The Water Cycle

The Water Cycle
In class, the other day, we went through the water cycle as many forms such as animals, clouds, and mountains. The water cycle has precipitation(When
it rains), transpiration(When plants give off water vapor), and condensation(When liquid water becomes gas). The Water Cycle was different from the
activity that involved animals and objects. Our activity involved the objects that the water cycle happen and was not direct what it came from. Also
they are the same because they are both related towards the Water Cycle. Some evidence of the water molecule were that it was drunk by an animal and
then urinated by that animal. Other evidence is that transpiration of the plants then condensing into water vapor to go to the clouds. Also precipitation
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Water Cycle
WATER CYCLE Water Cycle, also known as hydrologic cycle, is a process that is constantly recycling the Earth 's supply of water. This is
important because humans, animals, and plants all need water to survive. It is controlled by the sun, which produces energy in the form of heat.
This heat energy causes the water in the world 's oceans, lakes, etc. to warm and evaporate. As the water is heated, it changes its phase from liquid
to gas. This gas is called water vapor and this process is called evaporation. When plants give off water vapor, it's called transpiration. When water
evaporates, it rises into the cooler air, collects, and forms clouds. There, the water vapor molecules cool down and change back into liquid water. This is
...show more content...
Aquifer mining In most dry regions, where surface water is insufficient, mined fossil groundwater is the main water resource for irrigation and other
uses. Natural rates of water recharge to the aquifer are very low. Therefore, when water is extracted from such groundwater pools, most will be
transferred from the aquifer to the atmosphere. This transfer represents both a depletion of continental storage and at least a temporary increase in
atmospheric water vapor through the enhanced evaporative flux. Surface water diversion and changes in internally draining lake volumes Diversion
of surface waters for irrigation in the internally draining basins of arid regions results in increased evaporation and a net loss of continental water. As
in the case of aquifer mining, net loss of water from such lakes leads to a net decrease in continental water storage and enhancement of the land to
atmosphere flux. Desertification Drying of marginal soils due to overgrazing and other intensive land use on semi–arid soils leads to a net loss of soil
water storage, reduced evaporation, and increased storm runoff. This has potentially long–term consequences for the sustainability of local agriculture
and hence the associated water balance. Wetland drainage Wetlands contain standing water, soil moisture, and water in plants. When wetlands are
drained, much of

Water Cycle And Its Effect On The Environment
Water is constantly moving on the surface of the Earth and through its atmosphere. The movement of water, referred to as the water cycle, changes
water into different states as it moves from the air, onto Earth's surface, and into the ground. The water cycle affects the climate of different areas on
the planet and can transport particles or minerals from one place to another. Water is an important substance that allows all living organisms and
ecosystems to thrive. Throughout the history of the Earth, water has seeped into underground deposits, which is where 99 percent of freshwater can be
found. Only one percent of freshwater is on the surface, meaning the water being transported through the water cycle most likely contains minerals or
particles. The cycling of water allows each area to maintain enough water supply to grow vegetation and support several life forms that have adapted to
the area's climate and conditions. Water must move everywhere on Earth and in its atmosphere in order to continue the growth of all living things. The
water cycle includes evaporation, condensation, and precipitation of water, which maintains Earth's ideal components to support life (Perlman, "The
Water (Hydrologic) Cycle," Shmoop). Evaporation is the movement of water from Earth to the atmosphere. Water is found in the forms of liquid or
solid if it has not been evaporated. Almost 90 percent of all water vapor in the air is provided by oceans, lakes, rivers, and other bodies of water. The

