Tuesday, 14 May 2013
Monday, 13 May 2013
What is Graphic Design
I endeavor to
undertake an in depth look at ‘Graphic
Design’ as a discipline, and as a tool. I will consider questions such as the
following: How has this subject evolved over thepast two centuries? And have
the transformations been desirable or have they inadvertently acted as a means
of weakening the prestige and standing of this renowned field?
Although the original disciplines of text and pictures –
typography , illustration and photography, are key and fundamental to Graphic
Design as a subject, the recent incorporation of other methods and types of
design and information technology have added to the pool of possible materials
a graphic designer has recourse to. This
should be seen as a positive addition to this field of study, in my opinion,
since it prevents Graphic Design from becoming out-dated and therefore less
reputable.
I consider that the changes made in the study of Graphic
Design, however radical and all-encompasing they may seem and be, are merely byproducts
and reflections of the radically and swiftly changing world in which we live
in. In order to survive in an environment where development is consistently
shaping the way we live our lives, all fields of study will undoubtedly be
affected in greater or lesser degrees. Since Graphic Design can be classed as a
form of ‘art’, it is naturally more susceptible to change in order to best
accommodate the needs of its clients. As competition between companies and
organisations intensifies, we see a need for graphic designers to be
increasingly more creative, talented and skilled; the more so, the better.
Some may argue that with its pan discipline approach,
graphic design may have over-extended itself and become a ‘jack of all trades
with no real mastery of anything in particular’. Although this may seem to be
the case when one takes an overview of
the methods and techniques used, on a closer investigation, this may not be a
negative criticism at all. Maybe we have to start thinking outside the box.
Maybe a graphic designer with command of numerous procedures and methods such
as 3D design and virtual imaging is not someone who has ‘no real mastery of
anything in particular’ rather, is someone with mastery of many tricks of the
trade. And in a world where innovation and creativity have become key to
success, this is surely an advantage to an aspiring graphic designer, rather
than an unwanted shadow looming over the profession.
My notion of graphic design encompases a constantly
adjusting discipline which embraces innovations and advances in design,
technology and art that take place as a result of human development and
progress. The viusal communication and presentation of a graphic designer’s
work is the aim and purpose of any venture, and of course, they may chose to
employ whatever means necessary and appropriate to achieve it. Do I believe it
is an immaculate and finished product? I think that would be too much to ask of
any given discipline, and I do not believe that any field of study, beit
artistic or scientific in nature, is completely polished and perfect. For
instance, law, which governs people’s relations and actions, money and
livelihoods is far from complete and so we cannot conceivably expect perfection
from other disciplines. Graphic Design has undergone many modifications, and I
feel that this has been for the best because it means that graphic designers
are better equipped with dealing with the creative challenges they will face in
industry.
Our Homes Are Mirrors of Ourselve
Our Homes
Are Mirrors of Ourselve
Domicile
is first condition to fulfill a life (Bevan
1999). For why I’m going to describe about my domicile which is student’s accommodation?
Where my time line of my life is related in here my sensible nuance always
works for. And now, I’m going to describe my entire nuance about my
accommodation which seems to my mirror.
