ESC 2022 (78TH MEETING VIRTUAL)

03 A. Cabaj, P. Kushner, A. Petty. Observationally constraining a snow-on-sea-ice model to estimate Arctic snow and sea ice thickness with associated uncertainties.

04 E. Cho, C. Mortimer, L. Mudryk, C. Derksen, C. Vuyovich, M. Brady. Evaluating fourteen gridded SWE products using airborne gamma radiation SWE and snow course transects.

05 G. Gunn, J. Ferguson. How do microwaves interact with freshwater ice, and why is it so important?

06 D. Hall, G. Riggs, N. DiGirolamo, T.W. Estilow, D. Robinson. Comparison of VIIRS and NOAA/Rutgers IMS snow-cover frequency maps of North America.

07 V. Jagdeo, M. Boueshagh, J. Ramage, M. Brodzik, E. Deeb. Development of snow wetness in situ data distribution survey.

08 F. King, G. Duffy, L. Milani, C. Fletcher, C. Pettersen, K. Ebell. DeepPrecip: A deep neural network for retrievals of precipitation.

09 H.M. Lam, T. Geldsetzer, S. Howell, J. Yackel. Snow depth on sea ice record from 1955-2019 in the Canadian Arctic and development plans for multi-satellite snow depth retrieval.

10 M. Matias, J. Ramage, M. Brodzik, K. Heroy. Remote sensing of snowscapes and caribou (Rangiger tarandus) movement in the Northwest Territories of Canada.

11 M. Moradi, J. Jacobs, A. Hunsaker. Local scale soil-snow interaction and the impacts of soil on snow.

12 F. Ouellet, A. Richards. Remote sensing methods for quantifying snow water equivalent at the Bay of Quinte (Ontario) and for Lake Erie watershed (Ontario).

13 C. Vuyovich, S. Stuefer, H.P. Marshall, M. Durand, K. Elder, D. Vas, A. Gelvin, B. Osmanoglu, C. Larsen, S. Pedersen, D. Hodkinson, E. Deeb. Overview of SnowEx field campaign in northern Alaska, U.S.

14 C. Wagner, A. Hunsaker, T. Hoheneder, J. Jacobs. Using unpiloted aerial systems structure from motion photogrammetry for avalanches in Mount Washington, NH.

15 W. Wang, R. Kelly, J. King. Tundra snow depth retrievals from wideband radar observation in Trail Valley Creek.

16 P. Yogananda, R. De Roo, R. Akbar, A. Silva. Enabling low latency snow pit data.

17 X. Zuo, L. Brown. The relationship between Arctic Oscillation and intense cyclone patterns and their impacts on summer precipitation distribution in the Canadian Arctic.

18 F. King, R. Kelly, C. Fletcher. What if you put a phone on a drone?

19 E. Mekis, A. Ross, C. Smith. Transfer function development for adjusting precipitation observations in arctic and maritime climate conditions.

20 K. Meyer, M. Durand. Snow specific surface area: Margins of error and best methods for the IceCube by A2 photonic sensors.

21 A. Ross, E. Mekis, C. Smith. Traceability and catch-efficiency of the Lambrecht rain[e]H3 automated precipitation gauge for measuring precipitation in Canadian operational networks.

22 C. Smith, A. Ross, E. Mekis. Assessing the impact of transition from single Alter-shielded Geonor T-200B to double Alter-shielded Pluvio2L gauges on winter precipitation measurements in the ECCC operational network.

23 G. Attiah, H. Kheyrollah Pour, A. Scott. Spatial variability of lake ice thickness and phenology on sub-Arctic lakes in Yellowknife, Northwest Territories.

24 O. Aygün, J.W. Pomeroy, M.P. Clarke, A. Pietroniro. Diagnosing the future hydrology of a central Asian glacierized basin using a hydrological-glaciological land surface model.

