Scientific Article: Nature-Based Solutions for Removal of Microplastics from Wastewater: Technologies, Challenges, and Prospects

A new review highlights how nature-based solutions such as constructed wetlands, green infrastructure, and aquatic plants can remove up to 100% of microplastics from wastewater. The study explores the promise, challenges, and future potential of sustainable, ecosystem-based strategies for tackling one of today’s most pressing pollution threats.

Locals Lead Charge in Co-Designing Solutions to tackle AMR, Plastic Pollution, Climate Change

Local stakeholders in Dagupan City joined Project TULIP’s human-centered design workshop to co-create community-based interventions addressing antimicrobial resistance, plastic pollution, and climate change. Through creative feedback, rapid prototyping, and prioritization activities, participants helped shape locally tailored solutions grounded in community needs and planetary health.

What do we mean by climate change adaptation, and how SPRINGS is helping shape the response?

Climate change is already disrupting lives worldwide, making adaptation measures, such as resilient infrastructure, land restoration, and water safety planning, essential to protect both communities and ecosystems. The SPRINGS project contributes to this effort by addressing the impacts of climate change on waterborne diarrheal diseases, ensuring that health remains central to adaptation strategies.

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