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Filtering by: Location Alta, Utah, United States Type Dataset

Dataset for: Alta-Collins Snow and Liquid Precipitation Equivalent Observations 2000–2023

Description:

This data set contains 12-hour manual new snow and liquid precipitation equivalent (LPE) observations collected at the Alta-Collins (CLN) snow-study plot during the 2000–2023 cool seasons (October 1–April 30 with the year defined by the ending calendar year). CLN is located mid-mountain at Alta Ski Area in the Wasatch Range of northern Utah (approximately 111.63889W, 40.57607N) at an elevation of 2945 m.

Keyword:

precipitation and atmospheric sciences

Subject:

atmospheric moisture

Creator:

Wasserstein, M. L. and Steenburgh, W. J.

Contributor:

Alta Ski Area

Owner:

BRANDON PATTERSON

Based Near Label Tesim:

Alta, Utah, United States

Language:

English

Date Uploaded:

09/14/2023

Date Modified:

11/29/2023

Date Created:

1999-01-01 to 2023-12-31

License:

CC BY NC - Allows others to use and share your data non-commercially and with attribution.

Resource Type:

Dataset

Identifier:

www.doi.org/10.7278/S50d-nsy5-8bje
Alta data for "Measurement and Analysis for the Parameterization of Arctic Snow with Frequent Occurrence of Riming"

Description:

Detailed ground-based observations of snow are scarce in remote regions such as the Arctic. Here, Multi-Angle Snowflake Camera (MASC) measurements of over 55,000 solid hydrometeors — obtained during a two-year period from August 2016 to August 2018 at Oliktok Point, Alaska — are analyzed and compared to similar measurements from an earlier experiment at Alta, Utah. In general, distributions of hydrometeor fall speed, fall orientation, aspect ratio, flatness, and complexity (i.e., riming degree) were observed to be very similar between the two locations, except that Arctic hydrometeors tended to be smaller. In total, the slope parameter defining a negative exponential of the size distribution was approximately 50% steeper in the Arctic as at Alta. 66% of particles were observed to be rimed or moderately rimed, with some suggestion that riming is favored by weak boundary layer stability. On average, the fall speed of rimed particles was not notably different from aggregates. However, graupel density and fall speed increase as cloud temperatures approach the melting point.

Keyword:

Oliktok Point, Alaska, hydrometeor fall orientation, Alta, fhydrometeor latness, snow, hydrometeor aspect ratio, hydrometeors, hydrometeor complexity, and hydrometeor fall speed

Subject:

Atmospheric Science

Creator:

Kyle E. Fitch and Timothy J. Garrett

Owner:

Based Near Label Tesim:

Oliktok Point, Alaska, United States and Alta, Utah, United States

Date Uploaded:

02/06/2022

Date Modified:

12/06/2023

Date Created:

2013-01-07 to 2013-04-22

License:

CC BY – Allows others to use and share your data, even commercially, with attribution.

Resource Type:

Dataset

Identifier:

https://doi.org/10.7278/S50d-0nmg-6bs4

Dataset for: Alta-Collins Snow and Liquid Precipitation Equivalent Observations 2000–2023

Alta data for "Measurement and Analysis for the Parameterization of Arctic Snow with Frequent Occurrence of Riming"

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