The Three Primary Phases Of The Water Cycle
July 20, 2016
The Water Cycle All living things must have water to maintain homeostasis. In order for there to water to replenish there is a cycle known as the
water cycle. The water cycle has many different names such as the hydrologic cycle and the H2O cycle. There are three primary phases in the water
cycle: evaporation, condensation, and precipitation. The water cycle is continuous process in which some phases of the cycle may take longer than
some depending in the geographical location any person or animal lives. Figure 1 demonstrates the different phases of the water cycle. Figure 1: The
Water Cycle
Source: aquacucle.blogspot.com. July 19, 2016, http://aquacycle.blogspot.com/2010/07/water–cycle.html
Evaporation
Evaporation is a process in the water cycle when a liquid is...show more content...
Water storage can be either fresh water or salt water. Ground water is where there is just a body of water, or water that is on the ground. Also water
storage does not have to be in liquid form. It can be found in snow, ice, or glaciers. When one of the solid forms of water melts it is called run off
water. When run off water runs into a water storage it will evaporate at some point in the future.
Condensation
Condensation is the process by which water vapor in the air is changed back in to liquid water. Condensation is crucial to the water cycle because is
responsible for the formation of clouds.
Precipitation
The final step in the water cycle is precipitation. Precipitation is when water is released from clouds in the form of rain, acid rain, sleet, snow, or hail.
It is the primary connection in the water cycle that provides for the delivery of atmospheric water to the earth. The most common type of precipitation
is rain.
Acid Rain
Acid rain is caused by emissions of sulfur dioxide and nitrogen oxide, which react with the water molecules in the atmosphere to produce acids.

The Importance Of The Water Cycle
The water cycle is one of the material cycles that forms part of our Environmental Sciences course. I have chosen the water cycle because I believe
that it is one of the most impactful cycles we humans are able to quickly and easily influence in a positive manner. These impacts, along with potential
changes and sacrifices will be examined in this essay. Finally, a summation of difficult personal choices versus positive environmental impacts will
also be examined. A conclusion of the feasibility of the entire plan will be given at the conclusion.
Water, and thewater cycle, is the most essential material that life requires here on Earth (DorЕЎner,, 2015). The percentage of water that makes up
human existence is staggering, easily justifying the need to have enough fresh water on hand to sustain our population. Given that, 85% of our
brains are made of water, and that approximately 75% of our entire body is also made of water, it is clear to me that water is critical to our
existence. Some of the most considerable impacts that I made to the water, or hydrological, cycle are through wastage. As a resident of a developed
nation, I have fresh water at my fingertips, both at my office and in my home. It is extremely easy for me to gain access to fresh water without worry
for quality or quantity. Nevertheless, this means that I am able to waste much of the water that residences in developing nations could travel miles and
miles to collect. Urbanization has also greatly

The Story Of The Water Cycle : A Short Story
Once upon a time, there was a god cloud named Rainfall. He was known for giving birth to thousands of raindrops everyday. He was the leader of the
world called "The Water Cycle". The other god called run–off was a big water park and he was known for splitting up families. His two main slides
were called Ocean and Lake. There was one raindrop that got separated from his family, he went over to the lake side, when all of his family went over
to the ocean side. Poor Raindrop was so scared being by himself in a big lake with a lot of other rain being separated from their families. He found
himself going farther down in the lake, until he reached the bottom. He was slowly going down into the ground. It was a very, very, very, dark and
scary place. When he is slipping down he bumps into something it was a huge, squishy stick with a hat. His name was Mushroom. Raindrop was
slowly walking up to mushroom, to say sorry. Mushroom turns around with very, very big teeth, with a mean look. Raindrop crouches down into
a ball and tries to hide from the very scary Mushroom. Mushroom starts talking to Raindrop and he tells himself that Mushroom is actually really
nice but, he was just born scary looking. Raindrop got up and looked Mushroom right in the eyes, and he said why are you so scared I am just a
little mushroom. It finally clicks in that Raindrop is in a different world. He has never seen any of these people before. Raindrop starts to panic.
Mushroom just tells Raindrop not to worry because this place is very nice. Raindrop asked "What is this place called?" Mushroom says 'Welcome to the
Nitrogen Cycle." Raindrop said "The Ni–Ni–Nitrogen Cycle, what is that?" "This is the place where that makes up 78% of the world's air" says
Mushroom. Mushroom starts telling and showing Raindrop around the Nitrogen Cycle. Raindrop is so amazed from looking at this place. The
Nitrogen Cycle is way different from the place he was born in. Mushroom is showing Raindrop around the cycle. Mushroom brings Raindrop
underground and when they were walking and saw many different types of treats. There was one that stuck out to Raindrop and he was a very tall
oval, his name was Terry the bacteria.

