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Biogeochemica l Cycles Mr. Skirbst Life Science Topic 19
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Biogeochemical Cycles

Jan 10, 2016

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Biogeochemical Cycles. Mr. Skirbst Life Science Topic 19. Cycles. Cycles. Daily Rhythms. Cycles. Daily Rhythms diurnal – active at day. Cycles. Daily Rhythms diurnal – active at day nocturnal – active at night. Cycles. Lunar Rhythms. Cycles. Lunar Rhythms - PowerPoint PPT Presentation
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Page 1: Biogeochemical Cycles

BiogeochemicalCycles

Mr. SkirbstLife Science

Topic 19

Page 2: Biogeochemical Cycles

Cycles

Page 3: Biogeochemical Cycles

CyclesDaily Rhythms

Page 4: Biogeochemical Cycles

CyclesDaily Rhythms

diurnal – active at day

Page 5: Biogeochemical Cycles

CyclesDaily Rhythms

diurnal – active at daynocturnal – active at night

Page 6: Biogeochemical Cycles

CyclesLunar Rhythms

Page 7: Biogeochemical Cycles

Cycles

Lunar Rhythmstides – high / lowmonthly cycles

Page 8: Biogeochemical Cycles

CyclesAnnual Rhythms

Page 9: Biogeochemical Cycles

CyclesAnnual Rhythms

seasonal changes

Page 10: Biogeochemical Cycles

CyclesAnnual Rhythms

seasonal changesmigration – annual

movement from breeding to feeding grounds

Page 11: Biogeochemical Cycles

CyclesAnnual Rhythms

seasonal changeshibernation – winter

resting state(Latin: hibernus – “winter”)

Page 12: Biogeochemical Cycles

CyclesAnnual Rhythms

seasonal changesestivation – summer

resting state(Latin: aestivus – “summer”)

Page 13: Biogeochemical Cycles

Cycles of MatterFlow of matter (chemicals) from non-living (abiotic) to living (biotic) parts of an ecosystem, and back again

Page 14: Biogeochemical Cycles

Cycles of MatterWater Cycle:

- evaporation (liquid to gas)

Page 15: Biogeochemical Cycles

Cycles of MatterWater Cycle:

- evaporation- condensation (gas to liquid)

(cloud formation)

Page 16: Biogeochemical Cycles

Cycles of MatterWater Cycle:

- evaporation- condensation- precipitation (rain, snow, sleet, hail, fog)

Page 17: Biogeochemical Cycles

Cycles of MatterWater Cycle:

- evaporation- condensation- precipitation- infiltration / runoff (groundwater, streams, oceans)

Page 18: Biogeochemical Cycles

Water Cycle

Page 19: Biogeochemical Cycles

Cycles of MatterOxygen – Carbon Cycle:

Page 20: Biogeochemical Cycles

Cycles of MatterOxygen – Carbon Cycle:

- photosynthesis (producers: take CO2 O2)

Page 21: Biogeochemical Cycles

Cycles of MatterOxygen – Carbon Cycle:

- photosynthesis (producers: take CO2 O2)

- respiration (consumers: take O2 CO2)

Page 22: Biogeochemical Cycles

Carbon – Oxygen Cycle

Page 23: Biogeochemical Cycles

Cycles of MatterNitrogen Cycle:

Page 24: Biogeochemical Cycles

Cycles of MatterNitrogen Cycle:

- fixation: bacteria change “free” N from air to N-compounds in soil

Page 25: Biogeochemical Cycles

Cycles of MatterNitrogen Cycle:

- metabolizing: N-compounds moved from soil to plants to animals

Page 26: Biogeochemical Cycles

Cycles of MatterNitrogen Cycle:

- decomposition: bacteria “free” N back to air again

Page 27: Biogeochemical Cycles

Nitrogen Cycle

Page 28: Biogeochemical Cycles

Cycles of ChangeEcological Succession:

- gradual change from one community to another

Page 29: Biogeochemical Cycles

Cycles of ChangeEcological Succession:

- gradual change from one community to another

Climax Community:

Page 30: Biogeochemical Cycles

Cycles of ChangeEcological Succession:

- gradual change from one community to another

Climax Community:- a stable community of organisms

Page 31: Biogeochemical Cycles

Cycles of ChangeEcological Succession: