Sep 2026· Ecotoxicology and Environmental Safety· Vol 324, pp.
120859
· 0 citations· 14 references
Medicine
TL;DR
It is argued that ants may serve as particularly powerful monitoring tools due to their ubiquity, abundance, sessile long-lived colonies, omnivorous diets across trophic levels, and roles as ecosystem engineers.
Abstract
Reliable long-term monitoring of pesticide exposures and concentrations in natural ecosystems is critical to assess their impacts and to adopt effective mitigation strategies. Current Environmental Risk Assessment (ERA) frameworks are important regulatory steps, but they do not capture the complexity of pesticide fate in real-world conditions. Robust monitoring systems are therefore necessary but most current programs focus primarily on abiotic compartments (e.g., soils, streams), leaving terrestrial biotic pathways poorly represented. We argue that ants may serve as particularly powerful monitoring tools due to their ubiquity, abundance, sessile long-lived colonies, omnivorous diets across trophic levels, and roles as ecosystem engineers. We outline opportunities, research needs, and values of employing ants in pesticide monitoring.
Summary Pesticides threaten wildlife through terrestrial food chains, but data on wildlife exposure are scarce. Here, we present a protocol to assess pesticide health risks in wildlife using an integrated physiologically-based kinetic approach. We describe steps for data compilation, regional contamination scoring, and...
Shao-Rong Chen, Zi-Jian Li· STAR Protocols· 0 citations
The current environmental risk assessment framework for pesticides remains anchored to inadequate metrics and approaches. Although regulatory bodies incorporated chronic toxicity studies and developed advanced guidance, critical gaps in implementation undermine their effectiveness. Among these gaps are 1) continued pri...
F. Castagna, S. Ruga, Roberto Bava et al.· Journal of Toxicology and En...· 0 citations
Pesticides are widely used in agricultural systems globally, and wild vertebrates are commonly exposed to them in both terrestrial and aquatic ecosystems. This review synthesizes current knowledge on pesticide classes, environmental fate, exposure pathways, and their effects across major nonhuman vertebrate taxa. We hi...
Cannelle Tassin-de-Montaigu, Ségoléne Humann-Guilleminot, Dave Goulson· Annual Review of Animal Bios...· 0 citations
Legacy pesticides remain a persistent environmental challenge despite regulatory bans and reductions in agricultural pesticide use. Continued detections in surface water and groundwater indicate that historical residues stored in soils and sediments contribute to long-term contamination. This review evaluates the mecha...
Pradip Salve· Nature Environment and Pollu...· 0 citations
Emerging contaminants (ECs) comprise a diverse group of synthetic and naturally occurring chemicals that are not routinely monitored but are increasingly recognized for their potential risks to ecosystems and human health. Many ECs, such as pharmaceuticals, personal care products, endocrine-disrupting compounds, pest...
A. Ismanto, T. Hadibarata, Lilik Maslukah et al.· Environmental Sustainability· 0 citations
Simple Summary As climate change and human activity reshape aquatic ecosystems, understanding how antibiotics and resistance genes behave differently matters directly for the health of aquatic animals and the safety of aquaculture products. Antibiotic concentrations and resistance-related genetic signals do not always...
Dong Liu, Ling-Zhi Huang, Ming-Jun Yan et al.· Animals· 0 citations
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