Quantification of the surface-atmosphere exchange of trace gases is recognized as an essential prerequisite to understanding the role of the biosphere in the global climate system. Among the micrometeorological methods available to measure surface-atmosphere fluxes, the aerodynamic gradient, the energy balance/Bowen ratio, the eddy covariance and the eddy accumulation methods are the most widely employed. This brief review describes the theoretical background and the practical applications of these methodologies and is particularly directed to plant ecophysiologists, ecologists and botanists who may be interested in scaling biological processes to the canopy level. Key words: Trace gas exchange, biosphere, surface-atmo-sphere fluxes, aerody...
We develop a simple, globally uniform model of CO_2 exchange between the atmosphere and the terrestr...
Eddy covariance measurements are the method of choice to determine net land surface – atmosphere flu...
Micrometeorology is the study of atmospheric processes at the earth's surface. If the leaves of plan...
Terrestrial ecosystems gaseous exchanges are today recognized to be an important issue for understan...
The complexity of biosphere-atmosphere exchange of carbon and nitrogen requires direct measurement o...
Not AvailableThis chapter reviews some aspects of micrometeorology, the study of atmospheric physics...
AbstractFor many years scientists working in fields related to micrometeorology have used the “Eddy ...
The theory and background to the exchange of trace gases at the Earth’s surface are presented as an ...
Small pollutant concentration gradients between levels above a plant canopy result in large uncertai...
Fluxes of carbon dioxide, water vapour, heat and momentum over a northern German beech forest were m...
A knowledge of the distribution of the contribution of upwind sources to measurements of vertical sc...
The exchange of energy and mass between a surface and the lowest region of the troposphere is a comp...
<p>Terrestrial ecosystems, occupying more than 25% of the Earth's surface, can serve as</p><p>`biolo...
Micrometeorological techniques are useful if greenhouse gas (GHG) emissions from larger areas (i.e. ...
The interaction between terrestrial ecosystems and the atmosphere continues to be a central research...
We develop a simple, globally uniform model of CO_2 exchange between the atmosphere and the terrestr...
Eddy covariance measurements are the method of choice to determine net land surface – atmosphere flu...
Micrometeorology is the study of atmospheric processes at the earth's surface. If the leaves of plan...
Terrestrial ecosystems gaseous exchanges are today recognized to be an important issue for understan...
The complexity of biosphere-atmosphere exchange of carbon and nitrogen requires direct measurement o...
Not AvailableThis chapter reviews some aspects of micrometeorology, the study of atmospheric physics...
AbstractFor many years scientists working in fields related to micrometeorology have used the “Eddy ...
The theory and background to the exchange of trace gases at the Earth’s surface are presented as an ...
Small pollutant concentration gradients between levels above a plant canopy result in large uncertai...
Fluxes of carbon dioxide, water vapour, heat and momentum over a northern German beech forest were m...
A knowledge of the distribution of the contribution of upwind sources to measurements of vertical sc...
The exchange of energy and mass between a surface and the lowest region of the troposphere is a comp...
<p>Terrestrial ecosystems, occupying more than 25% of the Earth's surface, can serve as</p><p>`biolo...
Micrometeorological techniques are useful if greenhouse gas (GHG) emissions from larger areas (i.e. ...
The interaction between terrestrial ecosystems and the atmosphere continues to be a central research...
We develop a simple, globally uniform model of CO_2 exchange between the atmosphere and the terrestr...
Eddy covariance measurements are the method of choice to determine net land surface – atmosphere flu...
Micrometeorology is the study of atmospheric processes at the earth's surface. If the leaves of plan...