Why Did Alexander Invade the Persian Territory Essay Example

Why Did Alexander Invade the Persian Territory Paper HST 225- 01-TRACEY MARTIN -042267773â€Å"ALEXANDER THE GREAT AND THE HELLENISTIC AGE. †Why did Alexander invade the Persian territory? The question on why Alexander invaded the Persian territory has only been guessed at by historians in the past. The true reason why, may never be known. What is known however is the fact that Alexander had continued what many before him had done, invade the Persian territory. Rome and Parthia, had first clashed after Pompey had annexed the Syrian rump of the Seleucid empire in 64B. C. , then there was Crassus in 53B. C. , who was governor of Syria at the time, and was eager for glory, only to be destroyed by the Parthian horse arches. Then after Crassus we know there was also Caesar, who had planned an invasion only to be assassinated before he was able to see his plans take place. We know that even Alexander’s father Phillip, had planned an invasion of the Persian territory prior to his death, which could be seen as a reason behind Alexander’s decision to invade. Alexander had admired his father Phillip, and was known to be loyal to his father’s intentions, with his father wanting to reclaim the cities which had been lost to them. Alexander himself, would have wanted to accomplish the same. By reclaiming the cities, he also would have succeeded not only in rebuilding the empire, but also fulfilling one of his father’s intentions, and in his own mind, making up for his previous errors. We will write a custom essay sample on Why Did Alexander Invade the Persian Territory specifically for you for only $16.38 $13.9/page Order now We will write a custom essay sample on Why Did Alexander Invade the Persian Territory specifically for you FOR ONLY $16.38 $13.9/page Hire Writer We will write a custom essay sample on Why Did Alexander Invade the Persian Territory specifically for you FOR ONLY $16.38 $13.9/page Hire Writer Other factor’s were also considered to be behind Alexander’s invasion, such as, the fact that there was still a lot of bitter feelings from the cities that had been burnt by the Persian’s years before, along with wanting to claim the trading routes to the east, all which were considered to be strong motivations behind his reasons for invading the Persian territory. Persia has always been considered one of the richest empires at the time, trading routes and financial gain was always a strong motive for invasion. Even with peace treaties worked out with neighbouring empires, it never took long for a reason to warrant an invasion. It is also believed that Alexander’s financial position at the time was a contributing factor to his invasion of the Persian territory. Although, it is reported that Alexander had inherited gold mines, it is also reported that Alexander also inherited debts. Where we have Quintus Curtius, who goes onto state that Alexander was reported as saying that the entire royal assets were no-more than 60 talents at a time. Where according to Plutarch, Alexander was reported to have given most of his estates away in Macedonia. Plutarch even goes on to quote Aristobulus as stating that Alexander had no more than 70 talents to provision his army with. Even though Alexander had inherited the gold mines that did indeed supply him with a good income flow, the cost to Alexander running armies the size he had was quite expensive, which explains the writers as all agreeing that Alexander was in a poor financial situation at the time of the invasion of the Asia Minor, where it is implied by Durius, that the funds Alexander had, was only enough to last for a period of 30 days for supplies. Both Plutarch and Arrian agree that Alexander has indeed amassed a considerable debt, just with the upkeep of keeping his army functioning. The differences with the two accounts, is basically stated by Plutarch, who admits to using multiple sources for the information he has obtained following Alexander. Arrian, more than likely had used many of the same sources as Plutarch to gather a majority of his information. With Alexander’s father’s death, which Alexander quickly ascended to the throne of Macedonian, he had to quickly dispose of all of his enemies by ordering their exercusions, his father’s death had caused a lot of rebellion with the conquered nation, in which the Greeks had also seen as a chance for independence. Alexander was forced to act quickly to gain control, by the end of 336B. C, there was no choice but to except Alexander’s authority. Alexander had become enraged when rumors of his death had reached him, and he found out a major revolt had engulfed the nation. Alexander was quick in covering the 240 miles, and was quick in letting them know that he was still in fact alive, and that it wasn’t too late for them to cahance their minds. Since his father’s death, everything seemed to move quickly for Alexander, and even with all that was going on around him, and his financial situation, there may not have been any other option left open to him than to invade the Persian territory. One thing that we do know about the invasion is, the writers all tend to agree that it was around the spring. When learning about Alexander and his invasion of the Persian territory, it became a puzzle working out the different information supplied by the ancient writers on the reasons why he invaded along with the number of the infantry involved with many other aspects involved. We are told in Arrian,30,000 infantry, including light troops and archers and over 5,000 cavalry were used. Diodorus who (17. 17) gives a list of Alexander’s forces after the crossing into Asia totaling 32,000 infantry and 5,100 cavalry. The higher number for infantry (43,000; 40,000) as they state the extra number involved may have included the troops who were in Asia. As for the inconsistency in the number of the infantry and the cavalry involved used is unknown. One reason the writers may have accounted for this, could be how each leader that came, would either add to their numbers or divide their numbers and assigned them to different sections in need of protection, even though when reading Arrian, in the footnotes 38, an explanation for the discrepancy in numbers is explained as the possibility of the numbers in Asia at the time may have been included in the calculation of all involved in Alexander’s campaign. As for the reason why Alexander invaded Persian territory, is only one, that historians can guess at from the many accounts that have been written. However, Polybius makes the better assumption in Polybius, 111. 6, One thing that can’t be argued is that Alexander had proven himself to be not only a great military, but a great leader in general. [ 1 ]. Quintus Curtius: 10. 2. 24 [ 2 ]. Plutarch doc 3a â€Å" in Austin† pg-27. [ 3 ]. Plutarch doc 3a [ 4 ]. Arrian 7. 8-9 [ 5 ]. http//www. historyofmacedonia. org/AncientMacedonia/AlexandertheGreat. html. cited 12/6/2011 [ 6 ]. Arrian, 1. 11. 3 â€Å"states, the start of the next campaigning season†, which according to Arrian 1. 10 ( footnote 32) The Great Mysteries of Demeter were celebrated at Eleusis from the 15th to the 23rd of the Attic month Boedromion, corresponding to Sep/ Oct. 7 ]. Arrian 11:37-38 [ 8 ]. Arrian ( footnote 38) [ 9 ]. Polybius, 111. 6 pg23-24. Arrian, â€Å" The Reign of Alexander. †BIOGRAPHIES:Ancient sources. Quintus CurtiusPlutarchArrianPolybiusModern;Austin,M. (2ND ED. 1994) The Hellenistic World from Alexander to the Roman Conquest† The reign of Alexander . ( Cambridge university press)http/www. historyofmacedonia. org/AncientMacedonia/AlexandertheGreat. html. cited 12/6/2011

