Save
geo paper 1
Save
Share
Learn
Content
Leaderboard
Learn
Created by
harriet stewart
Visit profile
Cards (33)
There are varying rock types within the UK - the main three are
sedimentary
,
igneous
and metamorphic
Sedimentary rocks
Formed by
compression
of
oceans
and lakes compressing small grains and particles together
Examples: limestone,
chalk
,
sandstone
Often have
layers
and may contain
fossils
Easier to
erode
Igneous rocks
Formed from
volcanic
eruptions
Examples:
granite
,
basalt
Very
hard
and resistant to
erosion
May have
crystals
or
bubbles
depending on formation
Metamorphic rocks
Originally
sedimentary
or igneous but transformed by
heat
and pressure
Examples: schist, slate
Can be seen in
thin
layers and may contain
altered fossils
Can be
resistant
but also break along
layers
Dartmoor
and
Cairngorms
are examples of igneous rock, not metamorphic rock
Upland landscapes
Made of hard-wearing
granite
Mountainous
and highland areas due to
glacial
erosion
Thin
soils and harsh climate
Little
human activity beyond recreation
Limestone
landscapes
Sedimentary
rock more
resistant
than other sedimentary rocks
Found
600-800m
above sea level
Formed by
glaciers
,
rivers
and solution erosion
Features include steep valleys,
disappearing rivers
,
limestone pavements
Chalk and clay landscapes
Chalk is more
resistant
to
erosion
than clay
Chalk hills and clay
valleys
Scarp slope
and
gentle dip slope
Sheep
grazing
on pastures,
crops
on clay
Springs
appear in clay
Higher and steeper land
Used for
recreation
and
forestry
Lower and flatter land
Used for
agriculture
, settlements,
transport
routes
Maps
show key features like grid lines, contours,
streams
, rocky outcrops that indicate different landscape types
Chalk and clay landscape
Steep scarp
slope, gentle dip slope,
dried
up streams at base of chalk
Granite upland landscape
High altitude,
steep
slopes, rocky outcrops/tors,
limited
human activity
The main types of renewable energy are
solar
, wind, hydroelectricity,
tidal
power, wave power, biomass, and geothermal.
Renewables
have the potential to reduce
greenhouse
gas emissions by replacing fossil fuels as an energy source.
Solar panels convert sunlight into electricity through
photovoltaic
cells.
Solar panels convert
sunlight
into electricity using photovoltaic cells made from
silicon
or other materials.
Wind turbines generate electricity by harnessing the kinetic energy of moving
air
to turn
blades
connected to generators.
Hydroelectric dams
store water behind them and release it through
turbines
when needed to produce electricity.
Wind turbines
generate electricity when the blades rotate due to the force of the
wind.
Hydroelectric dams
store water behind them and release it through
turbines
to produce electricity.
Wind turbines generate electricity from
kinetic
energy produced by moving
air.
Wind turbines
generate
electricity
when the blades rotate due to wind speed.
Hydroelectric dams
store water behind them and release it to turn
turbines
that produce electricity.
Hydroelectric dams
harness the energy of falling
water
to produce electricity.
Tidal barrages
use the rise and fall of tides to turn
turbines
and generate electricity.
Tidal barrages
use the rise and fall of tides to drive
turbines
and generate electricity.
Tidal
barrages
use the rise and fall of tides to drive
turbines
that generate electricity.
Hydroelectric dams
store
water
behind them and release it to flow downhill through turbines that generate electricity.
Geothermal
power
plants use
heat
generated within the earth's crust to
create
steam
, which drives
turbines
that generate electricity.
Geothermal
power
plants use
heat
generated within the Earth's crust to create steam, which drives
turbines
that generate electricity.
Wave
farms consist of arrays of
buoys
or
floats
attached to
underwater turbines
that capture the motion of waves to generate
electricity.
Biomass
is
organic
matter
such as wood, crops, or waste products
burned
to
produce
heat
, which can be
used
to
generate
electricity.