Desalination technology is becoming an increasingly attractive option for governments under stress from the water crisis. Is it sustainable?... Read More
SDGs Goal 6
Climate change and mining activities threaten Mongolia’s water source. The Ongi River Movement arose to protect nature and people's livelihood.... Read More
China’s sponge cities are examples of how integrating nature into urban planning reduces flood risks and supports climate adaptation.... Read More
In 2024 alone, Veolia conserved 108 million m3 of freshwater and reduced over 2.8 million tons of CO2 equivalent emissions (Scope 4) for its clients in Asia.... Read More
Beyond food security and nutrition, environmental indicators are an overlooked key factor in stunting eradication efforts.... Read More
With proper and responsible application, biochar offers substantial benefits as a bioremediation agent, especially in light of rampant soil and water pollution.... Read More
Phytoremediation offers a possible solution for soil remediation, but will the plants remain safe to eat afterward?... Read More
Jordan is one of the most water-scarce countries in the world. What are some efforts made to improve its water resilience?... Read More
Amid the ever-growing global food demand, the use of urine as a fertilizer is gaining attention.... Read More
Understanding the systemic nature of drought risks and impacts is crucial to creating better risk management systems.... Read More

Looking into Desalination to Tackle the Growing Water Crisis in MENA and Beyond
How the Ongi River Movement in Mongolia Protects People and the Planet
Sponge Cities, China’s Nature-based Solutions for Urban Water Management
Veolia Reveals 2024 Water Savings and Emission Reduction for Its Clients in Cities and Industries Across Asia
Integrating Environmental Indicators in Stunting Eradication Strategy
Looking into Biochar as a Bioremediation Agent
Exploring Phytoremediation as a Soil Remediation Strategy
Strengthening Jordan’s Water Resilience
Exploring the Potential of Human Urine as a Fertilizer
Addressing the Systemic Nature of Drought Risks and Impacts