Grade by Grade
C. Managing Canada's Resources and Industries · Managing Canada's Resources and Industries

Careers in Canada's Industries and the Geospatial Tools They Use

C1.7 A1.4 A2.1 A2.4About 65 minutes
Learning goals
  • I can identify careers in the marine sector, the natural resource sector and tourism.
  • I can explain how geospatial technologies such as GIS, GPS, remote sensing, LiDAR and sonar are used in these careers.
  • I can identify geographic skills that transfer to many jobs, including skilled trades and STEM careers.

Words to know

geospatial technology
Tools that collect, store, analyze or display information about locations: GIS, GPS, remote sensing, drones, LiDAR and sonar.
GPS (global positioning system)
A satellite navigation system that tells a receiver its exact location.
remote sensing
Collecting information about Earth from a distance, using sensors on satellites, aircraft or drones.
LiDAR
Light detection and ranging: a laser scanner that measures distances to build detailed 3D maps of land and trees.
sonar
Sound navigation and ranging: measures water depth or finds objects by timing sound echoes.
hydrographer
A scientist who measures and maps bodies of water, including the sea floor, for safe navigation.
marine sector
Industries and jobs connected to oceans and large lakes: shipping, ports, fishing, aquaculture, ocean science and the Coast Guard.
transferable skill
A skill that is useful in many different jobs, such as analyzing data, solving problems or communicating clearly.

Hook: who uses maps at work?

A fisher checks a plotter screen to find where she set her lobster traps. A forester studies a 3D laser map before planning a road. A park guide checks a GPS track before leading a canoe trip. A ship's officer on the St. Lawrence Seaway follows an electronic chart made by hydrographers. None of them would call themselves 'geographers', but they all use geospatial technologies every day.

Careers in three sectors

Marine sector (oceans, the Great Lakes and big rivers)

  • Fisher, deckhand, aquaculture technician
  • Ship's officer, marine engineer, port and logistics coordinator, Seaway lock operator
  • Hydrographer (the Canadian Hydrographic Service charts Canadian waters), oceanographer, marine biologist
  • Fisheries officer, Canadian Coast Guard crew

Natural resource sector

  • Forester, forest technician, tree planter, wildland firefighter
  • Geologist, prospector, mining engineer, environmental technologist, surveyor
  • Skilled trades: heavy equipment operator, millwright, electrician, welder, power line technician
  • Indigenous Guardians, who monitor lands and waters for their nations

Tourism

  • Outdoor adventure and fishing guide, park interpreter, conservation officer
  • Hotel, resort and restaurant staff and managers, event planners, travel agents
  • Indigenous tourism operators who share their culture and land on their own terms

Many of these jobs are in skilled trades that require an apprenticeship or college program, and many are in STEM fields (science, technology, engineering and math).

Geospatial technologies at workGIS, GPS,remote sensing,drones, sonarForesterLiDAR maps tree heightsHydrographersonar maps the sea floorExploration geologistGIS layers rock and claimsTour guide / park staffGPS trail and safety mapsFisheries officertracks vessels with GPS
Geospatial tools link many careers. The same skill, reading and analyzing location data, is used on a fishing boat, in a forest, at a mine or on a hiking trail.

How geospatial technologies help

  • GIS layers data to plan forest harvests, mine sites, fishing zones and tourist trails, and to avoid sensitive areas like wetlands or caribou habitat.
  • GPS guides ships and fishing boats, marks trap locations, tracks wildfire crews and lets tourists navigate safely.
  • Remote sensing from satellites and aircraft monitors forest fires, insect damage, crop health, sea ice and oil spills. Canada's RADARSAT Constellation Mission (three radar satellites launched in 2019 by the Canadian Space Agency) can see through cloud and darkness, which is essential in the Arctic.
  • LiDAR measures tree heights and ground shape so foresters can estimate how much wood is in a stand and design roads that protect streams.
  • Sonar maps the sea floor and lake bottoms for safe navigation and to find fish habitat.
  • Drones inspect mine walls, power lines and tree plantations without putting people in danger.
  • Vessel tracking systems help fisheries officers and the Coast Guard check where boats are and respond to emergencies.
From satellite to decision: how remote sensing works1. Sensoron a satelliteor drone2. Dataimage or radarsignal3. Analysisin a GIS4. Decisionplan, warn,protectExample: radar satellites can see through cloud and darkness,so they can spot sea ice, oil slicks and ships in the Arctic winter.
Remote sensing follows four steps. The decision at the end might be closing a fishing area, sending fire crews or warning ships about ice.