How It Feels to Be Colored Me Analysis Essays

How It Feels to Be Colored Me Analysis Essays How It Feels to Be Colored Me Analysis Essay How It Feels to Be Colored Me Analysis Essay How it Feels to be Colored Me was written in 1928. Zora, growing up in an all-black town, began to take note of the differences between blacks and whites at about the age of thirteen. The only white people she was exposed to were those passing through her town of Eatonville, Florida, many times going to or coming from Orlando. The primary focus of How it Feels to be Colored Me is the relationship and differences between blacks and whites. In the early stages of Zoras life, which are expressed in the beginning of How it Feels to be Colored Me, black and whites had little difference in her eyes. She didnt even seems to differentiate between the two until her early teens. She says, I remember the very day I became colored. Before this time, she cites the only difference being that [white people] rode through town and never lived there. During this part of her work, Zora is showing her childhood view that whites and blacks are no different from one another. This view changes as a result of her being sent to a school in Jacksonville. Now being outside her town of Eatonville, she began to experience what it was like to be colored. But I am not tragically colored, she says. Zora makes it a point to show how she is not ashamed to be colored. At this point she seems to attack whites who continue to point out that she is the granddaughter of slaves by saying that blacks are moving forward. The terrible struggle that made me an American out of a potential slave said on the line! The reconstruction said Get ready! ; and the generation before said Go! Blacks have the opportunity to advance, and they should make the most of it. I am off to a flying start and I must not halt in the stretch to look behind and weep. She refuses to stay bound by the memory of slavery and by the fact that she is black. I feel most colored when I am thrown against a sharp white background. This same feeling is also related to a white person being set against the background of colored people. Unlike her childhood views, she now sees a difference between whites and blacks. This is explained by the reaction of each to a jazz orchestra at a Harlem night club. The music has a profoun dly different effect on her than it does on a white person sitting next to her. This orchestra grows rambunctious, rears on its hind legs and attacks the tonal veil with primitive fury, rendering it, clawing it until it breaks through to the jungle beyond. I follow those heathen follow them exultantly. I dance wildly inside myself; yell within, I whoop My pulse is throbbing like a war drum. I want to slaughter somethinggive pain, give death to what, I do not know. The contrast is created by the remark that the white person makes: Good music they have here. Where the music has driven Zora to these inner feelings, the white person can only sit and admire the music itself. He can get no further meaning out of it as Zora has. As she shows this difference between the white person and the black person, she also says that there are times when she has no race. During these times, she seems to revert to her childhood view that people are just people. She realizes the differences but chooses to ignore them. She ends by speaking of times when she sees her self as being a brown bag along a wall in company with many other bags or different colors. These bags can be emptied into a pile and refilled and nothing would change. A bit of colored glass more or less would not matter. In How it Feels to be Colored Me, Zora talks of when she first discovered the differences between white people and black people. Her childhood view that all people are the same was changed with her experience in life. The music that drives Zora to internal fury, the white person sees as entertainment. While these differences are apparent she knows it is not the color of skin that makes the difference. People are all the same on the inside. They could be poured out, mixed up, and filled back to be the same as they were. Like the bags along the wall, people can be different on the outside but be still be the same. How it Feels to be Colored Me. 123HelpMe. com. 13 Dec 2011

The Difference Between Deflagration and Detonation

The Difference Between Deflagration and Detonation Combustion (burning) is a process by which energy is released. Deflagration and detonation are two ways energy may be released. If the combustion process propagates outward at subsonic speeds (slower than the speed of sound), its a deflagration. If the explosion moves outward at supersonic speeds (faster than the speed of sound), its detonation. While the action of deflagration is to push the air in front it, objects do not explode because the rate of combustion is relatively slow. Because the action of detonation is so rapid, however, detonations result in shattering or pulverizing objects in their path. Deflagration The definition of deflagration, according  to the Collins Dictionary is a fire in which a flame travels rapidly, but at subsonic speed, through a gas.  Deflagration  is an explosion in which the speed of burning is lower than the speed of sound in the surroundings. Everyday fire and most controlled explosions are examples of deflagration. The flame propagation velocity is less than 100 meters per second (usually much lower), and the overpressure is less than 0.5 bar. Because it is controllable, deflagration can be harnessed to do work. Examples of deflagrations include: internal combustion engine (used in any vehicle that uses fossil fuels such as gasoline, oil, or diesel fuel)gas stove (fueled with natural gas)fireworks and other pyrotechnicsgunpowder in a firearm Deflagration burns outward radially and requires fuel to spread. Thus, for example, a wildfire starts with a single spark and then expands in a circular pattern if there is fuel available. If there is no fuel, the fire simply burns out. The speed at which deflagration moves depends upon the quality of the available fuel. Detonation The word detonation means to thunder down, or explode. When a decomposition reaction or combination reaction releases a lot of energy in a very short span of time, an explosion may occur.  A detonation is a dramatic, often destructive form of an explosion. It is characterized by a supersonic exothermic front (in excess of 100 m/s up to 2000 m/s) and significant overpressure (up to 20 bars). The front drives a shockwave ahead of it. Although technically a form of oxidation reaction, a detonation doesnt require combination with oxygen. Unstable molecules release considerable energy when they split and recombine into new forms. Examples of chemicals that produce detonations include any high explosives, such as: TNT (trinitrotoluene)nitroglycerinedynamitepicric acidC4 Detonations, of course, can be used in explosive weapons such as nuclear bombs. They are also (in a much more controlled manner) in mining, road construction, and the destruction of buildings or structures.   Deflagration to Detonation Transition In some situations, a subsonic flame may accelerate into a supersonic flame. This deflagration to detonation is difficult to predict but occurs most often when eddy currents or other turbulence are present in the flames. This can happen if the fire is partially confined or obstructed. Such events have occurred in industrial sites where extremely combustible gasses have escaped, and when ordinary deflagration fires encounter explosive materials.

