Biodiversity and Ecosystem Stability

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Biodiversity and energy flow

Created by

Kristine May Durens

Philippines

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2	TATIN July 3, 2026	% 80	02:30
3	Kristine May Durens July 2, 2026	% 0	00:05

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Froggy Jumps Biodiversity and Ecosystem StabilityOnline version Biodiversity and energy flow by Kristine May Durens 1 Why does high biodiversity help an ecosystem avoid food shortages during disturbances? a It creates multiple energy routes via many species. b It concentrates energy in a single keystone species. c It stops all energy flow to primary producers. 2 What does a diverse ecosystem do when one species declines? a All energy stops flowing. b Only decomposers remain active. c Energy can move through alternative species. 3 Which concept best describes energy moving through many species instead of a single path? a Complex, interconnected pathways b Simple food chain c Energy pyramid only 4 How is a biodiverse system more resilient to shocks? a Fewer trophic levels b Redundant pathways preserve energy flow c Less energy transfer overall 5 What is the main role of producers in energy transfer within biodiversity-rich ecosystems? a Consume consumers first b Store energy without transfer c Capture solar energy and start the food web 6 In a biodiverse community, if a pollinator declines, what can sustain the system? a No effect; food web collapses b Detritivores take over all tasks c Other pollinators or pollination routes 7 Which outcome best reflects the effect of biodiversity on system stability? a Only one producer can support all consumers b Linear energy pyramid is always used c Alternative pathways maintain energy flow 8 What happens to energy pathways when a top predator is removed in a diverse system? a Energy stops at the producers b All herbivores die off c Other species fill the predation role 9 How does biodiversity influence the risk of food shortages in an ecosystem? a It has no effect on energy pathways b It reduces risk by distributing energy demand c It increases risk by competition 10 What concept links biodiversity to stability and energy transfer? a Linear pyramids only b Isolated food chains c Redundant, interconnected pathways

Froggy Jumps

Biodiversity and Ecosystem StabilityOnline version

Biodiversity and energy flow

by Kristine May Durens

Why does high biodiversity help an ecosystem avoid food shortages during disturbances?

It creates multiple energy routes via many species.

It concentrates energy in a single keystone species.

It stops all energy flow to primary producers.

What does a diverse ecosystem do when one species declines?

All energy stops flowing.

Only decomposers remain active.

Energy can move through alternative species.

Which concept best describes energy moving through many species instead of a single path?

Complex, interconnected pathways

Simple food chain

Energy pyramid only

How is a biodiverse system more resilient to shocks?

Fewer trophic levels

Redundant pathways preserve energy flow

Less energy transfer overall

What is the main role of producers in energy transfer within biodiversity-rich ecosystems?

Consume consumers first

Store energy without transfer

Capture solar energy and start the food web

In a biodiverse community, if a pollinator declines, what can sustain the system?

No effect; food web collapses

Detritivores take over all tasks

Other pollinators or pollination routes

Which outcome best reflects the effect of biodiversity on system stability?

Only one producer can support all consumers

Linear energy pyramid is always used

Alternative pathways maintain energy flow

What happens to energy pathways when a top predator is removed in a diverse system?

Energy stops at the producers

All herbivores die off

Other species fill the predation role

How does biodiversity influence the risk of food shortages in an ecosystem?

It has no effect on energy pathways

It reduces risk by distributing energy demand

It increases risk by competition

What concept links biodiversity to stability and energy transfer?

Linear pyramids only

Isolated food chains

Redundant, interconnected pathways

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Biodiversity and Ecosystem Stability

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Biodiversity and Ecosystem StabilityOnline version

by Kristine May Durens

Why does high biodiversity help an ecosystem avoid food shortages during disturbances?

What does a diverse ecosystem do when one species declines?

Which concept best describes energy moving through many species instead of a single path?

How is a biodiverse system more resilient to shocks?

What is the main role of producers in energy transfer within biodiversity-rich ecosystems?

In a biodiverse community, if a pollinator declines, what can sustain the system?

Which outcome best reflects the effect of biodiversity on system stability?

What happens to energy pathways when a top predator is removed in a diverse system?

How does biodiversity influence the risk of food shortages in an ecosystem?

What concept links biodiversity to stability and energy transfer?

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