Buah jadi super, buat sendiri Pupuk SuperVerde Super P, Rahasia pertanian organik Kolombia #2

Summary

In this video, the host discusses the creation of Super Verde Organic Liquid Fertilizer using banana stems rich in phosphorus. The video outlines the significance of phosphorus for plant growth, emphasizing its role in cell division, flower and fruit formation, and disease resistance. Viewers learn to prepare the fertilizer using simple ingredients: banana stems, table salt, and lime. The process involves mixing, fermenting, and applying the solution to various crops to enhance growth and yield. The video concludes with an assurance of the fertilizer's dual benefits, providing both phosphorus and calcium, making it an effective solution for gardeners and farmers.

Takeaways

• 🌱 The video discusses the use of organic liquid fertilizer called Super Verde Superpay, highlighting its components and benefits.
• 🔬 Phosphorus is a crucial macronutrient for plant growth, aiding in cell division, flower and fruit formation, and root development.
• 🍌 Banana pseudostems (gedebok pisang) are rich in phosphorus, containing 20-25% phosphorus per kilogram from unripe 'Raja' bananas.
• 🧪 The phosphorus in banana stems is bound to other compounds, making it less accessible to plants without biochemical extraction methods.
• 🧂 Sodium chloride (table salt) and calcium carbonate (limestone) are essential for the biochemical synthesis of phosphorus from banana stems.
• 📏 The recipe requires 2 kg of banana stem, 30 grams of salt, and 1 kg of calcium carbonate, along with tools like a knife and bucket.
• ⏳ The preparation involves chopping the banana stems, mixing with salt, and letting it sit for 10 minutes to absorb sodium chloride.
• ☀️ After 4 days in a shaded area, the mixture should emit a coconut water-like aroma, indicating it's ready for dilution with water.
• 💧 The diluted fertilizer can be applied to plants at specific dosages depending on their type, with instructions for horticultural and fruit plants.
• 📊 Each liter of the Super Verde Superpay formulation contains 10-15% phosphorus and additional calcium, providing multiple benefits for plant health.

Q & A

What is the primary focus of the second part of the Super Verde fertilizer video?

The video focuses on the second formula, which is a liquid organic fertilizer called Super Verde Superpay or Superphosphate.

Why is phosphorus important for plant growth?

Phosphorus is essential for cell division, flower, fruit, and seed formation. It also helps in fruit ripening, strengthens stems, aids root development, improves plant quality, and enhances resistance to diseases.

What is the main source of phosphorus mentioned in the video?

The main source of phosphorus mentioned is the banana plant stem, known locally as 'gedebok pisang.'

How much phosphorus is found in 1 kg of unripe banana stem from the Raja banana variety?

There is about 20-25% phosphorus content in 1 kg of unripe banana stem from the Raja banana variety.

What compounds can inhibit the availability of phosphorus in banana stems?

Phosphorus in banana stems is bound with other compounds such as saponins, steroids, alkaloids, and tannins, which makes it less available for plant uptake.

What process is required to make the phosphorus from banana stems more accessible to plants?

A biochemical process is required to extract or synthesize the phosphorus content from the banana stem.

What two materials are used in the synthesis process of phosphorus from banana stems?

Sodium chloride (table salt) and calcium carbonate (lime) are used in the synthesis process.

How long should the mixture of banana stem and salt be left to absorb?

The mixture should be left for about 10 minutes to allow the sodium chloride to absorb into the banana stem pieces.

What is the ideal duration for fermenting the mixture to check if it's ready for use?

The ideal duration for fermenting the mixture is four nights, after which it should emit an aroma similar to coconut water.

How should the final liquid fertilizer be applied to plants?

The liquid fertilizer should be diluted at a ratio of 15 mL per liter of water, and specific application amounts vary depending on the type of plant, such as 100 mL for horticultural plants and 500 mL to 1 liter for fruit plants.