Atmospheric scientists (climate focus)
Atmospheric scientists study weather and climate. Climate specialists look at long-term patterns — decades of temperature, storm tracks, and rainfall — not just tomorrow's forecast. They share what they learn with the public and with leaders who make rules.
Their work mixes outdoor instruments, computer models, and statistics. Coding and math go hand in hand with science here. A small error in a unit conversion can throw off an entire model.
Earth-systems and statistics modules are direct starters for this path.
What a day at work looks likeAn atmospheric scientist checks overnight satellite images and weather-station data from across the region. They update a climate model with the latest temperature readings and run a simulation showing how ice cover might change over the next decade. After lunch, they prepare a short briefing for local officials about increased flood risk. Before leaving, they double-check that every graph uses the correct units — Celsius, not Fahrenheit.
Geoscientists (glaciology)
Glaciologists study ice sheets, glaciers, and frozen ground. They measure how thick ice is, how fast it moves, and what happens when it melts. Ice cores pulled from deep inside a glacier are like timelines that show past climate.
Field work in cold places is short and tough — teams work fast before conditions worsen. Lab work takes longer: cutting cores, analyzing trapped air bubbles, and comparing layers year by year.
Earth and space systems modules teach the foundation for understanding ice as part of a larger planet system.
What a day at work looks likeA glaciologist flies to a field camp and drills an ice core while teammates record depth and temperature every meter. They bag each section, label it carefully, and store it in a freezer crate for the flight home. Back at the lab weeks later, they slice a core under clean conditions and examine layers under a microscope. Before publishing results, they compare their core dates to a database of known volcanic ash markers.
Environmental scientists and specialists
These scientists study how people affect air, water, and land. They collect samples, run lab tests, and write reports that help with cleanup plans and new environmental rules.
They follow the same steps each time — same tools, same labels, same methods — so results can be checked and repeated by other teams. If a river test shows high pollution, their report might trigger a cleanup or a new filter system.
Measurement and Earth-systems modules teach the habits of repeatable sampling and honest reporting.
What a day at work looks likeAn environmental scientist drives to a creek near a construction site and collects water samples in labeled bottles. They note the air temperature, water color, and exact GPS location for each bottle. After lunch in the lab, they run tests for chemicals and enter results into a spreadsheet. Before sending a report to the state agency, they review every number twice and attach photos of the sampling site.
Zoologists and wildlife biologists
In cold places, biologists study how animals survive short summers and long winters — and how those patterns change as the climate shifts. They track migration, count populations, and map habitats using tags, cameras, and GPS.
Field seasons can be brief in harsh weather, so teams plan carefully and record everything. Lab work might involve analyzing fur samples or studying how body fat changes through the year.
Habitat and measurement modules from school connect directly to how these biologists collect and share data.
What a day at work looks likeA wildlife biologist checks motion-activated camera traps set along a snowy trail and downloads photos of foxes and hares from the night before. They record each sighting in a field notebook with date, time, and snow depth. After lunch, they join a team meeting to plan where to place new traps based on last week's tracking data. Before dark, they upload the day's photos and notes to a shared database for the whole research group.
