Water

Each November, a quiet city on Italy’s Adriatic coast becomes the epicenter of the world’s circular economy conversation. What began in 1997 as a local waste management trade show has grown into Ecomondo, a global forum for environmental innovation, resource regeneration, and ecological transition.

Climate activist Greta Thunberg is aboard a Gaza-bound humanitarian flotilla (of one) now navigating the eastern Mediterranean, as the Israeli navy signals it is prepared to intercept the vessels enforcing what it calls a “security naval blockade.”

In a sweeping analysis of drylands across Central Asia, scientists have found that natural environmental forces—particularly declining snow levels and rising temperatures—are more responsible for desertification than human activity.

In the volcanic highlands of northern Jordan, north of Amman engineers are mining a natural resource not for energy, but for agriculture. The material: crushed volcanic rock, now processed into a mineral-rich soil that may hold the key to reducing water and fertilizer demand in arid regions.

The land between the Tigris and Euphrates was once a wellspring of invention. Thousands of years before modern irrigation, the Sumerians, Akkadians, Babylonians, and Assyrians carved canals, engineered flood basins, and developed qanat systems—ingenious underground channels that carried water from mountain springs to distant farms.

The United Nations has 17 objectives that paint a more resource-conscious and fair world called the Sustainable Development Goals (SDGs). The sixth mission is to “ensure access to clean water and sanitation for all” by 2030. The turn of the decade will happen before too long, so assessing progress and moments for improvement at this stage is critical. How is SDG 6 going, and what can humanity do to achieve it?

Drought and climate change no longer surprise us—they define today’s water reality. Pape-Dawson meets these trials with practical, site-specific solutions rooted in water sustainability engineering.

Desalination plants, a major and growing source of freshwater in dry regions, could produce less harmful waste using electricity and new membranes made at the University of Michigan.

New findings revealed that at any given flow rate, higher-pressure showers were associated with lower water consumption. While low-flow showers delivered less water than high-flow-rate showers, high-pressure showers used less water overall because they were turned off sooner.

By releasing cuttlefish ink—or a synthetic version—into the water, it may be possible to create a safe zone that deters sharks. This approach could provide a protective barrier, allowing divers to observe marine life without posing a threat to themselves or the sharks.

Over 100 partners, including 37 tech companies, 11 countries and 5 international organizations, have joined forces with the UN under the Coalition for Environmentally Sustainable Artificial Intelligence, aiming to ramp up global momentum to place AI on a more environmentally sustainable path. 

These results emphasize the need to develop innovative agricultural solutions that will help reduce emissions and strengthen national food security. 

For Gaza to move beyond short-term recovery and embrace long-term resilience, sustainable technologies must be at the heart of US President Trump's reconstruction efforts.

In a jaw-dropping annoucement, US President Trump announced that the US will take over the radicalization of the Gaza Strip and that the current population will need to be displaced as they rebuild and clear out the rubble.

All four medicinal plants used in the study demonstrated a notable transformation in turning contaminated water into drinkable water. More than any other plant, neem has proven to be effective at cleaning contaminated wate, the researchers note. Along with a value closer to that of neem, tulsi also possesses the ability to filter contaminated water.