Global Warming

Melting sea ice can lead to rising sea levels, increasing the risk of flooding and erosion in coastal areas. It can also disrupt wildlife habitats and ecosystems that coastal communities rely on for fishing and tourism. Additionally, melting sea ice can contribute to changes in weather patterns and increased storm intensity, posing challenges for coastal infrastructure and communities.

Ozone is a molecule made up of three oxygen atoms. In the stratosphere, ozone helps to absorb and scatter ultraviolet radiation from the sun, which protects life on Earth from harmful effects. However, in the troposphere, ozone is a pollutant that contributes to global warming by trapping heat in the atmosphere.

Global warming is detrimental because it leads to rising temperatures, which can result in severe weather patterns, such as droughts, floods, and hurricanes. These events can disrupt ecosystems, damage infrastructure, and threaten human health. Additionally, global warming is linked to the melting of polar ice caps and the rise of sea levels, which can have long-term impacts on coastal communities and biodiversity.

1. Production of carbon dioxide:

• Combustion of fossil fuels: CxHy + O2 -> CO2 + H2O
• Respiration in living organisms: C6H12O6 + 6O2 -> 6CO2 + 6H2O

2. Consumption of carbon dioxide:

• Photosynthesis in plants: 6CO2 + 6H2O + light energy -> C6H12O6 + 6O2
• Carbonation reaction in oceans: CO2 + H2O -> H2CO3

Carbon absorbs reactant chemicals. In some cases of poisonings eating a bunch of charcoal is a temporary measure in containing the poison before the stomach can be pumped.

Otherwise pure carbon is pretty nonreactive.

Natural changes in the components of earth's climate system and their interactions are the cause of internal climate variability, or "internal forcings." Scientists generally define the five components of earth's climate system to include Atmosphere, hydrosphere, cryosphere, lithosphere (restricted to the surface soils, rocks, and sediments), and biosphere.

Melting the north polar ice cap would raise ocean levels very little, for the same reason ice cubes melting in a glass of water do not overflow the cup. Ice occupies more volume than the water it displaces, which is why it floats. There would be SOME increase from thermal expansion.

The Greenland ice cap would add about seven meters (23 feet) to ocean levels. But when Antarctica melts (perhaps as little as a dozen centuries from now), ocean levels will rise 60 meters. Much of Hawaii is volcanic mountains well above sea level, but of lot of the area would be submerged. Low coastal areas around the world will flood.

Rainbows can bring joy and wonder, brightening our days with their vibrant colors. They also remind us of the beauty of nature and the presence of light after a storm, offering a sense of hope and positivity. Some cultures even view rainbows as symbols of luck or good fortune.

Greenhouse gases, like carbon dioxide, trap heat in the Earth's atmosphere, leading to the warming of the air near the surface. This process is known as the greenhouse effect and is essential for maintaining Earth's temperature within a range suitable for supporting life. However, human activities have increased the concentration of greenhouse gases, contributing to global warming and climate change.

Urban sprawl creates and increases carbon dioxide emissions via more vehicles on the roads. More people means more transportation needed. More vehicles on the road creates more carbon dioxide emissions.

Trees absorb Carbon Dioxide (CO2), remove the carbon and store it, and release the oxygen. Almost half the mass of a tree is carbon.

Trees get most of their mass from water, but they do process a prodigious amount of carbon dioxide over their lifetimes.

If we look at this sugar from a mass standpoint, we see that a large fraction of it is due to the carbon. The fact that carbon has an atomic mass of 12, hydrogen has an atomic mass of 1, and oxygen has an atomic mass of 16 means that 72/180 = 40% of the mass of the sugar molecule comes from carbon. Taking into account the other types of molecules that are found in a tree (proteins, lipids, etc.), we find that about 45% of the dry mass (not including the water) of a tree comes from carbon. In other words, a 100 kilogram log of a tree that has been completely dried contains about 45 kilograms of stored carbon.

The article further finds that those 45 kg of stored carbon are produced from 165 kg of carbon dioxide, meaning that 120 kg of oxygen are produced. According to Wolfram Alpha, these equate to 89,600 L of carbon dioxide and 84,000 L of oxygen!

