2018•Journal of AgronomyOpen access

Corn-soybean Double Cropping Yield Potential in Southern of Brazil

Paulo Fernando Adami, Everton Carlos Sal, Cleiton Fernando P, Vanderson Vieira Bat, Karine Fuschter O, Carlos Andr Ba

Open full text 2 citations

Abstract

Background and Objective: Corn-soybean double cropping is an important tool for farmers as it improve farmʼs assets (e.g.soil, machinery, fixed labor, etc.) uses and soil/plant agronomical traits due to better crop rotation (avoiding soybean after soybean).This study aimed to study the corn-soybean double cropping system yield potential.Materials and Methods: Experiment was laid out as a random block designed in a split-plot scheme with four replications.Corn hybrids (P1680YH and 30F53YH) were established at the main plots and its uses (silage and grains) were assigned to subplots where after it, soybean development and yield potential was evaluated.Results: Corn hybrid 30F53 with medium-maturity cycle showed greater biomass and grain yield compared to hybrid P1630 with early-maturity cycle (19481 versus 17066 kg DM haG 1 and 11195 versus 8746 kg grain haG 1 , respectively), however, soybean yield potential was reduced as sowing is delayed (from 3490-2681 kg haG 1 to the sowing data of December, 17 and January, 29).Conclusion: Corn-soybean double cropping yields were very interesting showing a great potential to be used by the Brazilian southern farmers.New genetic material with shorter maturity cycle and greater yield potential may increase this system adoption allowing greater yield per area and income to the farmers.

Open-access reader

About this research paper

What this paper is about

Background and Objective: Corn-soybean double cropping is an important tool for farmers as it improve farmʼs assets (e.g.soil, machinery, fixed labor, etc.) uses and soil/plant agronomical traits due to better crop rotation (avoiding soybean after soybean).This study aimed to study the corn-soybean double cropping system yield potential.Materials and Methods: Experiment was laid out as a random block designed in a split-plot scheme with four replications.Corn hybrids (P1680YH and 30F53YH) were established at the main plots and its uses (silage and grains) were assigned to subplots where after it, soybean development and yield potential was evaluated.Results: Corn hybrid 30F53 with medium-maturity cycle showed greater biomass and grain yield compared to hybrid P1630 with early-maturity cycle (19481 versus 17066 kg DM haG 1 and 11195 versus 8746 kg grain haG 1 , respectively), however, soybean yield potential was reduced as sowing is delayed (from 3490-2681 kg haG 1 to the sowing data of December, 17 and January, 29).Conclusion: Corn-soybean double cropping yields were very interesting showing a great potential to be used by the Brazilian southern farmers.New genetic material with shorter maturity cycle and greater yield potential may increase this system adoption allowing greater yield per area and income to the farmers.

Why it matters

OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Background and Objective: Corn-soybean double cropping is an important tool for farmers as it improve farmʼs assets (e.g.soil, machinery, fixed labor, etc.) uses and soil/plant agronomical traits due to better crop rotation (avoiding soybean after soybean).This study aimed to study the corn-soybean double cropping system yield potential.Materials and Methods: Experiment was laid out as a random block designed in a split-plot scheme with four replications.Corn hybrids (P1680YH and 30F53YH) were established at the main plots and its uses (silage and grains) were assigned to subplots where after it, soybean development and yield potential was evaluated.Results: Corn hybrid 30F53 with medium-maturity cycle showed greater biomass and grain yield compared to hybrid P1630 with early-maturity cycle (19481 versus 17066 kg DM haG 1 and 11195 versus 8746 kg grain haG 1 , respectively), however, soybean yield potential was reduced as sowing is delayed (from 3490-2681 kg haG 1 to the sowing data of December, 17 and January, 29).Conclusion: Corn-soybean double cropping yields were very interesting showing a great potential to be used by the Brazilian southern farmers.New genetic material with shorter maturity cycle and greater yield potential may increase this system adoption allowing greater yield per area and income to the farmers.

Key concepts: Agronomy, Cropping, Yield (engineering), Multiple cropping, Biology, Environmental science, Agroforestry, Sowing

Related papers

Back to paper searchBrowse research topicsOriginal source
Corn-soybean Double Cropping Yield Potential in Southern of Brazil — Research Paper | ScholarLens