1. NS 1300 Emergence of Modern Science Earth’s Water

2. Hydrologic Cycle

3. Rivers and Streams Watershed Climate Terrain Rainfall Water always flows downhill

4. Life Cycle of a Meandering River Degradational Stage Tributaries River Channel Balanced Stage Point Bars Levees Flood Plains Aggradational Stage Distributaries Deltas Terminal Stage Stream Piracy

5. Drainage Patterns Dendritic Rectangular Tellis Raidal

6. Erosional Features Meanders Oxbow Lakes Cut Banks Terraces Transgressive Sequences Regressive Sequences

7. Depositional Features in Humid Regions Point Bars Levees Flood Plains Deltas

8. Coastal Erosion Coastal Features are Ephemeral Subsidence Shoreline Erosion Jetties Dikes Sea Walls

9. Depositional Features in Arid Regions Alluvial Fans Bajadas Playa Lakes

10. Groundwater Aquifers Artesian Wells Caves Karst Topography

11. Glaciers Alpine Glaciers Piedmont Glaciers Continental Glaciers

12. Alpine Glaciers Hanging Valleys Cirques Aretes Horns Moraines

13. Continental Glaciers Moraines Lateral Terminal Outwash Plain Drumlins Kettle Lakes

14. Ocean Floor Continental Shelf Continental Slope Submarine Canyons Deep Sea Fans Marginal Plateaus Continental Rise Abyssal Floor Abyssal Plains Abyssal Hills Abyssal Rise Seamounts

15. Ocean Ridge System Mid-Ocean Ridges Rift Valleys

16. Deep Sea Trenches Subduction Zones Back-Arc Basins Clastic Wedges

17. Biological Oceanography Plankton Nekton Diurnal Migration Match-Mismatch Hypothesis Benthos Marine Snow Photic Zone Thermocline

18. Chemical Oceanography Salinity Heat Budget Residence Time

19. Physical Oceanography Thermohaline Circulation AABW ABW Coriolis Effect Currents Gyres

20. Sea Level

21. Quiz 1. T or F, a watershed is the source of a streams water. 2. T or F, subsidence occurs when ground water is removed. 3. T or F, a terminal moraine occurs along the sides of a flowing glacier. 4. T or F, plankton are organisms that can actively swim against a current. 5. T or F, the salt in the oceans comes from the weathering of rocks on land.