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Hydrologic Cycle
Introduction
Hydrology is a geography field that generally deals with the water cycle. The sector
mainly deals with water sectors and distribution across the globe. The orientation and
distribution of water are essential. Water has a significance as mainly is described as a source
of life and vital to the body. Water has other advantages in terms of supporting the Mother
Nature. Natural water bodies primarily support life, which includes marine life water also
helps in farming and cultivation. Water also helps to support forests across the globe. In
addition, the water cycle is also known as this hydrologic. Generally, other sciences are
significant, such as ate science of oceanology and other sectors. I everyday life, most
individuals watch weather TV stations in order to understand the prediction nada the current
weather. In general, Hydrologists are mainly interested in obtaining the stages that mainly
occur during the described processes. They're also interested in highlighting the period of a
cycle before the other stage occurs. The field supports mostly fields that are related to
physics, engineering mat mathematics, and other recent subjects. The science also
emphasizes water management, which is an essential aspect in every region. This paper
mainly highlights the processes central to the hydrologic cycle.
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Water is an essential aspect if there is a well-stipulated system of management water
management is a necessary aspect considering the elements of the distribution of water.
Hydrology is described as the study of water and the phase of water movement there are nine
major phases may highlight the water cycle. The phases also described as a physical process
that forms a continuum of water movement. The atmosphere can be highlighted as the source
of pathways where the guesses envelope (Rempe 1). The water uses natural pathways such as
the Oceans Rivers and other man-created surfaces to transport and distribute water. The study
mainly highlights the process where the movement of water can be through rocks, soil before
the water is absorbed again by the atmosphere. The significant characteristic is general that
when the cycle commences, it has no end. It is described as an infinity phase of the cycle.
The cycle can be explained through the process, such as evaporation, condensation,
precipitation, interception, infiltration, percolation, transpiration, runoff, evaporation, and
storage.
The first process can be described as evaporation, which generally occurs when the
physical state of water vicissitudes to from and al liquid form to gas. Based on the statistics,
they highlight that about 600 calories of energy for each gram of water are exchanged during
the process of evaporation (Rempe 1). The number of natural evaporations mainly affected by
natural features such as the Wind, atmospheric pressure, vapour pressure, and air
temperatures. Evaporation may occur in relevant water sources such as the lake, raindrop
nada seas. In addition, the process may occur on rocky soil and snow. The water that is
acquired in the process of evaporation mainly from buildings is lifted to the atmosphere as
vapour. Condensation I the latter process is described in the phase. The process is described
as whereby the water vapour changes into from vapour to liquid, generally in the process,
water vapour form into small airborne particles that forms dew, fog, and clouds. Based on a
feasibility study conducted on the study highlighted that the clouds are formed by then sea