The Mission Essay Example For Students

The Mission Essay The Mission† is a motion picture, directed by Roland Joffe in 1986, about a Jesuit mission that is threatened by greed and imperialism in the late 18th century in the Brazilian jungle. Father Gabriel, played by Jeremy Irons, climbs the mountains of Brazil to bring Christianity to the natives. He is successful and brings about a golden age among them. Mendoza, played by Robert De Niro, a slave trader, kills his brother, Felipe played by Aidan Quinn, in a fit of rage over a woman named Carlotta, played by Cherie Lunghi. Only Fr. Gabriels leadership prevents his suicide. Gabriel brings Mendoza to work at his mission with the natives, and Mendoza finds peace and asks to become a priest. The Church, under pressure, gives the land up to the Portuguese who will allow slave traders in again. Mendoza breaks his vows and organizes the natives to fight against the Portuguese while Gabriel warns him not to fight and instead to help them as a priest. At the end of the movie Fr. Gabriel cour ageously leads a procession with the Host through the battle. He is martyred along with almost everyone else. Only a few young natives are left, whom because they have been touched by God, to rebuild the community. We will write a custom essay on The Mission specifically for you for only $16.38 $13.9/page Order now This movie, more than most I have ever seen, demonstrates graphically, from a normal, human point of view, the net result of the union of passion and greed, where one compliments the other. The two main reasons the mission is threatened, as I have said before, are imperialism and greed. Greed is an excessive desire to acquire or possess more than what one needs or deserves, especially with respect to material wealth. In this movie, that translates into, how the Portuguese only wanted to gain these lands for profit. Since natives lived there the Portuguese wanted to gain the land so they could trade slaves there. This was the whole reason Mendoza disregarded his vows and fought against the Portuguese. The other reason, imperialism, is the policy of extending a nations authority by territorial acquisition or by the establishment of economic and political domination over other nations. In this case, the Portuguese wanted to acquire the lands belonging to the natives because of economic reasons. The major theme of this movie is represented in a quote. This quote is, â€Å"The church is the bride of Christ, she is also the cross on which he is daily crucified.† The Bride of Jesus Christ is not a what, it’s a who. She is the many membered body of Jesus Christ that is carrying on the Message sent to her from God, she is the Church. â€Å"For the marriage of the Lamb is come, And His wife hath made herself ready.† –Revelation 19:7, and â€Å"And there came unto me one of the seven angels which had the seven vials full of the seven last plagues, and talked with me, saying, Come hither, I will shew thee the bride, the Lambs wife.†-Revelation 21:9, are two quotes from the Bible including the word â€Å"bride†, this bride referred to is the Church. When we say â€Å"it is the cross on which he is daily crucified,† to me seems to be talking about the Eucharist and mass. Everyday the church celebrates the mass, where we sacrifice Jesus up to God, and where we remember his death on the cross, which opened up the Gates of Heaven. This could also mean another thing, this could be talking about how the Church is always holy but its members are not. This is sort of paradoxical, however it is true, we as Catholics may not be at all times holy, but the Church as the Bride of Christ is forever holy. .ub5e7f5ad76132c09e78f2313a48689cd , .ub5e7f5ad76132c09e78f2313a48689cd .postImageUrl , .ub5e7f5ad76132c09e78f2313a48689cd .centered-text-area { min-height: 80px; position: relative; } .ub5e7f5ad76132c09e78f2313a48689cd , .ub5e7f5ad76132c09e78f2313a48689cd:hover , .ub5e7f5ad76132c09e78f2313a48689cd:visited , .ub5e7f5ad76132c09e78f2313a48689cd:active { border:0!important; } .ub5e7f5ad76132c09e78f2313a48689cd .clearfix:after { content: ""; display: table; clear: both; } .ub5e7f5ad76132c09e78f2313a48689cd { display: block; transition: background-color 250ms; webkit-transition: background-color 250ms; width: 100%; opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #95A5A6; } .ub5e7f5ad76132c09e78f2313a48689cd:active , .ub5e7f5ad76132c09e78f2313a48689cd:hover { opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #2C3E50; } .ub5e7f5ad76132c09e78f2313a48689cd .centered-text-area { width: 100%; position: relative ; } .ub5e7f5ad76132c09e78f2313a48689cd .ctaText { border-bottom: 0 solid #fff; color: #2980B9; font-size: 16px; font-weight: bold; margin: 0; padding: 0; text-decoration: underline; } .ub5e7f5ad76132c09e78f2313a48689cd .postTitle { color: #FFFFFF; font-size: 16px; font-weight: 600; margin: 0; padding: 0; width: 100%; } .ub5e7f5ad76132c09e78f2313a48689cd .ctaButton { background-color: #7F8C8D!important; color: #2980B9; border: none; border-radius: 3px; box-shadow: none; font-size: 14px; font-weight: bold; line-height: 26px; moz-border-radius: 3px; text-align: center; text-decoration: none; text-shadow: none; width: 80px; min-height: 80px; background: url(https://artscolumbia.org/wp-content/plugins/intelly-related-posts/assets/images/simple-arrow.png)no-repeat; position: absolute; right: 0; top: 0; } .ub5e7f5ad76132c09e78f2313a48689cd:hover .ctaButton { background-color: #34495E!important; } .ub5e7f5ad76132c09e78f2313a48689cd .centered-text { display: table; height: 80px; padding-left : 18px; top: 0; } .ub5e7f5ad76132c09e78f2313a48689cd .ub5e7f5ad76132c09e78f2313a48689cd-content { display: table-cell; margin: 0; padding: 0; padding-right: 108px; position: relative; vertical-align: middle; width: 100%; } .ub5e7f5ad76132c09e78f2313a48689cd:after { content: ""; display: block; clear: both; } READ: Atomic Bomb EssayThis movie has many excellent features. It contains wonderful camera work, breathtaking scenery, and really good performances from Irons and De Niro. All these things make the film quite powerful, and it can really draw the viewer in. However, one cannot help but feel engrossed during the movie and yet unsatisfied at the conclusion. All around however, this movie was great and I’d strongly recommend it. Music

