Index Catalog // Hive

Start Over

Filtering by: Contributor Maahn, Maximilian Subject Arctic research

Corrected Liquid Water Path Data and mascpy code for "Graupel Precipitating from Thin Arctic Clouds with Liquid Water Paths less than 50 g m-2"

Description:

Thin boundary layer Arctic mixed-phase clouds are generally thought to precipitate pristine and aggregate ice crystals. Here we present automated surface photographic measurements showing that only 35\% of precipitation particles exhibit negligible riming and that graupel particles $\geq1\,\rm{mm}$ in diameter commonly fall from clouds with liquid water paths less than $50\,\rm{g\,m^{-2}}$. A simple analytical formulation predicts that significant riming enhancement can occur in updrafts with speeds typical of Arctic clouds, and observations show that such conditions are favored by weak temperature inversions and strong radiative cooling at cloud top. However, numerical simulations suggest that a mean updraft speed of $0.75\,\rm{m\,s^{-1}}$ would need to be sustained for over one hour. Graupel can efficiently remove moisture and aerosols from the boundary layer. The causes and impacts of Arctic riming enhancement remain to be determined.

Keyword:

computational research, radiative transfer, microwave radiometer, liquid water path, graupel, Alaska, atmospheric radiation measurement, water vaper, atmospheric sciences, and arctic

Subject:

Atmospheric sciences, Computational research, and Arctic research

Creator:

Garrett, Timothy J. and Fitch, Kyle E.

Contributor:

Shkurko, Konstantin , Talaei, Ahmad, Gaustad, Krista, and Maahn, Maximilian

Owner:

BRIAN MCBRIDE

Based Near Label Tesim:

Oliktok Point, Alaska, United States

Language:

English

Date Uploaded:

06/04/2020

Date Modified:

10/25/2024

Date Created:

Code creation: 2016-12-08 to 2018-06-09, Processed: 2017-06-27, and Processed: 2019-03-20

License:

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

Resource Type:

Software or Program Code and Dataset

Identifier:

https://doi.org/10.7278/s50dva5jk2pd

Corrected Liquid Water Path Data and mascpy code for "Graupel Precipitating from Thin Arctic Clouds with Liquid Water Paths less than 50 g m-2"

Limit your search

Type

Resource type

Creator

Contributor

Keyword

Subject

Language

Location

Search Constraints

Search Results

Limit your search