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Eco Shootout

An interactive Regents Biology review game centered around keystone species, habitat fragmentation, and biomass pyramids. Students solve and annotate challenging Regents-style questions, collaborate in teams, and shoot for points in a high-energy classroom game.

CBCharlotte Beckel

Eco Shootout

An interactive Regents Biology review game centered around keystone species, habitat fragmentation, and biomass pyramids. Students solve and annotate challenging Regents-style questions, collaborate in teams, and shoot for points in a high-energy classroom game.

CBCharlotte Beckel

A

Gene flow between isolated animal populations decreases, reducing genetic variation over generations.

B

Ecotones are completely eliminated, leaving animals with fewer predator escape vectors.

C

Invasive weed species migrate directly to higher canopy layers, starving native mosses of sunlight.

D

Saprotrophic bacteria cease cellular respiration entirely due to increased local exhaust fumes.

Defining "Gene Flow" & Isolating Barriers:

Solution Modeling (Corridors / Mitigations):

Explain how wildlife corridors preserve genetic variation...

COURT CONFERENCE STRATEGY (PHASE 2)

Consensus and Mistakes Corrected:

Key Concepts Confirmed:

Keystone balance (Otters-Urchins)

10% Metabolic Loss rule verified

Barrier-induced Speciation/Loss

Post-Game Decomposing Reflection

Identify the single concept from today's game that you struggled with or corrected. What biological rule will you study to secure full points on the final Regents exam?

Playbook Core Standards: Gene fragmentation & Genetic biodiversity stability Page 2 of 2

Team 4

Playbook Core Standards: Facilitation & live classroom scoring mechanics Page 1 of 2

ECO SHOOTOUT TEACHER COMPANION Detailed Answer Key & Misconception Brief

ROUND 1 KEY: THE KEYSTONE SAVIOR (Sea Otters / Urchins)

CORRECT: B

Biological Justification: Sea otters keep herbivore populations (sea urchins) in check. Removing the otters leads to an immediate population explosion of sea urchins, which overgraze kelp holdfasts, destroying the forest.

Common Regents Misconceptions:
• Students often choose (A) because they believe "removing any species" automatically opens a niche and lets other predators occupy it. Explain that removing a keystone species causes trophic cascades that degrade the structural integrity and biodiversity of the entire ecosystem.

ROUND 2 KEY: THE BIOMASS BOTTLENECK (Pyramids / Energy Law)

CORRECT: B

Biological Justification: The Second Law of Thermodynamics rules food chains. About 90% of energy at each level is wasted as heat during cellular respiration, excretion, or remains uneaten. Only 10% is stored as biomass to be passed up.

Common Regents Misconceptions:
• Students think energy is "destroyed" (violating Conservation of Energy) rather than lost as heat.
• Students confuse the decomposer role, believing they return energy to tertiary predators (A). Remind them that decomposers recycle matter/nutrients, not energy.

ROUND 3 KEY: FRACTURED HABITATS (Forest / Fragmentation)

CORRECT: A

Biological Justification: Installing physical barriers (like highways) isolates animal subgroups. If they cannot cross to mate, gene flow decreases. This locks populations into genetic isolation, promoting inbreeding and reducing genetic variation.

Common Regents Misconceptions:
• Students struggle with the term "gene flow" and often choose simpler mechanical options (C). Remind them that genetic diversity is essential for adaptation; fragmented habitats lead to isolation, genetic drift, and localized extinction.

Playbook Core Standards: Regents Ecology curriculum alignments Page 2 of 2

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