Our Research

Sea ice, snow cover dynamics, glacier hydrology, scientific software development, open science

Polar weather and climate, synoptic climatology, self-organizing maps, extreme events, Arctic cyclones

Polar weather and climate, atmosphere - ice - ocean - land interaction, weather and climate modeling, atmospheric boundary layer, autonomous observing systems (atmosphere), artificial neural networks (self-organizing maps)

Science policy, coastal sea-ice dynamics, collaborating with Indigenous experts and traditional knowledge holders, community-based monitoring, data management, Arctic observing systems, sea ice and marine mammals, and communicating the societal implications of Arctic change.

Sea ice, applications-oriented remote sensing, data rescue, data product development, climate data records of sea ice

Arctic environmental governance, Indigenous food security and sovereignty, equity in climate change research and policy, community-based monitoring, data management for Indigenous and community-driven research

Mountain meteorology, cloud and precipitation microphysics, mesoscale meteorology, radar meteorology

Sea ice, passive microwave remote sensing, climate data records of sea ice, Arctic climate change, climate change

Ice dynamics, ice sheet-ocean interaction, ice loss and freshwater flux, ice-ecosystem connections, hydrology of glaciers and ice sheets, glacier-sea ice interaction, observational science, GIS data tool development, research community organization, science communication

Remote sensing of glaciers, software development for geospatial and remote sensing applications, web-based client interfaces, data tool development, algorithm development

Polar meteorology and climatology, measurement of precipitation, meteorology field work in the polar regions, Weather Research and Forecasting (WRF) model, self-organizing maps (SOMs), python applications with meteorology and climate data, semi-automated quality control of observations

Arctic climate, climate warming in the Arctic, sea ice variability and trends, water and energy cycles, permafrost, economic and geopolitical aspects of Arctic change

Remote sensing of sea ice concentration, ice thickness, snow depth, surface albedo and temperature; sea ice-ocean-atmopshere interactions; short and long-term sea ice forecasting, ocean primary productivity, global climate change

Joshua is a postdoctoral researcher with the Exchange for Local Observations and Knowledge of the Arctic, focusing on Indigenous data and storytelling. These projects also co-produce knowledges that Indigenous communities employ in documenting and sharing their history, lifeways, and languages, along with information about climate change and ecological changes in their areas.

Arctic weather and climate, climate warming in the Arctic, atmospheric dynamics, data science, big data analysis

Multispectral and hyperspectral remote sensing, geographic information systems, machine learning and natural language processing, data modeling and metadata, data tool development

Light-absorbing particles in the cryosphere, black carbon, snow algae, snow and glacial hydrology, spectral geophysics, surface optical properties, aquatic biogeochemistry

Permafrost dynamics, fire impacts on permafrost, economic impacts of thawing permafrost, subsea permafrost and methane hydrates, land surface modeling, carbon cycle modeling, mercury cycle modeling, land-atmosphere interactions, soil thermodynamics, soil hydrology, atmospheric and soil radiative transfer modeling, inversion theory, remote sensing, project management, orbital mechanics, mercury dynamics in plants and soils