ap edition © 2008 prentice hall - pearson education
TRANSCRIPT
Prentice Hall Environment: The Science Behind the Stories, AP Edition © 2008
C O R R E L A T E D T O
Publisher Questionnaire and Florida Course Standards and Access Points forAdvanced Placement Environmental Science - 2001380
Grades 9-12
G r a d e s 9 - 1 2
SUBJECT: GRADE LEVEL: COURSE TITLE: COURSE CODE: SUBMISSION TITLE: TITLE ID: PUBLISHER: PUBLISHER ID:
CONTENT OUTLINE CODE CONTENT DESCRIPTION
LESSONS WHERE CONTENT IS DIRECTLY ADDRESSED IN-DEPTH IN MAJOR TOOL
(Include first page number of lesson, a link to lesson, or other identifier for easy lookup for
committee member.) Thor
ough
ly
HIG
hly
Ade
quat
ely
Min
imal
ly
Not
At A
ll
I. A.1. Geologic time scale SE: 104-107
IG: 43-562. Plate tectonics, Earthquakes, Volcanism SE: 198-201
IG: 88-1093. Seasons SE: 474-480
IG: 247-2614. Solar intensity and latitude SE: 500-511, 512-515, 516-528, 529-530
IG: 262-279B.1. Composition SE: 474-480
IG: 247-2612. Structure SE: 474-480
IG: 247-2613. Weather and climate SE: 474-480
IG: 247-2614. Atmospheric circulation and the Coriolis Effect SE: 474-480
IG: 247-2615. Atmosphere-ocean interactions SE: 506-511, 512-515
IG: 262-2796. ENSO SE: 506-511, 512-515
9-12Advanced Placement Environmental Science2001380
CORRELATIONFLORIDA DEPARTMENT OF EDUCATION
INSTRUCTIONAL MATERIALS CORRELATION
ScienceADVANCED PLACEMENT COURSE DESCRIPTION
1710Pearson publishing as Prentice Hall22-1603684-03
Committee Member Evaluation(Committee Member Use Only)
Environment: The Science Behind the Stories, AP Edition (Withgott/Brennan) © 2008
Earth Systems and ResourcesEarth Science Concepts
The Atmosphere
IG: 262-279C.1. Freshwater/saltwater SE: 413-417, 444-448, 449-453
IG: 214-229, 230-2462. Ocean circulation SE: 444-448, 449-453, 454-456, 457-462
IG: 230-2463. Agricultural, industrial and domestic use SE: 418-426, 427-428, 429-434, 435-436
IG: 214-2294. Surface and groundwater issues SE: 418-426, 427-428, 429-434, 435-436
IG: 214-2295. Global problems SE: 418-426, 427-428, 429-434, 435-436
IG: 214-2296. Conservation SE: 418-426, 427-428, 429-434, 435-436
IG: 214-229D.1. Rock cycle SE: 198-201
IG: 88-1022. Formation SE: 198-201, 234-236, 237-241, 242-256
IG: 88-102, 118-1303. Composition SE: 198-201, 234-236, 237-241, 242-256
IG: 88-102, 118-1304. Physical and chemical properties SE: 234-236, 237-241, 242-256
IG: 118-1305. Main soil types SE: 234-236, 237-241, 242-256
IG: 118-1306. Erosion and other soil problems SE: 234-236, 237-241, 242-256
IG: 118-1307. Soil conservation SE: 234-236, 237-241, 242-256
IG: 118-130II.A.1. Biological populations and communities SE: 125-131, 142-147, 148-160
IG: 27-69, 70-872. Ecological niches SE: 142-147, 148-160
IG: 70-873. Interactions among species SE: 142-147
IG: 70-874. Keystone species SE: 148-160
IG: 70-875. Species diversity and edge effects SE: 132-139
IG: 70-876. Major terrestrial and aquatic biomes SE: 161-172
IG: 70-87B.1. Photosynthesis and cellular respiration SE: 148-160
IG: 70-872. Food webs and trophic levels SE: 148-160
Soil and Soil Dynamics
The Living WorldEcosystem Structure
Energy Flow
Global Water Resources and Use
IG: 70-873. Ecological pyramids SE: 148-160
IG: 70-87C.1. Biodiversity SE: 132-139
IG: 27-692. Natural selection SE: 113-121
IG: 27-693. Evolution SE: 113-121
IG: 27-694. Ecosystem services SE: 175-179
IG: 88-102D.1. Climate shifts SE: 474-480
IG: 247-2612. Species movement SE: 142-147
IG: 70-873. Ecological succession SE: 148-160
IG: 70-87E.1. Carbon SE: 188-189
IG: 70-872. Nitrogen SE: 191-196
IG: 70-873. Phosphorus SE: 189-190
IG: 70-874. Sulfur SE: 189-190
IG: 70-875. Water SE: 196-198
IG: 70-876. Conservation of matter SE: 315-326
IG: 150-164III.A.1. Population ecology SE: 125-131
IG: 57-692. Carrying capacities SE: 125-131
IG: 57-693. Reproductive strategies SE: 125-131
IG: 57-694. Survivorship SE: 125-131
IG: 57-69B.1.
