Titre de série :	Nature
Titre :	Atmospheric ice nuclei from decomposing vegetation
Type de document :	texte imprimé
Auteurs :	Schnell, R. C. ; Vali, G.
Année de publication :	1972
ISBN/ISSN/EAN :	CI-05500
Note générale :	The sources and the composition of atmospheric ice nuclei are still largely unidentified, chiefly because they make up an extremely small fraction of the total atmospheric aerosol and because they are a heterogeneous mixture of substances whose only common property is the ability to nucleate ice. Recent tests with derivatives of decaying vegetation suggest that a large source of active atmospherice ice nuclei might have been discovered.
Langues :	Anglais (eng)
Mots-clés :	Végétation  Température  Atmosphère  Glace
Index. décimale :	577 Ecologie
Résumé :	The sources and the composition of atmospheric ice nuclei are still largely unidentified, chiefly because they make up an extremely small fraction of the total atmospheric aerosol and because they are a heterogeneous mixture of substances whose only common property is the ability to nucleate ice. Recent tests with derivatives of decaying vegetation suggest that a large source of active atmospherice ice nuclei might have been discovered.
Note de contenu :	The sources and the composition of atmospheric ice nuclei are still largely unidentified, chiefly because they make up an extremely small fraction of the total atmospheric aerosol and because they are a heterogeneous mixture of substances whose only common property is the ability to nucleate ice. Recent tests with derivatives of decaying vegetation suggest that a large source of active atmospherice ice nuclei might have been discovered.

Nature. Atmospheric ice nuclei from decomposing vegetation [texte imprimé] / Schnell, R. C. ; Vali, G. . - 1972.
ISSN : CI-05500
The sources and the composition of atmospheric ice nuclei are still largely unidentified, chiefly because they make up an extremely small fraction of the total atmospheric aerosol and because they are a heterogeneous mixture of substances whose only common property is the ability to nucleate ice. Recent tests with derivatives of decaying vegetation suggest that a large source of active atmospherice ice nuclei might have been discovered.
Langues : Anglais (eng)

Mots-clés :	Végétation  Température  Atmosphère  Glace
Index. décimale :	577 Ecologie
Résumé :	The sources and the composition of atmospheric ice nuclei are still largely unidentified, chiefly because they make up an extremely small fraction of the total atmospheric aerosol and because they are a heterogeneous mixture of substances whose only common property is the ability to nucleate ice. Recent tests with derivatives of decaying vegetation suggest that a large source of active atmospherice ice nuclei might have been discovered.
Note de contenu :	The sources and the composition of atmospheric ice nuclei are still largely unidentified, chiefly because they make up an extremely small fraction of the total atmospheric aerosol and because they are a heterogeneous mixture of substances whose only common property is the ability to nucleate ice. Recent tests with derivatives of decaying vegetation suggest that a large source of active atmospherice ice nuclei might have been discovered.