Agricultural meteorology: Difference between revisions

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|Display title=agricultural meteorology
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|Meaning=In general, meteorology and [[micrometeorology]] as applied to specific  agricultural systems and of agriculture as applied to specific atmospheric conditions.
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|Explanation=This discipline may emphasize [[atmospheric transport]] of insects, pathogens, etc., that impact  agriculture as well as [[energy]] and mass exchange of plants and animals with the atmospheric  [[environment]]. The effect of soils and vegetation on the ratio of sensible and latent energy exchange  is representative of the impact of agriculture on meteorology.
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== agricultural meteorology ==
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<div class="definition"><div class="short_definition">In general, meteorology and [[micrometeorology]] as applied to specific  agricultural systems and of agriculture as applied to specific atmospheric conditions.</div><br/> <div class="paragraph">This discipline may emphasize [[atmospheric transport]] of insects, pathogens, etc., that impact  agriculture as well as [[energy]] and mass exchange of plants and animals with the atmospheric  [[environment]]. The effect of soils and vegetation on the ratio of sensible and latent energy exchange  is representative of the impact of agriculture on meteorology.</div><br/> </div>
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Latest revision as of 21:05, 13 January 2024

In general, meteorology and micrometeorology as applied to specific agricultural systems and of agriculture as applied to specific atmospheric conditions.

This discipline may emphasize atmospheric transport of insects, pathogens, etc., that impact agriculture as well as energy and mass exchange of plants and animals with the atmospheric environment. The effect of soils and vegetation on the ratio of sensible and latent energy exchange is representative of the impact of agriculture on meteorology.


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