Abstract The Sustainable Development Goal 2 of the United Nations towards 2030 aimed to
end hunger, achieve food security and improved nutrition, and promote sustainable …

Amid growing environmental concerns and the imperative for sustainable agricultural
practices, this study examines the potential of nitrogen-fixing cyanobacteria as biofertilizers …

Cyanobacteria are often called" blue-green algae", this name is convenient for talking about
organisms in water that make their own food, but does not reflect any relationship between …

Soil and water surfaces, as well as plant surfaces and tissues are the known locations that
harbor free-living phototrophic N 2-fixing cyanobacteria. These organisms are known to …

Cyanobacteria applications have historically been heavily carbon‐centric, while solar‐
powered nitrogen‐fixing capabilities have been largely ignored. However, dinitrogen (N2 …

Sustainable production of N-fertilizers is essential to hold the increasing demand for food
expected over the next decades. While reduced access to N-fertilizers causes food …

By 2050, the world's population will reach about 10 billion people, which will the need for
food by about 60% more than is available today. To meet this need, new processes are …

Cyanobacteria were the first organisms capable of oxygenic photosynthesis on Earth. Due to
this trait and their wide distribution in freshwater and marine waters, they are important …

Marine nitrogen‐fixing cyanobacteria play a central role in the open‐ocean microbial
community by providing fixed nitrogen (N) to the ocean from atmospheric dinitrogen (N 2) …

Nitrogen is an essential and major component of biomass. While virtually all life depends on
combined forms of nitrogen that are usually limited in availability, some prokaryotes …