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Earths 4 Spheres air life water earth/rocks The Water Cycle.

Mar 27, 2015

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Page 1: Earths 4 Spheres air life water earth/rocks The Water Cycle.
Page 2: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Earth’s 4 Spheres

air

life

water

earth/rocks

Page 3: Earths 4 Spheres air life water earth/rocks The Water Cycle.

The Water Cycle

Page 4: Earths 4 Spheres air life water earth/rocks The Water Cycle.

The Water Cycle

Evaporation

Condensation

Precipitation

Human Uses

Human Waste

Groundwater

Runoff

Transpiration

Page 5: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Evaporation

• Water that rises from the earth (lithosphere or biosphere) into the atmosphere

Page 6: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Condensation

• Water in the atmosphere that clumps together to form clouds

Page 7: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Precipitation

• Water that falls from the atmosphere to the earth (lithosphere)

Page 8: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Runoff

• Water on the earth (lithosphere) that flows into bodies of water (hydrosphere)

Page 9: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Human Uses

• We need water to live– For our bodies– To clean our food and ourselves

Page 10: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Human Waste

• Animals (including humans) return water to ground and bodies of water through urine

Page 11: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Groundwater

• Water stored in the lithosphere

Page 12: Earths 4 Spheres air life water earth/rocks The Water Cycle.

The Carbon Cycle

Page 13: Earths 4 Spheres air life water earth/rocks The Water Cycle.

The Carbon Cycle

Gas Exchange

PhotosynthesisPollution

Gas Exchange

Decomposition

Burning Fossil FuelsAnimal Waste

Fossilization

Carbon Fixation

Page 14: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Gas Exchange

• CO2 exchanges between water and the atmosphere– dissolves from the atmosphere into

water (the hydrosphere)– rises out of water into the atmosphere

Page 15: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Photosynthesis

• Plants use CO2 from the atmosphere to make glucose sugar (C6H12O6)

Page 16: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Carbon Fixation

• When CO2 leaves the atmosphere and enters the biosphere (usually photosynthesis)

Page 17: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Animal Waste

• Carbon compounds are released through solid waste into land and water (the lithosphere and hydrosphere)

Page 18: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Decomposition

• Carbon is decomposed (by bacteria and other decomposers) into soil

Page 19: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Fossilization

• When plants and animals die, the carbon in their bodies may be turned into fossil fuels– Under the right heat and pressure

Page 20: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Burning Fossil Fuels

• We can burn these fossils and use the energy from them as fuel (coal, oil, and natural gas)– CO2 is released when they are burnt

Page 21: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Pollution

• CO2 from the burnt fuels is released back into the atmosphere

Page 22: Earths 4 Spheres air life water earth/rocks The Water Cycle.

The Nitrogen Cycle

Page 23: Earths 4 Spheres air life water earth/rocks The Water Cycle.

The Nitrogen Cycle

Runoff

Nitrogen Fixation

Animal Use

Burning Fossil Fuels

Plant Use

Waste

De-nitrification

Page 24: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Nitrogen Fixation

• Lightning and bacteria put atmospheric nitrogen into the lithosphere and hydrosphere (NO3 and NH3)

Page 25: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Plant Use

• Plants use nitrogen to make amino acids (the building blocks of proteins!)– From the atmosphere to the biosphere

Page 26: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Animal Use

• Animals break apart the plant proteins and use the amino acids to build their own proteins– Stays in the biosphere

Page 27: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Waste

• Decomposers break down animals and plant matter into nitrogen for the soil (lithosphere and biosphere)

Page 28: Earths 4 Spheres air life water earth/rocks The Water Cycle.

De-nitrification

• Decomposers turn nitrogen compounds back into nitrogen gas (lithosphere to atmosphere)

Page 29: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Runoff

• Runoff washes nitrogen from the ground into water (lithosphere into the hydrosphere)

Page 30: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Burning Fossil Fuels

• Nitrogen enters the atmosphere as pollution from our factories– Lithosphere to atmosphere

Page 31: Earths 4 Spheres air life water earth/rocks The Water Cycle.
Page 32: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Question 1:

Explain how the Earth’s 4 spheres are connected

through the water, carbon, and nitrogen

cycles.

Page 33: Earths 4 Spheres air life water earth/rocks The Water Cycle.

Analysis: Yosemite National Park was my grandfather’s favorite place on earth. When he died, we spread some of his ashes there.  Draw and label the path of a CARBON atom from Ms. Macway’s Grandpa’s remains to where it could become part of a hawk.  Note: A hawk is a carnivore, but it did NOT dig up and consume my Grandpa’s remains!!!