AP Success - AP Biology Conceptual Analysis: Evolution - Species Classification
In the Amazon rainforest, a new species of tree frog has been discovered. The species, which scientists have named Hyla amazonica, is visually similar to another species, Hyla cinerea, but has a distinct call and different mating behavior.
Question 1
Short answer
Describe the role of reproductive isolation in the classification of these two species of tree frogs.
Question 2
Short answer
The distinct call of Hyla amazonica is only heard during the rainy season. Explain how the different mating behaviors of Hyla amazonica and Hyla cinerea contribute to their species classification.
Question 3
Short answer
If the Amazon rainforest experiences a significant increase in rainfall over the next decade, predict the possible impact on the classification of Hyla amazonica and Hyla cinerea.
Question 4
Short answer
Scientists claim that despite their visual similarities, Hyla amazonica and Hyla cinerea are distinct species. Provide reasoning to justify their claim.
Teach with AI superpowers
Why teachers love Class Companion
Import assignments to get started in no time.
Create your own rubric to customize the AI feedback to your liking.
Overrule the AI feedback if a student disputes.
Other Biology Assignments
Aerobic RespirationAnalyzing Hormone Signaling in CellsAP Biology: Cellular Structure and Organelle FunctionsAP Success - AP Biology Conceptual Analysis: Energetics - Cell StructureAP Success - AP Biology Conceptual Analysis: Energetics - Cellular RespirationAP Success - AP Biology Conceptual Analysis: Energetics - Immune ResponseAP Success - AP Biology Conceptual Analysis: Energetics in Cold-Adapted BacteriaAP Success - AP Biology Conceptual Analysis: Energetics - PhotosynthesisAP Success - AP Biology Conceptual Analysis: Energetics - Thermodynamics and HomeostasisAP Success - AP Biology Conceptual Analysis: Evolution - Biodiversity and EcosystemsAP Success - AP Biology Conceptual Analysis: Evolution - GeneticsAP Success - AP Biology Conceptual Analysis: Evolution - Mathematical Modeling of PopulationsAP Success - AP Biology Conceptual Analysis: Evolution - Natural SelectionAP Success - AP Biology Conceptual Analysis: Evolution - Origins of Cell CompartmentalizationAP Success - AP Biology Conceptual Analysis: Info Storage & Transfer -Cell CommsAP Success - AP Biology Conceptual Analysis: Info Storage & Transfer - Cell Cycle (Mitosis & Meiosis)AP Success - AP Biology Conceptual Analysis: Info Storage & Transfer - DNA, RNA, and Gene ExpressionAP Success - AP Biology Conceptual Analysis: Info Storage & Transfer - EndocrineAP Success - AP Biology Conceptual Analysis: Info Storage & Transfer - NervousAP Success - AP Biology Conceptual Analysis: Info Storage & Transfer - VirusesAP Success - AP Biology Conceptual Analysis: Systems Interact - CirculatoryAP Success - AP Biology Conceptual Analysis: Systems Interact - DigestionAP Success - AP Biology Conceptual Analysis: Systems Interact - EcologyAP Success - AP Biology Conceptual Analysis: Systems Interact - EnzymesAP Success - AP Biology Conceptual Analysis: Systems Interact - MusculoskeletalAP Success - AP Biology Conceptual Analysis: Systems Interact - Plant StructureAssignment 1Biodiversity and Cancer Drug DiscoveryBiology - Lab Journal - Yeast MetabolismCell DifferentiationCell Membrane and Transport MechanismsCellular Components and Energy UtilizationCharacteristics of Biological KingdomsDNA - structure and function reviewEcology and Human Impact ReviewEcology AssignmentEnergy Flow in Grassland EcosystemsEnergy Transfer in EcosystemsEnzymesEvidence of Evolution Writing AssignmentEvolution of Galapagos FinchesExploring the Basics of Biology: A 7th Grade AdventureFrom One to the NextGATTACA Project: The relationship between ethics and genesImmune SystemImmune System BJanuary 2024 Living Environment Regents Written ResponseLab: Catalase enzyme activityMathematics Practice Questions