How to Say In Other Words in Spanish

How to Say In Other Words in Spanish In everyday conversation, it is common to rephrase what we say, perhaps to add a nuance of meaning, perhaps to make ourselves easier to understand. When doing so, we often use a phrase such as in other words, to put it another way or, more formally, that is to say. Similar phrases are used in Spanish. Here are five of the common ones along with examples of their use: 5 Common In Other Words Phrases en otros tà ©rminos En otros tà ©rminos, cesà ³ la controversia. (In other words, the controversy ended.) La relacià ³n entre la generacià ³n adulta mayor y los nià ±os - o, en otros tà ©rminos, entre abuelos y nietos - siempre constituyà ³ para Lila Villalba un tema especial en su vida profesional. (The relationship between the older adult generation and the children - or, in other words, between grandparents and grandchildren - always was a special subject in the professional life of Lila Villalba.) dicho de otra manera O dicho de otra manera, piensan que la muerte sà ³lo conduce a la nada. (Or, in other words, they think that death leads only to nothingness.) Dicho de otra manera, si la distancia aumenta 2 veces, la fuerza aumenta 2 veces. (Said another way, if the distance doubles, the force doubles.) en otras palabras En otras palabras la fuente no tiene que estar instalada para que el usuario vea correctamente el archivo. (In other words, the source does not have to be installed for the user to correctly see the file.) Creo en otras palabras que lo que Lula intentar hacer es modernizar el paà ­s. (I believe, in other words, that what Lula will try to do is modernize the country.) es decir Quien controla el agua controla la vida, es decir el poder. (The one who controls the water controls life, that is to say, controls the power.) El Homo sapiens sapiens - es decir, nosotros - surgià ³ de la cadena evolutiva hace tan sà ³lo unos 45 mil aà ±os. (Homo sapiens sapiens - that means us - sprung forth from the evolutionary chain only some 45,000 years ago.) o sea Và ©ase el FAQ, o sea, las preguntas ms usuales). (See the FAQ, that is to say, the most frequently asked questions.) El capitalismo es un sistema social, o sea una forma como en una sociedad estn organizadas las cosas y las personas. (Capitalism is a social system, meaning a way in which things and people are organized in a society.)

