No current production in North Carolina Texas produces more than any other US Formed from vegetation state Examples of fossil Used to produce gasoline Main source is dead organisms Most used to generate electricity Produce greenhouse gases when Contain carbon consumed Middle East has most of world’s reserves Need sufficient heat and burial during Four varieties on increasing carbon formation content (e.g., peat, anthracite) Produced from kerogen From tar sands and oil shales Non-renewable US uses 25% of global production Formed from marine organisms Typical power plant fuel 25% of global reserves in US Most is imported from other nations Produced by mining Forms over very long time intervals Migrate upward after formation (100,000s+ years Carbon Concept Map Complete the concept map below to show how carbon is transferred between the four components of the Earth System. Two links are included as examples to get you started. You should have at least one link to or from each component.
No current production in North Carolina Formed from vegetation Examples of fossil Main source is dead organisms Produce greenhouse gases when consumed Need sufficient heat and burial during formation Produced from kerogen Non-renewable Formed from marine organisms 25% of global reserves in US Produced by mining Migrate upward after formation Texas produces more than any other US state Used to produce gasoline Most used to generate electricity Contain carbon Middle East has most of world’s reserves Four varieties on increasing carbon content (e.g., peat, anthracite) From tar sands and oil shales US uses 25% of global production Typical power plant fuel Most is imported from other nations Forms over very long time intervals (100,000s+ years Carbon Concept Map Complete the concept map below to show how carbon is transferred between the four components of the Earth System. Two links are included as examples to get you started. You should have at least one link to or from each component.
blooms_taxonomy_exercise.docx