climate change escape room (part II)

welcom to the- "Ways to Deal with the Climate Crisis" escape room

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In case you forgot, the climate crisis refers to long-term changes in the characteristics of Earth's climate, including temperatures, precipitation, sea levels, and extreme weather events. Most of these changes are primarily caused by human activities, such as the emission of greenhouse gases (like carbon and methane) into the atmosphere, mainly as a result of the use of fossil fuels, agriculture, deforestation, and industry.

In the past escape room (climate change escape room- part I) we’ve traveled with Cristopher around the world and discovered different phenomenons such as melting icebergs and floods which were all caused by the climate change crisis.

The greenhouse effect is essential for human life – when the sun radiates heat to Earth, the role of the greenhouse effect is to retain that heat so it doesn’t freeze, like in space. The gases that help retain the heat are carbon dioxide, methane, and others.

Climate change has several phenomena, such as: rising temperatures, intense rainfall in certain areas and droughts in others, rising sea levels due to melting glaciers, extreme weather events like strong storms, floods, and more.

Due to industrial development, too many greenhouse gases are being released into the air, which leads to increased heat retention – and this is what we call climate change. The retention of heat causes extreme climate changes all over the world, just as we saw in the previous escape room.

so, why has the greenhouse effect been viewed negatively in recent years?

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Using public transportation / bicycles / walking instead of using private car

Consuming less beef – reducing the number of livestock raised, which produce methane and thereby emit greenhouse gases

time for facts:

How can we reduce greenhouse gas emissions into the air?

Proper waste management, such as recycling.

Saving electricity.

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Great job on completing the first room! But now, after we've discovered the phenomenon, we need to understand how to solve it so we can continue to exist here in the world. So, what do you think – do you have any ideas?

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We know you've missed this – click on Christopher's journal

What is energy efficiency?

Energy efficiency is the use of more electricity.

Energy efficiency is the efficient use of energy.

Energy efficiency is energy consumption.

What is energy efficiency?

Energy efficiency is the use of more electricity.

Energy efficiency is the efficient use of energy.

Energy efficiency is energy consumption.

Nice thought, but that's not the correct answer... No worries! You can try again.

try again

correct! You chose the correct answer! 🎉

click to continue

What benefits does energy efficiency provide us?

Energy efficiency allows us to work less and optimize our energy for more important purposes.

Energy efficiency has no benefit; on the contrary, energy efficiency harms the environment by emitting greenhouse gases that trap the sun's heat.

Energy efficiency is energy efficiency. While it contributes to the environment, it makes us think of other solutions that increase costs at the economic level for households, especially in terms of electricity.

Energy efficiency leads to a reduction in greenhouse gases and lowers costs at the economic level for households.

Nice thought, but that's not the correct answer... No worries! You can try again.

try again

correct! You chose the correct answer! 🎉

continue

click to read the continuation of Christopher's journal.

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Well done! You managed to help Mattathias optimize his energy use. 😊♻️

Click on the items in the room that you think could help Mattathias optimize his energy use. 😊♻️

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After Christopher discovered with your help what the phenomenon was, he continued searching for solutions. Click on the journal to read what he wrote.

What is green energy?

Green energy is energy produced from natural sources that are non-renewable but do not pollute or harm the environment.

Green energy is energy produced from natural, renewable sources that do not pollute or harm the environment.

Green energy is energy produced from artificial rather than natural sources, with the goal of preserving renewable natural resources and avoiding harm to them.

Green energy is energy that, after being produced, undergoes a "greening" process—a filtration system that separates green energy from "regular" energy.

After Christopher discovered with your help what the phenomenon was, he continued searching for solutions. Click on the journal to read what he wrote.

What is green energy?

Green energy is energy produced from natural sources that are non-renewable but do not pollute or harm the environment.

Green energy is energy produced from natural, renewable sources that do not pollute or harm the environment.

Green energy is energy produced from artificial rather than natural sources, with the goal of preserving renewable natural resources and avoiding harm to them.

Green energy is energy that, after being produced, undergoes a "greening" process—a filtration system that separates green energy from "regular" energy.

