Researchers demonstrate the use of aerial drone photography, hydraulic modeling, and simulated rock blasting, to evaluate velocity barriers that prevent steelhead migrations.
Researchers demonstrate the use of aerial drone photography, hydraulic modeling, and simulated rock blasting, to evaluate velocity barriers that prevent steelhead migrations.
In honor of Advanced Science’s 5th Anniversary, Professor Geoffrey Ozin opens up about his 50 years in materials chemistry, his love of art and communicating science, as well as future research directions.
A new solution for large-scale energy storage through the hydraulic lifting of large rocks.
Researchers show that paper-like composites can be derived from previously unrecyclable plastic waste.
The delicious and nutritious yellow kiwi could be more widely available following a study to improve storage techniques.
Roza Janusz has created an alternative to plastic packaging using organic materials that can either be eaten after use or safely composted.
Researchers at the International Water Management Institute put forward a new conceptual thinking to achieve sustainable, socially acceptable, resilient, and equitable resource use.
Nitrogen and sulfur present in dye-contaminated wastewater are incorporated into an energy material, simultaneously addressing two important issues.
How do we effectively evaluate and employ zoning and building codes in flood prone areas to minimize damage?
The burden of caring for Planet Earth is upon our shoulders, and it will take some heavy lifting and concrete solutions to reverse the adverse, long-term effects of climate change.