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A bottle garden creates its own self-sufficient Ecosystem

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A bottle garden creates its own self-sufficient Ecosystem

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the process of photosynthesis makes the ecosystem low maintenance 

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the process of photosynthesis makes the ecosystem low maintenance 

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Plants use ATP from light to store energy.

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Plants use ATP from light to store energy.

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It recycles all of the nutrients and water. 

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It recycles all of the nutrients and water. 

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I knew about gardens like these that can sustain themselves without outside influence.

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I knew about gardens like these that can sustain themselves without outside influence.

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Plants need CO2, Oxygen, water and sunlight.

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Plants need CO2, Oxygen, water and sunlight.

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Process of Photosynthesis
Basic things a plant needs to survive.

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In 1960 David Latimer planted seeds into a glass bottle.

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In 1960 David Latimer planted seeds into a glass bottle.

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I knew about photosynthesis and how the plants use the ATP from the sunlight gives them energy.

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I knew about photosynthesis and how the plants use the ATP from the sunlight gives them energy.

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Are certain plants better to grow in a sealed garden?

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Are certain plants better to grow in a sealed garden?

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The electrons in the water are released with ATP, allowing the electrons to release oxygen.

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The electrons in the water are released with ATP, allowing the electrons to release oxygen.

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Plants go through a process called Photosynthesis

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There are some plants that don't require much water or sunlight to grow, like vines. 

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There are some plants that don't require much water or sunlight to grow, like vines. 

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Partially through the experiment, the man had to add some water. This means he didn't have the correct amount in the first place. Is there a formula to determine exactly what amounts of anything in nature need to be put into the experiment so that it remains self sustaining?

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Partially through the experiment, the man had to add some water. This means he didn't have the correct amount in the first place. Is there a formula to determine exactly what amounts of anything in nature need to be put into the experiment so that it remains self sustaining?

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It is possible to build self-substaining eco-systhems easily.

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Plants don't need as much water as we are usually told

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Plants don't need as much water as we are usually told

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How does The plants store and consume access energy

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How does The plants store and consume access energy

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Chlorophyll is a protein that stores lights as ATP

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Chlorophyll is a protein that stores lights as ATP

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Plants go through a process called photosynthesis.

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Photosynthesis puts moister and oxygen into the air. The water collects at the top and precipitates. 

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Photosynthesis puts moister and oxygen into the air. The water collects at the top and precipitates. 

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Are the nutrient not used up at some point? Could the plant mutate and adopt to different life styles? (Are there several generations in the glass)

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that nature can supoort itself really well, since the bottle hasnt been opened or watered since 1972 

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that nature can supoort itself really well, since the bottle hasnt been opened or watered since 1972 

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How long could the plant go without sunlight?

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How long could the plant go without sunlight?

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rotting leaves create carbon dioxide that the ecosystem uses for nutrition

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rotting leaves create carbon dioxide that the ecosystem uses for nutrition

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It is possible to build a self sustaining eco-system

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the plant mostly needed a source of light to grow 

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the plant mostly needed a source of light to grow 

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are there any seeds/plants that can't be enclosed in a 'container' 

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are there any seeds/plants that can't be enclosed in a 'container' 

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that the plant grew towards the light

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I thought the information about how it could be used in a space station was very interesting. 

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I thought the information about how it could be used in a space station was very interesting. 

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Is the plant still growing? Is it possible to keep growing? 

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Is the plant still growing? Is it possible to keep growing? 

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How long can the plants survive without sunlight?

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How can they perform photosynthesis without water if it is part of the formula?  

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How can they perform photosynthesis without water if it is part of the formula?  

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How would the ecosystem change with less sunlight?

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How would the ecosystem change with less sunlight?

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how long can that plant survive in that glass bottle. is it still growing or has it died?

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how long can that plant survive in that glass bottle. is it still growing or has it died?

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Even though they look very crammed, there is still space between the branches that are free, where the plant has, for some reason, not expanded to. -- Towards the top, the branches get less dense. -- The roots are crammed into one place.

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Even though they look very crammed, there is still space between the branches that are free, where the plant has, for some reason, not expanded to. -- Towards the top, the branches get less dense. -- The roots are crammed into one place.

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The Plant keeps growing and is self-suffitient eventhough is has limited resorces.

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The Plant keeps growing and is self-suffitient eventhough is has limited resorces.

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they look very green and healthy although they are crammed up in a bottle 

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they look very green and healthy although they are crammed up in a bottle 

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The plants are not so close together that some of them are unable to get sunlight.

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The plants are not so close together that some of them are unable to get sunlight.

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Plants have not grown too tall and are not bent over near the top.

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Plants have not grown too tall and are not bent over near the top.

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The plant grows, then dies, and decomposes, and the decomposed plant becomes soil, and the plant grows in the soil, which then dies, etc. It's the circle of life.

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The plant grows, then dies, and decomposes, and the decomposed plant becomes soil, and the plant grows in the soil, which then dies, etc. It's the circle of life.

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The plant keeps growing even though he doesn't do anything to it.

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the same leaves/stems keep growing from the soil

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the same leaves/stems keep growing from the soil

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The leafs filled up the shape of the glass exactly.

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The leafs filled up the shape of the glass exactly.

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There seems to be water vapor condensing on the sides of the glass.

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There seems to be water vapor condensing on the sides of the glass.

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The plant grows as large as it can around the edges of the glass. However, there is still space between the plants leaves and branches.