A Case of Corporate Ethical Failure, and Discuss Where Blame Might Be Essay

A Case of Corporate Ethical Failure, and Discuss Where Blame Might Be Assigned - Essay Example According to the research findings, in an environment where an employee does what he or she wants, there tends to be the ethical failure in the leadership. These failures often affect the productivity of an organization because there is lack of clear direction on how things should be done in the organization. Organisations need to establish an ethical code that guides the behaviors of employees including the top management. However, where such the ethical code of conduct is ignored by the workers, then an organization is exposed to different problems including ethical leadership failures. Ethical failures in any organization result from what people do at the workplace. In addition, ethical failures are created as a result of the behaviors and thinking that is supported by the organization in general. The individual behaviors that may cause ethical failures include ignoring boundaries, lack of self-control, the entitlement view, self-interest, lacking moral compass and crowd following . On the other hand, organization culture that can lead to ethical failures include lack of clarity regarding ethical conduct in the organization, lack of effective leaders to act as role models, lack of accountability, shifting blame and there is no performance integration and things are done incorrectly in the organization. A former manager of the Siemens testified regarding unethical practice in the company that involved slashing funds and bribery which amounted to corporate corruption. The manager testified on his role in the bribery scandal that was first exposed by German prosecutors in 2006. This corruption scandal has tarnished the name of the company resulting in two top executives losing their jobs. In addition, the remaining executives still faced fines and indictments that amounted to billions of euros because of the corporate corruption.

Entrepreneurs at Twitter Essay Example | Topics and Well Written Essays - 2000 words

Entrepreneurs at Twitter - Essay Example nalysts started arguing that the company lacks a sustainable future and many were of the opinion that Twitter does not have an efficient marketing strategy. This report has aimed analysing Twitter’s past and present records to map out its journey. Subsequently, its marketing strategy – which is largely undefined – has been evaluated and the future strategies have been recommended. The capability of Twitter to earn profits has also been touched upon while analysing how the company may capitalise on its popularity. Finally, an action plan has been recommended. The current topic necessitates an analysis of the business case of the popular microblogging service called Twitter. Headquartered in San Francisco, the organisation had commenced it business in 2006. It had an almost instantaneous success because of the fact that it shares numerous characteristics with most of the commonly used communication tools such as â€Å"email, IM, texting, blogging, RSS, social networks and so forth† (O’Reilly & Milstein, 2009, p.7). However, the uniqueness of this service lies in the fact that messages that are sent and received on it â€Å"are no more than 140 characters, or about the length of a news headline† (O’Reilly & Milstein, 2009, p.7), and hence, they can be easily read as well as written. Owing to the speed at which information is shared through it, it has been argued that companies must be present on Twitter as it is an invaluable platform that helps in bootstrapping marketing activities. On a more precise note, with Twitter, companies (especially start-ups and SMEs) â€Å"can help their search engine rankings and website traffic† (Thomases, 2010, p.90). In the light of the immense business potential that Twitter is capable to offer, this case analysis will aim at evaluating its current situation and part record. Simultaneously, attempts will be made to comprehend the marketing strategy of Twitter in order to recommend future strategies. In addition to these,

Jade Peony Essay Example for Free

Jade Peony Essay This excerpt from â€Å"The Jade Peony† by Wayson Choi conveys the mystery and insightful fear of the unknown of a young boy who has just lost his mother. Although the passage refrains from giving sufficient details, the reader is still able to understand the essentials of the situation: A young boy is lying in a bed with his dying mother and is then taken into the care of a family friend. The reader confirms the death of the mother with the narrator’s description of the â€Å"rigid arms† (line 8), which implies the limpness of the mother’s lifeless arms, and the boy’s realization that â€Å"my mommy’s voice†¦would never say again†¦Ã¢â‚¬  (lines 23-24). Also, from the apparent urgency and, perhaps, panic of the first paragraph, the reader may infer that something – most likely an emergency – has gone terribly wrong. The development of the Chin family characters then expands on this confirmation (of the mother’s death) to help develop the reader’s understanding. Mrs. Chin is shown as a very nurturing and maternal woman – a foil to her husband’s practical leadership in giving instructions (line 3) – who comforts the boy as the mother dies. She pulls the boy â€Å"up, up, up, from the dark†¦Ã¢â‚¬  and carries him away to her family’s cabin, a safe place. These actions indicate the switching of maternal roles between the boy’s mother and Mrs. Chin as the biological mother passes on. Also, the other Chin characters help to convey the situation. For example, in line 13, the expressions of the Chin children reflect back the â€Å"vacant stare† of the young boy to indicate his scared yet insightful awareness of the situation. Once they are in the Chin family’s cabin, Mr. Chin dynamically changes from practical leader to nurturing father, mirroring the comfort given by Mrs. Chin. His actions to return to normality – telling old stories, singing songs, etc. (lines 17-21) – further indicate the absence of the boy’s mother, showing how the Chin family is so kindly taking in the now motherless boy. Considering that the reader is left void of a complete description of the situation, the mysteriousness of this lack of detail also effectively helps to convey the similar mysteriousness felt by the boy, the narrating voice. It seems that the boy is aware of his mother’s death, at least to some degree. For example, he has a â€Å"vacant stare† (line 13) and he does not say anything as he eats his jook (line 16). Still, he does not fully grasp the concept, or the repercussions rather, of his mother’s death. For example, he remembers the â€Å"joy and excitement† of the storytelling night just before realizing his â€Å"mommy’s voice†¦would never say again†¦Ã¢â‚¬  (line 24). Aside from a paralleled mysteriousness experienced by both the reader and the boy, Choi also cleverly uses tone and sensory descriptions to convey the context and feeling of the narrating voice (of the boy). Especially in the first paragraph, Choi appeals to the auditory senses; he narrates and sets the scene by describing what the boy hears. First there is the voice of Herby Chin calling for help, then the boy hears the back door open and the sound of voices coming from the kitchen. In lines 1-3, the boy describes the scene by telling everything he hears from the other bedroom. This conveys the uneasiness of the unknown, since the boy is only hearing what is going on; he cannot see anything in the other room. Surely the boy is scared, but his observant mind conveys his insight and awareness of the situation. Choi also uses an appeal to the tactile senses, developing a tone of urgency, which helps to convey the uneasiness felt by the boy. For example, in line 17, Mrs. Chin scrubs her hands furiously simultaneously as the boy hears the siren to indicate her urgent and almost unsatiable desire to clean the blood from her hands. This may also demonstrate (figuratively) the feelings of the boy and the Chin family to move past the mother’s death – they hope to get ride of the stains of the pain in an attempt to return to normality. Aside from his sensory appeal, Choi also uses an effective word choice to convey the sense of urgency. Most noticably, he uses the word â€Å"rush† twice (line 1 line 5) as well as other phrases with a connotation of quickness (which indicates the level of panic felt in the emergency). For example, a chair falls over (due to the rushing of people in the kitchen), the curtains are â€Å"whipped† back, the blinds â€Å"whirled† and â€Å"snapped† up. Mrs. Chin â€Å"shoves† aside the pillows on the bed to comfort the boy. As the passage progresses, the sense of urgency slows as Choi picks up another more reflective and observant tone. The diction, especially of lines 25-30, is much less urgent and has a sense of calmness to it (conveyed by the sensory description of the freshly baked pie, the epitome of comfort). Ultimately this helps to demonstrate the probable acceptance and understanding of the boy. This gives the reader a final peace of mind, as the mysteriousness and urgency that are conveyed at the beginning finally come to a close, and the reader solidifies his or her understanding of the characters and the situation. Questions for sample commentary on â€Å"The Jade Peony† 1. What is the central assertion of the commentary? 2. What makes it an effective central assertion? 3. What contextualizing details does the student provide? 4. In your oral commentaries, what kind of contextualizing details will you be able to provide that this writer can’t? 5. A) Identify the topic sentence in paragraph 6. B) What details of content and literary features does the student use to support the topic sentence? C) What are the effects of these details, according to the student? D) How do these details and effects relate to the central assertion? 6. How does the student bring a sense of closure to the commentary? 7. Identify a point or explanation of a quotation that is underdeveloped. 8. How does the student bring a sense of closure to his commentary?

