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Bombed to bloom - Contenido educativo
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Run! Run! We must make space!
00:00:01
This is not safe! This is not safe!
00:00:03
Faster! Faster! Come on!
00:00:07
We made it! It's okay!
00:00:11
Amazing! Let's keep going.
00:00:17
It's done.
00:00:20
This is a tree of the Boundary of Lobations.
00:00:21
Just a few weeks ago, a war started in our country,
00:00:23
destroying the place we once knew.
00:00:25
Just today, it suddenly reached our place,
00:00:27
causing us to take shelter in this bunker.
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Despite the devastation, our mission is clear.
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We must find new ways to recover the soil of our plants.
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which have been heavily contaminated by destructive materials found in the ancient variant vases.
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With no freshness of soil, there would be no crops, no food, and no future for the worms caused by this conflict.
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This situation is nothing but unfair.
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As scientists, our duty is to solve this problem and find a way to recover the ecosystem we all share.
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It's been three days since the bombing started, yet we still haven't found the answers to our questions.
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The plants are dying, the soil is deteriorating, we have to act fast.
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We must find a solution in order to help our plants and the future of our country.
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Before the war started, we collected some soil samples.
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We measured its pH and equals 10, which is neutral.
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Now, after contamination, it has reached approximately 8.5.
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This change doesn't allow the soil to support plants' life.
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OK, let's start.
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Since getting out is too dangerous
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and we can't get rid of all of our contaminated bomb,
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we decided that the best option was
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to recreate the effects that the bombs have on the surface
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by using ink or gesso.
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The results we have obtained are clear.
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After the exposure, the soil is no longer rich in water,
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which makes the plants' living a little too suffer.
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They resulted in an increase of the pH level.
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Okay, it's on.
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It's currently day five.
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Today, after further research, we identified some substances that could be used as solution,
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for example sodium percarbonate, which helps restore the oxygen levels in the zone, activated
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carbon, which absorbs pollutants, vinegar, and a technique known as very-composed, which
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uses the elements created by earthworms from the waste of the soil.
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Now we're testing three different combinations to see which treatment works the best.
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The first one, bismuth, won't be exposed to any chemicals and it will be watered as
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normal.
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Antimony will have ink added to its soil, and arsenic will have gasoline.
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In the Moscow theorem, we will prepare a mixture of ink and gasoline for ink, and we will try to immunise a molecule.
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Let's check if our hypothesis was correct by doing the pH test.
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If the results resemble as the first ones we did, that means that our hypothesis was correct, and we can go on and continue with the last test.
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If they are now higher, then we will have to generate a new hypothesis.
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Now, let's do the pH test.
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We did it! It seems that the survey search must work. In all cases except 9-0-0, it is the ground we tried to minimize, understanding whose soil is now icy.
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Opportunity of 3.5. Now that the pH levels are almost back to normal, we are going to see if the soil is able to grow and sustain life again.
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To profile our theories, we will try to grow grass in the now-rehabilitated soil.
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We are glad to announce that after countless hours of testing and research, we've made it. Our experiment has worked successfully.
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Our team has always been concerned about wash and flora being damaged during it.
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Now, we are going to ask you for one last thing.
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Please, help us spread the word about our results
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and tell as many people as you can
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that there's a way to repair the damage
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and ensure a better future for everyone.
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By putting our minds into practice,
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we can make a difference.
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Thank you so much for everyone who's watching,
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for following our journey,
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and proving to everyone that even after the darkest times,
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life can bloom again.
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- Materias:
- Física
- Etiquetas:
- Concursos
- Niveles educativos:
- ▼ Mostrar / ocultar niveles
- Educación Secundaria Obligatoria
- Ordinaria
- Primer Ciclo
- Primer Curso
- Segundo Curso
- Segundo Ciclo
- Tercer Curso
- Cuarto Curso
- Diversificacion Curricular 1
- Diversificacion Curricular 2
- Primer Ciclo
- Compensatoria
- Ordinaria
- Autor/es:
- 3A
- Subido por:
- Maria Jesús T.
- Licencia:
- Todos los derechos reservados
- Visualizaciones:
- 5
- Fecha:
- 25 de febrero de 2025 - 19:17
- Visibilidad:
- URL
- Centro:
- IES PRINCIPE FELIPE
- Duración:
- 03′ 23″
- Relación de aspecto:
- 16:9 Es el estándar usado por la televisión de alta definición y en varias pantallas, es ancho y normalmente se le suele llamar panorámico o widescreen, aunque todas las relaciones (a excepción de la 1:1) son widescreen. El ángulo de la diagonal es de 29,36°.
- Resolución:
- 1280x724 píxeles
- Tamaño:
- 19.16 MBytes