A short comment is made on a recent paper (Ollinger et al. 2008) which shows that forest ecosystem carbon uptake in temperate and boreal forests is directly related to canopy nitrogen concentration and that both carbon uptake capacity and canopy nitrogen concentration are positively correlated with shortwave surface albedo measured with broad-band satellite sensors
[1] Global terrestrial carbon (C) sequestration has increased over the last few decades. The drivers...
Abstract Background The amount of reactive nitrogen deposited on land has doubled globally and becom...
Global terrestrial carbon (C) sequestration has increased over the last few decades. The drivers of ...
The availability of nitrogen represents a key constraint on carbon cycling in terrestrial ecosystems...
The availability of nitrogen represents a key constraint on carbon cycling in terrestrial ecosystems...
The availability of nitrogen represents a key constraint on carbon cycling in terrestrial ecosystems...
In Ollinger et al. (1), we reported that mass-based concentrations of nitrogen in forest canopies (%...
Terrestrial ecosystems influence the Earth\u27s climate through a variety of processes involving exc...
We present a global assessment of the relationships between the short-wave surface albedo of forests...
Albedo and fraction of absorbed photosynthetically active radiation (FAPAR) determine the shortwave ...
Background: The amount of reactive nitrogen deposited on land has doubled globally and become at lea...
Global terrestrial carbon (C) sequestration has increased over the last few decades. The drivers of ...
Albedo and fraction of absorbed photosynthetically active radiation (FAPAR) determine the shortwave ...
Canopy nitrogen (N) is a key factor regulating carbon cycling in forest ecosystems through linkages ...
Quantifying the mechanistic links between carbon fluxes and forest canopy attributes will advance un...
[1] Global terrestrial carbon (C) sequestration has increased over the last few decades. The drivers...
Abstract Background The amount of reactive nitrogen deposited on land has doubled globally and becom...
Global terrestrial carbon (C) sequestration has increased over the last few decades. The drivers of ...
The availability of nitrogen represents a key constraint on carbon cycling in terrestrial ecosystems...
The availability of nitrogen represents a key constraint on carbon cycling in terrestrial ecosystems...
The availability of nitrogen represents a key constraint on carbon cycling in terrestrial ecosystems...
In Ollinger et al. (1), we reported that mass-based concentrations of nitrogen in forest canopies (%...
Terrestrial ecosystems influence the Earth\u27s climate through a variety of processes involving exc...
We present a global assessment of the relationships between the short-wave surface albedo of forests...
Albedo and fraction of absorbed photosynthetically active radiation (FAPAR) determine the shortwave ...
Background: The amount of reactive nitrogen deposited on land has doubled globally and become at lea...
Global terrestrial carbon (C) sequestration has increased over the last few decades. The drivers of ...
Albedo and fraction of absorbed photosynthetically active radiation (FAPAR) determine the shortwave ...
Canopy nitrogen (N) is a key factor regulating carbon cycling in forest ecosystems through linkages ...
Quantifying the mechanistic links between carbon fluxes and forest canopy attributes will advance un...
[1] Global terrestrial carbon (C) sequestration has increased over the last few decades. The drivers...
Abstract Background The amount of reactive nitrogen deposited on land has doubled globally and becom...
Global terrestrial carbon (C) sequestration has increased over the last few decades. The drivers of ...