1.1 Historical population sizes SE: 208-213, 214-220, 221-231IG: 103-117
1.2 Distribution SE: 208-213, 214-220, 221-231
Population Biology Concepts
Human PopulationHuman population dynamics
Ecosystem Diversity
Natural Ecosystem Change
Natural Biogeochemical Cycles
Population
IG: 103-1171.3 Fertility rates SE: 208-213, 214-220, 221-231
IG: 103-1171.4 Growth rates and doubling times SE: 208-213, 214-220, 221-231
IG: 103-1171.5 Demographic transition SE: 208-213, 214-220, 221-231
IG: 103-1171.6 Age-structure diagrams SE: 208-213, 214-220, 221-231
IG: 103-1172.
2.1 Strategies for sustainability SE: 374-380IG: 183-195
2.2 Case studies SE: 358-360, 361-365, 366-373IG: 183-195
2.3 National policies SE: 358-360, 361-365, 366-373IG: 183-195
3.3.1 Hunger SE: 208-213, 214-220, 221-231, 358-360, 361-365,
366-373IG: 103-117, 183-195
3.2 Disease SE: 208-213, 214-220, 221-231, 358-360, 361-365, 366-373IG: 103-117, 183-195
3.3 Economic effects SE: 208-213, 214-220, 221-231, 358-360, 361-365, 366-373IG: 103-117, 183-195
3.4 Resource use SE: 208-213, 214-220, 221-231, 358-360, 361-365, 366-373IG: 103-117, 183-195
3.5 Habitat destruction SE: 208-213, 214-220, 221-231, 358-360, 361-365, 366-373IG: 103-117, 183-195
IV.A.1.
1.1 Human nutritional requirements SE: 264-267IG: 131-149
1.2 Types of agriculture SE: 281-282, 283-284IG: 131-149
1.3 Green Revolution SE: 285-292IG: 131-149
1.4 Genetic engineering and crop production SE: 273-279IG: 131-149
1.5 Deforestation SE: 346-347IG: 165-182
1.6 Irrigation SE: 346-347IG: 165-182
Impacts of population growth
Land and Water UseAgricultureFeeding a growing population
Population size
1.7 Sustainable agriculture SE: 285-292IG: 131-149
2.2.1 Types of pesticides SE: 268-272
IG: 131-1492.2 Costs and benefits of pesticide use SE: 268-272
IG: 131-1492.3 Integrated pest management SE: 268-272
IG: 131-1492.4 Relevant laws SE: 268-272
IG: 131-149B.1. Tree plantations SE: 331-345
IG: 165-1822. Old growth forests SE: 331-345
IG: 165-1823. Forest fires SE: 331-345
IG: 165-1824. Forest management SE: 331-345
IG: 165-1825. National forests SE: 331-345
IG: 165-182C.1. Overgrazing SE: 331-345
IG: 165-1822. Deforestation SE: 331-345
IG: 165-1823. Desertification SE: 331-345
IG: 165-1824. Rangeland management SE: 331-345
IG: 165-1825. Federal rangelands SE: 331-345
IG: 165-182D.1.
1.1 Planned development SE: 358-360, 361-363, 364-365, 366-373, 374-380
IG: 196-2131.2 Suburban sprawl SE: 358-360, 361-363, 364-365, 366-373, 374-380
IG: 196-2131.3 Urbanization SE: 358-360, 361-363, 364-365, 366-373, 374-380
IG: 196-2132.
2.1 Federal hIG hway system SE: 358-360, 361-363, 364-365, 366-373, 374-380
Urban land development
Transportation infrastructure
Controlling pests
Forestry
Rangelands
Other Land Use
IG: 196-2132.2 Canals and channels SE: 358-360, 361-363, 364-365, 366-373, 374-380
IG: 196-2132.3 Roadless areas SE: 358-360, 361-363, 364-365, 366-373, 374-380
IG: 196-2132.4 Ecosystem impacts SE: 358-360, 361-363, 364-365, 366-373, 374-380
IG: 196-2133.