The Nighttime Sky Holds Many Stars

The Nighttime Sky Holds Many Stars The nighttime sky looks like it has millions of stars visible to observers. Thats because we live in a galaxy that has hundreds of millions of them. However, we cant really see all of them with the naked eye from our backyards. It turns out that the skies of Earth have, at most, around ten thousand stars that can be spotted with the naked eye. However, not everyone can see all the stars; they see only whats overhead in their own region. Light pollution and atmospheric hazes reduce the number of stars that can be seen even more. On average, however, the most anyone can really see (with very good eyesight and from a very dark viewing area) is around three thousand stars. People living in very big cities still see a few stars, while those in country areas away from lights can see more.   The best places to see stars are dark-sky sites, such as Canyonlands National Park or from onboard a ship in the middle of the ocean, or high in the mountains. Most people do not have access to such areas, but they can get away from most city lights by going out into the countryside. Or, if viewing from in the city  is someones only choice, they can pick an observing spot that is shaded from nearby lights. That increases the chances of seeing a few more stars.   If our planet was in a region of the galaxy with a lot more stars, chances are stargazers really WOULD see tens of thousands of stars at night. Our section of the Milky Way is, however, less well-populated than the core for example. If our planet could be in the center of the galaxy, or perhaps in a globular cluster, the sky would shimmer with starlight. In fact, in a globular cluster, we might never have dark skies! In the center of the galaxy, we might be stuck in a cloud of gas and dust, or perhaps be subjected to forces from the black hole at its heart. So, in a way, while our location in the outskirts of the Milky Way reveals fewer stars to stargazers, its a safer place to have a planet with dark skies.   Stargazing Among the Visible Stars So, what can be learned from the stars that observers CAN see? For one thing, people often notice that some stars appear white, while others are bluish, or orangey or reddish.   Most, however, appear to be a dull white.  Where does the color come from? The stars surface temperature gives a clue- the hotter they are, the more blue and white they are. The redder they are, the cooler they are. So, a blue-white star is hotter than a yellow or orange star, for example. Red stars are usually fairly cool (as stars go). Its important to remember, however, that a stars color isnt vivid, its more likely very pale or pearlescent. Also, the materials that make up a star (that is, its composition) can make it look red or blue or white or orange. Stars are primarily hydrogen, but they can have other elements in their atmospheres and interiors. For example, some stars that have a lot of the element carbon in their atmospheres look redder than other stars.   Figuring out Brightness of Stars Among those three thousand stars, observers can also notice differences in their brightnesses. A stars brightness is often referred to as its magnitude and thats simply a way to put numbers to the different brightnesses we see among all the stars. What affects that brightness? A couple of factors come into play. A star can look bright or dim depending on far away it is. But, it can also look bright because its very hot. Distance AND temperature play a role in magnitude.   A very hot, bright star that lies very far away from us appears dim to us. If it was closer,   it would be brighter. A cooler, intrinsically dim star might look very bright to us if it was very close by. Most stargazers are interested in something called visual (or apparent) magnitude, which is the brightness it will appear to the eye. Sirius, for example, is -1.46, which means that its quite bright. It is, in fact, the brightest star in our night sky. The Sun is magnitude -26.74 and is THE brightest star in our daytime sky. The dimmest magnitude anyone can detect with the naked eye is around magnitude 6.   The intrinsic magnitude of a star is how bright it is due to its own temperature, regardless of distance. Astronomy researchers are much more interested in this number since it gives some clue about conditions inside the star. But, for backyard stargazers, that figure is less important than visual magnitude.   While our viewing is limited to a few thousand stars (with the naked eye), of course, observers can seek out more distant stars using binoculars and telescopes. With magnification, new populations of stars widen the view for observers who want to explore more of the sky. Edited and expanded by Carolyn Collins Petersen.

