Bacterial communities in soil are as resilient to human urine as synthetic fertilizers—making recycling the bodily fluid as a fertilizer for agricultural crops a viable proposition, according to a new ...

Human urine can be turned into hydroxyapatite now as researchers have developed a method for it. Hydroxyapatite is a mineral ...

Human urine is gaining recognition as a sustainable, nutrient-rich fertilizer with the potential to benefit small urban farms, home gardens and large-scale farms, offering a low-cost solution to ...

Human urine can be used as a safe and effective crop fertilizer, researchers said. And studies show using pee as a substitute for commercial chemical fertilizers could have positive environmental ...

Human Urine Metabolome: What scientists can see in your urine. ScienceDaily . Retrieved June 2, 2025 from www.sciencedaily.com / releases / 2013 / 09 / 130905085919.htm ...

A new method for chemically altering human urine could be used for producing medical implants and construction materials, ...

Pee-cycling: Turning human urine into fertilizer 05:24. In Lissa Schneckenburger's garden in Brattleboro, Vermont, the tomatoes seem happy; so do the bees.

Human urine, Mr. Sellers learned that night seven years ago, is full of the same nutrients that plants need to flourish. It has a lot more, in fact, than Number Two, with almost none of the pathogens.

Wikimedia Commons // CC BY-SA 3.0. The Romans frequently employed urine, dog feces, and sometimes human feces in tanning—no, not for sunning themselves outside, but for making leather.A good ...

Human urine is rich in compounds useful for growing crops, such as nitrogen, but chemical processes to extract these compounds are less efficient than industrial methods of making fertiliser, ...

There has been great interest in re-using human urine as a crop fertilizer, but—until the publication of this study—more understanding was required on how urine can affect soil functions and ...

Unveiling the impact of human urine fertilization on soil bacterial communities: A path toward sustainable fertilization. Applied Soil Ecology, 2024; 201: 105471 DOI: 10.1016/j.apsoil.2024.105471; ...