Nome da Atividade
INTEGRATED WEED MANAGEMENT
CÓDIGO
01200029
Carga Horária
68 horas
Tipo de Atividade
DISCIPLINA
Periodicidade
Semestral
Modalidade
SEMIPRESENCIAL
Unidade responsável
CARGA HORÁRIA TEÓRICA
2
CARGA HORÁRIA PRÁTICA
1
CARGA HORÁRIA EAD
1
FREQUÊNCIA APROVAÇÃO
75%
CARGA HORÁRIA OBRIGATÓRIA
4
CRÉDITOS
4

Ementa

This course has the goal to train students on understanding the methods utilize to manage weed and applied these strategics
in real live situations. The following topics should be covered in the course activities: a overview of methods of weed
control in agriculture system; methods of herbicide application; integration of weed methods in subtropical and tropical
agriculture scenarios; technical tours in experiments and local farmers.

Objectives

Objetivo Geral:

This course has the goal to train students on understanding the methods utilize to manage weed and applied these strategics in real live situations. The following topics should be covered in the course activities: a overview of methods of weed control in agriculture system; methods of herbicide application; integration of weed methods in subtropical and tropical agriculture scenarios; technical tours in experiments and local farmers.

Conteúdo Programático

Topic 1. Overview of methods of weed management

Topic 2. Weed management in summer cereals (rice, corn, sorghum and others)

Topic 3. Weed management in winter cereals (wheat, barley and others)

Topic 4. Weed management oleaginous crops (soybean, beans and others)

Topic 5. Weed management in fruit crops

Topic 6. Development of integrating weed management experiments

Topic 7. Visit to farmers to elaborate weed management planning

Topic 8. Presentation of weed management plans

Bibliografia

Bibliografia Básica:

  • Mohler, C.L.; Teasdale, J.R.; DiTommaso, A. Manage Weeds On Your Farm. A Guide to Ecological Strategies, SARE Outreach, 2021. 416 pg. available online
  • Scientific journal using the latest and most updated information available
  • Zimdahl, B. Integrated weed management for sustainable agriculture. Burleigh Dodds Science Publishing, USA, 2017. 737 pages.

Page generated on 2024-03-05 11:01:10 (query took 0.084059s)