Most mosses are colonized by nitrogen (N)‐fixing cyanobacteria. This discovery is relatively
recent, which can explain the large knowledge gaps the field is now tackling. For instance …

Many moss species are associated with nitrogen (N)‐fixing bacteria (diazotrophs) that
support the N supply of mosses. Our knowledge relates primarily to pristine ecosystems with …

Intercropping with legumes is an effective strategy to increase plant productivity, reduce
nitrogen (N) inputs, and maintain soil fertility in an industrial monoculture forest. However …

Anthropogenic nitrogen (N) emissions and subsequent deposition can cause harm to
ecosystem function and processes. Identifying emission sources of atmospheric N …

Biological nitrogen (N) fixation, an important pathway of N, inputs from the atmosphere to
Earth's ecosystems, is well demonstrated to decline under N input. However, it remains …

Nitrogen (N2) fixation by moss-associated cyanobacteria is an important N source in pristine
ecosystems. Previous studies have shown that moss-associated N2 fixation is sensitive to …

Tropical mountain cloud forests (TMCF) harbour a high bryophyte (mosses and liverworts)
biomass and diversity. Furthermore, the high air humidity makes these forests well suited for …

Nitrogen (N) fixation in association with mosses could be a key source of new N in tropical
montane cloud forests since these forests maintain high humidity levels and stable …

Tropical cloud forests are characterized by abundant and biodiverse mosses which grow
epiphytically as well as on the ground. Nitrogen (N)-fixing cyanobacteria live in association …

Nitrogen (N) fixation by moss-cyanobacteria associations has been recognized as an
important N input pathway in many ecosystems from arctic tundra to tropical forests …