The Hydrologic Cycle: The Water Cycle
Water cycle The water cycle, also known as the hydrologic cycle, is the process by which water moves from place to place above, on, and below
the Earth's surface. This is the process by which water moves around the Earth to different places. The total amount of water on the Earth is
relatively unchanging, and it has remained about the same since our planet's formation. As the planet cooled, water vapor present at its formation
condensed to fill the oceans and other places, like inland lakes and rivers. The distribution of water on Earth The Earth's surface is 75% water and
25% land. Of the water, 97% is salt water, a surprisingly high percentage, leaving only 3% as fresh water. Most of that– two–thirds of the fresh water
on Earth – is frozen in snow and ice in glaciers, ice caps, and the like. That leaves only about 1% of all the Earth's water as liquid and fresh, making
it a very scarce natural resource. If that wasn't enough, most of the liquid fresh water is stored underground in aquifers. Groundwater is just what the
word sounds like: water stored under the surface of the Earth. But, like rocks or other types of matter, water on the Earth is not static. It is constantly
moving around the hydrosphere, the layer of the Earth where water is present. It moves around by changing in three different processes that make up
the water cycle....show more content...
That's where most of the liquid water on the surface is, right? Evaporation is the process by which water is converted from its liquid state to the
gaseous state, also known as water vapor. In other words, water leaves the Earth's surface and enters the atmosphere as a

Water Essay : The Water Cycle
Water Essay
"Divided into two separate land areas, and bordered by four of the five Great Lakes, Michigan has the longest shoreline in the continental U.S. – nearly
3,300 miles." [1] Michigan has a little bit of everything; mountains, hills and flatlands, forests, swamps, rivers, and many lakes, which hold 20% of
the world's fresh surface water. Michigan experiences all four seasons, especially winter in the Upper Peninsula. Water has shaped the state over
thousands of years, making it what it is today, and none of this would have been possible without the water cycle. http://www.education.noaa.gov
/images/water_cycle_collection.jpg There are three forms of water: liquid, vapor, and ice. From an early age, we are taught about the water cycle.
Although there are many different stages to the water cycle, we are usually taught only three stages. The first thing to know about the water cycle is
that there is no definite starting point, and it works in a continuous cycle. If there is a puddle, that puddle will soon be evaporated by the sun. This
liquid water turns into vapor in this evaporation process. This vapor returns to the atmosphere. The coolness of the atmosphere causes the vapor to
condense into clouds. Soon, the water will fall out of the sky in liquid or frozen form. This is what we know as rain or snow. Once the water is back
on the surface of Earth, the water cycle starts again from evaporation. [2] The water cycle never stops.

Hydrologic Cycle Essay
HYDROLOGIC CYCLE The hydrologic cycle is a constant movement of water above, on, and below the earth's surface. It is a cycle that replenishes
ground water supplies. It begins as water vaporizes into the atmosphere from vegetation, soil, lakes, rivers, snowfields and oceans–a process called
evapotranspiration. As the water vapor rises it condenses to form clouds that return water to the land through precipitation: rain, snow, or hail.
Precipitation falls on the earth and either percolates into the soil or flows across the ground. Usually it does both. When precipitation percolates into
the soil it is called infiltration when it flows across the ground it is called surface run off. The amount of precipitation that infiltrates, versus the...show
more content...
The voids are spaces between grains of sand, or cracks in dense rock. All water beneath the land surface occurs within such void space sand is
referred to as underground or subsurface water. Subsurface water occurs in two different zones. One zone, located immediately beneath the land
surface in most areas, contains both water and air in the voids. This zone is referred to as the unsaturated zone. Other names for the unsaturated
zone are zone of aeration and vadose zone. The unsaturated zone is almost always underlain by a second zone in which all voids are full of water.
This zone is defined as the saturated zone. Water in the saturated zone is referred to as ground water and is the only subsurface water available to
supply wells and springs. Water table is often misused as a synonym for ground water. However, the water table is actually the boundary between
the unsaturated and saturated zones. It represents the upper surface of the ground water. Technically speaking, it is the level at which the hydraulic
pressure is equal to atmospheric pressure. The water level found in unused wells is often the same level as the water table. AQUIFERS An aquifer is
a saturated geologic formation that will yield a usable quantity of water to a well or spring. Ground water occurs in aquifers under two conditions:
confined and unconfined. A confined aquifer is overlain by a confining bed, such as an impermeable layer of clay

