They linger in our water, our blood, and the environment—"forever chemicals" that are notoriously difficult to detect.

An introduction to the causes of turbidity in water, describing how turbidity is measured and how the measurement of ...

A third local oil producer plans to join a Kern County operation that diverts relatively clean oil-field produced water for irrigation purposes. Trio Petroleum LLC plans to sell up to 1,200 acre-feet ...

Synthetic PFAS are known as "forever chemicals"— lingering in water, cookware, cosmetic products, clothing, and even our blood as they resist breaking down — and they're infamous for being hard to ...

Researchers at USU just completed a joint study with the Utah Division of Water Rights to better understand surface water ...

Tattoos on crops? Absolutely. Want to know how much water a corn plant is guzzling or how fast a soybean plant is drinking? Stick on a tattoo and get an instant answer from a wearable plant sensor. A ...

The small country of Luxembourg acts as a living laboratory where new water monitoring technologies can be tested at scale.

Measuring water flows and producing accurate data, from which water companies can manage supply and demand better, is the way forward to optimize and control our water supply effectively. Download ...

Winter driving is one thing, but discerning drivers also think ahead by prepping their vehicles and themselves before turning the key in the ignition ...

A research team from Aarhus University, Denmark, has measured and explained the exceptionally low thermal conductivity of the crystalline material AgGaGe 3 Se 8. Despite its ordered structure, the ...

How much better does a true liquid metal TIM perform versus Gigabyte's proprietary 'metal composite grease'? Come find out.