Comparing HD-DVD and Blu-ray Technology Essay example -- Compare Contr

Comparing HD-DVD and Blu-ray Since 1997, DVD has been the #1 top selling format for home entertainment, crushing VHS within a five year time frame. But technology is forever changing and it’s only a matter of time before DVD’s go the way of VHS. With two new formats (High Definition-DVD and Blu-ray) on the horizon, which one will win the race? Both formats use blue laser technology, which has a shorter wavelength than red (DVD), allowing it to read the smaller digital data "spots" packed a lot more densely onto a standard-size disc. In other words, they hold a lot more memory than your standard DVD’s. â€Å"The comparison chart shows that HD-DVD and Blu-ray disks will be pretty similar. Both should be able to fit a high definition movie onto one side of one disk, and both HD-DVD and Blu-ray players will play old DVD movies.†(Boutin, Paul) it’s still too early to call the race with both technologies about a year away, but my money is on Blu-ray.   Ã‚  Ã‚  Ã‚  Ã‚  HD-DVD is more user friendly in terms of its name, with the title holding a name closer to DVD. (Carnoy, David) â€Å"Toshiba, NEC, and a couple of other upstarts will be pushing for HD-DVD.† HD-DVD is capable of holding 30GB or a full-length high-definition movie, plus extras, on a prerecorded double-layer disc (compare that to today's limit of 9GB for standard double-layer DVDs). Plus the cost of making a HD-DVD is on par with the cost of today’s DVD’s, making it a smoother transition for the big companies to deal with. Toshib...

Religious Education S.B.A. Essay

What is Diwali? The name Diwali is a contraction of â€Å"Deepavali†; this is also means The Festival of Lights or Row of Lamps. This is one of the most important festivals in Hinduism and marks the attainment of moksha .Diwali falls on one new moon right between Mid-October and Mid-November, it is celebrated for five (5) days according to the Hindu calendar. This is believed that the time of transition from darkness to light-the light that empowers them to commit themselves to good deeds which brings them closer to divinity. Why is the festival celebrated? This festival is to show how good a triumph over evil and it marks the end of harvest season in most of India. This is also a time for new endeavors, and many people clean their homes and open their windows and doors cause it gives them luck and good fortune during Diwali. This is also has legend within its origin, Prince Rama wife was kidnapped by a ten-headed demon and with the help of Hanuman (Monkey god), Prince Rama rescues his wife and on their way home the people of the village light rows of lamps which guided Rama and Sita back from the forest of Ayodhya. Diwali Celebrates the return of Rama and Sita, Rama was Crowned King. Describe the rituals that take place in Diwali? It is traditional to do a spring house cleaning to welcome the Goddesses Lakshmi into their home. In the evenings many Hindus hold prayer in their homes (puja), people decorate their homes with diyas surrounding the house, and the lights are left burning all night so that when Lakshmi may feel welcomed when entered. Firecrackers are burst in order to drive away the evil spirits, during Diwali the occupants wear new clothes and share sweets and other snacks among family, friends and the adoring public. They also draw patterns on the floor with a mixture of rice, flour and water and this is called Rangoli. Also whosoever gambled on this day would prosper throughout the ensuring year. They also exchange a certain greeting to each other â€Å"Shubh Deepavali† which is a traditional greeting which means â€Å"have an auspicious Diwali†. Identify the God or Goddesses associated in Diwali? Diwali is held in honor of the goddesses Lakshmi, she is the goddesses of wealth and prosperity. They pray to her to give them luck in the following year and they honor lord Ganesh the symbol of auspiciousness and wisdom that brings them good fortune throughout the year.

