The authors put forward a mathematical model for examining the impact of water, sanitation and hygiene (WASH) services on reducing the transmission of waterborne diseases such as enteric diarrheal disease (EDD). It is found that wastewater and sewage treatment (WST) control has the most significant impact in terms of WASH interventions employed. The findings have could have very important public health potential and tie in strongly with the goals of SDG 6.

This study supports SDGs 3, 6, and 14 by highlighting the importance of freshwater biodiversity for human and planetary health, and suggesting that local and regional efforts for monitoring and improving ecosystem health are essential for reversing the current crisis in this area.

As we pass the halfway point for the SDGs, many of the goals are worryingly off track and progress on 85% of the target indicators has stalled or even reversed. Through our information, products and people, RELX remains committed to advancing the Goals. Here are some of the ways that we continue to support their achievement.

Access to information is critical in achieving the SDGs - empowering the public to make decisions, informing policy making and enabling effective implementation and monitoring. RELX businesses regularly produce and publish free to download reports and analytics that draw upon vast amounts of information and data in support of the SDGs. Explore some of the reports and tools developed to date.

Global challenges such as climate change, limited resources, and an ever-growing world population demonstrate a perceptible impact on the lives of people around the globe. To tackle the arising issues and to enable peace and prosperity in the future, the United Nations (UN) have defined 17 interlinked sustainable development goals. A major facilitator to achieve these goals is considered through education. Consequently, higher education institutes have started to align their curricula with sustainable development.

The paper outlines how we may advances in observational technologies with developments in water quality modelling to integrate simulation of eutrophication impacts with organic matter dynamics and fate of synthetic toxic compounds.

Water-smart society must highlight societal well-being and co-development across sectors. Furthermore, the article emphasizes the need for a long-term perspective, conserving nature, and maximising ecosystem services, while anticipating change. Finally, the article discusses how a more grounded conceptualisation of the water-smart society can guide utilities and urban policy design.

This study supports SDG 3, 6, and 16 by providing a comprehensive quantitative analysis of the association between conflict and the incidence of cholera in Yemen, highlighting how conflict-related destruction has compounded water, sanitation, and hygiene issues in Yemen.

Advanced energy harvesting techniques are examined for self-sustainable Internet of Things (IoT) devices. This study covers layered architecture design, power requirements at various levels, energy sources, transducers, trackers, storage methods, and optimization strategies for efficient energy utilization.

This chapter aligns with Goals 6, 9 and 11 by detailing remote sensing for environmental considerations, water resource management, land use changes on urban heat islands, urban growth modeling and ecological monitoring