CARA BUDIDAYA IKAN LELE DARI BIBIT SAMPAI PANEN LELE KONSUMSI ‼️ Jawwir farm jual beli bibit lele

Summary

In this video, Om Jawir shares his extensive experience in tilapia farming, focusing on bioflok and GWS systems. He highlights the importance of aeration, water treatment, and proper management of the ponds to ensure optimal fish growth. He explains the differences between conventional and bioflok systems, the significance of water quality, and how they affect fish health and productivity. Om Jawir also emphasizes the importance of learning and sharing knowledge in the aquaculture community, offering advice to beginners and stressing the potential for success in the tilapia farming industry. His farm in Karawang exemplifies how dedication and proper techniques lead to high-quality fish production.

Takeaways

• 😀 Bioflok systems are designed to avoid direct sunlight and require aerators to maintain the water quality and bacterial activity.
• 😀 Green Water System (GWS) ponds, unlike bioflok, require sunlight for proper water treatment and are characterized by green-colored water.
• 😀 In catfish farming, sharing knowledge is seen as a way to ensure success and blessings for the business, with the speaker encouraging others to learn and share.
• 😀 The speaker, Om Jawir, has been in the catfish farming business since 2015, focusing on breeding and growing catfish in the Karawang area.
• 😀 Catfish farming in Karawang faces supply shortages due to a high local demand and reliance on supply from Indramayu, where farming practices differ, particularly with the use of earthen ponds.
• 😀 Earth ponds are preferred for faster harvests, with catfish ready for harvest in 1.5 to 2 months, while ponds with tarps and cement require more maintenance and have longer harvest periods.
• 😀 A well-maintained pond can yield 200-220 kg of catfish per week, with harvest sizes usually targeting fish between 6-9 pieces per kilogram.
• 😀 For successful catfish farming, proper feeding schedules are critical; feeding must be done in the morning after the sun rises to avoid stressing the fish.
• 😀 The speaker works with helpers to manage the farm, including feeding, sorting fish for harvest, and maintaining operations during busy periods.
• 😀 To improve productivity, the farm uses probiotics to break down fish waste and maintain water quality, a key element for maintaining a healthy environment for fish growth.

Q & A

What is the bioflok system and how does it work?

The bioflok system is a type of aquaculture that utilizes bacteria to process waste and manage water quality in fish tanks. The system requires aerators and should not be exposed to direct sunlight as the bacteria can die under such conditions.

Why is direct sunlight harmful to the bioflok system?

Direct sunlight is harmful to the bioflok system because it can kill the beneficial bacteria in the water. These bacteria play a crucial role in breaking down organic waste, and without them, the system cannot function effectively.

What is the Green Water System (GWS), and how does it differ from bioflok?

The Green Water System (GWS) is a type of aquaculture where the water remains green due to the presence of algae, which need sunlight for photosynthesis. Unlike bioflok, GWS systems rely on sunlight to process waste, and the water must be exposed to the sun.

How does the system in the transcript handle the feeding and care of the fish?

Feeding is done in the morning after the sun rises to avoid stressing the fish. The fish are sorted based on size and harvested when they reach the target weight, usually between 6-9 per kilogram. This system involves careful water and fish management.

What challenges do new fish farmers face with bioflok systems?

New fish farmers often struggle with managing water quality and ensuring the proper maintenance of the bioflok system. They may not follow standard operating procedures (SOPs) correctly, leading to poor water conditions or the death of fish.

Why are fish farmers encouraged to share their knowledge with others?

Sharing knowledge is considered beneficial because it helps others avoid common mistakes and accelerates the growth of the industry. It is also believed that sharing knowledge brings blessings and success to the person's own business.

How does the production cycle work for catfish farming in this system?

The catfish farming cycle involves regularly harvesting fish every 2.5 to 3 months, with a target of 6-9 fish per kilogram. The farm uses 11 ponds, and each week, the farm can harvest 2000-3000 kg of fish, with approximately 95% survival rate.

What are some key differences between land-based ponds and above-ground ponds for catfish farming?

Land-based ponds allow for more natural water management, requiring less attention to water changes. In contrast, above-ground ponds, like those used in bioflok systems, require more frequent water changes and are more prone to stressing the fish due to water quality management.

How does the farm handle the sale and distribution of its fish?

The farm sells its fish to local markets and restaurants, and also helps smaller fish farmers by providing support with their own fish sales. They cooperate with various buyers and help maintain the continuity of fish supply in the region.

What is the importance of the fish survival rate (SR) in this farming method?

The survival rate (SR) is critical because it directly impacts the amount of fish that can be harvested. A high SR (e.g., 90-95%) means that most of the fish raised will be viable for sale, ensuring that the farm remains profitable and sustainable.