Description:
“A room is any distinguishable space within a
structure. According to Chackbarti and Bligh (2001) usually, a room is
separated from other spaces or passageways by interior walls; moreover, it
is separated from outdoor areas by an exterior wall, sometimes with a door. Historically the use of rooms
dates at least to early Minoan cultures about 2200 BC, where
excavations on Santorini, Greece at Akrotiri reveal clearly defined rooms
within certain structures” (Cheng and Kvan 2000).My
room is maintaining this definition and as I am going to describe about my
accommodation, this project is all way related to my domicile. In where, I have
taken help from a “Google Sketch Up” to create my design (Fischer and Nakakoji 1997). That is it, when I arranged my room
in first time; I also used this to make my room as my mirror. In that time, I
tried to make this happen by Adobe Photoshop, Adobe Illustrator, Quark Express
and etc. But it was quite impossible to work with these to make my room as I
want to.Before using Google Sketch Up I also become
acknowledgement about one helper or tool by which I have been satisfied. (Jeng and Eastman 1998). For why this
project is really become related to me and my life. From bed to bed or brush to
brush my room gives company with me. Because, when I need to sleep, it’s my
room which shows me the way to do it. After my waking up, I do my brush, have
my bath, take my breakfast, change my cloths, go for class or sit on my PC, do
my thinking, take rest, do my study etc. and last go my bed again for
recharging my Brain and my body. For why, my time line of my life is fully
approximately related to my room. My room is placed with my classmates which is
actually students’ accommodation. I take my meal to the table where I study and
work in other times. In my room there is two different kinds of chairs. One is
for my study which is folding chair and another one is for my other activities
like work. Between them, study chair is my favorite one. Sometimes I see many
kinds of movie in my PC like Hollywood Movies & Some Irene Movies. Among
all movies which I have seen from the beginning to now, I like the Disney
Movies5. And in book site, I always like to read and the favorite book
becomes “How to
Win Friends and Influence People” 6.I leave my brought up
place. Now I stay with my class friends in a student accommodation where my friends
always try to share one another feelings whatever it’s good or bad, which is
the reason to make comfortable with life Though I always miss my parents, my
younger sister and elder brother,. There are many kind of difference between
these two places, one is quite easy for live and another is not. One gives me
my parents love and another gives me friends company. One is bounded by parents
order and another is bounded by own orders. But the main difference becomes I
was with my parents in my brought up place, but now I am with my friends. And
now I always miss them from my bottom of my heart. From the beginning of my
life I am very much expert to mix up with different kind of atmosphere. For
why, when I have changed my accommodation I was not worry at all. And now I am
living my room which is my mirror, its environment is my energetic for me.
My
room is the best room for mine. In my room I feel very comfortable. First of
all, my room is Single room which is just for me. It has everything what a
student had to have and it makes my room ‘A
Complete Satisfied Room’. My room is very quiet and that’s why most of my
complex works are done in here sometimes which are useful and sometimes which
are not. All of my personal duty has become true in here. It has no window
that’s why it is very good for studying. The spaces of the room give anyone the
refreshes so the feelings will be great in staying here. There is actually
everything for me in this room. My room has a very decent single bed in its
corner, when I feel tired I took a short nap in my bed. There is also a study
desk, in the desk there is a bookshelf in it where I put all sorts of book I
like to read a lot books in my room. In my desk I do lot of work. There is a
window in front of which the garden can be seen. A little breeze comes from the south so that
the inside feeling is so much invigorated by the weather. There is also an
attached bathroom which is also well decorated. The roominess of the room gives
me extra relax and refresh (Rubin 1994).
I study, read different sort of books above all kind of books I like the
science fiction most eat my meal watch movie, drama, anime as well as do my
regular assignment with my laptop. There is also a guestroom and a lounge for
the guests. There is a closet in the corner shelf. My important things will be
kept on that shelf. The view from the
room is very important for me. There is a huge Locker under my bed, in that
Locker I put my entire important thing and lock it safely. There is a very
beautiful clock in my room. I always try to keep my room neat and clean.
Because of all this furniture the room looks very gorgeous. My room also have
an attach bathroom so it’s very easy for me to get fresh whenever I want. I can
surely say that my room is the complete room for a student. All over the things
I just know that Satisfaction is most important thing for anything. Someone
gets it from whatever they have and someone’s not. And here comes twist for me
cause I always satisfies with what I have. For why I am also satisfied with my
room.
Conclusion:
“The
pleasure to be found in travelling round one's room is sheltered from the
restless jealousy of men, and is independent of Fortune” 7. (Ngor 2001) states the quotation has a
valuable message about one’s room in which I also have trusts. I may lie before
about this fact and so am I. Because, anyone should fervently conjure and
beseech that they also want their room not only neat and clean but also
updated. I do hereby declare that I have discovered many hidden things from my
room which is now encouraging me to go forward. The precious thing I also
discovered is my room is surely my mirror (Schon
1983). I have to say that this assignment may for one time but it gives me
some life time acknowledgement. It also gives rhythm feelings about my room: “Like
An Angel Passing through My Room”8.
