REVIEW SISTEM MELON HIDROPONIK DUTCH BUCKET

Summary

This video showcases a Dutch bucket hydroponic melon farming system demonstrated at Puriegarden. The system uses a 5-liter bucket and hydroton media to grow melons, with water and nutrient solutions circulating via a pump and drip irrigation. The process includes seedling planting, daily monitoring of nutrient levels (PPM, pH), and regular maintenance such as pest control and pruning. The video also emphasizes system modifications, sustainable practices, and the importance of monitoring for optimal plant growth. Viewers are encouraged to try out the system and subscribe for more agricultural content.

Takeaways

• 😀 The Dutch bucket hydroponic system used in the video does not require a specific growing medium and is customizable with items like used buckets.
• 😀 The system uses a 5-liter bucket as the main container for plants, where the nutrient solution is pumped and circulated.
• 😀 Water and nutrients are pumped from a central container through lateral tubing, where they are delivered directly to the plants.
• 😀 The hydroponic setup features an overflow pipe that returns excess nutrient solution back to the main container, ensuring no waste except for potential leaks.
• 😀 The roots of the plants are submerged in a nutrient solution with a PPM (parts per million) range of 1500-2000, providing essential nutrients for growth.
• 😀 The growth system is complemented by a timer and aerator, ensuring that plants receive water and oxygen on a schedule, improving growth and oxygen supply to the roots.
• 😀 For plant care, the script emphasizes the importance of monitoring nutrients (PPM), pH levels, and the overall health of the system to avoid errors.
• 😀 The system also uses manual timers to operate the water pump multiple times a day, with a duration of about 30 minutes each time.
• 😀 The melon plants being grown are of the 'Golden Melon' variety and are currently undergoing pollination at the age of 28 days.
• 😀 As the plants grow, they are guided by string for vertical support, and pruning is done once the plants reach a certain height (around the 25th leaf).
• 😀 Pest and disease control is also emphasized, with a preference for organic and biological pesticides, although chemical options are sometimes used when necessary.

Q & A

What is the Dutch Bucket Hydroponic System used for in the video?

The Dutch Bucket Hydroponic System in the video is used for growing melons in a hydroponic setup, where the plants are nourished with nutrient-rich water instead of soil.

What is the container size used in this system?

The system uses a 5-liter bucket, which can be modified using recycled containers or other materials.

How does the water and nutrient delivery system work?

The water and nutrients are pumped from a container through an inlet system and flow into lateral hoses, which distribute them to the plants. The water is then recirculated back into the container.

What kind of media is used for planting in this hydroponic system?

Hydroton (expanded clay pellets) is used as the media for planting in the system, though alternative media like charcoal, rice husk, or coffee grounds can also be used.

How is the water level in the bucket controlled?

The water is maintained at a height of about 15 cm in the bucket, which can be adjusted for optimal plant growth.

What happens if there is excess water or nutrients in the system?

Excess water and nutrients flow into a drainage pipe and are returned to the main nutrient container, ensuring minimal wastage.

What is the PPM range of nutrients used in this system?

The nutrient solution has a PPM range of 1500-2000, which is monitored to ensure proper plant growth.

How often is the timer for the irrigation system set to run?

The timer is set to run the irrigation system 3-4 times a day, with each cycle lasting about 30 minutes.

How is oxygen supplied to the plants in the system?

An aerator is used to supply additional oxygen to the plants, ensuring they receive adequate oxygen for healthy growth.

What maintenance and care practices are required for this system?

The system requires regular monitoring of nutrient levels, PPM, pH, and temperature. Additionally, pest and disease control should be done, preferably using organic or natural pest control methods before turning to chemicals.