Water systems worldwide are under increasing pressure from climate change, nutrient pollution, and rising demand. Maintaining stable, healthy water bodies has never been more important.

This whitepaper explores the science behind responsible water management and how oxygen dynamics, nutrient loading, and sediment processes shape long-term water quality.

Algae blooms are often the most visible sign of declining water quality, but they are rarely the root cause. Beneath the surface, nutrient loading, sediment accumulation and oxygen depletion can create the conditions that allow water quality issues to develop and persist.

This guide explores the science behind ecosystem imbalance and why successful water management requires more than symptom control. By examining the role of nutrients, sediments and biological processes, Beyond Algae provides a practical framework for restoring balance at the source and achieving healthier, more resilient water bodies.

Confined water bodies across the EMEA region, including lakes, reservoirs, lagoons, harbours and marinas, are facing growing pressure from nutrient pollution, climate change and fragmented regulatory implementation. This whitepaper explores the factors driving water quality decline, from eutrophication and internal phosphorus loading to changing climatic conditions, while examining the regulatory landscape that will shape future water management across Europe, the Middle East and Africa.

Drawing on the latest research, regulatory guidance and real-world remediation approaches, the paper compares traditional restoration methods with integrated, science-led solutions that address the root causes of deterioration rather than simply treating visible symptoms. Whether you're responsible for recreational lakes, reservoirs, ports or marinas, this whitepaper provides practical insights to help build healthier, more resilient water bodies for the future.