Bergala Resorts Assesment of Tourism with Sustainable Managment of Environmental Resources

â€Å"An Earth Lung Destination† A Private Land in the Dadayampola Village, Thiruwanakanda, Beragala An Assessment of Tourism with Sustainable Management of Environmental Resources – -Sustainable development through regeneration and re-planting programmes -engaging and sustaining communities -involving the local community in developing income generation programmes -Local environmental, economic, and quality of life benefits -Protecting species and their habitats -eco conscious trail building -planting medicinal plants/herbs Future Environmental Programmes -bio fuels -hydro power -carbon conservation Report For Alpha & Omega Developers Pvt Limited 102/3 Dharmapala Mawatha, Colombo 07 March 2007 STUDY TEAM Dr. Gamini Hitinayake, Team Leader / Forestry Specialist, (Senior Lecturer/ University of Peradeniya), Mr. K. B. Ranawana, Flora and Fauna Specialist (Senior Lecturer / University of Peradeniya), Mr. M. I. D. H. Wijewickrama, Geologist (National Building Research Organization), Mr. Pradeep Samarawickrama (Fauna Specialist), Mr. Alahakoon (Flora Specialist), Mr. Amila Ranasinghe (Flora Specialist), Mr. P. R. S. D. Bandaranayake (Flora Specialist). Study Team Name / Expertise Dr. Gamini Hitinayake, Team Leader / Forestry Specialist, (Senior Lecturer / University of Peradeniya) see www. pdn. ac. lk for more details. . He is a well-known and a leading Forestry Specialist in Sri Lanka. Mr. K. B. Ranawana, Fauna Specialist (Senior Lecturer / University of Peradeniya). see www. pdn. ac. lk for more details. He is a well-known and leading Fauna Specialist in Sri Lanka. Mr. M. I. D. H. Wijewickrama, Geologist (National Building Research Organization-NBRO) He is working as a senior geologist attached to NBRO. He is well-known and leading Geologist in Sri Lanka. Mr. V. A. M. P. K Samarawickrama (Fauna Specialist) Experience as a Fauna Specialist: †¢Bio-diversity survey ,Phase two -Upper kotmale Hydropower Project , conducted by IUCN-Sri Lanka. †¢Bio-diversity assesment-2004, Rakawa,Ussangoda and Kalamatiya Sanctuaries,conducted by IUCN-Sri Lanka. †¢Fauna survey (Horton Plain National Park, Knuckles FR, Bundala National park). Mr. A. M. D. B. Alahakoon (Flora Specialist) Experience as a Flora Specialist: †¢Flora team, Seasonal variation and availability of food preferences by herbivore in Udawalawa National Park, Conducted by University of Peradeniya. Mr. Amila Ranasinghe (Flora Specialist) Experience as a Flora Specialist: †¢Flora team – Bio-diversity survey,Phase two -Upper Kotmale Hydropower Project, conducted by IUCN-Sri Lanka Mr. P. R. S. D. Bandaranayake (Flora Specialist) Presently working as a Technical Officer assigned for identification of flora and assisting forestry research Experience as a Flora Specialist: Worked 06 years at the Royal Botanic Gardens, Peradeniya as a Gardener. 1. Introduction 1. 1 Eco-tourism Tourism based on the natural ecological features of the area as opposed to manufactured attractions or features like old forts and structures is referred to as ecotourism. This nature tourism promotes conservation and supports sustainable development. Environmentally responsible travel and visitation to relatively undisturbed natural areas, in order to enjoy, study and appreciate nature and any accompanying cultural features that promote conservation, have a negative visitation impact and provide for substantial beneficial active socioeconomic involvement of local populations. Under the right circumstances, ecotourism has proven to be one of the most effective means to finance biodiversity conservation. In most rich biodiversity areas, actual revenue flows for ecotourism are better than non-timber forest products and biopharmacy, and comparable only to agroforestry. Because the dominating land use in protected areas and buffer zones is agriculture and forestry, ecotourism is an opportunity for the creation of additional income to farmers / foresters and to generate financial means for the management of protected areas, especially where governmental park management agencies have little resources. 1. 2 Agrotourism and Agro-ecotourism : The symbiotic relationship between tourism and agriculture that can be found in agrotourism (i. e. holidays on farmland) is a key element of an environmentally and socially responsible tourism in rural areas. Rural hospitality offers new employment and income generating opportunities for rural populations, including agrotourism as expression and cultural exchange of agricultural practices, artistic heritage and craftsmanship and culinary traditions. Agrotourism may take several forms: holiday farms, farmhouse bed-and-breakfast, farm camping, mountain resorts, equestrian centres and other forms of rural accommodations. Such facilities are an innovative payment system for environmental services generated on and around agricultural lands While ecotourism is nature-based and agrotourism is farm-based, agro-ecotourism is a combination of both. The rural landscape, usually a combination of wild and agro-ecosystems, is the most important resource for tourism development. It is obvious that a