References:
1. Bevan,
N., 1999. Design for usability. In Proceedings of HCI International,Munich, August, 22.P.10e.
2. Chakbarti,
A. and Bligh, T. P., 2001. A scheme for functional reasoning in conceptual
design. Design Studies, 22(6),
493-517.
3. Cheng,
N. and Kvan, T., 2000. Design collaboration strategies. In Proceedings of the Fifth International Conference on Design and
Decision Support Systems in Architecture, p. 62-73.
4. Fischer,
G. and Nakakoji, K., 1997. Computational environments supporting creativity in
the context of lifelong learning and design.
Special Issue of International Journal of Knowledge-based Systems, vol.10,
21-28.
5. Jeng
T. S. and Eastman, C. M., 1998. Database architecture for design collaboration. Automation in Construction, 7(6),
475-483.
6. Ngor,
A., 2001. The prospects for using the Internet in collaborative design
education with China. Higher Education,
42(1), 47-60.
7. Rubin,
J., 1994. Handbook of usability testing:
How to plan, design, and conduct effective tests. Canada: John Wiley &
Sons Inc.
8. Schon,
D. A., 1983. The Reflective Practitioner:
How professionals think inaction. San Francisco: Basic Books.
A disaster waiting to happen part 1
Disaster
Korstanje
(2011) Wide level of hazard is happen by the substantial radical change
to the environment, loss of life, physical injury or destruction is regard as a
disaster which may be the natural or man-made or technological.
Earthquakes, catastrophic accidents, floods, explosions or fires are
causes of disaster happen. Barton (1969) Disaster can happen in the damage of property, social, economic and
cultural life. When risk is managed inappropriately
then disasters are seen. In developing countries, the consequence of disasters
has the greatest costs and more than 95 percent of all deaths are happen for
the disasters. Developing countries suffer about 20 times greater than the
industrialized when natural disasters are happen.
A disaster waiting to happen:
The changing climate and a warming world
Miletiand
Fitzpatrick (1992) in global average air and ocean temperatures is the
cause of warming of the climate system which is unambiguous and also the cause
of pervasive melting of snow and ice which increases the global average sea
level. It is previously happened the ‘Unequivocal’-
‘climate change’ which sends a clear message to the scientific community as
well as the world. Phillips (2005) The greenhouse result
at work in our world's climate structures is the natural dynamic force after
climate change. Without entering the atmosphere about 30 per cent solar
radiation reaches the earth from the sun, and is reflected back into space. Wilson
(2010) The atmosphere absorbed Another 20 per cent is immediately and
50 per cent reaches the Earth's surface which was the remaining. Much of solar
radiation is absorbed and the rest reflected back towards the atmosphere. Maintaining
an energy balance is happen if the amount of solar radiation the amount
reflected is about equal to that reaches the Earth. To sustaining life on Earth
and the environment would not be favorable without this greenhouse effect. Beck (2006) By two
components of the atmosphere is now being altered this energy balance. The
first element is the greenhouse gases (GHGs). The energy reflected from the
surface of the earth is apprehended by the greenhouse gases (GHGs) and it keeps
energy in our atmosphere and warming the earth. Second one is aerosols - miniscule
particles. Quarantelli (2008) Before reaching energy to the atmosphere,
Aerosols - miniscule particles reflect solar radiation back into space and suspended
it as well as cool the Earth. Paul et al. (2003) The long-term,
natural climate deviations are the impacts of human actions which are now
outpacing. Human activities have unconfined greenhouse gases and aerosols into
the atmosphere to the agricultural revolution of the 18th century and the
natural greenhouse gas process were at a small scale. Barton (1969) Until
the turn of Industrial Revolution in the 20th century, it was not trapping more
greenhouse gas emissions and our actions increased dramatically. More heat in the atmosphere causing
human-induced climate change.
