Pesticides and pollinators: A socioecological synthesis

Area of Science:

• Ecology
• Environmental Science
• Toxicology

Background:

• The relationship between pesticide use and pollinator health is complex and often studied in isolation.
• Existing research frequently disconnects pesticide effects from their origins and broader consequences.
• This fragmented approach hinders scientific consensus and effective policy development.

Purpose of the Study:

• To present a novel socioecological framework for synthesizing the pesticide-pollinator system.
• To guide future research and policy actions by integrating disparate knowledge domains.
• To address the need for a holistic understanding of pesticide impacts on pollinators.

Main Methods:

• Development of a three-domain framework: pesticide use, exposure, and effects.
• Review of existing literature and empirical case studies within each domain.
• Identification of causal linkages between patterns, processes, and states within the system.

Main Results:

• The framework interlocks pesticide use, exposure, and effects, providing a comprehensive view.
• Key areas for future research and action are identified, including stakeholder engagement and mechanistic exposure studies.
• Emphasis on understanding effects across organizational levels and full-cost accounting of externalities.

Conclusions:

• A socioecological approach is crucial for synthesizing complex pesticide-pollinator interactions.
• Future research and policy must integrate knowledge across domains and involve diverse stakeholders.
• Implementing the proposed guidelines will enhance decision-making for pollinator conservation and sustainable agriculture.