diversified agricultural landscape, with semi-natural habitats, has a greater aesthetic and recreational potential over uniform, degraded and/or polluted agricultural areas. In Europe, agri-environmental policies often promoted organic agricultural activities as a most effective means for landscape conservation: for example, the European Union Life Environment project run by the French Federation of Parks and Reserves adopted extensive animal husbandry to prevent the negative impacts of unmanaged forests on some botanical meadow species and to promote a landscape quality attractive to tourists. Examples from the Alpine Region showed that agriculture (e. g. in Carinthia, Austria) maintained an ecological value much more attractive to tourists than areas where agriculture activities were extremely reduced. Tropical countries that harbour extraordinary biodiversity have an untapped potential for generating tourism business around biodiversity-rich farms. For example, shade cacao and coffee farms have a higher biodiversity than forest habitats: families could receive money for visitors access to their land for bird-watching or could be actively involved in the agro-ecotour. Agro-ecotourism in certain locations provides a strong economic incentive to small farmers to commit to biodiversity-friendly agriculture management. 2. Components of the project: PROPOSED AGRI TOURISM ACTIVITIES. Over night Stay: – Lodging and Camping †¢Bed and Breakfast only with organic foods. †¢Herbal Tea and other Herbal Drinks, such as Centella / Ranawara/ Rose /Beli etc. †¢Camp sites. †¢Stay in Log Cabins. †¢Rental Cabins for day trip/picnics . †¢Wedding, Reception & Honeymoons. Off the farm †¢Farmers Markets. †¢Road side produce stands. †¢Udawalawe / Kataragama / Hill Country. †¢Tea Gardens & Factories †¢Cinnamon Gardens †¢Historical sites †¢Samanalawewa reservoir / Dam. †¢Landslides Recreation activities and events †¢Organic Vegetable Cultivations. †¢Picturesque jungles/ savanna lands. Fishing †¢Identification of flora / fauna. †¢Tea tasting. †¢Sludge holding ponds. †¢Natural stones houses. †¢Hiking. †¢Rock climbing. †¢Bird watching. †¢Meditation. Other planting activities: †¢Medicinal Garden †¢Botanical Garden †¢Road side planting †¢Kumbuk †¢Aricanuts †¢Jak †¢Palm. †¢Aloe Vera. Community service projects Some component of the project income could be spent on the community service projects. †¢Schools †¢Playground †¢Community center †¢Water supply for local community †¢Electricity for local community †¢Any other long felt needs as identified by the local community 3. Methodology: A survey was conducted in the proposed land between 28th December 2006 and 15th January 2007 in order to evaluate the potential of the proposed land for ecotourism. A team of specialists in the fields of forestry, flora, fauna and geology participated in the survey. 4. Findings of the study 4. 1 Location and access: The proposed land can be accessed from Balangoda via Kaltota, Meddabedda and from Beragala junction via Tiriwanagama. The proposed land is located in the Badulla districts. 4. 2 Climate and soil: The proposed land falls in the mid country intermediate zone of Sri Lanka, more specifically its within the IM2b agro-ecological region. The 75% annual rainfall expectancy of the area is over 1600 mm (Agro-ecological map of Sri Lanka, 2003). The elevation is approximately 200-300m above mean sea level. The rainfall distribution of the area is such that mid January to February and June to Mid September is dry, while other months of the year are wet. The study area has a very steep, hilly and rolling terrain. Table 1. Dry / wet months Dadayampola. MonthMAMJJASONDJF Wet / dry monthsWWW DDDD/WWWWW/DD Cropping season**********– The soils of the study area is consists of Reddish Brown Latosolic, Immature Brown Loam, Red Yellow Podzolics and Low Humic Gley in the low lying areas. The physical characteristics of these soils are moderate to deep, well drained and relatively less susceptible for soil erosion. 4. 3 Land Use: Land use in the proposed land is shown in the Table 1. This shows that most of the land is covered with natural vegetation. This natural vegetation, uneven topography and natural streams that flowing through and bordering the land have given rise to diverse range of habitats and eco-units. These landscape characters have made this proposed land having so much of biodiversity and visual amenity. If developed properly this land could be made into a paradise for eco-tourists. The wealth of biodiversity recorded in different land use is discussed in a different section. Table 1. Land use in the proposed land in the Dadayampola. Vegetation typeExtent (acres) Riparian vegetation 43 Dense / primary forest305 Secondary forest 80 Savanna forest195 Rice fields 05 Total628 acres PART I. EVALUATION OF FLORAL BIODIVERSITY A detailed survey was conducted to evaluate the plant diversity in the land. The plant diversity in the different vegetation types were recorded. The details are discussed in the following section. The composition of both woody and herbaceous plants were recorded during the survey. The common name, botanical name, family to which species belong, horizontal