Global warming and climate change/ the ozone layer 3 ( Form 2, Biology )

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A quick true/false quiz on ozone layer destruction and impacts.

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YAKILI LMS

Cameroon

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Global warming and climate change/ the ozone layer 3 ( Form 2, Biology )


Global warming and climate change/ the ozone layer 3 ( Form 2, Biology )Online version A quick true/false quiz on ozone layer destruction and impacts. by YAKILI LMS 1 Ozone layer destruction increases UVB radiation reaching the surface. Yes No 2 Depletion mainly affects high latitude regions first. Yes No 3 Increased UV can reduce coral resilience. Yes No 4 Some materials like polymers degrade faster under higher UV. Yes No 5 All animals are unaffected by UV exposure. Yes No 6 Ozone layer destruction increases UV-B but decreases UV-A equally. Yes No 7 Ground-level (tropospheric) ozone is the same as stratospheric ozone. Yes No 8 Ozone layer protects living organisms from harmful UV rays. Yes No 9 Increased UV can reduce the abundance of surface-dwelling zooplankton. Yes No 10 Ozone depletion can affect aquatic food chains. Yes No 11 Sunscreen use is part of preventive measures against UV damage. Yes No 12 UV radiation does not influence crop yields. Yes No 13 The ozone layer destruction has no impact on marine life. Yes No 14 The ozone layer lies mainly in the stratosphere. Yes No 15 Ozone depletion affects all places equally at all times. Yes No 16 Animals may experience eye damage from UV exposure. Yes No 17 Ozone depletion can lead to changes in precipitation patterns. Yes No 18 Ozone layer damage can affect the rate of evaporation indirectly. Yes No 19 Marine phytoplankton can be affected by UV changes. Yes No 20 Ozone layer can recover if emissions decline. Yes No 21 Ozone destruction is accelerated by sunlight and certain chemicals. Yes No 22 UV radiation can affect sea surface temperature indirectly. Yes No 23 The Antarctic ozone hole is a seasonal phenomenon. Yes No 24 UV radiation can increase the rate of skin aging. Yes No 25 Ozone depletion has contributed to shifts in ecosystem balances. Yes No 26 Ozone layer destruction has a relationship with climate change. Yes No 27 Ozone depletion contributes to DNA damage in organisms. Yes No 28 Chlorofluorocarbons (CFCs) were phased out under international agreements. Yes No 29 The ozone layer is located in the troposphere. Yes No 30 Public awareness campaigns help prevent ozone layer destruction. Yes No 31 The Montreal Protocol helped reduce ozone-depleting substances. Yes No 32 Ozone depletion can harm plant growth and crops. Yes No 33 Some pollutants cause ozone depletion while others are UV-B absorbing. Yes No 34 Ozone layer destruction can increase incidence of cataracts. Yes No 35 Forest health can decline due to increased UV radiation. Yes No 36 Ultraviolet-B radiation can impair photosynthesis. Yes No 37 Prolonged UV exposure can reduce crop yields. Yes No 38 Ozone recovery is a slow process taking decades. Yes No 39 The Montreal Protocol had no effect on ozone-depleting substances. Yes No 40 Citizens cannot do anything to protect the ozone layer. Yes No 41 Higher UVB can cause skin cancer risks in humans. Yes No 42 Ozone layer protection measures are part of environmental health education. Yes No 43 Stratospheric ozone absorbs UV-B and UV-C. Yes No 44 The ozone layer attenuates most UV-C radiation before it reaches the surface. Yes No 45 UV exposure is a factor considered in forestry management. Yes No 46 Ozone depletion can influence the thermal structure of the atmosphere. Yes No 47 Ozone depletion immediately improves climate warming. Yes No 48 The ozone layer is the primary source of Earth's warmth. Yes No 49 The ozone layer is concentrated mainly in the stratosphere, roughly 10–50 km above Earth's surface. Yes No 50 The ozone layer absorbs most of the Sun's ultraviolet B radiation. Yes No

Global warming and climate change/ the ozone layer 3 ( Form 2, Biology )

Yes or No

About this activity

Created by

Download the paper version to play

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Global warming and climate change/ the ozone layer 3 ( Form 2, Biology )Online version

by YAKILI LMS

Ozone layer destruction increases UVB radiation reaching the surface.

Depletion mainly affects high latitude regions first.

Increased UV can reduce coral resilience.

Some materials like polymers degrade faster under higher UV.

All animals are unaffected by UV exposure.

Ozone layer destruction increases UV-B but decreases UV-A equally.

Ground-level (tropospheric) ozone is the same as stratospheric ozone.

Ozone layer protects living organisms from harmful UV rays.

Increased UV can reduce the abundance of surface-dwelling zooplankton.

Ozone depletion can affect aquatic food chains.

Sunscreen use is part of preventive measures against UV damage.

UV radiation does not influence crop yields.

The ozone layer destruction has no impact on marine life.

The ozone layer lies mainly in the stratosphere.

Ozone depletion affects all places equally at all times.

Animals may experience eye damage from UV exposure.

Ozone depletion can lead to changes in precipitation patterns.

Ozone layer damage can affect the rate of evaporation indirectly.

Marine phytoplankton can be affected by UV changes.

Ozone layer can recover if emissions decline.

Ozone destruction is accelerated by sunlight and certain chemicals.

UV radiation can affect sea surface temperature indirectly.

The Antarctic ozone hole is a seasonal phenomenon.

UV radiation can increase the rate of skin aging.

Ozone depletion has contributed to shifts in ecosystem balances.

Ozone layer destruction has a relationship with climate change.

Ozone depletion contributes to DNA damage in organisms.

Chlorofluorocarbons (CFCs) were phased out under international agreements.

The ozone layer is located in the troposphere.

Public awareness campaigns help prevent ozone layer destruction.

The Montreal Protocol helped reduce ozone-depleting substances.

Ozone depletion can harm plant growth and crops.

Some pollutants cause ozone depletion while others are UV-B absorbing.

Ozone layer destruction can increase incidence of cataracts.

Forest health can decline due to increased UV radiation.

Ultraviolet-B radiation can impair photosynthesis.

Prolonged UV exposure can reduce crop yields.

Ozone recovery is a slow process taking decades.

The Montreal Protocol had no effect on ozone-depleting substances.

Citizens cannot do anything to protect the ozone layer.

Higher UVB can cause skin cancer risks in humans.

Ozone layer protection measures are part of environmental health education.

Stratospheric ozone absorbs UV-B and UV-C.

The ozone layer attenuates most UV-C radiation before it reaches the surface.

UV exposure is a factor considered in forestry management.

Ozone depletion can influence the thermal structure of the atmosphere.

Ozone depletion immediately improves climate warming.

The ozone layer is the primary source of Earth's warmth.

The ozone layer is concentrated mainly in the stratosphere, roughly 10–50 km above Earth's surface.

The ozone layer absorbs most of the Sun's ultraviolet B radiation.