Earth

OH THIS NEEDS MORE WORK 2024 **PLS JOIN ARE GROUP**

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GODS CREATIONS 2024

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## Earth ( HOME OF LIFE )

* Normal
* Symbol

## Observation

### **Const. (Constellation)**

SATELLITE OBSERVATIONSStill image of the Earth from the video "2023 Satellite Imagery: A Year in Review."Top NOAA satellite images of 2023: Hurricanes, wildfires, volcanoes and moreWEATHER SAFETYIf you're thinking about driving in winter weather, you'll want to watch our Sneaky Winter Hazards videos on YouTube at https://youtu.be/te2S9YvD7Io.Winter driving: Watch out for these 4 'sneaky' hazardsFISHERIESThe tiny Antarctic field camp at Cape Shirreff on a sunny day and bluish skies with tall, snowy Antarctic mountains in the background.Sheltering science at the end of the Earth, part 3: Life outside of work

### **Apparent mag. (magnitude)**

NOAA logoNational Oceanic and Atmospheric AdministrationU.S. Department of CommerceEnter Search TermsSearch NOAA sitesBreadcrumbHomeOcean & CoastsNOAANOAA’s National Ocean Service is positioning America’s coastal communities for the futureLATEST FEATURES

## Properties

### **Spectral class**

H2O Earth's transmission spectrum from lunar eclipse observations | NatureEarth's transmission spectrum from lunar eclipse observations | Nature

### **Morphology**

Earth's transmission spectrum from lunar eclipse observations | Nature

### **Absolute mag. (magnitude)**

Transparency Seal
Last modified on August 4, 2023TransSealSECTION 104 OF REPUBLIC ACT 11639 OR THE GENERAL APPROPRIATIONS ACT (GAA) FOR FY 2023“To enhance transparency and enforce accountability, all agencies of the government shall maintain a Transparency Seal to be posted on their websites. The Transparency Seal shall contain the following: (i) the agency’s mandates and functions, names of its officials with their position and designation, and contact information; (ii) approved budgets and corresponding targets, immediately upon approval of this Act; (iii) modifications made pursuant to the general and special provisions in this Act; (iv) annual procurement plan/s and contracts awarded with the winning supplier, contractor or consultant; (v) major activities or projects and their target beneficiaries; (vi) status of implementation, evaluation or assessment reports of said programs or projects; (vii) Budget and Financial Accountability Reports; (viii) Updated People’s Freedom of Information (FOI) Manual signed by head of agency, Updated One-Page FOI Manual and Agency FOI Reports; and (ix) annual reports on the status of income authorized by law to be retained or used and be deposited outside of the National Treasury, which shall include the legal basis for its retention or use, the beginning balance, income collected and its sources, expenditures, and ending balance for the preceding fiscal year.”

### **Apparent size**

Symbolism“A pearl buried inside a tightly-shut shell is practically worthless. Government information is a pearl, meant to be shared with the public in order to maximize its inherent value. The Transparency Seal, depicted by a pearl shining out of an open shell, is a symbol of a policy shift towards openness in access to government information. On the one hand, it hopes to inspire Filipinos in the civil service to be more open to citizen engagement; on the other, to invite the Filipino citizenry to exercise their right to participate in governance. This initiative is envisioned as a step in the right direction towards solidifying the position of the Philippines as the Pearl of the Orient – a shining example for democratic virtue in the region.”

## Atmosphere

### **Composition**

* Nitrogen (78%)
* Oxygen (20%)
* Water (0.9%)
* Argon (0.9%)
* Other stuff (0.1%)

## Other names

THE HUMAN LIFE HOME GODS CREATIONS LIFE ON EARTH

## Kurzgesagt

### **First appearance**

How Evolution works are first video on 2015

## General Information **about the earth 2024**

The Earth is the third planet from the Sun and the only known astronomical object to support life. This is made possible by the fact that Earth is a water world, the only one in the Solar System with liquid surface water. Almost all of the water on Earth is contained in the global ocean, which covers 70.8% of the Earth's surface. The remaining 29.2% of the Earth's surface is land, the majority of which is in the form of continental landmasses inside one hemisphere, the Earth's land hemisphere. The majority of Earth's surface is moderately humid and vegetated, yet vast sheets of ice in the planet's northern deserts contain more water than groundwater, lakes, rivers, and atmospheric water combined. Earth only has one moon. The Moon is one of the largest in the Solar System, and also the largest moon compared to its host planet. Earth also sometimes capture asteroids and put them in unstable orbits.

