Other farmers benefit from the waterwheel as well, as they receive a flow of water to irrigate their own land when the water from the wheel overflows into neighboring fields.

Who is credited with creating the giant waterwheel?

The giant waterwheel was created by Ado, a farmer born in 1953, who is the leader of the Sari Mukti farmer group. He, along with other farmers, utilized knowledge passed down through generations to create the waterwheel.

What recognition has the giant waterwheel project received?

The waterwheel project gained significant attention on social media, becoming viral, and it has also attracted offers from other regions, such as Nusa Tenggara Timur and Sulawesi Tengah, to replicate the technology.

Why did Ado reject offers to build waterwheels in other regions?

Ado rejected the offers because of logistical challenges, particularly the distance involved, which made it difficult for him to fulfill these requests.