BACKGROUND

The relationship between pandemics and climate change has emerged as a critical area of study, particularly underscored by the COVID-19 pandemic, which exposed vulnerabilities in global health systems and environmental governance. Although direct evidence linking climate change to the spread of COVID-19 remains limited, rising global temperatures and ecosystem disruptions have intensified human–wildlife interactions, increasing the risk of zoonotic disease emergence.

AIMS AND OBJECTIVES:

This study aims to synthesize existing research on the interconnections between climate change and emerging infectious diseases, identify key knowledge gaps, and provide insights to guide integrated health and environmental policy development.

MATERIALS AND METHODS

A systematic literature review was conducted using peer-reviewed articles published within the past two decades. Relevant studies were identified through scientific databases, focusing on evidence linking climate variability, ecosystem shifts, and zoonotic transmission dynamics.

RESULTS

Findings indicate that climate-induced changes—such as rising temperatures, altered precipitation patterns, and habitat disruption—affect vector ecology and wildlife migration, facilitating conditions for pathogen spillover. However, existing research remains fragmented, with limited longitudinal analyses and region-specific data to quantify these associations.

CONCLUSION

The interconnectedness of human health, environmental health, and biodiversity underscores the need for a holistic One Health approach. Strengthening interdisciplinary collaboration and integrating climate resilience into public health strategies are vital to addressing the multifaceted challenges posed by climate change and emerging pandemics.

Human ; Climate ; Climate Change ; Literature ; Pandemics ; Review

Background: The pharmacovigilance system in the Philippines aims to ensure the safe use of medicines, including herbal products. However, there is a lack of reporting on adverse events related to herbal products, indicating a need for an improved monitoring system. Objectives: This study seeks to develop a community-based adverse event reporting system for herbal products in Calamba and Los Baños Laguna to enhance pharmacovigilance practices in the Philippines. The primary objectives include assessing consumer knowledge, willingness to report adverse events, and evaluating the feasibility of implementing such a system in community pharmacies. Methodology: A mixed-methods approach was employed, involving surveys with herbal product consumers and focus group discussions with community pharmacists. Data analysis utilized Likert scaling for surveys and thematic analysis for discussions, providing a comprehensive understanding of consumer perceptions and pharmacist experiences. Results: The study revealed limited consumer awareness of herbal safety risks but with a positive attitude towards reporting adverse events through community pharmacies. The developed algorithm, tailored to consumer and pharmacist preferences, demonstrated potential benefits in enhancing pharmacovigilance and promoting the rational use of herbal products. Conclusion The proposed community-based adverse event reporting system for herbal products in the Philippines offers a practical and accessible solution to improve pharmacovigilance, empower consumers, and ensure the safe utilization of herbal products. Implementation of this system has the potential to significantly enhance public health outcomes and contribute to the overall well-being of the Filipino population.
Pharmacovigilance ; Pharmacies ; Pharmacists