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The plant grows as large as it can around the edges of the glass. However, there is still space between the plants leaves and branches.

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The plants grows towards the lights and crowd along the wall of the bottle.

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The plants grows towards the lights and crowd along the wall of the bottle.

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Soil/compost, leaves, branched out stems, 

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Soil/compost, leaves, branched out stems, 

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The glass allows the light to get through to the plants

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The glass allows the light to get through to the plants

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Appears to be one type of plant.  All the leaves look the same.

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Appears to be one type of plant.  All the leaves look the same.

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The plant, sunlight (energy), oxygen, carbon dioxide, water, soil

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The plant, sunlight (energy), oxygen, carbon dioxide, water, soil

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Soil, seeds, leafs, glass, sunlight, and moisture. 

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Soil, seeds, leafs, glass, sunlight, and moisture. 

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The rotting plants produce carbon dioxide that the plant needs for nutrition.

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The soil, empty space and green and brown leaves.

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The soil, empty space and green and brown leaves.

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The bottle is domed, which is better for condensation to rain back down onto the plant and faster than if the atrium had a flat top.

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The bottle is domed, which is better for condensation to rain back down onto the plant and faster than if the atrium had a flat top.

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The neck of the bottle is fairly small compared to the rest of the container. This causes the container to be slanted or curved which could allow more sunlight to get through to the plants at the center.

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The neck of the bottle is fairly small compared to the rest of the container. This causes the container to be slanted or curved which could allow more sunlight to get through to the plants at the center.

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The plant appears to be the same type of plant.

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The plant appears to be the same type of plant.

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Due to the structure of the sealed garden, the glass is transparent allowing light to enter and shine on the leaves causing green pigmentation, energy, and cellular respiration.

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Since the bottle that is holding the leaves is shaped this way, then the leaves grow in a certain way in a certain direction

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Since the bottle that is holding the leaves is shaped this way, then the leaves grow in a certain way in a certain direction

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The glass is transparent to allow the light to pass

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The glass is transparent to allow the light to pass

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the container the plant is in makes the vine of leaves coil into itself which (possibly) disrupts its natural shape 

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the container the plant is in makes the vine of leaves coil into itself which (possibly) disrupts its natural shape 

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The Sunlight causes the growth of the plant.

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The Sunlight causes the growth of the plant.

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the plant stores light as ATP for energy 

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the plant stores light as ATP for energy 

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Sealed container, soil, the plant itself, sunlight at times, and water very occasionally 

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Sealed container, soil, the plant itself, sunlight at times, and water very occasionally 

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soil, roots, base of the plants (more dense), top portion of the plants (less dense), glass, sunlight.

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soil, roots, base of the plants (more dense), top portion of the plants (less dense), glass, sunlight.

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Sealed clear container, water, seed-into plants, soil, external source of light, decaying plants, etc.

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Sealed clear container, water, seed-into plants, soil, external source of light, decaying plants, etc.

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Leaves that fall create CO2 in the soil for the plants to use. The light enters the sealed container through the glass. The sphere shape of the container allows the moister in the air to rain down on the plant as water.

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Leaves that fall create CO2 in the soil for the plants to use. The light enters the sealed container through the glass. The sphere shape of the container allows the moister in the air to rain down on the plant as water.

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The glass is widest close to the "ground" where the plant expands the most (most dense)

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The glass is widest close to the "ground" where the plant expands the most (most dense)

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The oxygen graph goes up because
The light graph.....bc
The CO2.... bc

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-My light line remains constant as my plant will no change spots over the next few days so the light measurement will only change when day and night shift.
-My oxygen line goes through average curves which represent the process of photosynthesis and the amounts of oxygen varying in the jar itself.
- My carbon dioxide line goes up and down quickly since during photosynthesis the leaves fall and give the plant co2 and the zig-zag line shows the quick process.

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The light goes up and down becaue the sun comes and goes.
Everytime there is a lot of Oxygen their is little Carbondioxide.
the relationship between oxygen and carbon isinversly porportionate.

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Light: Over the course of 4 days, the light increases during the day and decreases during the night (To improve, I could have drawn the curve more abrupt because I have window shields and let them rise a tiny bit later, because I don't wake up with the sun)
Oxygen: The Plant can only produce oxygen if there is light, so as soon as light comes, the oxygen increases. But it takes a few minutes to take effect, so it rises always a little bit later.
Carbon Dioxid: During the night, there is cellular respiration by the plant so, the oxygen decreases and the CO2 is produced by the plant. In addition, there is a worm (and probably there are many micro animals too) in there, I noticed, it breathes too and if there is no oxygen produced, the oxygen decreases. I hope it is still alive.

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The light changes with the time of day, brightest at noon, darkest at night.
When the plant has more light it will have more energy and be able to do photosynthesis and produce more Oxygen. When it is producing more oxygen it will be producing more carbon dioxide.

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The light goes up and down depending on the time of the day.

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The light goes up and down depending on the time of the day.

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The carbon dioxide goes down as the plant grows because it will absorb the carbon dioxide.

The oxygen levels are increased as the more carbon dioxide is absorbed, the more oxygen will be released.

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oxygen: plant produces the oxygen so the levels will increase
carbon dioxide: the levels decrease because the plant takes it in
light: The levels vary because of the movement of clouds and other variables

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The light goes up and down depending on the time of day

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The light goes up and down depending on the time of day

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The Carbon Dioxide goes down as the plants absorb it

and the oxygen stays constant since the room is sealed