Changes in greenhouse gases
Miletiand
Fitzpatrick (1992) 13 per cent of discharges are made by the agricultural
and transport sector. Methane and nitrous oxide emissions are the main provider
to the agriculture. From The biomass decomposition, methane digestion processed
and it is produced from the livestock like cows. Phillips (2005) Due to
excess nitrogen emits nitrous oxide, soil and manure produce chemical
reactions. Over a 100 year period as a greenhouse emission, methane of about 25
times that of nitrous oxide and carbon dioxide.
Figure:
Global emissions: Share of global emissions in CO2 equivalent, 2004.
Source: State of the World 2009, Worldwatch
Institute
Climate changes
Paul et al.
(2003) The Earth was warmed over 0.7°C in 1901. Our actions in the
short and mid-term are heavily dependent to the warming in future. Beck (2006) The
Earth's climate systems are weakening for the anthropogenic emissions. This is generating
positive reactions in the climate which directly distresses to the air and
ocean temperature, rainfall and extreme weather events. Quarantelli
(2008) Global average air and ocean temperatures will rise due to
more heat confined in the atmosphere leads to raising the sea level, ecosystem deviations,
melting ice and snow at sea. More clouds are resulting for more evaporated
water that cans warmer air temperatures. Increases the albedo decreases the
amount solar radioactive energy of the Earth. Alexander (2002) A recent
study found that the effects of climate change for the carbon dioxide lasting
more than 1,000 years while existing and forthcoming actions will not deter the
0.1°C warming to decrease emanations and it can stop further heating. Hilhorst
(2003) The quantity of hot days and hot nights are on the upsurge
while the quantity of cold days and cold nights in most of the world has a 90
per cent of lessening. Heavy rainfall which can subsidize to flooding will make
more regular appearances due to upsurge the Heat waves. Barton
(1969) Based on each exclusive location and ecology these changes
will have unequal influences on areas of the world. Sub-tropical counties are projected
to accept less rainwater whereas tropical Countries further anticipated experiencing
heavier rainfall. Alexander (2002) The world could warm by 1.8-4.0°C by 2100 according
to an international scientific body: Intergovernmental Panel on Climate Change
(IPCC). Sea level will rise and attainment
of the one meter for the upgrading of warming air temperatures and ice sheet
melting. Paul et al. (2003) For reference, changing coastlines of fluctuating
levels of all countries will see high coasts. On the other hand, Low-lying
coastal countries could witness flooding of large portions of their land and
populated heavily to these areas. One meter of sea level rise is the cause of
flooding of 14,000-30,000 km2 or 10-20 per cent of total area in Bangladesh.
Current impacts
Miletiand
Fitzpatrick (1992) Glaciers and sea ice are already melting at increasing
rates. The ice loss during the 1996-2005 is twice than the previous decade ice
loss. Beck (2006) Due to increase in the warming temperatures of sea
surface and ocean acidification, an indicator of ocean health and stability
Coral reefs dying off at an alarming rate. 20 per cent of the world's coral
reefs had been destroyed in 2008 due to increase the warming temperatures of
sea surface and ocean acidification. Hilhorst (2003) All coral reefs are
at risk of extinction which should taking into consideration. Paul et al.
(2003) Land impacts for the recent climate changes are quite
diverse. Severe heat waves, Expanding ranges of pests and more frequent
flooding events are three examples of Land impacts for the recent climate
changes. Warmer winters have had devastating effects on forests and higher
temperatures stressed drought conditions. Phillips (2005) these
forests are important carbon sinks which take greenhouse gas emissions up. In
2007 alone 4 million acres of forest were killed in the western United States.
Figure
2: Freshwater vulnerabilities: Examples of current vulnerabilities of
freshwater resources and their management
Source:
IPCC (2010)
Paul et al.
(2003) Weather climate change would increase the strength and sternness
of extreme events which is considered normal for these events. Anthropogenic
emissions rise and the quantity of weather-related disasters and temperature
changes are anticipated to play a significant role in these events globally. Wilson
(2010) Average 300 weather-related disasters and risks are like
winter storms, hurricanes, flooding and wildfires in a year which is supposed
to rise to 480 in the 1990s. Weather-related
catastrophes have increased to 620 in the last decade. Meanwhile, as a result
of an intense hurricane season, $214 billion (USD) economic losses occurred in the
worldwide in 2005.
