For a long time, the soil was the domain of chemistry and physics. This only changed forty years ago. Today, the soil has ...

Corn and soybean inoculants support plant growth and soil nutrient availability and uptake. Learn how inoculants function, ...

Green nitrogen fixation has been identified as a promising frontier in advancing the hydrogen economy in Sarawak, said Datuk ...

Nitrogen fixation is a critical ecological process that converts atmospheric nitrogen into bioavailable forms, essential for plant growth and carbon ...

深入机制研究发现，这种差异源自二者对穿透水中氮素的"胃口"不同：赤茎藓如同高效的氮捕手，能充分吸收穿透水中的无机/有机氮，但这反而抑制了其表面蓝藻的定殖，进而削弱了蓝藻介导的BNF活性；而金发藓对氮的吸收能力较弱，意外保留了更多蓝藻伙伴，使BNF系统得以维持。该发现通过野外 15 N标记实验和室内培养获得双重验证。

Today, these microbial partners work in the soil across millions of acres of farmland worldwide, helping farmers grow more ...

Green nitrogen fixation technologies are currently being explored by established companies and by start-ups. Australian ...

The technologies featured in the Top 10 Emerging Technologies of 2025 report include: green nitrogen fixation, GLP-1 receptor agonists for neurodegenerative diseases, osmotic power systems, ...

Joseph Patterson, Director of Natural Resources at Wildlife Habitat Resources by B&P Family Farms, teaches his nephew Oliver about legumes (in this case clover) and nitrogen fixation. Photo by ...

Biotechnologies for health are also in focus. Engineered living therapeutics use carefully designed bacteria to deliver treatments inside the body, offering better and more cost-effective care. GLP-1s ...

Nitrogen fixation converts atmospheric nitrogen into forms plants can use, reducing the need for synthetic fertilizers. This natural process boosts crop growth, improves soil health, and helps farmers ...

Ever wanted to produce nitrogen fertilizer like they did in the 1900s? In that case, you’re probably looking at the Birkeland-Eyde process, which was the first industrial-scale atmospheric ...