### History

Earth, like most other things in the Solar System, emerged from gas in the early Solar System 4.5 billion years ago. The ocean created throughout the first billion years of Earth's existence, and then life developed within it. Life spread over the world, causing changes to the Earth's atmosphere and surface, culminating in the Great Oxidation Event two billion years ago. Humans first appeared in Africa 300,000 years ago and have since expanded to every continent except Antarctica. Humans rely on the biosphere and natural resources on Earth for survival, but they have had an increasing impact on the planet's ecology. Humanity's existing impact on the Earth's climate and biosphere is unsustainable, endangering people and many other kinds of life and causing widespread extinctions most planet

The Solar System's bodies developed and evolved alongside the Sun. In principle, a solar nebula splits a volume out of a molecular cloud through gravitational collapse, causing it to spin and flatten into a circumstellar disk, from which the planets form with the Sun. A nebula is made up of gas, ice grains, and dust (which may contain primordial nuclides). Planetesimals originated by accretion, according to nebular theory, with the primordial Earth requiring between 70 and 100 million years to form

Volcanic activity and outgassing generated the Earth's atmosph

# Radioactive Waste: Various Types and Devastating Effects

shere and oceans. Water and ice from asteroids, protoplanets, and comets condensed into the oceans, supplemented by water vapor from various sources. Water sufficient to fill the oceans may have been on Earth since its formation.  When the freshly formed Sun had only 70% of its current brilliance, atmospheric greenhouse gases stopped the oceans from freezing. The Earth's magnetic field had been developed by 3.5 Ga, which helped to keep the atmosphere from being stripped away by the solar wind.

The Moon's age ranges from 4.5 Ga to much younger. According to one popular theory, it formed by accretion of material loosed from Earth after a Mars-sized asteroid dubbed Theia crashed with Earth. It collided with Earth and some of its mass merged with it. Numerous asteroid impacts during the Late Heavy Bombardment between approximately 4.1 and 3.8 Ga caused profound changes to the broader surface environment of the Moon and, by extension, to that of Earth.

The first solid crust on Earth formed as the molten outer layer of Earth cooled; this crust is assumed to have been mafic in composition. Part of this mafic crust melted to form the first continental crust, which was more felsic in composition. Given that Hadean zircon grains have been found in Eoarchean sedimentary rocks, it is possible that some felsic crust existed as early as 4.4 Ga, or just 140 Ma, after Earth formed. Radiometric dating of continental crust worldwide supports two primary ideas of how this initial tiny volume of continental crust grew to attain its current abundance: an initial rapid growth and a relatively constant growth up to the present.

New continental crust arises as a result of plate tectonics, a process ultimately driven by the constant loss of heat from Earth's interior. Over the duration of hundreds of millions of years, tectonic forces have led regions of continental crust to clump together to form supercontinents that have later torn apart. One of the first known supercontinents, Rodinia, started to fragment at about 750 Ma. Afterwards, about 600–540 Ma, the continents reassembled to form Pannotia, and at 180 Ma, they broke apart again to form Pangaea.

The most recent ice age trend started around 40 million years ago and got stronger around 3 million years ago during the Pleistocene. Since then, there have been numerous cycles of freezing and thawing in high- and middle-latitude regions, occurring roughly every 21,000, 41,000, and 100,000 years. About 11,700 years ago, the Last Glacial Period—also known as the "last ice age"—came to a close, covering most of the continents up to the middle latitudes in ice.

About four billion years ago, chemical interactions produced the first molecules that could replicate themselves. After 500 million years, the final common ancestor of all living things emerged. The development of photosynthesis made it possible for living things to directly absorb solar energy. The resulting molecular oxygen collected in the atmosphere and created an ozone layer in the upper atmosphere as a result of interaction with UV sun radiation.  Complex cells known as eukaryotes developed as a result of smaller cells integrating into larger ones.

As cells within colonies became more specialized, true multicellular creatures came into being. Life on Earth's surface began to spread thanks to the ozone layer's ability to absorb dangerous UV radiation. Microbial mat fossils from Western Australia's 3.48 billion-year-old sandstone, biogenic graphite from Western Greenland's 3.7 billion-year-old metasedimentary rocks, and remnants of biotic material from Western Australia's 4.1 billion-year-old rocks are some of the earliest fossil evidence for life. Rocks from Australia that date back 3.45 billion years and include microbe fossils are the earliest direct evidence of life on Earth **is called** are home how ever the i guess is not only they have hmm

The Neoproterozoic, which lasted from 1000 to 539 Ma, may have seen a lot of ice cover the Earth. The "Snowball Earth" theory has drawn attention because it was proposed before the Cambrian explosion, a period of dramatic expansion in the complexity of multicellular living forms. There have been numerous smaller and at least five significant mass extinctions since the Cambrian explosion, which occurred 535 million years ago. The most recent extinction event, excluding the currently hypothesized Holocene extinction event, occurred 66 million years ago as a result of an asteroid strike that wiped off giant reptiles and non-avian dinosaurs while sparing most small animals including insects, mammals, lizards, and birds.

