1986•Journal of Climate and Applied MeteorologyRequires access

Delayed Effects of Cloud Seeding with Silver Iodide

E. K. Bigg, Enid Turton

Open publisher page 10 citations

Abstract

Apparent delayed effects of aerial cloud seeding with silver iodide are demonstrated in Smith et al.'s experiment in Tasmania. These effects reached a maximum nine days after a seeded day and were most unlikely to have arisen by chance. A possible cause of these and even more delayed effects of seeding is shown to be the enhancement of concentrations of airborne ice-nucleating bacteria by small amounts of silver iodide applied to vegetation.

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What this paper is about

Apparent delayed effects of aerial cloud seeding with silver iodide are demonstrated in Smith et al.'s experiment in Tasmania. These effects reached a maximum nine days after a seeded day and were most unlikely to have arisen by chance. A possible cause of these and even more delayed effects of seeding is shown to be the enhancement of concentrations of airborne ice-nucleating bacteria by small amounts of silver iodide applied to vegetation.

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Available abstract

Apparent delayed effects of aerial cloud seeding with silver iodide are demonstrated in Smith et al.'s experiment in Tasmania. These effects reached a maximum nine days after a seeded day and were most unlikely to have arisen by chance. A possible cause of these and even more delayed effects of seeding is shown to be the enhancement of concentrations of airborne ice-nucleating bacteria by small amounts of silver iodide applied to vegetation.

Key concepts: Silver iodide, Seeding, Cloud seeding, Iodide, Vegetation (pathology), Environmental science, Chemistry, Inorganic chemistry

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