A global analysis deep in soil found 20% of plants studied have an unexpected deeper set of roots more than 3 feet ...

Dirt stabilizers have emerged as vital devices in civil design and facilities growth, supplying a scientifically ...

Innovative soil solidifiers made from siding cut powder and recycled glass waste show promise in reducing emissions and ...

Laterite soil, rich in iron and aluminum, has already been used in bricks, road base layers, and geopolymer concrete. Yet, its potential as a direct cement substitute, particularly in powder form, has ...

the collapsibility coefficient of loess-based cement slurry steadily decreases. This phenomenon is primarily attributed to the enhanced cement hydration reaction and its positive effect on the soil ...

crassa that exhibits rapid mycelial growth, as well as a property called Microbially Induced Carbonate Precipitation (MICP) where it can turn loose sand or soil into something strong like cement.

Saudi-based Al Jouf Cement Company has announced that its board of directors ... It is resistant to sulfate and chloride salts found in soil. *Its compressive strength is equal to or greater than that ...

The present study explores the impact of water and salt migration in saline soil on concrete structures, and the following research findings were obtained: The main factors influencing water and salt ...

They assembled data sets about soil composition from ... mention something called "blood concrete," or its modern version: AstroCrete. It's a concept based on ancient Roman practices of using ...

But shipping Earth-based concrete to the lunar surface bears a ... Instead, NASA hopes to create new materials from lunar soil and eventually adapt the same techniques for building on Mars.