The Hydrologic Cycle : The Water Cycle
Water Cycle. The continual movement of rainfall from bodies like land, water and the atmosphere are part of the hydrologic cycle. The water cycle
starts with condensation. When the water vapour condenses in the atmosphere it forms clouds, and when the condensation becomes too heavy formed
and the clouds release the rain. When rainfall reaches the surface into the soil, it becoming groundwater. The groundwater recharges our aquifers,
lakes and rivers. Transpiration is the process where water is soaked up a plant's roots and it evaporates out the leaves.
Water... For many reasons,water cycle is important to all life on Earth. The water cycle describes the process of how the water moves through the
Earth into human uses and to all living organisms need water to grow and to survive. The water cycle has no starting point, but ocean is where most of
Earth's water exists. In an ecosystem, water cycles through the atmosphere, oceans, rivers, soil and lakes.
All life dependent upon water. The water makes up to 60–70 percent of all living organism and humans cannot live without drinking water for less than
a month. The water cycle or hydrologic cycle distributes a fresh water all over the Earth.
Oxygen Cycle.
Oxygen is everywhere, but it is most basic, it is an element in the form of gas that makes up the natural formations and Earth's atmosphere. Oxygen is
constantly being created and used by different processes on the Earth. Oxygen cycle is how this element moves between

Reaction Paper On Water Cycle
The Water Cycle and My Lifestyle's Impact On Its Continuance University of the People Introduction to Environmental Science Professor Brian
Steinberg 4 Oct 2017 INTRODUCTION There are many things in life that are dependent on cycles. Things like the life cycle, economic cycle, and
the washing machine cycle (one of these things are not like the other) affect your life in different but important ways. Some cycles you can control
and others are at the mercy of nature. Often, it is those uncontrolled cycles that affect you the most. One of these cycles is the water cycle. From
elementary school, we learn to know this cycle like the back of our hands. However, I wonder if we realize how much we impact and obstruct the
natural process by our own activities. I admit that until now, the thought had never crossed my mind. DISCUSSION The water cycle. To begin,
we will review the water cycle. Figure 1 gives a pictorial illustration of the cycle. As you can see, there is no defined beginning to the process. For
the purposes of this paper, however, we will begin with evaporation. Evaporation describes the process of surface water transforming into a gaseous
state and entering the atmosphere as water vapor. If this same process takes place from the leaves of plants, it is known as transpiration. This leads us
to our next step: condensation. Water vapor in the sky collects to form what we call clouds. High on mountaintops, snow can change directly from its
solid state into a gaseous

Water Cycle Effects
The Water Cycle The cause and effects of the water cycle also known as the H2O cycle. Are extremely significant to the entire world's ecosystem. It is
what keeps everything and everyone alive. In fact, human adult bodies are made up of about fifty–five to sixty–five percent water it. We can only live
without water for 3 to 6 days and that's only if we are not in hot or exerting situations. I'll start off by explaining what happens in the water cycle and
then I'll explain some of the effects of it. The water cycle is a process, by which water changes from a liquid to a gas or vapor. It starts from all the
water that is on our planet earth. The sun provides energy from its heat, this energy breaks down the hydrogen bonds that hold water...show more
content...
In a severe state of drought, it could even cause hunger, dehydration, malnutrition, wildfires, and even war.
An intensification of the water cycle could also cause more natural disasters including tropical storms. This could cause severe damage just as we were
damaged a few months ago by the hurricane
The Water Cycle Harvey, Irma, and Maria. (Establishment Survey, 2017). "Several U.S. states, Puerto Rico, and the U.S. Virgin Islands suffered
heavy damage from three major hurricanes in late August and September 2017." This caused so much damage many families were left crying and
grieving for their lost ones including parents, married partners, brothers, sisters, and children. They were left devastated without a homes, jobs, and
families. Places like Puerto Rico lost all power supply and must use gasoline power generators to be able to use electricity. So many resources were
lost and destroyed that they had to receive food and water supply from many other states. Homes and city streets were left flooded under many feet of
water, survivors had to be rescued in boats.
Although there are many negative effects that the water cycle can create in provides more positive and helpful effects to us all. (Harman, 2016)
"Three–quarters of Earth's surface is covered by water. We are surrounded by it–in oceans, ice sheets, lakes, glaciers, rivers, underground, in living