Watersheds Essay Example | Topics and Well Written Essays - 2250 words

Watersheds - Essay Example The watershed has a number of tributaries that drains in all of the states in America or to approximately 31 states within the United States of America between the Appalachian Mountains and the rocky extending to the southern regions of Canada. River Mississippi is ranked as the largest and the longest river in the world and it holds tenth and fourth positions in that order (Carluer and De Marsily 87). For long time watersheds have acted as an important framework for various scientific studies on the impacts of anthropogenic and natural phenomenon on both quantity and quality of water (Naiman 78). The effects of silvicultural and agriculture have been based on watersheds. Studies concerning watersheds have been conducted in places such as Coweeta in which the data collected have been used by researches to evaluate the effectiveness of various ecological regions. Most individuals are not aware about the source of their drinking water an aspect that means that they care less whether th e water they drink have been treated or not before they reach their homes. Additionally, people should be knowledge about the process used in treating the water that they consume. This is because clean water is important to life even though people have taken this fact for granted. Therefore this particular essay will analyze watershed within Mississipi River with an aim of helping the society to have a better understanding of scientific process and various forms of water resources. According to Carluer and De Marsily (95) a watershed is that particular area of land that drains into the lake, river, stream or other forms of water bodies. Moreover, watersheds can be small or large. For instance a small stream located in neighborhood may consist of a watershed. Nevertheless, the watershed of the Mississippi river covers approximately two thirds of the North America (Naiman 78). Figure 1: Mississippi watershed (Schertzer, 124) Put into consideration a small stream located at the top of the mountains. The watershed of this particular stream will comprise of few underground precipitation runoffs and springs coming from the lands that are above it. Hence the stream continues to flow down the hill; it flows to large water bodies including larger rivers, streams and even lakes before flowing into the oceans which accordingly have watersheds that are large. However, it is important to note that all watersheds both large and small have complex processes that in one way or the other impact on the quality of water coming out and utilized by the human population for various purposes. According to Sivapalan (2266) human beings does not only use water for the cleaning and cooking but also for drinking, cleaning and draining the waste systems. In order to achieve this treatment plants, dams and pipes have to be put into place for the purposes of treating water before and after it enters the homes of individuals in the society. Additionally, other structures should be put in pl ace for the purpose of transporting water. This is because in order for human beings to be free from infections, to be water too need free from all forms of pollution and safe for domestic use. This explains the importance of managing all the watersheds as they are the sources of water for human and animal populations. According Sivapalan (2268) most cities and towns have put in place plans for managing the watersheds with an aim of ensuring not only quantity but also quality of the water sources. Moreover, it is important to take note that as watersheds continue to develop; storm water continues to drain from areas such as buildings, parking lots, fields and even fields. Hence, the roadside ditches are designed in a particular manner to prevent the structures from flooding by ensuring

Week 5 Lt Assignment Essay Example | Topics and Well Written Essays - 250 words

Week 5 Lt Assignment - Essay Example The processes involved in these improvements include renovation of machines, increased training of employees and establishment of 5S problem analysis team. A new process can be measured using various measurement techniques. Most of these techniques are statistical. One measurement technique is variation and standard deviation. This method determines the level of deviation of the outcome of new process from that of the old process. Returns on Investment (ROI) can also be used to measure the performance of the new process. This involves the measurement of the returns from the new process compared to its investment (Persse, 2006). The initial investment of the process including changes made to the old process is subtracted from the returns of the new process. ROI differs from the Variance and Standard Deviation because Variance and Standard Deviation compares the new process with the old process while the ROI only measures the performance of the new process. However, both measurement techniques show the level of success of the new project based on its performance after the changes to the old

