Griffith University supports the Sustainable Development Goals

Project type Research

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Microplastics analysis of processed organics (MATS Project)

15 - Life on Land

“This project aimed to 1) establish a baseline for the quantity, size, and identity of microplastics in recycled organics outputs derived from feedstocks containing FO, GO, and FOGO. 2) Assess risk of microplastics found in recycled organics derived from feedstocks containing FO, GO and FOGO against human health, ecological health,…

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Supporting decentralised rural water supply in Pacific islands: formal and informal networks to support Pacific Rural Water Committee engagement with water resources management for climate resilient WASH outcomes

6 - Clean Water and Sanitation

Building on our earlier work and ongoing partnerships, using both formative and action research combined with regional knowledge sharing opportunities (two peer-to-peer learning exchange events), this research seeks to better understand ways that government and civil society organisations (CSOs) engaged in the WASH sector can leverage formal, as well as…

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Inclusive urban WASH in Melanesia Pacific – influencing and strengthening systems for climate resilient WASH in urban underserved settlements

6 - Clean Water and Sanitation

The regional research project focuses on enhancing climate-resilient WASH services in urban informal settlements in PNG, Fiji and Vanuatu through trough the development of decision and planning support systems, citizen science for localized climate insights, advocacy methods, and engagement with settlement residents in collaborative planning. The goal is to…

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Saving Nemo: Reducing animal use in toxicity assessments of wastewater

14 - Life Below Water

Human activities release large quantities of wastewater to rivers and oceans. This wastewater often contains toxic chemicals, which can adversely affect living organisms. Our current methods to assess the toxicity of wastewater effluent are relatively insensitive and expensive, which means that monitoring is only infrequently conducted and is not protective…