strata that species was recorded, growth form, conservation status and their dominance in the plant community was recorded. The summary Table shown below indicates that there is a high plant diversity in the proposed land. It also consist of reasonable number of endemic species. Summary: Plant diversity in the proposed land. Vegetation TypeTrees, shrubs and lianasGrasses and herbs SpeciesFamiliesEndemicSpeciesFamiliesEndemic Primary forest 502605— Secondary forest4322012812- Savanna1410000403- Rice fields0706002913- Riparian462505— 1. PRIMARY FOREST: PRIMARY FOREST -Trees, Shrubs and Woody lianas FamilyScientific NameVernacular NameGrowth FormConservation StatusSpecies StrataCanopy Strata AnacardiaceaeSemicarpus obscuraBadullaTreeEndemicCDSub Canopy AnacardiaceaeNothopegia beddomeiBalaTreeNativeCD/GVCanopy/Sub Canopy ApocynaceaeAlstonia scholarisRuk-aththanaTreeNativeDCanopy ApocynaceaePagiantha dichotomaDivi kaduruTreeNativeCDSub Canopy ArecaceaeCalamus sppWe welWoody ClimberNative BignoniaceaeStereospermum colais (S. ersonatum)Dunu madalaTreeNativeDCanopy ClusiaceaeGarcinia morellaGorakaTreeNativeCDSub Canopy CombretaceaeTerminalia belliricaBuluTreeNativeCDCanopy EuphorbiaceaeMacaranga peltaaKendaTreeNativeCDSub Canopy EuphorbiaceaeMallotus philippensisGulu kendaTreeNativeCDSub Canopy EuphorbiaceaePhyllanthus polyphyllusKuratiyaSmall TreeNativeCD/GVSub Canopy/Understory EuphorbiaceaeMisch odon zeylanicusThammanaTreeNativeCD/GVSub Canopy/Understory EuphorbiaceaeDimarphocalyx glabellusWelivennaSmall TreeNativeCDSub Canopy/Understory EuphorbiaceaeDrypetes sepiariaWeeraTreeNativeD/CDCanopy FabaceaeAlbizzia odoratissimaHuri MaraTreeNativeDCanopy FabaceaeCentrosema pubescensCentroLianaNative FabaceaeCassia siameaWaTreeNativeDCanopy FabaceaeEntada pusaethaPus welWoody LianaNative FlacortarceaeFlacourtia sppUguressaTreeNativeCDSub Canopy HernandiaceaeGyrocarpus americanusHama-gasTreeNativeDCanopy HippocrateaceaeSalacia reticulataHimbutuWoody ClimberNativeGVGround Vegetation LauraceaeNeolitsea cassiaKudu-daulaTreeNativeCD/GVSub Canopy/Understory LauraceaeLitsea glutinosaBomeeTreeNativeCDSub Canopy MalpighiaceaeHiptage bengalensisPuwak-gediya-welWoody LianaNative MeliaceaeWalsura trifoliolata (W. piscida)Kiri-konTreeNativeCDSub Canopy MeliaceaeCipadessa baccifera HalbabiyaWoody ShrubNativeGVGround Vegetation MoraceaeAntiaris toxicariaRiti GasTreeNativeDCanopy MoraceaeFicus microcarpaPanu-nugaTreeNativeDCanopy MoraceaeFicus tinctoriaWal-ahetuTreeNativeDCanopy MoraceaeStreblus asperGeta NithulTreeNativeCDSub Canopy/Understory MyristicaceaeHorsfieldia iryaghedhiRuk TreeEndemicCDSub Canopy MyristicaceaeMyristicadactyloidesMalabadaTreeEndemicCDCanopy OchnaceaeOchna lanceolataBo keraSmall TreeNativeCD/GVUnderstory PiperaceaePiper sylvestreWal-gammirisClipersEndemic RhamnaceaeZiziphus oenopliaHeena-eraminiyaWoody LianaNative RubiaceaeMussaenda frondosaMussandaWoody ShrubNativeCDSub Canopy RubiaceaeAdina cordifoliaKolonTreeNativeDSub Canopy RutaceaeAcronychia pedunculataUn kendaSmall TreeNativeCDSub Canopy RutaceaeChloroxylon swieteniaBuruthaTreeNativeDCanopy RutaceaeNaringi crenulataWal BeliTreeNativeCDUnderstory RutaceaeGlycosmis mauritianaBol panaSmall TreeNativeGVUnderstory SapindaceaeAllophylus cobbeKobbeSmall TreeNativeCDSub Canopy/Understory SapindaceaeGlenniea unijugaWal moraTreeEndemicCDSub Canopy/Understory SapindaceaeSchleichera oleosaKonTreeNativeDCanopy SterculiaceaePterospermum suberifoliumWelangTreeNativeD/CD/GVCanopy/Sub Canopy/Understory SterculiaceaeSterculia foetidaThelambuTreeNativeDCanopy TiliaceaeGrewia oriantalisWel KeliaWoody ClimberNativeCDUnderstory UlmaceaeCeltis cinnamomiaGurendaTreeNativeCD/GVSub Canopy/Understory VerbenaceaeVitex altissimaMillaTreeNativeDCanopy/Sub Canopy VerbenaceaePremna tomentosaSeruTreeNativeCDSub Canopy Species Strata: D-Dominant, CD-Co-dominant, GV-Ground vegetation 2. SECONDARY FOREST- ABANDONED SUGAR CANE AND HOMEGARDENS SECONDARY FOREST – Trees, Shrubs and Woody lianas FamilyScientific NameVernacular NameGrowth FormConservation StatusSpecies StrataCanopy Strata AnacardiaceaeMangifera indicaAmbaTreeIntroduced/CultivatedDSub Canopy AnacardiaceaeNothopegia beddomeiBalaTreeNativeCDSub Canopy ApocynaceaePagiantha dichotomaDivi kaduruTreeNativeCDSub Canopy CombretaceaeTerminalia bellericaBuluTreeNativeCDSub Canopy EuphorbiaceaeBridelia retusaKatakelaTreeNativeCDSub Canopy EuphorbiaceaeJatropha curcasWeta endaruTreeIntroduced/CultivatedCDSub Canopy EuphorbiaceaeMacaranga peltataKendaTreeNativeDCanopy EuphorbiaceaeMallotus philippensisGulu petta,HampirillaTreeNativeDSub Canopy EuphorbiaceaePhyllanthus polyphyllusKuratiyaSmall TreeNativeCDSub Canopy FabaceaeCassia fistulaEhelaTreeNativeCDSub Canopy FabaceaeCassia spectabilisKaha konaTreeIntroducedCDSub Canopy FabaceaeBauhinia racemosaMilaTreeNativeCDCanopy FabaceaeGliricidia sepiumWeta-maraTreeIntroduced/CultivatedDCanopy FabaceaeTamarindus indicaSiyabalaTreeIntroduced/CultivatedDCanopy FlacortarceaeFlacourtia sppUguressaTreeNativeCDSub Canopy FlacourtiaceaeHydnocarpus venenataMakuluTreeEndemicDCanopy LauraceaeCinnamomum sppKuruduSmall TreeNativeCDUnderstory LauraceaeNeolitsea cassiaKudu-daulaTreeNativeCDCanopy/Sub canopy LauraceaeLitsia