Effects of South West Monsoon (SWM) on Cloud Cover and Shape

Effects of South West Monsoon (SWM) on Cloud Cover and Shape INTRODUCTION An investigation of the cloud shape stability and the cloud covering is presented on the immediate pre and post south-west monsoon (SWM) commencement. The study focuses on Sri Lankan region bounded by longitude 700E-950E latitude 00-200N during the months April, May June in the years 2012 and 2013. Monsoon onset is a remarkably abrupt event and has established the criterion to determine the onset date which is noticeably controversial and a complicated issue. The prime aim of this paper is to understand the vagaries of the cloud dynamics on the before, inception after the SW monsoon and the analysis are carried out purely based on the computer based image processing rather than chemical physical processes. Cloud shape stability which is determined by the pixel orientation based on the neighbourhood begins to drop in April-May and remains in that low level in subsequent months of both years while cloud cover which is determined by the brightness of the pixel starts to go up in the same period and remains in that high level in the following months as well. The south-west (SW) monsoon brings somewhat organized heavy rainfall to Sri Lanka. The economy of the country is largely influenced by the SW monsoon because major industries such as agriculture and power generation are highly depended on rainfall. Therefore, studying the commencement of SW monsoon and its structure is significant. There is no universally accepted definition or criterion to determine the monsoon onset and previous studies exhibited considerable year to year variation of SW monsoon onset [1]. Further, the climate system is a highly uncertain dynamical system which involves large number of factors such as precipitation, temperature, outgoing long wave radiation, wind speed and direction, humidity etc. Monsoon is also an onset-active-break-revival life cycle phenomenon [11]. Therefore, the establishment of a criterion to determine the onset is a noticeably controversial and complicated task. Major monsoon area of the world exists in South and East Asia and the Indian Ocean monsoon interact with the South China Sea monsoon [10]. Most of the previous studies relating to the monsoon onset were based on wind, precipitation, outgoing long-wave radiation (OLR) and brightness temperature [1, 9, 11]. According to the summarization done by Wang et al from 1992 to 2001, only in one among seventeen (17) stud ies was involved with cloud data [1]. However, Wonsick et al document the seasonal progression of the Asian monsoon by analysing clouds and convection in the pre-peak and post-monsoon season [6]. Moreover, maximum cloud zone and the ITCZ (Inter Tropical Convergence Zone) over the Indian region during the SW monsoon was investigated by Sikka et al and it has been found that the two maximum cloud zones are present during June-September, one of 150N and the other of equatorial region [4]. Most of the monsoon studies based on clouds as well as other variables were highly pertinent to China and Indian region. To the best of our knowledge, there have been no or very little research have been done to investigate the monsoon commencement in Sri Lankan region using the cloud patterns. In addition to the monsoon studies, there are certain studies relating to clouds. Among those, identification of tracer clouds done by Nilanjan et al [7] and automated cloud classification done by Bryan et al [3] motivated us to study the seasonal c loud dynamics. Thirty minute interval cloud images were downloaded from the http://202.54.31.45/ARCHIVE/ASIA-SECTOR/INFRARED. Images are taken from the Indian National Satellite System (INSAT) KALPANA 1 geostationary satellite. These images are derived from the emission by the earth and its atmosphere at thermal infrared wavelength of 10.5-12.5 Â µm and they cover the latitude range 100S-500N and the longitude range 450E – 1050E. The ground resolution at the sub satellite point is nominally 8 Km x 8 Km. Images are stored in the above web site as colour RGB JPEG format. Pixel resolution of the images is about 1200 x 1024 (72 dpi x 72 dpi) with 24bits depth including image header. The region bounded by the longitude 700E-950E and the latitude 00-200N extracted from the original image and the grey converted image is used for this study. This extracted bounded region provides a good coverage for the island of Sri Lanka. Moreover, this study investigates the cloud images from January 2012 to July 2013. Our objective of this research is to distinguish the strange behaviour of the clouds during the potential SW monsoon onset period. Sequel of this paper is as follows: next section describes the methodology followed by the results and discussion. The last section is allocated for a conclusions and recommendations. METHODOLOGY Local orientation which is used as a feature of a satellite image is a major contributor to determine the cloud shape life time. Local orientation which is also called the linear symmetry (LS) is characteristics by the least change of grey value in one direction and maximal change in the orthogonal direction [2,5]. Therefore, a linear symmetry tensor for an image is constructed with respect to the local neighbourhood for each pixel of the image. In this way, local symmetry tensors of the concerned bounded area of the 30 minute interval satellite images were constructed. By preserving the first image as the reference image, comparison takes place with its LS tensor and that of the subsequent images till the correlation drops below a specified threshold. In this study the threshold is 0.9. As long as this correlation of the subsequent image is higher than the threshold, is considered as the same cloud shape with the reference image. The time period until the drop of the correlation of the LS tensors below the threshold is considered as the life time of that particular cloud shape. This process was continued by taking the next immediate image as the new reference image and mean value of the life times is taken as the cloud shape life time for the particular day. In addition, the cloud cover was determined in the said area of the image using the feature of brightness of the pixel. If the pixel brightness is higher than the global threshold which is determined by the otsu’s method, it is considered as the cloudy pixel. As such the cloud cover area was calculated for the chosen area of image by counting the number of cloudy pixels. Similarly, the average was taken as the cloud cover of the particular day. Finally, the cloud shape life time and the cloud cover were analysed in the months of April, May and June which include the SW monsoon potential onset period [8, 10], of the years 2012 2013 which is presented in the following section. All calculations and analysis were done using the software MATLAB and Microsoft Excel. RESULTS AND DISCUSSION To look at the vagaries of the cloud dynamics in the immediate pre and post south-west monsoon commencement, monthly variation of cloud shape life time and cover from January 2012 to July 2013 are calculated and presented in figure 1 with the standard deviation. In both years, cloud shape stability life time start to drop in April-May and after the drop, this low level sustains during the entire peak monsoon period (June-September) in year 2012. Similar trend can be seen up to July in the year 2013. On the other