A continuous increase in multiple toxic substances across different parts of the Earth’s surface is raising the exposure of all living beings, including wildlife. This phenomenon currently impacts entire human and animal populations, as well as ecosystems.
Pathological lesions, diseases, severe behavioral changes (such as migrations, feeding habits, and interactions with habitats), and compromised reproductive success are among the most commonly reported direct and indirect consequences of human pollution on various animal groups.
This Research Topic invites researchers, veterinarians, and other wildlife professionals to share significant findings related to the impact of human pollution on different wild species in various habitats.
Ultimately, the goal is to compile a collection of relevant papers that will enhance our understanding of which ecosystems, species, or substances should be prioritized for continuous monitoring or mitigation strategies, and to delineate necessary actions to prevent the detrimental effects of environmental pollution caused by humans.
Studies focusing on the effects of different xenobiotics are encouraged, as well as those investigating various hazardous substances or types of pollution, including (but not limited to):
- Pesticides
- Metals
- Plastics and microplastics
- Fertilizers
- Drugs (e.g., antibiotics, NSAIDs, etc.)
- Toxic gases
- Radiation (e.g., radioactive substances)
- Noise or light pollution
Authors are encouraged to submit Original Research articles, Case Reports, General Commentaries, Hypothesis & Theory, Reviews, or Mini-Reviews on the subject. An approach grounded in ‘One Health’ principles is also welcomed.
A continuous increase in multiple toxic substances across different parts of the Earth’s surface is raising the exposure of all living beings, including wildlife. This phenomenon currently impacts entire human and animal populations, as well as ecosystems.
Pathological lesions, diseases, severe behavioral changes (such as migrations, feeding habits, and interactions with habitats), and compromised reproductive success are among the most commonly reported direct and indirect consequences of human pollution on various animal groups.
This Research Topic invites researchers, veterinarians, and other wildlife professionals to share significant findings related to the impact of human pollution on different wild species in various habitats.
Ultimately, the goal is to compile a collection of relevant papers that will enhance our understanding of which ecosystems, species, or substances should be prioritized for continuous monitoring or mitigation strategies, and to delineate necessary actions to prevent the detrimental effects of environmental pollution caused by humans.
Studies focusing on the effects of different xenobiotics are encouraged, as well as those investigating various hazardous substances or types of pollution, including (but not limited to):
- Pesticides
- Metals
- Plastics and microplastics
- Fertilizers
- Drugs (e.g., antibiotics, NSAIDs, etc.)
- Toxic gases
- Radiation (e.g., radioactive substances)
- Noise or light pollution
Authors are encouraged to submit Original Research articles, Case Reports, General Commentaries, Hypothesis & Theory, Reviews, or Mini-Reviews on the subject. An approach grounded in ‘One Health’ principles is also welcomed.
