While all cycles play an equal role in sustaining life on this planet, the water cycle has perhaps the most direct connection to my day-to-day life. The cycle, in essence, starts with the heat of the sun, which converts some of the liquid water of the oceans, lakes and rivers into vapor. This water vapor condenses to form clouds, which later returns to the surface of the earth as precipitation, mainly in the form of rain or snow. Some of the water makes its way to aquifers underneath the surface, but most of it evaporates, and thus the cycle continues (Doršner, 2016, p. 96). I am dependent on water in almost all aspects of my life.
This is called rain. If the air is colder than 0ºC, then the rain freezes, forming snowflakes, so when it becomes heavy and the cloud dumps its load, it snows. If the frozen water gets hit by water in the cloud, the water freezes, making hailstones. So it hails. Rain Snow Collection Finally, the water collects in rivers, oceans, streams, creeks, lakes, even water reserves.
The hydrologic cycle is also known as the water cycle. This cycle controls the exchange between the atmospheres, bodies of water, and between lands. In the urban areas, the landscapes cause the water to pour off more quickly. When the water runs off the pavements and compacted soils, this can cause flooding. This will result in more infrastructures and waterways that were supposed to be natural are now used to drain off the run off water.
Grímsvötn is a subglacial volcano located in Iceland and within the Arctic Ocean. The volcano itself remains beneath the Vatnajökull glacier. The Grímsvötn volcano includes a variety of aspects, such as the characteristics of subglacial volcanoes, phreatomagmatic eruptions, seismic activity, past eruptions, various types of damage, and rescue and aid for the locals and environment. Subglacial volcanoes, also known as glaciovolcanoes, are formed when an eruption occurs beneath the surface of a glacier. The heat of the lava melts near ice and the water then cools the lava, forming a bulbous, pillow shaped mound of rock.
Phosphorous is found in lithospheres earth’s crust which is obtained within the rocks. The beginning of The Phosphorous Cycle commences by weathering of the rocks. Weathering is an action which is produced by one of the earth’s spheres, hydrosphere, which produces rain causing the outer layer of rocks to break down which then releases Phosphorous. After the phosphorous has separated from the earth’s crust, it travels to the ground causing it to be combined with lithosphere, soil. Phosphorous is absorbed by the earths sphere, biosphere such as plants through their roots acting as an extra source of food.
Erosion Erosion changes the landscape of Earth. Erosion occurs in many different ways, through wind,water, time, and glacial rocks. Although, erosion changes the landscape of the earth It has created amazing landmarks. Erosion changes the shape of the Earth on a daily basis. Arches National Monument was created by wind and water, Yosemite national park wals formed
Name Lab Partner’s Name Institution Course: Heat of Fusion of Water Lecturer Instructor Date of Performance Date of Submission Heat of Fusion of Water Abstract The aim of this experiment was to determine the specific heat of fusion for the change of phase from ice to water. A method based on the principle of energy conservation was used in the experiment. Simply, the ice absorbs heat that is equal to that lost by the stirrer, calorimeter, and water. Initially, the ice undergoes a change of phase from solid to liquid (melting point). The experiment was conducted by maintaining all the pieces of ice in a funnel until when the pieces would be used to drain off all the water.
The water cycle is an on-going process. The heat from the sun heats the water on the surface of the seas, and heats up the ice, which causes the water to evaporate into the atmosphere where it condenses. The condensed water vapour precipitates down to the surface as rainfall (Doršner, K 2016), . The rain gets back into the water bodies as run-off or ground water. The rest is absorbed by plants.
Weathering and erosion are two processes that sort of shape Earth’s ground and rocks. Weathering is either a mechanical or chemical process that breaks down or shapes rocks, while erosion transports the leftovers of weathering, away. Understanding these processes helps us understand the way lakes, rivers, mountains, shorelines, canyons, and all sorts of other things were formed. For example the Grand Canyon was formed by erosion created from the Colorado River. It is very important to understand how these forces occur to understand the subject completely.
Canalization works include the widening and deepening of channels as well as lining the banks and beds of the channels. They also include the replacement of undersized structures such as bridges. These works are necessary, as the original channels have become undersized as a result of the increase in flood flows caused by development. Flash flood also can be overcome with storage ponds of flood attenuation. Ponds such as disused mining pools can be used for flood storage.