Incidentally, you're following in promising footsteps asking this question. In the 17th century, Jan Baptist Van Helmont was a careful observer of nature; it can be inferred that from his analysis of data gathered in his experiments suggested he had a concept of the conservation of mass. He performed an experiment to determine where plants get their mass. He grew a willow tree and measured the amount of soil, the weight of the tree and the water he added. After five years the plant had gained about 164 pounds. Since the amount of soil was basically the same as it had been when he started his experiment, he deduced that the tree's weight gain had come from water. Since it had received nothing but water and the soil weighed practically the same as at the beginning, he argued that the increased weight of wood, bark and roots had been formed from water alone. However, this "deduction" is incomplete, as a large proportion of the mass of the tree comes from atmospheric carbon dioxide, which, in conjunction with water, is turned into carbohydrates via photosynthesis.

Human-induced climate change refers to the increase in greenhouse gases in the Earth's atmosphere, primarily from activities like burning fossil fuels for energy, deforestation, and industrial processes. This accumulation of greenhouse gases traps heat in the atmosphere, leading to global warming and other climate-related disruptions, such as rising sea levels, extreme weather events, and shifts in ecosystems.

Australia has imposed a carbon tax, not on its people, but on the major carbon polluters. The tax will be fully used to compensate people for any rising prices, and to fund research and development of renewable energy.

Ammonia, as many other gases, contributes to the "greenhouse effect". The mayor gas known to increase global warming through the greenhouse effect is CO2 (carbon dioxide), and to compare the potential of any given gas to the greenhouse effect, an equivalency is often used. This equivalency comes from the fact that a metric ton of CO2 pollutes the environment; so a metric ton of methane contribute to the greenhouse effect as much as 25 metric tons of CO2 would contribute. So, 1 metric ton of ammonia do as much damage to the planet as "CO2 equivalent of ammonia" metric tons of CO2.

Because if, and only if, enough People realize the IMMINENT and CATASTROPHIC danger inherently facing Us and Speak Out and Up, only then do We Stand A Chance of IMMINENT SURVIVAL!

In other words, people need to understand how dangerous it is if we do nothing about it. We have to speak out loudly and strongly or the human race will not survive!

The temperature of an air mass is mainly determined by the region where it forms. Air masses that form over warm surfaces, like tropical oceans, tend to be warm, while those forming over cold surfaces, like polar regions, tend to be cold. Additionally, the movement of air masses can influence their temperature as they travel to different regions.

A typical car exhaust can contain around 30,000-40,000 parts per million (ppm) of carbon dioxide. The concentration can vary depending on factors like the type of fuel, engine efficiency, and driving conditions.

Gold is a natural material that is typically found in the earth's crust. It is a chemical element with the symbol Au and atomic number 79. While gold can be shaped and processed by humans into different forms and products, its base element is naturally occurring in the environment.

None. Humans only account for less than 2% of all CO2 emissions into th atmosphere. The other 98-99% comes from nature itself such as dying plants and animals, Volcanoes, Weather, natural chemical reations and occurances, (such as methane swamps) and even weather. Lightning, for example, creates what is called Ozone, which is an unstable for of Oxygen (the gas we breathe) that is known to be dense enough to block some wavelengths of light (which started the whole "greenhouse effect" hoax). There is nothing humans that humans have done, are doing, or will ever do that can cause "global warming" or "climate change". More CO2 is released everyday in nature than we release in an entire year. So really, looking at a liberal approach, everything that emits CO2 (whether it being a combustion reaction or not) can theoretically cause "global warming". So technically even your farts are "killing the planet". However there isn't enough CO2 released to actually cause "global warming" (we actually have no real proof it is even happening). So really the answer is: there arent any.

An increase in carbon dioxide in the air contributes to the greenhouse effect, leading to global warming and climate change. This can result in rising global temperatures, more extreme weather events, and changes to ecosystems worldwide.

One example of climate change due to global warming is the melting of glaciers and ice caps, leading to rising sea levels. This can result in coastal flooding, loss of habitat for wildlife, and increased salinity in freshwater sources near coastlines.

1. Carbon dioxide is emitted by burning fossil fuels (coal, oil and natural gas).
2. Methane is emitted by bad farming practices in cattle and rice farming.

The temperature has increased.

The arctic ice caps are melting because of global warming. The strong consensus of climate scientists is that human activities, such as burning fossil fuels, and deforestation, are responsible for gloabal warming. So, yes, humans are responsible for polar ice caps melting.