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Study of the response of pasture vegetation to the presence of Cs-137 in the air after the chernobyl accident by using deconvolution techniques

AutorGarcía-Olivares, Antonio ; Guardans, Ramón
Fecha de publicación1997
EditorJohn Wiley & Sons
CitaciónEnvironmetrics 8: 1-12 (1997)
ResumenThe Fourier Transform and digital deconvolution techniques have been used to describe the temporal response of a biospheric system to an instantaneous perturbation such as the passage of a contaminated cloud. The method is applied to different sites using the time series of the concentrations of Cesium-137 in air and vegetation over a period of several weeks. The data used belong to the dataset that was compiled for the BIOMOVS-A4 international exercise. The impulse response of a theoretical 'resistance' model such as the PRYMA model has been obtained using Fourier transform techniques, to obtain a family of functions dependent on a set of theoretical parameters. The experimentally obtained impulse response is then compared with that expected from a mechanistic 'resistance' model to study to what extent the results are consistent with the theoretical mechanistic model.
Identificadoresissn: 1180-4009
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