25 T. Herrington, C. Fletcher, A. Erler. Investigating the impact of snow cover on permafrost soil temperatures in modern reanalysis and data assimilation systems.

26 M. Hoelzle, M. Barandun, C. Hauck, C. Hilbich, J. Fiddes, T. Mathys, E. Mattea, R. Nitu, J. Noetzli, E. Pohl, T. Saks. Cryospheric Observation and Modeling for Improved Adaptation in Central Asia (CROMO-ADAPT).

27 A. Kotila, A. Bush, M. Faramarzi. Comparison and calibration of a temperature-index based couple glacier mass balance dynamic evolution model and applications in regional melt projections.

28 B. Lane, L. Brown. Changing Arctic snow and ice: In situ monitoring using digital imagery.

29 A. Mansingh, H. Kheyrollah Pour, G. Attiah. Projection of lake ice thickness and phenology under representative concentration pathways (RCP) scenarios: Great Slave and Great Bear Lakes, Northwest Territories.

30 L. Michaud, C. Kinnard. Comparaison de la performance de modèles empiriques de bilan de mass glaciologique en réponse au changement climatique.

31 J. Murfitt, C. Duguay, J. Lemmetyinen, G. Picard. Forward modeling of SAR backscatter during lake ice melt conditions using the Snow Microwave Transfer (SMRT) model.

32 M. Pelto, M. Dryak, J. Pelto. Heat wave impacts on glacier mass balance, glacier runoff, and salmon in Nooksack River, Washington.

33 A. Pouw, H. Kheyrollah Pour, A. MacLean. Evaluation of snow depth derived from ground penetrating radar on Canadian subarctic lakes.

34 A. Robinson, L.C. Brown. Improving lake ice simulations in Canada based on lake size.

35 R. Thorne, P. Marsh, D. Rudolph, C. Spence, O. Sonnentag, J. McKenzie, A. Berg. Recommendations to enhance hydrological models for improved estimates of climate impacts on northern waters.

36 R. Tutton, P. Marsh, A. Berg, R. Melnik, B. Devries, B. Walker. Variability in thermokarst lake size, elevation, and connectivity in the western Canadian Arctic.

37 J. Ward, N. Tandon. Why do simulated trends of Arctic sea ice drift speed go from positive in the 20th century to negative in the 21st century?

38 M. Wehbe, P. Bonnaventure, R. Way. Multi-method approach to inventorying rock glaciers and features of interest in Banff and Jasper National Parks, Alberta, Canada.

39 M. Durand, B. Osmanoglu. Retrieval of snow water equivalent from SWESARR measurements in Grand Mesa, Colorado, SnowEx 2020.

40 M. Durand, J. Dechow, J. Lundquist, L. Prugh, B. Sullender, C. Lumbrazo, K. Breen, C. Cunningham. Predicting surface density using snow models and assimilation for wildlife applications.

41 Z. Fair, M. Flanner, C. Vuyovich, T. Neumann, B. Smith, A. Schneider. Quantifying volumetric scattering bias in ICESat-2 altimetry over snow-covered surfaces.

42 A. Forget, R. Way, R. Tutton. Using machine learning to estimate snow cover from ground surface temperature measurements.

43 R. Kelly, A. Thompson, A. Meta, J. Hodgson, A. Langlois, A. Roy, L. Brown, A. Berg, C. Derksen. The Airborne Cryosphere-Observing Synthetic Aperture Radar System (CryoSAR): A snow, soil, sea ice, and lake ice observing system.

44 E. Kim, D.K. Kang, F. Borah, L. Tsang. Advances in X- and KU- band radar algorithms for SWE retrieval by future satellite missions.

45 A. McCallum. Spatiotemporal assessment of snow density and snow water equivalent (SWE) using the cone penetration test (CPT) and/or ground penetrating radar (GPR).

46 C. McLaughlin, B. Forman, L. Wang. Leveraging adaptive viewing to improve the efficacy of space-borne satellite retrievals of terrestrial snow.