Informative Speech On What Is The Water Cycle?
Hello, this is Paige Hord and I am going to tell you about the water cycle. So what is the water cycle. We know that water evaporates from the
surface of earth, it raises into the mantle and cools and condenses into snow or rain into a fluffy cloud. Then it falls again to the surface ( that's
precipitation ) then the water runs off the plants into the lakes ( which is called runoff or groundwater),water is always changing states between
liquid, vapor, and ice, these processes is happening a blink away and over million of years ago. Evaporation is heat from the sun causes water to
evaporate into gas and rise into the sky, also evaporation is 90% in the water cycle. Condensation is water vapor (gas ) in the clouds. Precipitation is
water

Water Cycle Assessment
Paper and Pencil write up: This paper and pencil assessment lines up with my classroom cohesively. This assessment was constructed for a 3rd grade
suburb classroom. My classroom will be a very hands–on classroom, and my student would have had plenty of time to learn about the water cycle,
draw diagrams, discuss, and do plenty of experiments. The paper and pencil assessment will take place after we have finished the water cycle unit in
science.
The goal of my assessment is wage how well my students know the concept of the water cycle, how it works, identify and define the various steps of
the water cycle, and connect the water cycle back to their own lives. In the true false and the multiple choice section of my test, I am assessing my
students...show more content...
Mac has an extraverted personality and loves to socialize. Mac enjoys that the 3rd grade classroom he is in is centered on class discussions, and
likes to participate. Mac has trouble focusing on class material because he focuses so much on socializing and has ADD. Mac excels at language
arts because of his skills in conversation, and his love for reading. Overall, Mac is your average student. I love the experience, the process, and the
idea behind narrative assessments. I think it is a beautiful ways of communicating with the students and their families. Using narrative assessments,
children are not a letter grade, or a number; they are strengths, weaknesses, interests, personalities, and quirks. I plan on communicating with parents
on a weekly to monthly basis via email. I would love to model this narrative assessment style by keeping a constant conversation going between the
child's care givers, and me (the teacher). This way parents could voice their concerns, and I could voice my concerns and we could collaborate to
make their child's education fit the child's needs. IN addition, both parents and I could share the student's achievements inside or out of school, and
build background to child's interests and us it when educating them. I hope that I will use narrative assessments in my class, even though they are time
consuming, because they appear to be an effective part of a

Water Through The Water Cycle
Water is recycled over and over through the water cycle. Water changes in three different stages liquid, solid, and gas. The majority of water goes on
to the atmosphere through a task called evaporation. Evaporation turns rivers, oceans, and lakes into water vapor on the atmosphere using the suns
energy. Then a tasked called condensation occurs where water vapor rise in the atmosphere and is then cooled, forming tiny water droplets. Then
clouds are then formed, which are made up of water droplets. If the water droplets come together they will then become too heavy to stay in the air
and which they then become rain, or in other word precipitation. Most of the precipitation that falls then becomes part of the ocean or parts of rivers,
lakes,

