Sorghum production faces significant pressure from pests like aphids and fall armyworms. This biological control plan focuses on “Biorational Management” to maintain yield while protecting the agro-ecosystem. 1. Biological Control of Major Pests Sorghum’s dense canopy requires a combination of microbial agents and predatory insects. Biopesticides: Use Beauveria bassiana or Metarhizium anisopliae (entomopathogenic fungi) at the early infestation stage. Botanical oils like Neem…

This biological control plan adheres to the strategy of “Prevention First, Integrated Management,” utilizing natural enemies, microbial agents, and physical methods to reduce reliance on chemical pesticides. 1. Biological Control of Major Diseases The core approach for soil-borne and fungal diseases is “Microbe-vs-Microbe” (Bio-antagonism): Soil Treatment: Incorporate Coniothyrium minitans or Trichoderma spp. into the soil during deep plowing/sowing to accelerate sclerotial decay and…

This comprehensive green management plan focuses on addressing core threats such as the Fall Armyworm, Corn Borer, and Sheath Blight. 1. Biological Pest Management Corn pests are characterized by high migratory capacity and severe boring damage. Effective biological control combines “insect-on-insect” and “microbe-on-insect” tactics: Natural Enemies: Release Trichogramma wasps during the early egg-laying stage. These parasitoids lay their eggs inside those of…

This systematic green management plan for potatoes focuses on addressing three core challenges: Late Blight, soil-borne pests, and seed piece degeneration. 1. Biological Disease Management (Late Blight & Scab) Antagonistic Bacteria: Apply Bacillus subtilis or Bacillus amyloliquefaciens foliar sprays before or at the onset of disease. These beneficial microbes create a protective bio-barrier on leaves to inhibit pathogen germination. Biopesticides: Utilize botanical fungicides such…

Biological control for tomatoes is a sustainable, green management strategy that utilizes natural enemies, microbial agents, and botanical extracts to replace or reduce the use of chemical pesticides. 1. Biological Pest Control Focuses on the release of natural enemies and the application of biopesticides for common tomato pests: Biopesticides: Apply Bacillus thuringiensis (Bt) or Neem oil. Pheromone Monitoring: Use sex pheromone traps to…

The primary goal of biological control in banana cultivation is to manage devastating pests and diseases such as Banana Fusarium Wilt (Panama Disease), Banana Weevils, and Nematodes. Below is a systematic biological control framework: 1. Disease Management (Focusing on Fusarium Wilt/Foc TR4) Banana Fusarium Wilt is a soil-borne disease primarily managed through microbial antagonism: Microbial Antagonists: During seedling transplanting,…

In the era of smart agriculture, pheromones have evolved from traditional physical lures into digital, precision-based tools for biological control and data sensing. They are no longer just simple “traps” but have become an integral part of Internet of Things (IoT) and Artificial Intelligence (AI) monitoring systems. The following are the core application scenarios for pheromones in smart agriculture: 1. Intelligent…