International audienceA new method of performing the source inversion of a passive tracer at continental scale was proposed in Part I of this two-part paper. The method made use of prior information, general or specific (depending on the situation), to perform a better reconstruction using only the prior information and the field measurements of the tracer. In this paper the method is tested on its first applications. It is used on several test examples, using the meteorological conditions of the European Joint Research Centre ETEX-I campaign. The retrieval of a temporal profile of emission from a source whose location is known is studied before testing the method on a full reconstruction of the space-time profile of the source. Synthetic, ...
International audienceReconstruction of unknown atmospheric releases using measured concentrations i...
A computationally efficient source inversion algorithm was developed and applied with the Lagrangian...
International audienceIn the event of an accidental or intentional contaminant release in the atmosp...
International audienceOver recent years; tracing back sources of chemical species dispersed through ...
International audienceIn a previous two-part paper, new methods for reconstructing the source of an ...
International audienceMethods for reconstructing sources of inert atmospheric tracers from ground me...
International audienceThe study highlights a theoretical comparison and various interpretations of a...
International audienceThe identification of widespread sources of passive tracers out of atmospheric...
International audienceThe identification of widespread sources of passive tracers out of atmospheric...
International audienceFor a start, recent techniques devoted to the reconstruction of sources of an ...
International audienceMethods for reconstructing sources of inert atmospheric tracers from ground me...
International audienceMethods for reconstructing sources of inert atmospheric tracers from ground me...
International audienceThe identification of widespread sources of passive tracers out of atmospheric...
International audienceThe identification of widespread sources of passive tracers out of atmospheric...
Estimation of the temporal profile of an atmospheric release, also called the source term, is an imp...
International audienceReconstruction of unknown atmospheric releases using measured concentrations i...
A computationally efficient source inversion algorithm was developed and applied with the Lagrangian...
International audienceIn the event of an accidental or intentional contaminant release in the atmosp...
International audienceOver recent years; tracing back sources of chemical species dispersed through ...
International audienceIn a previous two-part paper, new methods for reconstructing the source of an ...
International audienceMethods for reconstructing sources of inert atmospheric tracers from ground me...
International audienceThe study highlights a theoretical comparison and various interpretations of a...
International audienceThe identification of widespread sources of passive tracers out of atmospheric...
International audienceThe identification of widespread sources of passive tracers out of atmospheric...
International audienceFor a start, recent techniques devoted to the reconstruction of sources of an ...
International audienceMethods for reconstructing sources of inert atmospheric tracers from ground me...
International audienceMethods for reconstructing sources of inert atmospheric tracers from ground me...
International audienceThe identification of widespread sources of passive tracers out of atmospheric...
International audienceThe identification of widespread sources of passive tracers out of atmospheric...
Estimation of the temporal profile of an atmospheric release, also called the source term, is an imp...
International audienceReconstruction of unknown atmospheric releases using measured concentrations i...
A computationally efficient source inversion algorithm was developed and applied with the Lagrangian...
International audienceIn the event of an accidental or intentional contaminant release in the atmosp...