In the early development of human life on earth, three important steps that were taken are as follows: First, the development of tools enabled human beings more effective control over their environments. Second, the formation of a recognizable and intentional social and political structure served as a powerful stabilizing force for humankind. Third, agriculture provided still more stability for human societies while also ensuring (to a great, if not complete, extent) future growth and additional civilizational developments.
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Early bacteria in Earth's shallow seas played a crucial role in the development of life by producing oxygen through photosynthesis, which helped create an oxygen-rich atmosphere. This oxygenation allowed for the development of more complex life forms that could use oxygen for respiration, leading to further diversification of life on Earth. Additionally, some bacteria formed symbiotic relationships with early eukaryotic cells, eventually giving rise to more complex organisms.
On early Earth, sources of energy included solar energy from the sun, geothermal energy from the planet's interior, and chemical energy from reactions between different elements and compounds. These energy sources contributed to the emergence of life and the development of early organisms.
The moon plays a significant role in stabilizing Earth's rotation and tides, which in turn have influenced the development and evolution of life on Earth. The moon's gravitational pull helps create tides that may have had an impact on the development of early life forms in the ocean.
The collisions between early Earth and smaller protoplanets played a crucial role in shaping the planet's formation and development. These impacts contributed to the accumulation of mass, leading to the growth of Earth, and generated significant heat, which facilitated the melting of materials and the differentiation of the planet's core and mantle. Additionally, some of these collisions are believed to have contributed to the formation of the Moon, particularly the giant impact hypothesis, which suggests that a Mars-sized body collided with Earth, ejecting material that eventually coalesced into the Moon. Overall, these early collisions were fundamental in establishing the conditions necessary for the development of Earth's atmosphere and surface.
what are the two important groups of organsims that appeared during each of the three most recent geolgical eras
Oxygen was important in the early stage of chemistry's development because of the fundamental roles of air (including oxygen) in the life of a human and the process of combustion. The earliest elements defined included air, along with earth, water, and fire.
C) a large impact early in Earth's development.
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Three important things on Earth are water, which sustains life; oxygen, which is essential for breathing; and biodiversity, which supports the health and balance of ecosystems.
Liquids Solids Gases Everything on earth is made of these three elements.
Oxygen was the important element missing in Earth's early atmosphere. It was only produced later by photosynthetic organisms.
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its the same about animals, what is the role of animals in society... but with out humans all the man made things in the world wouldn't be around and nothing would live. And there would be no point in life, humans are the most important things on planet earth.. so the role of human beings in society is everything... the domain the world! All humans have responsibiltys to live on the earth. :D
the first sources of heat was asteroids and meteorites. another sources of heat for the early earth was the contraction of gravity. the third sources of energy for the early earth was radioactivity. hope this helped :)
Ozone layer is very important part. It protects the earth's surface from harmful Uv radiations of the sun.
Early bacteria in Earth's shallow seas played a crucial role in the development of life by producing oxygen through photosynthesis, which helped create an oxygen-rich atmosphere. This oxygenation allowed for the development of more complex life forms that could use oxygen for respiration, leading to further diversification of life on Earth. Additionally, some bacteria formed symbiotic relationships with early eukaryotic cells, eventually giving rise to more complex organisms.