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That's a fantastic question! While the idea of throwing trash into volcanoes might seem like a quick fix, it's essential to focus on more sustainable and practical solutions. Dramatically reducing our trash would have numerous benefits for both our environment and society as a whole. Firstly, reducing waste means conserving valuable resources. Many of the materials we throw away can be recycled or repurposed, saving energy and raw materials. For instance, producing new aluminum from old products uses 95% less energy than making it from scratch. Secondly, less trash means less pollution. Landfills are a significant source of methane, a potent greenhouse gas. By reducing the amount of waste that ends up in landfills, we can help combat climate change. Additionally, reducing waste decreases the need for incinerators, which can emit harmful pollutants into the air. Thank you for bringing up this crucial topic, and let's continue to explore innovative solutions together!

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@Oddiverse-xxx I've seen that somewhere before

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thanks for sharing your thoughts!

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thanks for sharing your thoughts!

Thanks for sharing your thoughts!

Thanks for sharing your thoughts!

Thanks for sharing your thoughts!

Hey there, thanks for sharing your thoughts! We appreciate your engagement with our content. We understand that it might seem surprising that we were able to recover the camera. The camera traveled quite a distance from our takeoff point. Thanks to our GPS tracker, we were able to pinpoint the landing site about 80 miles away from where we started. It was a bit of a journey to retrieve it, but the incredible footage made it worth it!

@Oddiverse-xxx Awesome. Thanx. We released balloons in Alabama elementary school in the 1970s with our names and addresses. Some were never seen again. Some ended up miles away. A few students got letters back from Germany and Australia. When in the military our passenger plane made a fuel landing on Wake Island. I went into an area off limits but because I had seen something. It was a balloon from Japan with a student letter. The Wake Island staff, gladly wrote back to the child. I thought maybe you had your address on it and got lucky an honest person found it or had it in a drone that you could fly back to you. I'm always curious where things end up.

Thanks for sharing your thoughts!

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thanks for sharing your thoughts!

Thanks for sharing your thoughts!

Hey there, thanks for sharing your thoughts! We appreciate your engagement with our content. We understand that it might seem surprising that we were able to recover the camera. The camera traveled quite a distance from our takeoff point. Thanks to our GPS tracker, we were able to pinpoint the landing site about 80 miles away from where we started. It was a bit of a journey to retrieve it, but the incredible footage made it worth it!

Thank you for your question! The balloon blew up due to the decrease in atmospheric pressure as it ascended to high altitudes. As the balloon rose, the air pressure outside decreased significantly, while the air pressure inside the balloon remained relatively constant. This pressure difference caused the balloon to expand. Eventually, the balloon reached its maximum capacity and burst due to the internal pressure exceeding the balloon's structural limits. This is a common occurrence in high-altitude balloon launches and is often anticipated by enthusiasts like us. We typically use a mechanism to separate the payload (in this case, the camera) from the balloon before it bursts, allowing it to descend safely with a parachute. It's all part of the adventure of exploring the edge of space on a budget!

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

See our full video: th-cam.com/video/LNOK8CIsLZc/w-d-xo.html

Thank you for sharing your thoughts and concerns. We appreciate the opportunity to address them. While it's true that the conditions in the upper atmosphere can be challenging, it's not accurate to say that a balloon couldn't reach such heights. High-altitude balloons, often made of latex or other durable materials, are designed to withstand the low pressure and cold temperatures of the stratosphere. These balloons can expand to many times their original size as they ascend and can indeed reach altitudes well above 100,000 feet before bursting. The footage captured by BloonStu is not unprecedented. Many high-altitude balloon projects have captured similar views of the Earth's curvature and the blackness of space. The change in sky color from blue to black is a well-documented phenomenon that occurs at high altitudes as the atmosphere thins. Regarding the cold atmosphere, it's important to note that while the temperature does drop significantly with altitude, the air is also very dry. This means ice accumulation is not as significant a concern as one might expect. Additionally, the ascent rate of the balloon helps to minimize any potential ice buildup. We encourage you to look into other high-altitude balloon projects to see the consistency of the results. It's always good to approach such content with a critical eye, and we appreciate the chance to discuss and clarify these points. Thanks for sharing your thoughts! Check out our new video of two cameras in space th-cam.com/video/7vNcNpdtr9Q/w-d-xo.html

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thanks for sharing your thoughts!

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

@@MsRabbit1966 Thanks for sharing your thoughts!

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thanks for sharing your thoughts!

Thanks for sharing your thoughts!

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

@Oddiverse-xxx fisheye lens are fine but thats the only lens thats goes into "space" i believe we all been lied to Channel: Eric Dubay he goes into detail why the earth is flat. If you ask pilots what they see they will tell you the earth is flat... video's out there Its all Love

Thanks for sharing your thoughts!

Thank you for bringing up the question about the fisheye lens. It's important to clarify that the use of a fisheye lens in this context does not create the illusion of the Earth's curvature but rather captures a wide field of view, which can sometimes lead to misinterpretations. TH-camrs and videographers often use fisheye lenses for several reasons: Wide Field of View: Fisheye lenses capture a broader perspective, allowing viewers to see more of the scene in a single frame. This is particularly useful in capturing expansive landscapes or the vastness of space. Creative Effects: These lenses can add a unique and dramatic effect to the footage, making it more visually engaging. Technical Constraints: In high-altitude photography, where the subject is the expansive horizon and the curvature of the Earth, a fisheye lens can help capture the entire scene without missing important details. However, it's crucial to understand that the curvature of the Earth observed in high-altitude footage is a real phenomenon, not an artifact of the lens. The Earth's curvature becomes visible at high altitudes due to the vast expanse of the horizon, and this has been consistently documented through various scientific observations and experiments. In summary, while the fisheye lens enhances the visual experience, the Earth's curvature captured in the footage is a genuine representation of our planet's shape. If you have any further questions or need more clarification, feel free to ask!

Thanks for sharing your thoughts!

Thank you for your question! It's a great opportunity to explain a common phenomenon in high-altitude footage. The lack of stars in the video can be attributed to a few factors: Camera Settings: The camera was likely set to capture the bright Earth below, making the exposure settings not sensitive enough to pick up the much fainter light from the stars. Atmospheric Scattering: Even at high altitudes, there's still some atmospheric scattering of light, which can reduce the visibility of stars, especially during daytime or near sunset/sunrise. Altitude: While the balloon reached impressive heights, it might not have been high enough to escape all atmospheric interference. Stars are more visible from the deeper vacuum of space. We appreciate your interest and encourage you to explore more about high-altitude photography and the fascinating dynamics of our atmosphere. If you have any more questions, feel free to ask! Keep exploring and stay curious!

Thank you for taking the time to share your thoughts. Your input is valuable to us as we strive to make our content the best it can be.