GIBO
Gibberellic Acid 0.186% SP
GIBO (Gibberellic Acid 0.186% SP) is a plant growth regulator from Ratnakar India Ltd, Ahmedabad — India's leading agrochemical manufacturer, supplier, and exporter. Gibberellic Acid is a naturally occurring plant hormone that promotes cell elongation, germination, and reproductive development. GIBO improves fiber quality in cotton by promoting uniform flowering and boll development. The SP (Soluble Powder) formulation dissolves easily for convenient application. Manufactured and exported by Ratnakar India from Gujarat, GIBO is a trusted plant growth regulator for cotton farmers seeking improved fiber quality, uniformity, and overall crop productivity through science-backed hormonal regulation.
| Mode of Action | Plant Growth Regulator |
|---|---|
| Major Crops | Cotton |
| Target Pests | To improve fiber quality |
| Packing | 100 g, 250 gm, 500 gm, 1 Kg. |
FAQ for GIBO
What is GIBO used for in cotton?
GIBO is used to improve fiber quality in cotton by promoting uniform flowering, boll development, and synchronized maturity, leading to better fiber length, strength, and uniformity for the textile industry.
How does Gibberellic Acid in GIBO work?
Gibberellic Acid promotes cell elongation, stimulates germination, controls flowering and fruit development, and regulates various plant growth processes by activating specific gene expression pathways in plant cells.
What is the recommended dosage of GIBO?
GIBO SP is applied as a foliar spray at recommended dilution. Consult Ratnakar India technical team or product label for precise dosage, timing, and dilution recommendations specific to cotton crop stage.
Does GIBO improve cotton boll retention?
Yes, Gibberellic Acid applications can improve cotton boll retention by promoting boll development and reducing premature boll shedding, contributing to better overall cotton yield and fiber quality.
When should GIBO be applied in the cotton crop?
Apply GIBO at specific cotton growth stages as recommended on the label — typically during flowering and early boll development stages for maximum improvement in fiber quality and boll uniformity.