3.1 Management SE: 348-355IG: 165-182
3.2 Wilderness areas SE: 348-355IG: 165-182
3.3 National parks SE: 348-355IG: 165-182
3.4 Wildlife refuges SE: 348-355IG: 165-182
3.5 Forests SE: 348-355IG: 165-182
3.6 Wetlands SE: 348-355IG: 165-182
4.4.1 Preservation SE: 329-330, 346-347
IG: 165-1824.2 Remediation SE: 329-330, 346-347
IG: 165-1824.3 MitIG ation SE: 329-330, 346-347
IG: 165-1824.4 Restoration SE: 329-330, 346-347
IG: 165-1825. Sustainable land-use strategies SE: 329-330, 346-347
IG: 165-182E.1. Mineral formation SE: 74-76, 77-85
IG: 30-422. Extraction SE: 74-76, 77-85
IG: 30-423. Global reserves SE: 74-76, 77-85
IG: 30-424. Relevant laws and treaties SE: 74-76, 77-85
IG: 30-42F.1. Fishing techniques SE: 457-462
IG: 230-2462. Overfishing SE: 457-462
Mining
Fishing
Public and federal lands
Land conservation options
IG: 230-2463. Aquaculture SE: 283-284
IG: 131-1494. Relevant laws and treaties SE: 463-471
IG: 230-246G.1. Globalization SE: 58-60, 61-68, 69-71, 72-73, 74-76, 77-85
IG: 30-422. World Bank SE: 58-60, 61-68, 69-71, 72-73, 74-76, 77-85
IG: 30-423. Tragedy of the Commons SE: 58-60, 61-68, 69-71, 72-73, 74-76, 77-85
IG: 30-424. Relevant laws and treaties SE: 58-60, 61-68, 69-71, 72-73, 74-76, 77-85
IG: 30-42V.A.1. Energy forms SE: 543-545, 546-548, 549-550, 551-557, 558, 574-
587, 588-594, 595-601IG: 280-296, 297-312
2. Power SE: 543-545, 546-548, 549-550, 551-557, 558, 574-587, 588-594, 595-601IG: 280-296, 297-312
3. Units SE: 543-545, 546-548, 549-550, 551-557, 558, 574-587, 588-594, 595-601IG: 280-296, 297-312
4. Conversions SE: 543-545, 546-548, 549-550, 551-557, 558, 574-587, 588-594, 595-601IG: 280-296, 297-312
5. Laws of Thermodynamics SE: 543-545, 546-548, 549-550, 551-557, 558, 574-587, 588-594, 595-601IG: 280-296, 297-312
B.1.
1.1 Industrial Revolution SE: 559-561, 562-564, 565-571IG: 280-296
1.2 Exponential growth SE: 559-561, 562-564, 565-571IG: 280-296
1.3 Energy crisis SE: 559-561, 562-564, 565-571IG: 280-296
2. Present global energy use SE: 559-561, 562-564, 565-571IG: 280-296
3. Future energy needs SE: 559-561, 562-564, 565-571IG: 280-296
C.1. Formation of coal, oil, and natural gas SE: 546-548, 549-550, 551-553, 554-557, 558
IG: 280-2962. Extraction/purification methods SE: 546-548, 549-550, 551-553, 554-557, 558
Energy concepts
Energy ConsumptionHistory
Fossil Fuel Resources and Use
Global Economics
Energy Resources and Consumption
IG: 280-2963. World reserves and global demands SE: 546-548, 549-550, 551-553, 554-557, 558
IG: 280-2964. Synfuels SE: 546-548, 549-550, 551-553, 554-557, 558
IG: 280-2965. Environmental advantages/disadvantages of sources SE: 546-548, 549-550, 551-553, 554-557, 558
IG: 280-296D.1. Nuclear fission process SE: 574-587
IG: 297-3122. Nuclear fuel SE: 574-587
IG: 297-3123. Electricity production SE: 574-587
IG: 297-3124. Nuclear reactor types SE: 574-587
IG: 297-3125. Environmental advantages/disadvantages SE: 574-587
IG: 297-3126. Safety issues SE: 574-587
IG: 297-3127. Radiation and human health SE: 574-587
IG: 297-3128. Radioactive wastes SE: 574-587
IG: 297-3129. Nuclear fusion SE: 574-587
IG: 297-312E.1. Dams SE: 595-601
IG: 297-3122. Flood control SE: 595-601
IG: 297-3123. Salmon SE: 595-601
IG: 297-3124. Silting SE: 595-601
IG: 297-3125. Other impacts SE: 595-601
IG: 297-312F.1. Energy efficiency SE: 565-571
IG: 297-3122. CAFE standards SE: 565-571
IG: 297-3123. Hybrid electric vehicles SE: 565-571
IG: 297-3124. Mass transit SE: 565-571
IG: 297-312
Nuclear Energy
Hydroelectric Power
Energy Conservation
G.1. Solar energy SE: 607-611
IG: 313-3272. Solar electricity SE: 607-611
IG: 313-3273. Hydrogen fuel cells SE: 621-628
IG: 313-3274. Biomass SE: 588-594
IG: 297-3125. Wind energy SE: 612-616
IG: 313-3276. Small-scale hydroelectric SE: 595-601
IG: 297-3127. Ocean waves and tidal energy SE: 620
IG: 313-3278. Geothermal SE: 617-619
IG: 313-3279. Environmental advantages/disadvantages SE: 604-606
IG: 313-327VI.A.1.
