The human alteration of the nitrogen cycle has evolved from minimal in the mid-19th century to extensive in the present time. The consequences to human and environmental health are significant. While much attention has been given to the extent and impacts of the alteration, little attention has been given to those entities (i.e., consumers, institutions) that use the resources that result in extensive reactive nitrogen (Nr) creation. One strategy for assessment is the use of nitrogen footprint tools. A nitrogen footprint is generally defined as the total amount of Nr released to the environment as a result of an entity's consumption patterns. This paper reviews a number of nitrogen footprint tools (N-Calculator, N-Institution, N-Label, N-Ne...
The scientific evidence assembled in this Focus Collection on 'Reactive nitrogen and the UN sustaina...
Nitrogen surrounds us. Nitrogen (N) is required by all life on earth. N is also the most abundant ga...
 Global nitrogen fixation contributes 413 Tg of reactive nitrogen (Nr) to terrestrial and marine e...
The human alteration of the N cycle has evolved from minimal in the mid-19th century, to extensive i...
We propose a novel indicator measuring one dimension of the sustainability of an entity in modern so...
The global nitrogen (N) cycle has been transformed by human use of reactive N as a consequence of in...
Background and aimsThe nitrogen (N) footprint has been proposed as a tool to highlight and quantify ...
Nitrogen (N) management presents a sustainability dilemma: N is strongly linked to energy and food p...
Nitrogen is crucial for sustaining life. However, excessive reactive nitrogen (Nr) in the form of am...
More food and energy allow for more people who then require more food and energy, and so it has gone...
Human activities have greatly altered the planet’s nitrogen and carbon cycles. Combustion of fossil ...
N is one of essential element of life on earth, but it contributes in its reactive form to the globa...
The nitrogen footprint has been proposed as an environmental indicator to quantify and highlight how...
© The Author(s), 2012. This article is distributed under the terms of the Creative Commons Attribut...
Nitrogen management presents a unique dilemma: We must use nitrogen to grow our food and sustain lif...
The scientific evidence assembled in this Focus Collection on 'Reactive nitrogen and the UN sustaina...
Nitrogen surrounds us. Nitrogen (N) is required by all life on earth. N is also the most abundant ga...
 Global nitrogen fixation contributes 413 Tg of reactive nitrogen (Nr) to terrestrial and marine e...
The human alteration of the N cycle has evolved from minimal in the mid-19th century, to extensive i...
We propose a novel indicator measuring one dimension of the sustainability of an entity in modern so...
The global nitrogen (N) cycle has been transformed by human use of reactive N as a consequence of in...
Background and aimsThe nitrogen (N) footprint has been proposed as a tool to highlight and quantify ...
Nitrogen (N) management presents a sustainability dilemma: N is strongly linked to energy and food p...
Nitrogen is crucial for sustaining life. However, excessive reactive nitrogen (Nr) in the form of am...
More food and energy allow for more people who then require more food and energy, and so it has gone...
Human activities have greatly altered the planet’s nitrogen and carbon cycles. Combustion of fossil ...
N is one of essential element of life on earth, but it contributes in its reactive form to the globa...
The nitrogen footprint has been proposed as an environmental indicator to quantify and highlight how...
© The Author(s), 2012. This article is distributed under the terms of the Creative Commons Attribut...
Nitrogen management presents a unique dilemma: We must use nitrogen to grow our food and sustain lif...
The scientific evidence assembled in this Focus Collection on 'Reactive nitrogen and the UN sustaina...
Nitrogen surrounds us. Nitrogen (N) is required by all life on earth. N is also the most abundant ga...
 Global nitrogen fixation contributes 413 Tg of reactive nitrogen (Nr) to terrestrial and marine e...