Future impacts
Phillips
(2005) On the human vulnerabilities and Earth, future influences could
be numerous of climate change. More annual rainfall will be happen in some
regions of the world and the water resources will go rise and below ground will
also be strained in many regions of the world.
Figure
3: Future water vulnerability: World map of future water vulnerabilities
Source:
IPCC (2010)
Quarantelli
(2008) Regions dependent on groundwater bases might also experience
difficulties by the climate change as water for boosting aquifers decreases. Many
aquifers are being excavated for water at an unmaintainable degree. A weakening
in rainwater resources could generate waves of unpredictability in both accepted
and human systems, impacting agriculture and food safety, ecological unit and
biodiversity, human health, settlements and substructure, the economy, health,
and of course the water source. Miletiand Fitzpatrick (1992) Climate change will
pressure food security in the human system which to effects on natural systems
will be increased soil erosion. Sub-tropical areas are projected to accept much
less rainfall to seasonal heat which is very sensitive to the agricultural
productivity. Barton (1969) To
attain or preserve food security, vulnerable communities and the sub-tropics
and tropics will become the norm by the next century and the average
temperature will exceed during season. The task of protecting and improving
human health becomes increasingly unwieldy as ranges for vectors that carry
diseases like malaria, dengue fever, and osmosis extend further in latitude and
altitude to regions that were previously protected by their cold winter
conditions. The intensity and seasonality of vector-borne disease outbreaks are
projected to change as well.
Global response
Wilson
(2010) For the global community, climate change is an immense
challenge to breathtaking and makes a sustainable development in the climate
and also preserves the food for the future. Undertake to alleviate the causes
of climate change and adjust to climate change are the two option for the
globe. Best option of sustainable development in the climate for the globe has
to be found out by the world’s people. To a positive degree of short- and
middle-term actions in the change will continue and adapt most of all countries.
Deteriorate climate change susceptibilities with poverty and food uncertainty
makes the countries in a great sufferings. Mitigation actions must be taken in
all countries. Developed countries have contributed the majority of historic
emissions which have brought the world to where it is now, but many developing
countries are catching up in emissions very quickly and some are even
surpassing developed country emissions levels. In 2007, China took the lead in
total greenhouse gas emissions, displacing the United States. Preceding
environmental difficulties responses to the world's different climate change in
the late 1980s and to eliminate ozone-depleting substances from public use the
global community militarized environmental difficulties. The belongings of
these struggles will take longer to originate a similar united response to the Climate
change. Paul et al. (2003) To defend
their well-being and their living environment, the scientific community prepared
the connection between acid rain and nitrogen pollution and sulphur. To limit
or remove these discharges through national and local efforts, people responded
to make the way of environmental safety,
food security, reduction of pollution, balance the use of chemical, reduce the
use of dangerous components, balance the bio-diversity, increase the natural
resources and safe the natural resources for better Climate change in the
world. However, greenhouse gases can
blanket the entire planet if it will mix into the atmosphere by emitting from
their sources.
Reference
1)
Barton A.H. (1969). Communities in Disaster. A
Sociological Analysis of Collective Stress Situations. SI: Ward Lock
2)
Catastrophe and Culture: The Anthropology of Disaster.
Susanna M. Hoffman and Anthony Oliver-Smith, Eds.. Santa Fe NM: School of
American Research Press, 2002
3)
G. Bankoff, G. Frerks, D. Hilhorst (eds.) (2003).
Mapping Vulnerability: Disasters, Development and People. ISBN 1-85383-964-7.
4)
D. Alexander (2002). Principles of Emergency planning
and Management. Harpended: Terra publishing. ISBN 1-903544-10-6.
