Articles
Tomato cultivated with biostimulant and organomineral fertilization
Article number
1253_57
Pages
437 – 442
Language
English
Abstract
Several factors can affect word tomato production, however inadequate nutritional management and stress at high temperatures can drastically reduce crop yields.
In this context, the use of organomineral fertilizers and biostimulants can minimize the effects of environment in plant and potentiate the production.
The aim this work was to evaluate growth, nutritional status, tomato production and soil characteristics, using organomineral fertilizers and biostimulant.
The following treatments were tested: T1- Basiduo® 2000 (organomineral) + MOL (biostimulant); T2- Basiduo® 2000 (organomineral) + GZA (biostimulant); T3- Basiduo® 2500 (organomineral) + GZA (bio-stimulant) in completely randomized design with 7 replicates.
The results point to higher dry matter gain of shoot, roots and yield in treatments with GZA. The GZA together with organomineral fertilizer made possible higher retention of cations in the soil.
In this context, the use of organomineral fertilizers and biostimulants can minimize the effects of environment in plant and potentiate the production.
The aim this work was to evaluate growth, nutritional status, tomato production and soil characteristics, using organomineral fertilizers and biostimulant.
The following treatments were tested: T1- Basiduo® 2000 (organomineral) + MOL (biostimulant); T2- Basiduo® 2000 (organomineral) + GZA (biostimulant); T3- Basiduo® 2500 (organomineral) + GZA (bio-stimulant) in completely randomized design with 7 replicates.
The results point to higher dry matter gain of shoot, roots and yield in treatments with GZA. The GZA together with organomineral fertilizer made possible higher retention of cations in the soil.
Authors
T.H.J. Rebouças, J.P. Porto, I.V.B. Souza, A.R. São José, K.H. Rebouças, U.B. Brito, M.S. Campos
Keywords
Solanum lycopersicum, growth promotion, organic fertilization
Online Articles (60)