The Water Cycle
The water cycle never has a beginning and it doesn't have a ending either. Firstly, you are released by a cow who peed in a river and it could
happen by any animal that peed in the river. Secondly, you are captured by roots of a tree by the river and we are there for 2 days on the roots
waiting to evaporate. Thirdly, you are transpired by flowers as vapor into the air and we go into the clouds high up into the sky it was amazing.
After that, you fall as rain into the ocean and we are the water for even more days and there's water everywhere that you get tired of seeing. Then,
you are evaporated into the the atmosphere, then you go back up into the sky and the sky is black because you are going to fall as rain again. After
that, you would fall

the water cycle
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ѓШ§ШЄЩ‡ Water cycle The Earth 's water is always in movement, and the water cycle, also known as the hydrologic
cycle, describes the continuous movement of water on, above, and below the surface of the Earth. Since the water cycle is truly a "cycle," there is
no beginning or end. Water can change states among liquid, vapor, and ice at various places in the water cycle, with these processes happening in the
blink of an eye and over millions of years. Although the balance of water on Earth remains fairly constant over time, individual water molecules can
come and go in a hurry, but there is always the same amount of water on the surface of the earth Description The...show more content...
Evaporation often implicitly includes transpiration from plants, though together they are specifically referred to as evapotranspiration. Total annual
evapotranspiration amounts to approximately 505,000 kmВі of water, 434,000 kmВі of which evaporates from the oceans.[5] Sublimation is the state
change directly from solid water (snow or ice) to water vapor.[6] Advection is the movement of water– in solid, liquid, or vapour states – through the
atmosphere. Without advection, water that evaporated over the oceans could not precipitate over land.[7] Condensation is the transformation of
water vapour to liquid water droplets in the air, producing clouds and fog.[8] Reservoirs In the context of the water cycle, a reservoir represents the
water contained in different steps within the cycle. The largest reservoir is the collection of oceans, accounting for 97% of the Earth 's water. The
next largest quantity (2%) is stored in solid form in the ice caps and glaciers. This small amount accounts for approximately 75% of all fresh water
reserves on the planet. The water contained within all living organisms represents the smallest reservoir. The volume of water in the fresh water
reservoirs, particularly those that are available for human use, are important water resources.[10 Residence times The residence time of a reservoir
within the hydrologic cycle is the average time a water

Bottled Water Cycle
The cycle for producing bottle water changes the four chemicals essential for life because the production and transportation of the bottle water
releases tons of carbon into the atmosphere. Humans intervene during by burning the fossil fuels (Bousted, 2005). Also, oil is a nonrenewable
resource and takes 17 million barrels of crude oil to meet the demand for bottled waters in America alone. The amount of plastic from bottled water
continues to increase in the space it takes up in landfills. This is because it takes over 1000 years to biodegrade. To intervene, communities have tried
to become much more involved in recycling glasses, plastics, and aluminums. This helps to free up space in our local landfills. Also the plastic from
bottled water

Personal Impact On The Water Cycle Essay
WA–4
ENVS 1301 – PERSONAL IMPACT ON THE WATER CYCLE
Although I live in the United States, contrary to the image given through Hollywood movies, less than one percent of Americans live in wealth akin
to kings or queens or other monarchies. For example, as a child I lived in a home sans modern plumbing. Such homes were called "dry homes", which
were built during the depression era. As children, my siblings and I transported water from a faucet in the front yard into the house for drinking,
washing dishes, and bathing. The sole plumbing indoors was the toilet; and, similar to those depicted in western movies, we had a wash–pan and water
pitcher inlieu of a bathroom basin. For winter months, we were always careful to insulate the faucet pipes to prevent freezing so we would have water
during the cold seasons.
Needless to say, as an adult, I have a respect for water and an appreciation for modern plumbing. In light of these facts, I would reason that my personal
impact on the water cycle are at most minimal. In our home we are careful not to waste water. For example, a filled half gallon BPA–free bottle
displaces about one–third of the water in the toilet tank, which conserves water with each use. Another example would be the use of a dishpan instead
of the dishwasher that conserves substantial quantities of water. (However, the dishwasher is utilized weekly – on an energy efficient setting, to
sanitize clean dishes.)
When considering the human processing of "grey water"

The Water Cycle

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