5)
Quarantelli, E. L. (2008). “Conventional Beliefs and
Counterintuitive Realities”. Conventional Beliefs and Counterintuitive
Realities in Social Research: an international Quarterly of the social Sciences,
Vol. 75 (3): 873-904.
6)
Paul, B. K et al. (2003). “Public Response to Tornado
Warnings: a comparative Study of the May 04, 2003 Tornadoes in Kansas, Missouri
and Tennessee”. Quick Response Research Report, no 165, Natural Hazard Center,
Universidad of Colorado
7)
Kahneman, D. y Tversky, A. (1984). “Choices, Values
and frames”. American Psychologist 39 (4): 341-350.
8)
Beck, U. (2006). Risk Society, towards a new
modernity. Buenos Aires, Paidos
9)
Aguirre, B. E & Quarantelli, E. H. (2008).
“Phenomenology of Death Counts in Disasters: the invisible dead in the 9/11 WTC
attack”. International Journal of Mass Emergencies and Disasters. Vol. 26 (1):
19-39.
10) Wilson, H.
(2010). “Divine Sovereignty and The Global Climate Change debate”. Essays in
Philosophy. Vol. 11 (1): 1-7
11) Uscher-Pines,
L. (2009). “Health effects of Relocation following disasters: a systematic
review of literature”. Disasters. Vol. 33 (1): 1-22.
12) Scheper-Hughes,
N. (2005). “Katrina: the disaster and its doubles”. Anthropology Today. Vol. 21
(6).
13) Phillips, B.
D. (2005). “Disaster as a Discipline: The Status of Emergency Management
Education in the US”. International Journal of Mass-Emergencies and Disasters.
Vol. 23 (1): 111-140.
14) Mileti, D.
and Fitzpatrick, C. (1992). “The causal sequence of Risk communication in the
Parkfield Earthquake Prediction experiment”. Risk Analysis. Vol. 12: 393-400.
15) Korstanje,
M. (2011). "The Scientific Sensationalism: short commentaries along with
scientific risk perception". E Journalist. Volume 10, Issue 2.
16) Korstanje,
M. (2011). "Swine Flu, beyond the principle of Reisilience".
International Journal of Disaster Resilience in the Built Environment, Vol. 2
Iss: 1, pp. 59 – 73
Submitted
by: Abdullah
Contents
Disaster
Korstanje
(2011) Wide level of hazard is happen by the substantial radical change
to the environment, loss of life, physical injury or destruction is regard as a
disaster which may be the natural or man-made or technological.
Earthquakes, catastrophic accidents, floods, explosions or fires are
causes of disaster happen. Barton (1969) Disaster can happen in the damage of property, social, economic and
cultural life. When risk is managed inappropriately
then disasters are seen. In developing countries, the consequence of disasters
has the greatest costs and more than 95 percent of all deaths are happen for
the disasters. Developing countries suffer about 20 times greater than the
industrialized when natural disasters are happen.
A disaster waiting to happen:
The changing climate and a warming world
Miletiand
Fitzpatrick (1992) in global average air and ocean temperatures is the
cause of warming of the climate system which is unambiguous and also the cause
of pervasive melting of snow and ice which increases the global average sea
level. It is previously happened the ‘Unequivocal’-
‘climate change’ which sends a clear message to the scientific community as
well as the world. Phillips (2005) The greenhouse result
at work in our world's climate structures is the natural dynamic force after
climate change. Without entering the atmosphere about 30 per cent solar
radiation reaches the earth from the sun, and is reflected back into space. Wilson
(2010) The atmosphere absorbed Another 20 per cent is immediately and
50 per cent reaches the Earth's surface which was the remaining. Much of solar
radiation is absorbed and the rest reflected back towards the atmosphere. Maintaining
an energy balance is happen if the amount of solar radiation the amount
reflected is about equal to that reaches the Earth. To sustaining life on Earth
and the environment would not be favorable without this greenhouse effect. Beck (2006) By two
components of the atmosphere is now being altered this energy balance. The
first element is the greenhouse gases (GHGs). The energy reflected from the
surface of the earth is apprehended by the greenhouse gases (GHGs) and it keeps
energy in our atmosphere and warming the earth. Second one is aerosols - miniscule
particles. Quarantelli (2008) Before reaching energy to the atmosphere,
Aerosols - miniscule particles reflect solar radiation back into space and suspended
it as well as cool the Earth. Paul et al. (2003) The long-term,
natural climate deviations are the impacts of human actions which are now
outpacing. Human activities have unconfined greenhouse gases and aerosols into
the atmosphere to the agricultural revolution of the 18th century and the
natural greenhouse gas process were at a small scale. Barton (1969) Until
the turn of Industrial Revolution in the 20th century, it was not trapping more
greenhouse gas emissions and our actions increased dramatically. More heat in the atmosphere causing
human-induced climate change.
