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Climate Change on Marine Life Essay Investigate the biological on marine life due to climate change impact I want you to refine and modify.. 10% for the

Climate Change on Marine Life Essay Investigate the biological on marine life due to climate change impact

I want you to refine and modify..

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also I need more than 6 references. Module: JV701 Sept – English Language for Academic
Title: Investigate the biological on marine life due to
climate change impact
Date: 24/2/2019
Introduction:
There has been much discussion on the issue of whether Climate change has effects on marine
life. For the purposes of this essay, marine life will be defined as all the life in the seaside, for
example, plants, animals, and microbes. It is generally believed that the world has
approximately 71% of the water, however, some research argues that climate change has an
effect on marine life as it is affected on the Animals (Taylor 2013). there are five different ways
climate changes the effect on the ocean, the first
way is: Focus and write about those five point more:
1.the higher the temperature gets, the riskier it gets for fish, (for us too!): recently, effects on oceans are a lot due to increase of temperature such as, the warmer the
water gets, the higher the chances are in getting coral bleach which turns an impact on coral
reef ecosystems who are in shelter for the rest of the oceans and also provides a huge amount
of food and resources for people (Pink 2018). warmer water threats to affect huge migration on
marine life searching for the correct terms in order to feed and spawn. Changes in the degree
of water immediately end the process of growing fish.
2.the ice is melted in the polar: the consequences of this kind of warm specially on rare species are well documented, there are
productions and foundations such as the foundation of arctic food and the production of algae
depend on when sea ice is present and if it melts, the algae will come to an end. which has
different types of effects on marine lives that belong or live in the icy areas, walruses, penguins,
whales and another megafauna.
3. Increasing sea levels show a slow but also seemingly unstoppable threat: the land of this world lies below ten meters which is considered thirty-two feet above sea with
only two percent, small islands for example, the pacific oceans aim to be completely removed
from the map which will affect a huge amount of marine life that prefer ice sea. The survival of
various kinds of other marine habitats are critical to the rest of the species in their ability to
move in shallow water and herbs. Species could increasingly slow pace with sea-level rise and
sensitive coastal habitats for example nesting beaches of sea turtles. Will be lost from sea level
rise, natural barriers like cliffs, sea walls, and coastal developments. Method of increasing
internal migration.
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JV701
4.warming oceans change currents: as it was mentioned before, there are so much marine species that its migratory patterns aim
to patterns to change and aware of the trends that will be affected by several species that
depend on the ocean to get nutrition, for instance there are so much reef fish species that
depend on the dispersal of the larvae by using currents, leading to changes in the ocean
currents can serve humanity and plays an important role in climate demand.
5. the chemistry of sea water is being affected by the climate change: the same burning of fossil fuels that tend to get higher Atmospheric greenhouse gas levels
which is also alerting Chemical composition to make it more acidic seawater, the ocean absorbs
thirty percent of the carbon dioxide in the atmosphere when that carbon dioxide dissolves into
the water it forms carbonic acid (WWF [2018]). now some might wonder how this affects marine
life? In addition to a lot of direct acidification of the life of the ocean that builds a shell of
calcium carbonate such as coral reefs, scallops, crabs, crabs and some microscopic plankton
that form the basis of the Food Network throughout the ocean.
( No need for this section but it might help you?)
Main body: seals, sea lions, penguins and seabird’s government panel of the climate change guesses a
upcoming rise of between 1.4c and 5.8c at the end of the century.
1-coral bleach: – coral bleaching can be seen as the most dramatic effects of the climate
changes, if there is a stress response that is caused by high water degree that might lead to
coral death.
2-stormy weather: – some of the scientists believe that the global warming may claim a new
theory of tough and unpredictable water. Dangerous storms and heavy rains may increase and
may also increase the physical damage of coral reefs, some coastal ecosystems and other
coastal communities(Gledhill et.2015). hurricanes Hugo and Marilyn hit the US islands national
park in 189 and 1995 which lead to a massive damage to coral ecosystems. shells and skeleton
growth might be implemented: -in most areas of the ocean that host plenty of sea lives, the sea
water contains a plenty of dissolved calcium carbonate, calcium carbonate is a chemical which
is compound with the formula cac03, it is also a common substance and is the main building
block shells of mollusk , Sea urchins and plankton calcification. It is a simple ingredient, albeit an
essential ingredient for lobster balls, crabs and shrimp. The most forms of calcium carbonate
packed in the ocean are aragonite and calcite. The ocean and coastal structure directly or
indirectly affect many aspects of biology and the environment in the ocean through changes
caused by the availability of calcium carbonate. (Necan 2012).
The landscape of the planet has changed forever with the huge heights of biodiversity, the
synthesis of benzos dominated by suspension feeders with the introduction of many new
megagides increase in biological reproduction, the biological difference above and below the
surface of the sedimentary water interface, and the spread of more substrates Hardness, in the
sea of calcite, the development of new reef makers has helped in pushing these changes. The
strong and diverse regional and taxonomic components of the global signal confirm external
radiological controls. A model encompassing the sequential evolution of diversity (between
counties), (between communities) and ? (within the community) highlights the interaction
between environment, environment, geography, and adaptive strategy during the event. There
is a need to further dismantle the event into taxonomic and regional components, along with
more environmental and systemic data, to illustrate the causes of this important and
multifaceted biodiversity. (Harper 2006).
2642354
JV701
Taylor, A. (2013). Climate change impacts on marine life. [Online]. Available:
https://theecologist.org/2013/sep/17/climate-change-impacts-marine-life. [Accessed 22 february 2019].
Pink, J. (2018). 5 ways that climate change affects the ocean. [Online]. Available:
https://blog.conservation.org/2018/06/5-ways-that-climate-change-affects-the-ocean/. [Accessed 22
february 2019].
WWF (2018). Building a future in which people live in harmony with nature. Available:
http://wwf.panda.org/our_work/oceans/problems/climate_change/. [Accessed 22 february 2019].
Gledhill, D.K., M.M. White, J. Salisbury, H. Thomas, I. Mlsna, M. Liebman, B. Mook, J. Grear, A.C.
Candelmo, R.C. Chambers, C.J. Gobler, C.W. Hunt, A.L. King, N.N. Price, S.R. Signorini, E. Stancioff,
C. Stymiest, R.A. Wahle, J.D. Waller, N.D. Rebuck, Z.A. Wang, T.L. Capson, J.R. Morrison, S.R.
Cooley, and S.C. Doney. (2015). Ocean and coastal acidification off New England and Nova Scotia.
Oceanography 28(2):182–197, http://dx.doi.org/10.5670/oceanog.2015.41.
Necan (2012). Effects on Marine Life. Available: http://www.necan.org/marine-life. [Accessed 22
february 2019].
Harper, D.A., (2006). The Ordovician biodiversification: setting an agenda for marine
life. Palaeogeography, Palaeoclimatology, Palaeoecology, 232(2-4), pp.148-166. Available:
https://www.sciencedirect.com/science/article/pii/S0031018205004141. [Accessed 22 february 2019].

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