hand, cloud cover starts to increase in same period and remains in that higher value during the whole peak period of monsoon in year 2012. Once again that trend can also be observed up to July 2013. According to the previous studies, Wang et al (2004), Wonsick et al (2009) and Tsing-Change Chen et al monsoon build up on average from 2nd week of May to 1st week of June[1, 6, 8, 10]. When we closely look at how a cloud behaves in this previously identified monsoon onset period, interestingly, we can see a remarkable change of behaviour in both cloud shape life time and the cloud cover occurred in the data considered for this study. First of all, highest cloud cover is increased by 48.56% than the previous day on May 19, 2012. Similarly in 2013, this happens on May 25 which is a 48.47% increase than the previous day. After goes up that high level of cloud cover is averagely 40 per cent or higher in 2013 while it is 40 per cent or higher in most of the days in 2012 remains till mid-June. This is shown in the figure 2. While cloud cover is increased on May 19 2012, the cloud shape stability time is strangely dropped by 51% on the same day when compared with that in the previous day. As shown in figure 3, after this drop the average low life time sustains till mid-June. For example, cloud shape life time of May 18, 19 and 20 are 12.42, 6.08 and 7.36 hours respectively and then it does not increase to a level as high as 12 hours. Similar behaviour can be observed in 2013 too. As higher cloud cover increased occurred on May 25, 2013, cloud shape life time brings to 6.42 hours on that day from 9.83 hours on previous day. This is a 34.75% drop which remains at that low life time as low as 5 hours up to mid-June. We can also see that the cloud shape life time drop occurred on May 20, 2013 by 37.66% than the previous day. However, the following day again it goes up by 50%. In addition, on May 28, 2013, once again we can observe the life time diminish by 38.98% but that drop brings 4.92 hours of life time on May 27 to 3.0 hours on May 28 which is not higher than 5.0 hours either of days and it is not a reasonably long run downward trend. Therefore, the life time drop occurred in May 25, 2013 is unusual. According to the literature, summer monsoon first appeared in South China Sea (SCS) and moves progressively northward [1]. The consistency between the above said dates and onset dates of the previous studies on south china sea and indian monsoon region are significant [1, 9]. In the literature, we can find a considerable amount of studies for defining onset of the monsoon. Some of them are based on multivariable. Certain studies have tried to define the onset using a single variable. However, resulting onset dates for some years were greatly divers because the choice of local variables are sensitivity to the region [1]. One of salient feature of most definitions is that a remarkable change the value of chosen factor or factors and sustains that value to some reasonable period. For instance, Wang et al define the South China Sea (SCS) summer monsoon onset as an index of 850 hPazonal winds average over the central SCS (USCS) is positive and remains positive on subsequent days (3 pentads) with accumulating mean greater than one [1]. Moreover, according to Tsing Chen et al wind field and rainfall are other important widely used factors for determining the onset. Again, these factors reach a certain critical amount and sustain that value for some consecutive d ays which is adopted as the criterion of monsoon onset [10].Similarly, we are able to identify the remarkable change of cloud shape life time and the cloud amount and sustain that change a considerable number of days in the same fashion. conclusions/RECOMMENDATIONS In 2012, within the potential SW monsoon onset period of 2nd week of May to 1st week of June (according to the previous studies), highest cloud cover increase occurred on May 19 and it is 48.56% higher than the previous day. After it goes up it remains in that value of around 40 per cent most of the days till mid-June and averagely higher in the entire peak SW monsoon period (June-September). On the other hand, cloud shape stability on the same day is dropped by 51 per cent than the previous day. Again this is the highest drop within the monsoon onset potential period. Similarly after the cloud shape life time goes down, it remains till mid-June and mean value is as low as the same within the whole monsoon peak period. Similar observation can be seen in that period of 2013 too. Highest cloud cover increase of 48.47% than the previous day is occurred on 25th May, 2013 and it remains till mid-June at as high as 40%. Moreover, the cloud shape life time too behaves as same as the previou s year. When compared with the previous day it is dropped by 34.75% on 25th May and that this low value remains in subsequent days till mid-June. In the light of the above findings, there is a sound reason to explain that the level of cloud cover and their shape life time are good indicators for determining the arrival date of the SW monsoon. On the other hand determining the monsoon structure such as arrival and withdrawal date, break time and its strength is a challenging demand. In the future, we expect to develop the image processing tools for capturing the structural information of the satellite cloud images in order to describe and figure out weather patterns as well as monsoon. REFERENCES B. Wang, Linho, Yongsheng Zhang, and M. M. Lu, 2004: Definition of South China Sea Monsoon Onset and Commencement of the East Asia Monsoon, Journal of Climate, 17, 699-710 Bigun, J., Gosta, H. Grandlund, Optimal Orientation Detection of Linear Symmetry, 1987, Proceedings of the IEEE First International Conference of Computer Vision. London, IEEE Computer Society Press, pp 433-438 Bryan A Baum, Vasanth Tovinkere, Jay Titlow, and Ronald M Welch, 1997: Automated Cloud Classification of Global AVHRR Data Using a Fuzzy Logic Approach, Journal of Applied Meteorology, 36, 1519-1540 D. R. Sikka, and Sulochana Gadgil, 1980: On the Maximum Cloud Zone and the ITCZ over Indian Longitudes during the Southwest monsoon, Monthly Weather Review, 1840-1853 H. L. Premaratne and J Bigun, 2002: Recognition of Printed Sinhala Characters Using Linear Symmetry, The 5th Asian Conference on Computer Vision, Melbourne, Australia, 23-25 January 2002 Margaret M Wonsick, Rachel T Pinker and Yves Govaerts, 2009: Cloud Variability over the Indian Monsoon Region as Observed from Satellites, Journal of Applied Meteorology and Climatology, 48, 1803-1821 Nilanjan Ray, Dipti Prasad Mukherjee and Jyotirmoy Das, 1999: Identification of Tracer Clouds: A Shape-based Approach, Current Science, 76, 916-923 S. Ramanayake, Lareef Zubair, and H. B. Nayakekorala, 1998: Week of Onset and Withdrawal of the Southwest Monsoon in Sri Lanka, SLAAS annual conference 54:251-252, December 1998 Tsing Change Chen and Ming Cheng Yen, 1994: Interannual Variation of the Indian Monsoon Simulated by the NCAR Community Climate Model: Effect of the Tropical Pasific SST, Journal of Climate, 7, 1403-1415 Tsing Change Chen and Jau-Ming Chen, 1995: An Observational Study of the South China Sea Monsoon during the 1979 Summer: Onset and Life Cycle, Monthly Weather Review, 123, 2295-2318 Tsing Change Chen, Ren Yow Tzeng and Ming Cheng Yen, 1988: Development and Life Cycle of the Indian Monsoon: Effect of the 30-50 Day Oscillation, Monthly Weather Review, 116, 2183-2199