47 A. Moghaddasi, B. Forman. Assimilation of GRACE/GRACE-FO terrestrial water storage retrievals to improve snow mass estimates across North America.

48 A. Richards, F. Ouellet, É. Boisvert-Vigneault, X. Geng, A. Langlois. Climate driven changes in snowpack: Simulations (1970s to 2020) for the Bay of Quinte, Ontario, Canada.

49 A. Rienzo, S. Tuttle. Evaluating passive microwave snowmelt detection methods with ground snow observations.

50 K. Rittger, K. Musselman, M. Skiles, N. Bair, M.J. Brodzik, M. Serreze, S. Abegg, W. Kleiber. An accurate global daily snow cover and albedo product from MODIS and VIIRS.

51 S. Rößler, A. Dietz. DLR Global SnowPack - possible applications of the near real-time product.

52 J. Schmidt, G. Sexstone, M. Serreze. An analysis of snowpack temperature, density, and cold content across the US West from the repurposed USGS RMS dataset.

53 A. Szeitz, R.D. Moore. Modeling snowpack bulk density using snow depth, cumulative degree days, and climatological predictor variables.

54 S. Taghipour Javi, C. Kinnard, A. Roy. Soil free-thaw detection using Sentinel-1 SAR data in agricultural fields.

55 M. Verfaillie, E. Cho, J. Jacobs, A. Hunsaker, F. Sullivan, M. Palace, E. Burakowski, C. Wagner. Fine-scale characterization of snowpack evolution using unpiloted aerial system lidar and SfM photogrammetry.

56 V. Vionnet, M. Verville, V. Fortin, F. Lemay, M.M. Brugman, J. Thériault. Precipitation phase from atmospheric model improves snowfall estimates across Canada.

57 B. Walker, R. Tutton, P. Marsh. Estimating snow water equivalent at the watershed scale using drones in the Arctic shrub-tundra.

58 L. Wang, C. McLaughlin, B. Forman, S. Kumar, P. Grogan, R. Sung Kim, M. Wrzesien. An observing simulation system experiment (OSSE) for snow mass estimation over western Colorado using adaptive viewing from space.

59 R. Webb, K. Musselman, S. Ciafone, K. Hale, N. Molotch. Characterizing the role of snow for liquid water storage and transmission: A ground-based sensing and modeling sensitivity analysis.

60 M. Wrzesien, S. Kumar, C. Vuyovich, R. Sung Kim, E. Cho. Merging models with observations to support open science, NASA SnowEx, and snow satellite missions.

61 B. Yu, B. Forman. Evaluation of three different machine learning algorithms for snow mass estimation over the Colorado Rockies using space-based passive microwave brightness temperatures.

62 V. Dharmadasa, C. Kinnard, M. Baraër. Assessing the spatial distribution of snow depth in open and forested environments by UAV lidar.

63 A. Elias Chereque, P. Kusner, C. Derksen, L. Mudryk. Simple snow temperature index models account for important discrepancies between snow water equivalent products.

64 C. Garnaud, V. Vionnet, É. Gaborit, V. Fortin, M. Carrera, B. Bilodeau, D. Durnford. Improving snow analyses for hydrological forecasting at Environment and Climate Change Canada (ECCC).

65 N. Leroux, V. Vionnet, J. Thériault, H. Thompson, D. Drolet, L. Rickard, S. Déry, R. Stewart. Complex precipitation phase and impact on snowpack evolution in eastern Canada.

66 J. Meyer, M. Skiles, P. Kormos, A. Hedrick, E. Trukillo-Gomez, S. Havens. Operational water forecast assessment of a spatially distributed process-based snow model: A case study in the East River watershed, Colorado.

67 L. Mudryk, E. Burke, G. Krinner, N. Collier, C. Derksen, D. Lawrence. Simulation of cold processes in the CMIP6 land-historical simulations.

Sno-Foo Award