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편집 파일: 1610537957.M56603P32636.server.saraya-global.com,S=12350,W=12553:2,

Envelope-to: jaisone@saraya.com.my
Delivery-date: Wed, 13 Jan 2021 19:39:17 +0800
To: <jaisone@saraya.com.my>
Message-ID: <73838755381022738295328161283@rn0qf.masterhotx.buzz>
Date: Wed, 13 Jan 2021 03:38:28 -0800
From: "Holiday Stress" <HolidayStress@masterhotx.buzz>
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Subject:  ***SPAM***  17 Leading causes of death v1

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http://www.masterhotx.buzz/l/lt7R738QL32V/295A816F1283J135C55381022QM3275628549

http://www.masterhotx.buzz/l/lc8C738DD32D/295J816T1283I135W55381022LF3275628549

lop and others employ snow classification systems that describe its physical properties at scales ranging from the individual crystal to the aggregated snowpack. A sub-specialty is avalanches, which are of concern to engineers and outdoors sports people, alike. Snow science addresses how snow forms, its distribution, and processes affecting how snowpacks change over time. Scientists improve storm forecasting, study global snow cover and its effect on climate, glaciers, and water supplies around the world. The study includes physical properties of the material as it changes, bulk properties of in-place snow packs, and the aggregate properties of regions with snow cover. In doing so, they employ on-the-ground physical measurement techniques to establish ground truth and remote sensing techniques to develop understanding of snow-related processes over large areas.[59] Measurement and classification See also: Classifications of snow In the field snow scientists often excavate a snow pit within which to make basic measurements and observations. Observations can describe features caused by wind, water percolation, or snow unloading from trees. Water percolation into a snowpack can create flow fingers and ponding or flow along capillary barriers, which can refreeze into horizontal and vertical solid ice formations within the snowpack. Among the measurements of the properties of snowpacks that the International Classification for Seasonal Snow on the Ground includes are: snow height, snow water equivalent, snow strength, and extent of snow cover. Each has a designation with code and detailed description. The classification extends the prior classifications of Nakaya and his successors to related types of precipitation and are quoted in the follow

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