1.1 Sources primary and secondary SE: 474-479, 480-493, 495-503IG: 247-261
1.2 Major air pollutants SE: 474-479, 480-493, 495-503IG: 247-261
1.3 Measurement units SE: 474-479, 480-493, 495-503IG: 247-261
1.4 Smog SE: 474-479, 480-493, 495-503IG: 247-261
1.5 Acid deposition causes and effects SE: 474-479, 480-493, 495-503IG: 247-261
1.6 Heat islands and temperature inversions SE: 474-479, 480-493, 495-503IG: 247-261
1.7 Indoor air pollution SE: 474-479, 480-493, 495-503IG: 247-261
1.8 Remediation and reduction strategies SE: 474-479, 480-493, 495-503IG: 247-261
1.9 Clean Air Act and other relevant laws SE: 474-479, 480-493, 495-503IG: 247-261
2.2.1 Sources SE: 495-503
IG: 247-2612.2 Effects SE: 495-503
IG: 247-2612.3 Control Measures SE: 495-503
IG: 247-261
PollutionPollution TypesAir pollution
Noise pollution
Renewable Energy
3.3.1 Types SE: 429-434, 454-456
IG: 214-229, 230-2463.2 Sources, causes, and effects SE: 429-434, 454-456
IG: 214-229, 230-2463.3 Cultural eutrophication SE: 429-434, 454-456
IG: 214-229, 230-2463.4 Groundwater pollution SE: 429-434, 454-456
IG: 214-229, 230-2463.5 Maintaining water quality SE: 429-434, 454-456
IG: 214-229, 230-2463.6 Water purification SE: 435-441
IG: 214-2293.7 Sewage treatment/septic systems SE: 435-441
IG: 214-2293.8 Clean Water Act and other relevant laws SE: 435-441
IG: 214-2294.
4.1 Types SE: 644-645IG: 328-346
4.2 Disposal SE: 644-645IG: 328-346
4.3 Reduction SE: 644-645IG: 328-346
B.1.
1.1 Environmental risk analysis SE: 383-387, 388-396, 397-400IG: 196-213
1.2 Acute and chronic effects SE: 383-387, 388-396, 397-400IG: 196-213
1.3 Dose-response relationships SE: 383-387, 388-396, 397-400IG: 196-213
1.4 Air pollutants SE: 383-387, 388-396, 397-400IG: 196-213
1.5 Smoking and other risks SE: 383-387, 388-396, 397-400IG: 196-213
2.2.1 Types of hazardous waste SE: 646-656
IG: 328-3462.2 Treatment/disposal of hazardous waste SE: 646-656
IG: 328-3462.3 Cleanup of contaminated sites SE: 646-656
IG: 328-3462.4 Biomagnification SE: 646-656
IG: 328-3462.5 Relevant laws SE: 646-656
IG: 328-346
Hazardous chemicals in the environment
Water pollution
Solid waste
Impacts on the Environment and Human HealthHazards to Human Health
C.1. Cost-benefit analysis SE: 669-675
IG: 347-3612. Externalities SE: 669-675
IG: 347-3613. Marginal costs SE: 669-675
IG: 347-3614. Sustainability SE: 669-675
IG: 347-361VII.A.1. Formation of stratospheric ozone SE: 474-479, 480-494
IG: 247-2612. Ultraviolet radiation SE: 474-479, 480-494
IG: 247-2613. Causes of ozone depletion SE: 474-479, 480-494
IG: 247-2614. Effects of ozone depletion SE: 474-479, 480-494
IG: 247-2615. Strategies for reducing ozone depletion SE: 474-479, 480-494
IG: 247-2616. Relevant laws and treaties SE: 474-479, 480-494
IG: 247-261B.1. Greenhouse gases and greenhouse effect SE: 506-511, 512-515, 516-528, 529-539
IG: 262-2792. Impacts and consequences of global warming SE: 506-511, 512-515, 516-528, 529-539
IG: 262-2793. Reducing climate change SE: 506-511, 512-515, 516-528, 529-539
IG: 262-2794. Relevant laws and treaties SE: 506-511, 512-515, 516-528, 529-539
IG: 262-279C.1. Habitat loss; pollution; introduced species; endangered
and extinct speciesSE: 301-309, 310-314, 315-326
IG: 150-1642. Maintenance through conservation SE: 301-309, 310-314, 315-326
IG: 150-1643. Relevant laws and treaties SE: 301-309, 310-314, 315-326
IG: 150-164
Global Warming
Loss of Biodiversity
Economic Impacts
Global ChangeStratospheric Ozone