Literature Essay

Narrative- â€Å"Only Daughter† by Sandra Cisneros In â€Å"Only Daughter,† Sandra describes her struggled life of being an only daughter of a Mexican-American family with six sons. She uses Spanish words to explain her family’s background and tradition. She explains how she accomplished her goal because of father wanting her to get married. She explains her life with past and recent events. Description- â€Å"Words left Unspoken† by Leah Hager Cohen In the story â€Å"Words Left Unspoken,† Leah describes her relationship with her grandfather. Leah describes thoroughly what her grandpa would do to catch her attention, or to speak to them without having to talk. She also explains how her grandmother, father lived in a small place where you couldn’t even stretch out your arms without hitting the other person in the room. Comparison and contrast- â€Å"Two Ways to Belong in America† by Bharati Mukherjee In the story â€Å"Two Ways to Belong in America,† Bharati describes her sisters and her relationship. They are on different sides of in the debate over the status of immigrants. Mukherjee tells us the differences between her sisters and herself live since they had gotten in America. She makes the essay with sympathy saying that she believed that people that worked in the U.S. should be able to become immigrants. Classification and Division- â€Å"Mothers Tongue† by Amy Tan In the story â€Å"Mother Tongue,† Amy describes how she changes the way she speaks when she’s with her mother. She and her husband don’t notice when she changes English because they are so used to it. Amy also explains how her mother’s tongue was the one to help her get her senses with the world.