If it was cold, plants wouldn't be able to grow and if it was hot, there would be very little rainfall and humans would die because of dehydration.
YES, earth's position and volcanic activity does affect climate change but out of the whole causes, air pollution is the main culprit, volcanoes spew out CO2 when they erupt along with other greenhouse gases such as sulfuric dioxide and monoxide, methane and others, these greenhouse gases trap the heat from the earth's interior and from the sun thus increasing earth's temperature or a sudden change in climate earth's position also affects climate when the earth is farther from it's normal aphelion a sudden drop in temperature occurs and during nearer from it's normal perihelion, a sudden increase in climatic temperature on earth such as the other planets like Mercury and Venus which have higher surface temperature than earth's since they are near the sun and the planets far from the sun has a lower temperature than earth's, this shows that a planet's position from it's parent star affects it's climate
In a lunar eclipse the Earth is in the middle and blocks the Sun's light from the Moon, so that happens always at Full Moon but not every time. A solar eclipse has the Moon in the middle so it happens at New Moon, but not every time, and the Moon is not big enough to shadow the whole Earth so a solar eclipse is seen only in a strip across the Earth's surface.
Humans are found on all continents of the world, from the Arctic regions to the deserts and tropical rainforests. The distribution of humans is primarily determined by factors such as food availability, climate, and resources needed for survival.
The study of earth that looks at the planet as a whole is called "Earth system science." It focuses on the interactions and interconnectedness of Earth's atmosphere, hydrosphere, geosphere, and biosphere.
A nuclear bomb explosion on Earth would not have any significant direct effects on the solar system as a whole. However, the impact on Earth's environment, climate, and ecosystems could have indirect consequences that may affect the planet's position within the solar system.
Eclips of d sun occurs
one whole earth day will pass
To give a better view of our world as a whole, round and not flat.
If the whole Earth had the same type of climate, it would lead to loss of biodiversity as species that rely on specific climates for survival would struggle to adapt. It could also impact global food production, as crops that require specific conditions to grow may not thrive. Additionally, extreme weather events could become more widespread and severe.
Earth science examples include studying the Earth's atmosphere, climate, and geology. Space science examples include researching planets, stars, galaxies, and the universe as a whole.
Over the Earth as a whole, this could not possibly be true. In one specific region, it could be, but it would be difficult to attribute to a changing climate whether or not that is the cause. Water is constantly cycled through the atmosphere and earth, so there would be about the same amount of it regardless of what the climate does.
Yes, if a person is having the wealth of crore times bill gates money,if he is having the mystical powers of god,or if he is the single king of the whole world or the easiest way to own the whole world is to be happy with what he has.
very cold, of course. you'll experience barely any rain. there will be no sunlight in the whole winter and no night in the summer.
A global effect refers to a phenomenon or impact that has far-reaching consequences on a worldwide scale. This could include events such as climate change, pandemics, economic crises, or geopolitical shifts that affect multiple countries or regions simultaneously. Global effects often require coordinated efforts and cooperation among nations to address.
Whole Earth Discipline was created in 2009.
Whole Earth Review ended in 2003.
Whole Earth Review was created in 1985.