Over the previous 66 million years, mammalian life has undergone diversification. Several million years ago, an African ape species acquired the capacity for upright posture. This promoted tool usage and communication, which gave rise to the nourishment and stimulation required for the development of a larger brain and the emergence of humans. Human influence over the composition and abundance of other living forms on Earth has persisted since the advent of agriculture and civilization i love the the earth

### Properties on the earth

#### Ocean Ocean water makes up 70.8% of Earth's surface, 139 million square miles. With its dynamic hydrosphere, Earth is a water world, often known as an ocean world, and this enormous body of salty water is frequently referred to as the "world ocean". In fact, it's possible that the ocean entirely encased Earth during its early existence. From largest to smallest, the world's oceans are typically categorized as the Pacific, Atlantic, Indian, Antarctic, or Southern, and Arctic. The ocean covers oceanic basins, and the ocean bottom is made up of seamounts, abyssal plains, oceanic trenches, underwater canyons, continental shelves, submarine volcanoes, and a system of mid-ocean ridges that stretches across the entire planet.

National Oceanic and Atmospheric AdministrationU.S. Department of Commerce

# U.S. struck with historic number of billion-dollar disasters in 2023

Seasonally varying volumes of sea ice cover the ocean surface in the polar areas of Earth. These ice sheets frequently combine with polar land, permafrost, and ice sheets to produce polar ice caps.29.2%, or 149 million km2 (58 million sq mi), of Earth's surface is made up of land. Numerous islands make up the land surface, but the four continental landmasses, Africa-Eurasia, America (landmass), Antarctica, and Australia (landmass)—take up the majority of the land surface. The continents are created by further dividing and grouping these landmasses. There are mountains, deserts, plains, plateaus, and other landforms among the diverse terrain of the terrestrial surface. SEA organizition 2024 to 2025 are mostly around the world the news of the world more people needed the UN HAVE BEEN REPORTING TO ARE helping the environment around the world **1. russia have much oil theres also flammable factory very dangerous to are environment *in the japan more people wanted to protest of the government paying of 500 billion dollers on fosill fuel -*** National Oceanic and Atmospheric AdministrationU.S. Department of Commerce

#### Land

The uppermost layer of Earth's crust is made up of the land surface and the ocean bottom. Parts of the upper mantle also make up Earth's lithosphere. Oceanic and continental crusts make up the Earth's crust. The oceanic crust is primarily basaltic beneath the sediments that cover the ocean bottom, whereas the continental crust may contain lower density elements including granite, sediments, and metamorphic rocks. Sedimentary rocks make up around 5% of the crust, although they cover almost 75% of the continental surfaces poeple use as called artifical islands that are made with cement sand and other types of element they use but

types of incident around the world
 CHINA NUKCLEAR FACTORY
 bataan nukeclear incident

cool volcanos that it was make make as called dangerous mountins on the philippines on the there office monitors volcanos floods on live. D.O.S.T mostly the people monitors near on volcanos are so dangerous that many people have died on 5% 89% only survive on the volcano

The lithosphere, the mechanically inflexible outer layer of Earth's crust and upper mantle, is separated into tectonic plates. Rigid segments, these plates move in relation to one another at one of three sorts of boundaries. Two plates converge at convergent borders. Two plates are forced apart at divergent borders and slide past one another laterally at transform boundaries. Earthquakes, volcanic eruptions, the construction of mountains, and the creation of oceanic trenches can all happen along these plate boundaries. The asthenosphere, a solid but less viscous portion of the upper mantle that allows the plates to flow and move with them, sits atop the tectonic plates.

StructureRadioactive waste is defined as any material that is either radioactive or contaminated by radioactivity and for which no further use is foreseen, and it encompasses a wide range of radioactive isotopes in a variety of physical and chemical forms (aqueous waste, liquid organic waste, solid waste, wet solid waste, ...

Similar to the interiors of the other terrestrial planets, the inside of Earth is separated into strata based on chemical or physical characteristics. A very viscous solid mantle sits beneath the chemically unique silicate solid crust that makes up the outer layer. The Mohorovičić discontinuity divides the mantle from the crust. The crust's thickness varies from roughly 6 kilometers beneath the oceans to 30 to 50 kilometers on land. The lithosphere, which is made up of tectonic plates that move independently of one another, is the term used to describe the crust and the cold, rigid upper mantle.

It has been suggested that Earth's inner core is rotating at a somewhat faster angular velocity than the rest of the planet, by 0.1 to 0.5° per year. However, far slower and substantially faster rates have also been suggested. The inner core's radius is roughly one-fifth that of Earth. Density rises with depth, as the table on the right illustrates. Earth is the object with the highest density among the planetary-sized objects in the Solar System.

