Researchers tested citrate-capped FePO4 nanofertilizer vs. triple superphosphate, assessing plant growth, nutrient uptake, and soil-microbe interactions.

Selenium-doped nanoparticles improve fungicide retention, activate plant defenses, and lower toxicity in environmentally safer pesticide formulations. (Nanowerk Spotlight) Chemical pesticide use is a ...

Nano-formulations of silver nanoparticles and garlic oil present a sustainable alternative for managing root-knot nematodes, ...

News Release 24-Jun-2025 Tiny fertilizer, big impact: nanoparticles rival traditional phosphates in plant growth Peer-Reviewed Publication Maximum Academic Press ...

Nanoparticles remain appealing for agriculture and biofuels because they can be designed to be both biocompatible and biodegradable. Now, they can also be made better for plants.

Phosphorus (P) is a critical nutrient for plant growth, but conventional fertilizers often suffer from inefficiencies and environmental drawbacks.

A new UC Riverside-led study reveals how common small particles produced by nature as well as human activities can transform upon entering plant cells and weaken plants' ability to turn sunlight into ...

Researchers have created a palladium-on-carbon catalyst for drug, pesticide, and plastic production that is very sparing in ...

Agriculture, though taking a back seat to manufacturing, remains a significant contributor to the economy. Agriculture ...

Nile University researchers developed innovative wound dressings using natural extracts like Aloe Vera to create silver ...

As agriculture struggles to feed a growing global population under mounting environmental stress, nanotechnology is emerging ...

Neurodegenerative diseases like Parkinson’s and Alzheimer’s affect millions of people and are becoming more common as the ...