לאחר שמתתיהו גילה בעזרתכם מהי התופעה, הוא המשיך אחר חיפוש הפיתרונות. לחצו על היומן כדי לקרוא את מה שכתב

Nice thought, but that’s not the correct answer… No worries! You can try again. 😊

Back to the question

לאחר שמתתיהו גילה בעזרתכם מהי התופעה, הוא המשיך אחר חיפוש הפיתרונות. לחצו על היומן כדי לקרוא את מה שכתב

Well done! Correct answer. 😊🎉

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And now, it's time for a matching game! 🎉🧠

Choose a card from the top row and then find its matching card from the bottom row! 🎴🧠

tap to start

Good luck! 🍀😊

Sun

Well done! You found the matching pair! 🎉😊

Sun

Generating energy using photovoltaic cells.

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Sun

Giant turbines that convert the movement of the resource into energy.

Incorrect! Click back and try again

Sun

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

Incorrect! Click back and try again

Bioenergy

Bioenergy

Giant turbines that convert the movement of the resource into energy.

Incorrect! Click back and try again

Well done! You found the matching pairs! 🎉😊

Wind

Bioenergy

Giant turbines that convert the movement of the resource into energy.

next

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

Wind

Wind

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

Incorrect! Click back and try again

Well done! You found the matching pairs! 🎉😊

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

Bioenergy

Wind

Giant turbines that convert the movement of the resource into energy.

next

Wind

Wind

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

Incorrect! Click back and try again

Wind

Generating energy using photovoltaic cells.

Incorrect! Click back and try again

Wind

Well done! You found the first pair! 🎉😊

Giant turbines that convert the movement of the resource into energy.

next

Sun

Bioenergy

Bioenergy

Generating energy using photovoltaic cells.

Incorrect! Click back and try again

Sun

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

Incorrect! Click back and try again

Sun

Bioenergy

Well done! You found the matching pairs! 🎉😊

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

Generating energy using photovoltaic cells.

next

Sun

Bioenergy

Well done! You found the matching pairs! 🎉😊

Generating energy using photovoltaic cells.

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

next

Bioenergy

Bioenergy

Generating energy using photovoltaic cells.

Incorrect! Click back and try again

Bioenergy

Giant turbines that convert the movement of the resource into energy.

Incorrect! Click back and try again

Bioenergy

Well done! You found the first pair! 🎉😊

The conversion of organic material into energy through direct combustion, biological decomposition, or a chemical process.

next

Sun

Sun

Giant turbines that convert the movement of the resource into energy.

Incorrect! Click back and try again

Giant turbines that convert the movement of the resource into energy.

Wind

Sun

Well done! You found the matching pair! 🎉😊

Generating energy using photovoltaic cells.

next

Wind

Wind

Generating energy using photovoltaic cells.

Incorrect! Click back and try again

Wind

Sun

Well done! You found the matching pairs! 🎉😊

Giant turbines that convert the movement of the resource into energy.

Generating energy using photovoltaic cells.

next

Well done! You successfully completed the escape room! 🎉🔑😊

לאחר שחקרתי קצת על הנושא, למדתי שניתן לצמצם את הפגיעה הסביבתית ופליטית גזי חממה גם כשאנו משתמשים באנרגיה, אך באנרגיה ירוקה!

nice tought, but it wont help optimize energy.

My dear journal, I researched and read a bit, and everywhere I look, it's said that one of the prominent solutions to the climate crisis is energy efficiency, but what does that even mean?!

I understand that energy efficiency means using energy more effectively—meaning that if I can complete the same task while using less energy, it is more efficient and results in lower greenhouse gas emissions. But how can I save energy?

After I did some research on the topic, I learned that it is possible to reduce environmental damage and greenhouse gas emissions even when we use energy, but with green energy!

לאחר שחקרתי קצת על הנושא, למדתי שניתן לצמצם את הפגיעה הסביבתית ופליטית גזי חממה גם כשאנו משתמשים באנרגיה, אך באנרגיה ירוקה!

לאחר שחקרתי קצת על הנושא, למדתי שניתן לצמצם את הפגיעה הסביבתית ופליטית גזי חממה גם כשאנו משתמשים באנרגיה, אך באנרגיה ירוקה!