APES Final Review

Fall Semester 2006

 

The first ever CPS APES final exam will include all of the material in chapters 1-14 in Botkin and Keller, plus additional topics and readings that weÕve done in class. There will be roughly 30 multiple choice questions and 4 free response questions. These questions will be drawn from a variety of sources – the questions at the end of the chapters in Botkin, and in the online quizzes that come with the text, old AP Environmental Science tests, etc. I suggest using the review materials that come with your text to get practice in actually answering questions, since we havenÕt had that many tests and quizzes this semester.

 

The final will be curved, and will represent approximately 20% of your final grade.

 

Topics:

The Scientific Method

Characteristics of Environmental Problems

Amphibian Decline

            Extent of problem

            Significance

            Possible Causes

Populations

            Definitions in Text

            Logistic and exponential growth

            Birth rate terms (box in text)

            Age structure – types and significance

            Ecological Footprint – significance with respect to carrying capactity

            Demographic transition model

Systems – open/closed etc

Feedbacks – positive and negative

Biogeochemical Cycles: major pathways, rates of cycling, impacts of humans

            Hydrologic

            Tectonic

            Carbon

            Nitrogen

            Phosphorous

            Sulfur

Ecosystems and Communities

            Ecosystem Services

            Primary Productivity

                        Gross and net

                        Global patterns

                        Significance with respect to carbon cycle and food webs

            Thermodynamics

                        Trophic efficiency

            Pros and cons of eating lower on the food chain

            Food Webs

                        Connectance

                        Top-down, bottom-up

                        Trophic cascades

                        Coevolution

                        Significance for resource conservation and management

            Mercury and biomagnification

            Disturbance

                        Examples

                        Intermediate Disturbance Hypothesis

                        Significance in natural systems – Yellowstone fires

                        SarahÕs work with frogs – timing of pulsed flows

            Succession

                        Primary

                        Secondary

                        Habitat heterogeneity

                        Climax communities

            Ecosystem Restoration

                        Major issues

           

Biodiversity

            Types of Biodiversity

            Where does it come from?

            History of Biodiversity

                        Precambrian

                        Cambrian Explosion

                        Major milestones in geologic time

            Major Extinctions

                        When

                        What potential causes

                        What groups most impacted

            Values of Biodiversity

            Threats to Biodiversity

            Case Studies

 

Managing Biodiversity

            Island Biogeography (Ecological Islands)

            Fragmentation

            Species-Area Relationships

            Edge Effects

            Forest management issues (as an example of larger issues)

 

Endangered Species

            Endangered Species Act

            Characteristics of endangered species

            Managing genetic diversity in captive populations