I learned that my carbon footprint is heavily impacted by travel, and I still wonder how much of the Co2 released is because of travelling

add solar panels to the top of school buildings to reduce carbon output.

We need to implement Solar wrap technology—ultra-thin, flexible solar film that can be wrapped around skyscrapers, paved into sidewalks, and even built into the windows of our school. This would turn every city into a self-sustaining battery. Imagine if your school building produced enough energy not just for its own lights, but to power the neighborhood around it. We wouldn’t need massive, polluting power plants miles away.

Hi, so I do not fully agree with your point of view. I don't think that solar wrap technology and the creation of new solar films would be an effective solution to reduce carbon emissions.

Indeed, the issue of the already existing solar panels is that they pollute a lot when they are worn out. Indeed, they only last for several years before they have to be replaced. Then, most of the solar panels components are not recycled, thus creating pollution.

Therefore, I think that these solar films could have the same issue like the solar panels. So I do not think that what you propose is a sustainable solution.

The real problem here, is whether we change or not our ways of consuming.

I learned that food has a big impact on my carbon footprint, especially when eating meat. I think I can reduce it by eating more plant-based meals. This could also help reduce world hunger if food is used more efficiently instead of feeding animals.

I learned that eating a lot of meat can increase carbon footprint. This made me think about my own diet. I don’t need to stop eating meat completely, but I can eat less of it. I can also eat more vegetables and plant-based food. Another important thing is to not waste food. Because when we throw away food, it also harms the environment. I think small changes in what we eat can help reduce our carbon footprint over time.

My big idea is to turn school hallways and cafeteria walls into vertical farms. Most of the food we eat in the cafeteria is trucked in from hundreds of miles away, which creates a massive carbon footprint just for one lunch.

If we grew our own vegetables like lettuce, tomatoes, and herbs right on the school walls, the "food miles" would basically be zero. These gardens use 95% less water than regular farming and don't need pesticides. Plus, having thousands of plants inside the building would act like a massive "carbon sponge," cleaning the air we breathe while we’re in class. It’s a way to make the school self-sufficient and cut down on waste at the same time.

At my school especially, I have noticed there has been a mass overconsumption of paper, and that the paper has not even been fully used. This causes unnecessary de-forestation of tress and more garbage (if not recycled) pollution, which leads to more co2 emmision. A step we can take to fix this would be to collect all paper at school every so often and do recyling paper projects, especially in art classes. In the class students would 1) break down the paper to pulp using and reusing water, 2) make a flat or whatever shape intended paper 3) let it dry, for schools to make their own recycled paper, reducing co2 emission and ensuring a full recycling process, rather than "accidental" littering.

Deforestation leads to the loss of biodiversity and contributes to climate change. Many plants and animals will lose their natural habitat. Trees stabilizes soil and regulating water cycles. Removing it raises the risk of flooding. Deforestation is caused by agricultural expansion, urban expansion and infrastructure development. To prevent this from happening the government can create strict laws to protect forests.
Sources:https://forestry.com/environmental-impact/climate-change/devastating-effects-of-deforestation-on-our-environment/

I completely agree, the government needs to act now if we want to prevent the environmental crisis from getting any worse. Governments around the world could implement laws in order to protect the forests. These could include: Making all parks open to the public and unavailable for big corporations to purchase. Banning all open fires during the dry season and not allowing anything that could combust in the area. And putting regulations on how much land each company can own.

Solar panels are good for the environment because they produce energy with no air pollution or greenhouse gas emissions, and they  reduce the need for fossil fuels. This helps not contribute to climate change, improves air quality, saves  water, and reduces the environmental impact associated with extracting and burning fossil fuels.

Solar panels should be the primary source of energy. I remember in 8th grade we watched a documentary about sources of energy and there was one part in particular that I found shocking. If we covered around a fifth of Nevada in just solar panels we could power the whole country with just the sun. I know that there are pros and cons to this, like money, or resources, but in the long run solar panels will be better for the environment. I also know that we can just build so many solar panels in Nevada, but my point is,America is much larger than Nevada which means there is a lot more empty space than just there,spreading out the solar panels would be beneficial for multiple reasons, people might think placing a bunch of solar panels in Nevada would be bad because they want to keep the land free of technology and keep that area a technology free zone and just nature so spreading them out can preserve some of the lands natural beauty, and if you spread the panels out you have a bigger chance of sunlight. Having all the solar panels in one place would be a stupid move,spreading them out gives you a bigger chance of the suns light.

According to the World Nuclear Association, over 40% of CO2 emissions are caused by the burning of fossil fuels for electricity. The effect of electricity on carbon footprinting is immense. Small actions such as forgetting to turn off the lights, resulting in it being left on for hours at a time can devastate energy resources. DarkSky International states that nearly 30% of lighting outside in the US goes to waste partially due to the lack of shielding. To avoid these problems, LED lights should be used because they save energy, especially in cases where light needs to be left on for prolonged periods of time. On top of this, the use of sensors should become more common because sensors have the ability to detect the presence of someone. It will detect movement and turn on, and will go off when there can't sense any movement in the room.

I completely agree with you! The use of LEDs would be a great way to save energy, considering their long life spans and energy efficiency. On top of that containing the excess light would also help the world with it’s light pollution crisis (which is why we can’t see stars that often anymore). The use of sensors is a great idea to save energy, and has been implemented in many locations globally, we could use the same technology to save energy on long roads, and freeways at night with long distance sensors.

A huge chunk of our items be it clothing, sofas, etc. are made of leather. According to Carbonfact and ACS Publications, the process holds multiple chemical and mechanical processes to make them fancy.  From tanning methods, to waste management. This can be reduced by starting to make our own leather clothing, by possibly salvaging some from roadkill, like the millions of deer that die.

visualizing a future without constraints, and understanding that your attitude and belief are more impactful than your current circumstances or intelligence.

I forgot to put my sources:

https://www.carbonfact.com/blog/knowled … bon-impact

I believe that the majority of a person's carbon footprint comes from the usage of gas powered vehicles such as road vehicles (passenger cars and light-duty trucks) and airplanes. It is generally one of the several primary sources, alongside household energy consumption, food/dietary choices, and the consumption of goods and services. Switching to electric Transportation significantly reduces carbon footprint and is crucial for combating climate change as a community. Tailpipe emissions (released from exhaust pipe when fuel is burned) aren't produced when electric vehicles are being operated. Beyond climate benefits, eliminating these tailpipe emissions improves local air quality, leading to overall better health outcomes and less respiratory and cardiovascular problems in the community. Adopting electric modes of transportation (Tesla, Chevrolet Bolt, etc) is a necessary step towards achieving net-zero emissions and preventing the worst impacts of climate change.