The Geographer’s Toolkit: Key Terms

The Geographer’s Toolkit Key Terms

Match each of the terms on the left with its definition on the right. Click on the term first and then click on the matching definition. As you match them correctly, they will move to the bottom of the activity.

Question

anthropogenic
atmosphere
biosphere
cartography
chemical energy
climate
condensation
contour line
crust
digital elevation model (DEM)
Doppler radar
energy
equator
erosion
evaporation
geographic grid
geographic information system (GIS)
geography
geothermal energy
Global Positioning System (GPS)
great circle
hydrosphere
large scale
latitude
lithosphere
longitude
map
map scale
matter
meridian
parallel
photosynthesis
physical geography
precipitation
prime meridian
radiant energy
relief
remote sensing
small scale
spatial scale
system
temporal scale
topography
tropics
water vapor
weather
The science and art of map making.
Falling rain, snow, sleet, or hail.
The process by which plants, algae, and some bacteria convert the radiant energy of sunlight to chemical energy.
The line of latitude that divides Earth into two equal halves. The equator is exactly perpendicular to Earth’s axis of rotation.
Zero degrees longitude; the line of longitude that passes through Greenwich, England, and serves as the starting point from which all other lines of longitude are determined.
All of Earth’s water in its three phases: solid, liquid, and gas.
Any material that occupies space and possesses mass.
Lines of equal elevation in relation to sea level used on a topographic map.
A line that forms a circle on the globe by connecting points of the same latitude.
The coordinate system that uses latitude and longitude to identify locations on Earth’s surface.
The rigid outer layer of Earth, called the crust, and the heated layer beneath it down to about 100 km (62 mi).
All life on Earth.
A continuous line that bisects the globe into two equal halves, such as the equator; it is the shortest distance between two points on Earth.
A geographic scale that pertains to a geographically restricted area and makes geographic features large to show more detail.
Water in a gaseous state.
A geographic scale that makes geographic features small to cover a large area of Earth’s surface.
The physical size, length, distance, or area of an object or the physical space occupied by a process.
The rigid outermost portion of Earth’s surface.
The process of changing water vapor to liquid.
The capacity to do work on or to change the state of matter.
The long-term average of weather and the average frequency of extreme weather events.
A system that uses computers to capture, store, analyze, and display spatial data.
The difference in elevation between two or more points on Earth’s surface.
The process of transporting rock fragments via moving water, ice, or air.
The process of changing liquid water to water vapor.
The geographic region located between 23.5 degrees north and south latitude.
Heat from Earth’s interior.
The energy of electromagnetic waves.
The shape and physical character of Earth’s surface.
The layer of gases surrounding Earth.
The angular distance as measured from Earth’s center to a point north or south of the equator.
A digital representation of land surface or underwater topography.
A means of specifying how much the real world has been reduced on a map.
The angular distance as measured from Earth’s center to a point east or west of the prime meridian.
A flat two-dimensional representation of Earth’s surface.
A line on the globe that runs from the North Pole to the South Pole and connects points of the same longitude.
A set of interacting parts or processes that function as a unit.
Energy in a substance that can be released through a chemical reaction.
Data collection from a distance.
A global navigation system that uses satellites and ground-based receivers to determine the geographic coordinates of any location.
Created or influenced by people.
The window of time used to examine phenomena and processes or the length of time over which they develop or change.
An active remote sensing technology that uses microwave energy to measure the velocity and direction of movement of particles of precipitation within a cloud.
The study of Earth’s living and nonliving physical systems and how they change naturally through space and time or are changed by human activity.
The study of the spatial relationships among Earth’s physical and cultural features and how they develop and change through time.
The state of the atmosphere at any given moment.