Top Banner
BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable
13

BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

Dec 16, 2015

Download

Documents

Allan Badger
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

BIOGEOCHEMICAL CYCLES,

THE GREENHOUSE EFFECT

And

Renewable vs Nonrenewable Resources

Page 2: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

Biogeochemical Cycles• Water Cycle (hydrological)– How water is transferred from the atmosphere to earth,

through organisms and back to the atmosphere• Carbon Cycle– How carbon dioxide and oxygen are cycled from the

atmosphere through organisms and back to the atmosphere.

• Nitrogen Cycle– How organisms convert (fix) unusable nitrogen in the

atmosphere to usable nitrogen to make proteins

Page 3: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

Water Cycle TERMS–Precipitation– Transpiration– Evaporation– Infiltration(seepage)–Ground Water–Run Off–Condensationhttp://www.nwlg.org/pages/resources/geog/hydro_cycle/hydro/cycle.htm

http://techalive.mtu.edu/meec/module01/HydrologicCycleQuiz.htm

Page 4: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.
Page 5: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.
Page 6: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

Nitrogen Cycle1. All organisms need Nitrogen to build proteins and for growth. Our atmosphere is made up of what % of Nitrogen?2. 78% of the atmosphere is Nitrogen, but organisms cannot use it. The nitrogen needs to be changed (or “fixed”) into a useable form (ammonia)

3. Nitrogen fixing bacteria, on the roots of plants, (Legume or bean plants like peanuts, soy) change the nitrogen to a usable form (ammonia/nitrates)4.Animals then eat the plants/plant eaters to get the needed nitrogen

Page 7: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

NITROGEN CYCLE

Page 8: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

Nitrogen Cycle Terms

Decomposition – when dead organisms break down and release nitrogen into the soil

Detritivores – organisms that break down dead material (earthworms, fungus)

Nitrogen Fixation – when bacteria in soil changes nitrogen to a useable formLegumes – bean plants whose roots have nitrogen fixing bacteriaAmmonia – a useable form of nitrogen

Page 9: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

CARBON CYCLE

Page 10: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

Carbon CycleTERMS

CARBON ‘SINKS’ (STORES Carbon)

Or

CARBON ‘SOURCES’ (ADDS Carbon to our atmosphere)

??• Respiration.........• Photosynthesis…• Combustion………• Decomposition…. • Fossil Fuels……….

SOURCE

SINK

SOURCE

SOURCE

SOURCE when Burned, SINK when stored in the ground

Page 11: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

CARBON CYCLE

Page 12: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.

THE GREENHOUSE EFFECT

Page 13: BIOGEOCHEMICAL CYCLES, THE GREENHOUSE EFFECT And Renewable vs Nonrenewable Resources.