Changes in greenhouse gases
Miletiand
Fitzpatrick (1992) 13 per cent of discharges are made by the agricultural
and transport sector. Methane and nitrous oxide emissions are the main provider
to the agriculture. From The biomass decomposition, methane digestion processed
and it is produced from the livestock like cows. Phillips (2005) Due to
excess nitrogen emits nitrous oxide, soil and manure produce chemical
reactions. Over a 100 year period as a greenhouse emission, methane of about 25
times that of nitrous oxide and carbon dioxide.
Figure:
Global emissions: Share of global emissions in CO2 equivalent, 2004.
Source: State of the World 2009, Worldwatch
Institute
Climate changes
Paul et al.
(2003) The Earth was warmed over 0.7°C in 1901. Our actions in the
short and mid-term are heavily dependent to the warming in future. Beck (2006) The
Earth's climate systems are weakening for the anthropogenic emissions. This is generating
positive reactions in the climate which directly distresses to the air and
ocean temperature, rainfall and extreme weather events. Quarantelli
(2008) Global average air and ocean temperatures will rise due to
more heat confined in the atmosphere leads to raising the sea level, ecosystem deviations,
melting ice and snow at sea. More clouds are resulting for more evaporated
water that cans warmer air temperatures. Increases the albedo decreases the
amount solar radioactive energy of the Earth. Alexander (2002) A recent
study found that the effects of climate change for the carbon dioxide lasting
more than 1,000 years while existing and forthcoming actions will not deter the
0.1°C warming to decrease emanations and it can stop further heating. Hilhorst
(2003) The quantity of hot days and hot nights are on the upsurge
while the quantity of cold days and cold nights in most of the world has a 90
per cent of lessening. Heavy rainfall which can subsidize to flooding will make
more regular appearances due to upsurge the Heat waves. Barton
(1969) Based on each exclusive location and ecology these changes
will have unequal influences on areas of the world. Sub-tropical counties are projected
to accept less rainwater whereas tropical Countries further anticipated experiencing
heavier rainfall. Alexander (2002) The world could warm by 1.8-4.0°C by 2100 according
to an international scientific body: Intergovernmental Panel on Climate Change
(IPCC). Sea level will rise and attainment
of the one meter for the upgrading of warming air temperatures and ice sheet
melting. Paul et al. (2003) For reference, changing coastlines of fluctuating
levels of all countries will see high coasts. On the other hand, Low-lying
coastal countries could witness flooding of large portions of their land and
populated heavily to these areas. One meter of sea level rise is the cause of
flooding of 14,000-30,000 km2 or 10-20 per cent of total area in Bangladesh.
Current impacts
Miletiand
Fitzpatrick (1992) Glaciers and sea ice are already melting at increasing
rates. The ice loss during the 1996-2005 is twice than the previous decade ice
loss. Beck (2006) Due to increase in the warming temperatures of sea
surface and ocean acidification, an indicator of ocean health and stability
Coral reefs dying off at an alarming rate. 20 per cent of the world's coral
reefs had been destroyed in 2008 due to increase the warming temperatures of
sea surface and ocean acidification. Hilhorst (2003) All coral reefs are
at risk of extinction which should taking into consideration. Paul et al.