Transferable skills (A2.1) and careers (A2.4)

Skills you practise in geography, such as reading maps, analyzing data, asking questions, considering perspectives and communicating clearly, are useful in urban planning, emergency management, logistics, real estate, public health, environmental consulting, and the skilled trades (for example, surveyors and line technicians use GPS and GIS). If you enjoy this, look for GIS and geomatics programs at Ontario colleges and universities, and explore careers in the Grade 10 Career Studies course.

Worked example

Modelled example: plan a harvest with geospatial tools

A forester must plan a harvest block in a Crown forest near a stream used by brook trout and close to a First Nation's trapline. Show how geospatial tools help.

  1. Collect data: LiDAR shows tree heights, slopes and where water flows. Satellite images show recent fires or insect damage.
  2. Layer it in a GIS: add the stream, a required buffer zone along it, the trapline and cultural sites shared by the First Nation, roads, and wildlife habitat.
  3. Analyze: the GIS shows which areas are outside the buffers and on safe slopes. The forester draws harvest blocks there and plans a road that crosses the stream at the narrowest, most stable point.
  4. Check with people: the plan is shared with the First Nation and the public before approval. Their knowledge may change the plan.
  5. Monitor: after harvest, drones and satellite images track regrowth.

Geospatial tools make the plan more accurate and safer, but people's knowledge and consultation remain essential.

Hands-on activity

Map your own route

You need: a phone with a free GPS or map app (with a grown-up's permission) or paper and a pencil.

  1. With a grown-up, walk a short loop in your neighbourhood or a park (15 to 20 minutes). If using a phone, record the track. If not, sketch the route and count steps between landmarks.
  2. Mark 5 points of interest (a tree, a bus stop, a hydrant, a bench, a storm drain).
  3. At home, make a map with a title, legend, north arrow and an approximate scale.
  4. Add one layer of information, for example where storm drains are, or where trees give shade.
  5. Write which career might use a map like yours (a city arborist, a public works crew, a tour guide) and how.
Just for fun

What did the ocean say to the hydrographer?

Nothing. It just waved. (The hydrographer measured the wave anyway.)

Your turn

1

List two careers each in the marine sector, the natural resource sector and tourism.

2

How does GPS help a commercial fisher?

3

What is LiDAR and how is it used in forestry?

4

Why is radar remote sensing important for Canada's Arctic?

5

What is a transferable skill? Give two from geography.

6

Name one skilled trade that uses geospatial tools and explain how.

More practice: warm-up

1

What does GPS stand for?

2

What does a hydrographer map?

3

In what year was the RADARSAT Constellation Mission launched?

4

Which tool uses sound echoes to measure water depth?

5

Name one tourism job.

More practice: on your own

1

Explain how a GIS could help a tourism business plan a new hiking trail.

2

How could remote sensing help fight forest fires?

3

Why might Indigenous Guardians use drones and GPS?

4

Describe one risk or limitation of relying on geospatial technology at sea.

5

Why are skilled trades important in the natural resource sector?

Challenge

1

Choose one career from each sector and explain how geospatial technology is an asset in each.

2

Some people worry automation and remote sensing will reduce jobs in resource industries. Evaluate this concern.

3

Explain how combining Indigenous knowledge with geospatial technology can lead to better resource decisions.

Check your understanding

Quiz

1.

Which tool would a hydrographer most likely use to map the sea floor?

2.

What does LiDAR do in forestry?

3.

Which is a career in the marine sector?

4.

Why can radar satellites like Canada's RADARSAT Constellation Mission monitor the Arctic in winter?

5.

Which is the best example of a transferable geographic skill?

6.

Which career is part of the tourism industry?

For parents and teachers

This lesson is a good time to talk about careers in your family and community. Many jobs here are in skilled trades and college programs, not only university paths. If your teen is interested, look up GIS or geomatics programs at Ontario colleges together. Common difficulties: thinking GIS is just 'a map program' (it analyzes data); confusing GPS (finding location) with GIS (analyzing location data); forgetting tourism is an industry that relies on geography.