The mass of Earth is 5.97 x 10^24 kg. Iron (32.1%), oxygen (30.1%), silicon (15.1%), magnesium (13.9%), sulfur (2.9%), nickel (1.8%), calcium (15%), and aluminum (1.4%) make up the majority of its composition. Trace amounts of other elements make up the remaining 1.2%. The core is mostly made up of the denser elements, iron (88.8%), with lesser amounts of sulfur (4.5%), nickel (5.8%), and less than 1% of trace elements. This is because of gravitational separation. Oxides are the most prevalent rock components found in the crust. Eleven different oxides make up more than 99 percent of the crust; these oxides primarily comprise silicon, aluminum, iron, calcium, magnesium, potassium, or sodium.

#### Heat

The core of the Earth is where the majority of its magnetic field is produced. There, a dynamo mechanism transforms the kinetic energy of compositionally and thermally driven convection into electrical and magnetic field energy. From the core, the field travels through the mantle and out to the surface of the Earth, where it roughly resembles a dipole. The dipole's poles are situated near the geographic poles of Earth. The magnetic dipole moment at epoch 2000 was 7.79×1022 Am2, dropping by roughly 6% every century, while the magnetic-field strength at the surface at the magnetic field's equator is 3.05×10−5 T more magnatude on japan .

#### Magnetic Field

The magnetosphere is defined by the strength of Earth's magnetic field in space. The magnetosphere deflects solar wind ions and electrons; solar wind pressure compresses the magnetosphere's dayside to a radius of roughly 10 Earth radii and lengthens its nightside into a lengthy tail. Within the solar wind, a supersonic bow shock occurs before the dayside magnetosphere because the solar wind's velocity is higher than the speed at which waves travel through it. The magnetosphere contains charged particles, whereas low-energy particles that effectively follow Earth's rotating magnetic field lines make up the plasmasphere.

#### Life

The only known location where life has ever been able to exist is Earth. About 100 million years after Earth's formation, life on Earth began to emerge in the planet's primordial seas. Life on Earth has shaped and inhabited a variety of distinct habitats before spreading around the planet to form the global biosphere. As a result, life has had an impact on Earth, changing its surface and atmosphere dramatically over a very long time, leading to events like the Great Oxidation Event.

Because of the enormous diversity of life on Earth over time, the biosphere is home to a variety of biomes, each of which is home to very similar plant and animal species. The many biomes evolved at various altitudes or water depths, planetary temperature latitudes, and humidity levels on land. Shallow waterways and forests, especially in equatorial regions with warm, humid temperatures, are the epicenters of Earth's biological variety and biomass. High elevations, freezing polar regions, and severely dry places are comparatively devoid of plant and animal life.

Earth offers enough energy to support a metabolism, liquid water, and a setting conducive to the assembly and interaction of complex organic molecules. Nutrients are taken up by plants and other organisms from the atmosphere, soils, and water. Different species recycle these nutrients on a constant basis. Over most of Earth's surface, extreme weather, including tropical cyclones, occurs and greatly affects life there. The average annual number of deaths brought about by these incidents was 11,800 between 1980 and 2000

but humans become but life on earth well we been collect ted everyday most people on earth have the greatest technology

##### Humans

Humans first appeared 300,000 years ago as primitive monkeys in eastern Africa. Since then, they have been moving and gradually colonizing the planet since the introduction of agriculture in the 10th millennium BC. Antarctica was the last continent to experience firsthand, and even now, sparse, human habitation in the 20th century. Over the course of the 19th century, the human population has increased dramatically, reaching a peak of seven billion in the early 2010s and is expected to peak at ten billion in the second part of the 21st century. Sub-Saharan Africa is predicted to experience the majority of the growth more on growth on the basic income in 2024 for a the new programs and other ecosystem

Because the world's land mass is primarily hemispherical, with 68% of it located in the Northern Hemisphere, the distribution and density of the human population vary greatly across the planet. The majority of people live in south to eastern Asia, and 90% of all people on Earth only inhabit the Northern Hemisphere. In addition, from the 19th century, people have become more and more concentrated in cities, with the majority of people living in cities by the 21st.

Beyond the surface of the Earth, people have only temporarily resided in a few space stations, deep underground, and underwater. The human population still inhabits almost all of Earth's surface and is entirely dependent on the planet and its surroundings. A small number of people who have traveled momentarily beyond Earth and reached the Moon are among the hundreds of people who have done so since the second part of the 20th century humans have develop a technology more and more people keep rising the populations around the world we in kurzgesagt we provide learning this type of hardlife its called poverty its very bad but we manage to do the low rising the people the population very slow today on 2020 there a covid-19 virus many people stay at home to be very safe but noit ends radioactive waste we been vaccined the people around the world now on 2024 i dont what will happend to this world right now maybe mining on space or futureristic things. -National Oceanic and Atmospheric AdministrationU.S. Department of Commerce

### List of Features

* Tallest mountains
* Longest rivers
* Deepest oceanic trenches
are gallery