On Disease Configurations, Black-Grass Blowback, and Probiotic Pest Management

Area of Science:

• Agricultural Science
• Ecology
• Biosecurity

Background:

• Faltering effectiveness of chemical control methods, particularly herbicides, poses challenges in agriculture.
• Black-grass (Alopecurus myosuroides) has become a significant agricultural pest in Europe due to increasing herbicidal resistance.

Purpose of the Study:

• To explore novel pest management approaches that address the limitations of traditional chemical control.
• To detail integrated strategies for managing black-grass by modulating ecological systems.

Main Methods:

• Analysis of integrated pest management approaches developed by farmers and agronomists.
• Examination of biosecurity strategies focusing on ecological system modulation.
• Tracing spatial imaginaries for pest mapping and knowledge intensification for resistance identification.

Main Results:

• Development of "integrated" approaches to black-grass management that modulate ecological systems.
• Identification of probiotic biopolitical interventions to safeguard farmland productivity.
• Demonstration of a configurational approach to pest management through case studies.

Conclusions:

• Intensive farming practices can lead to ecological blowback, necessitating new pest management strategies.
• A pragmatic tolerance toward "unwanted life" is key to developing resilient agricultural ecosystems.
• Ecological intra-actions, rather than simple breaches, drive pest proliferation and compromise agricultural health.