(2003) Land impacts for the recent climate changes are quite
diverse. Severe heat waves, Expanding ranges of pests and more frequent
flooding events are three examples of Land impacts for the recent climate
changes. Warmer winters have had devastating effects on forests and higher
temperatures stressed drought conditions. Phillips (2005) these
forests are important carbon sinks which take greenhouse gas emissions up. In
2007 alone 4 million acres of forest were killed in the western United States.
Figure
2: Freshwater vulnerabilities: Examples of current vulnerabilities of
freshwater resources and their management
Source:
IPCC (2010)
Paul et al.
(2003) Weather climate change would increase the strength and sternness
of extreme events which is considered normal for these events. Anthropogenic
emissions rise and the quantity of weather-related disasters and temperature
changes are anticipated to play a significant role in these events globally. Wilson
(2010) Average 300 weather-related disasters and risks are like
winter storms, hurricanes, flooding and wildfires in a year which is supposed
to rise to 480 in the 1990s. Weather-related
catastrophes have increased to 620 in the last decade. Meanwhile, as a result
of an intense hurricane season, $214 billion (USD) economic losses occurred in the
worldwide in 2005.
Future impacts
Phillips
(2005) On the human vulnerabilities and Earth, future influences could
be numerous of climate change. More annual rainfall will be happen in some
regions of the world and the water resources will go rise and below ground will
also be strained in many regions of the world.
Figure
3: Future water vulnerability: World map of future water vulnerabilities
Source:
IPCC (2010)
Quarantelli
(2008) Regions dependent on groundwater bases might also experience
difficulties by the climate change as water for boosting aquifers decreases. Many
aquifers are being excavated for water at an unmaintainable degree. A weakening
in rainwater resources could generate waves of unpredictability in both accepted
and human systems, impacting agriculture and food safety, ecological unit and
biodiversity, human health, settlements and substructure, the economy, health,
and of course the water source. Miletiand Fitzpatrick (1992) Climate change will
pressure food security in the human system which to effects on natural systems
will be increased soil erosion. Sub-tropical areas are projected to accept much
less rainfall to seasonal heat which is very sensitive to the agricultural
productivity. Barton (1969) To
attain or preserve food security, vulnerable communities and the sub-tropics
and tropics will become the norm by the next century and the average
temperature will exceed during season. The task of protecting and improving
human health becomes increasingly unwieldy as ranges for vectors that carry
diseases like malaria, dengue fever, and osmosis extend further in latitude and
altitude to regions that were previously protected by their cold winter
conditions. The intensity and seasonality of vector-borne disease outbreaks are
projected to change as well.
Global response
Wilson
(2010) For the global community, climate change is an immense
challenge to breathtaking and makes a sustainable development in the climate
and also preserves the food for the future. Undertake to alleviate the causes
of climate change and adjust to climate change are the two option for the
globe. Best option of sustainable development in the climate for the globe has
to be found out by the world’s people. To a positive degree of short- and
middle-term actions in the change will continue and adapt most of all countries.
Deteriorate climate change susceptibilities with poverty and food uncertainty
makes the countries in a great sufferings. Mitigation actions must be taken in
all countries. Developed countries have contributed the majority of historic
emissions which have brought the world to where it is now, but many developing
countries are catching up in emissions very quickly and some are even
surpassing developed country emissions levels. In 2007, China took the lead in
total greenhouse gas emissions, displacing the United States. Preceding
environmental difficulties responses to the world's different climate change in
the late 1980s and to eliminate ozone-depleting substances from public use the
global community militarized environmental difficulties. The belongings of
these struggles will take longer to originate a similar united response to the Climate
change. Paul et al. (2003) To defend
their well-being and their living environment, the scientific community prepared
the connection between acid rain and nitrogen pollution and sulphur. To limit
or remove these discharges through national and local efforts, people responded
to make the way of environmental safety,
food security, reduction of pollution, balance the use of chemical, reduce the
use of dangerous components, balance the bio-diversity, increase the natural
resources and safe the natural resources for better Climate change in the
world. However, greenhouse gases can
blanket the entire planet if it will mix into the atmosphere by emitting from
their sources.
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