2008Microbe MagazineRequires access

The Marine Nitrogen Cycle

Douglas G. Capone

Open publisher page 24 citations

Abstract

Nitrogen fixation is an integral component of the global nitrogen cycle, providing the link between the largest reservoir of nitrogen on earth, gaseous N2, and the pool of biochemically fixed nitrogen. The first suggestions that nitrogen could be biologically “fixed” occurred in the early 1800s with the realization that some types of leguminous plants thrive in nitrogen-poor soils. Researchers later identified the rhizobial symbionts that are responsible for this activity.

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What this paper is about

Nitrogen fixation is an integral component of the global nitrogen cycle, providing the link between the largest reservoir of nitrogen on earth, gaseous N2, and the pool of biochemically fixed nitrogen. The first suggestions that nitrogen could be biologically “fixed” occurred in the early 1800s with the realization that some types of leguminous plants thrive in nitrogen-poor soils. Researchers later identified the rhizobial symbionts that are responsible for this activity.

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OpenAlex reports 24 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Nitrogen fixation is an integral component of the global nitrogen cycle, providing the link between the largest reservoir of nitrogen on earth, gaseous N2, and the pool of biochemically fixed nitrogen. The first suggestions that nitrogen could be biologically “fixed” occurred in the early 1800s with the realization that some types of leguminous plants thrive in nitrogen-poor soils. Researchers later identified the rhizobial symbionts that are responsible for this activity.

Key concepts: Nitrogen fixation, Nitrogen, Nitrogen cycle, Component (thermodynamics), Environmental science, Biology, Ecology, Chemistry

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