An ecodynamic approach for modelling of greenhouse effect was discussed. In the model the biosphere was defined as the geometric locus in which entropy decreases. It was suggested that the role of carbon dioxide and other greenhouse gases becomes determinant in the ecodynamic model, since there is a great difference between the biological time of fossil formation and the fleeting historical time in which the fossils are being used. On examination the spatial model, it was found that the boundary between the biosphere and the universe is open to the entry of flows of energy and matter.
Pulselli, F.M., Pulselli, R.M., Tiezzi, E.B.P. (2002). Modelling greenhouse effect: an ecodynamic approach. In Air Pollution X (pp. 271-277). SOUTHAMPTON : WIT Press.
Modelling greenhouse effect: an ecodynamic approach
PULSELLI, F. M.;TIEZZI, E. B. P.
2002-01-01
Abstract
An ecodynamic approach for modelling of greenhouse effect was discussed. In the model the biosphere was defined as the geometric locus in which entropy decreases. It was suggested that the role of carbon dioxide and other greenhouse gases becomes determinant in the ecodynamic model, since there is a great difference between the biological time of fossil formation and the fleeting historical time in which the fossils are being used. On examination the spatial model, it was found that the boundary between the biosphere and the universe is open to the entry of flows of energy and matter.
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https://hdl.handle.net/11365/15042
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