glutinosaBo-meeTreeNativeCDSub Canopy MagnoliaceaeMichelia champacaSapuTreeIntroduced/CultivatedCDSub Canopy MalpighiaceaeHiptage bengalensisPuwak-gediya-welWoody LianaNativeSub Canopy MeliaceaeCipadessa bacciferaHal BabiyaSmall TreeNativeCDSub Canopy MoraceaeArtocarpus heterophyllusKosTreeIntroduced/CultivatedDCanopy MoraceaeStreblus asperGeta NithulTreeNativeCDSub Canopy MyrtaceaePsidium guajavaPeraSmall TreeIntroduced/CultivatedCDSub Canopy PiperaceaePiper nigrumGammirisClipersCultivated PuniccaceaePunica granatumDelumWoody ShrubIntroduced/CultivatedCDSub Canopy RhamnaceaeZiziphus oenopliaHeena-eraminiyaWoody LianaNative RubiaceaeMussaenda frondosaMussandaWoody ShrubNativeCDSub Canopy RubiaceaePavetta indicaPawattaWoody ShrubNativeCDSub Canopy RutaceaeAcronychia pedunculataUn kendaSmall TreeNativeCDSub Canopy RutaceaeGlycosmis mauritianaBol panaSmall TreeNativeGVUnderstory RutaceaeCitrus sppDodanSmall TreeIntroduced/CultivatedCDSub Canopy SapindaceaeAllophylus cobbeKobbeSmall TreeNativeCDSub Canopy SterculiaceaePterospermum suberifoliumWelangTreeNativeCD/GVUnderstory SterculiaceaeHelicteres isoraLihiniyaTreeNativeCD/GVSub Canopy TiliaceaeGrewea damineDamaniTreeNativeCDSub Canopy TiliaceaeMicrocos paniculataKohukirillaTreeNativeDCanopy TiliaceaeBerrya cordifoliaHul milla TreeNativeDCanopy UlmaceaeTrema orientalisGedumbaTreeNativeDCanopy VerbenaceaeClerodendrum infortunatumPinnaWoody ShrubNativeCDUnderstory VerbenaceaeVitex altissimaMillaTreeNativeDCanopy VerbenaceaeGm elina asiaticaKethi dmataWoody ShrubNativeCDSub Canopy Species Strata: D-Dominant, CD-Co-dominant, GV-Ground vegetation SECONDARY FOREST – Grasses and herbs FamilyScientific NameVernacular NameGrowth Form AcanthaceaeJusticia betonica Sudu purukHerb AmaranthaceaeAchyranthes asperaGas Karal HebaHerb AsteraceaeSynedrella nodifloraHulan thalaHerb AsteraceaeAgeratum conyzoidesHulan thalaHerb AsteraceaeVernonia cinereaMonara kudumbiyaHerb AsteraceaeMikania cordataGahala welLiana AsteraceaeEupatorium odoratumPodisinhomaranShrub ColchicaceaeGloriosa superbaNiyagalaLiana CommelinaceaeCommelina diffusaGira-palaGrass CommelinaceaeCommelina bengalensisDiya meneriGrass CommelinaceaeCynotis cristataBolvilaGrass EuphorbiaceaePhyllanthus amarusPitawakkaHerb EuphorbiaceaeEuphorbia hirtaBu-dada-kiriyaHerb FabaceaeDesmodium triflorumHeen udupiyaliHerb FabaceaeMimosa pudicaNidikumbaHerb FabaceaeClitoria ternatiaKata roduLiana MalvaceaeSida acutaGas-bevilaHerb MalvaceaeSida veronicifoliaBevilaHerb MalvaceaeUrena lobataPatta apelaHerb MalvaceaeHibiscus furcatusNapiriththaClimber MenispermaceaeCyclea burmanniiKasipiththanLiana PoaceaeDigitaria sppGrass PoaceaeCyrtococcum trigonumGrass PoaceaePanicum maximumGinea grassGrass PoaceaeBrachiaria sppGrass TiliaceaeTrumfetta pentandraEpalaHerb VerbenaceaeStachytarpheta urticaefoliaBalu NagutaHerb VerbenaceaeLantana camaraGandapanaWoody Shrub 3. SAVANNA FOREST Savanna Forests: Trees, Shrubs and Woody lianas FamilyScientific NameVernacular NameGrowth FormConservation StatusSpecies StrataCanopy Strata CombretaceaeAnogeissus latifollusDawuTreeNativeDCanopy CombretaceaeTerminalia belliricaBuluTreeNativeDCanopy CombretaceaeTerminalia chebulaAraluTreeNativeDCanopy EuphobiaceaePhyllanthus emblicaNelliTreeNativeCDSub Canopy FabaceaePterocarpus indicusWal GammaluTreeNativeDCanopy FabaceaeBauhinia racemosaMyilaTreeNativeCDSub Canopy LaecythidacaeaeCareya arboreaKahataTreeNativeCDSub Canopy LauraceaeNeolitsea cassiaKudu-daulaTreeNativeGVUnderstory LythraceaeWoodfordia fruticosaMaliththaWoody ShrubNativeGVUnderstory RhamnaceaeZizyphus mauritianaDembaraWoody ClimberNative RhamnaceaeZiziphus oenopliaHeena-eraminiyaWoody ClimberNative RubiaceaeCanthium coromandelicumKaraShrubNativeCDSub Canopy RutaceaeChloroxylon swieteniaBuruthaTreeNativeGVUnderstory TiliaceaeGrewia damaniDamaniTreeNativeCDSub Canopy Species Strata: D-Dominant, CD-Co-dominant, GV-Ground vegetation Savanna Forests: Grass and Herbs FamilyScientific NameVernacular NameGrowth Form PoaceaeCymbopogon nardusPagiri ManaGrass AsteraceaeEupatorium odoratumPodisinhomaranShrub AsteraceaeElephantopus scaberAth adiHerb LabiataeLeucas zeylanicaThumbaHerb 4. ABANDONED PADDY FIELD Abandoned Paddy Field: Trees, Shrubs and Woody lianas FamilyScientific NameVernacular NameGrowth FormConservation StatusSpecies StrataCanopy Strata FabaceaeGliricidia sepiumWeta-maraTreeIntroduced/CultivatedDCanopy FabaceaeCassia fistulaEhelaTreeNativeCDSub Canopy LaecythidacaeaeCareya arboreaKahataTreeNativeCDSub Canopy MeliaceaeCipadessa baccifera HalbabiyaWoody ShrubNativeGVGround Vegetation RhamnaceaeZiziphus oenopliaHeena-eraminiyaWoody LianaNative SterculiaceaeHelicteres isoraLihiniyaTreeNativeCD/GVSub Canopy VerbenaceaeVitex negundoNikaWoody ShrubNativeCDSub Canopy Species Strata: D-Dominant, CD-Co-dominant, GV-Ground vegetation Abandoned Paddy Field: Grass and Herbs FamilyScientific NameVernacular NameGrowth Form AcanthaceaeJustica betonica Sudu purukHerb AmaranthaceaeAchyranthes asperaGas Karal HebaHerb AsteraceaeSynedrella nodifoliaHulan thalaHerb AsteraceaeAgeratum conyzoidesHulan thalaHerb AsteraceaeVernonia cinereaMonara kudumbiyaHerb AsteraceaeMikania cordataGahala welLiana AsteraceaeEupatorium oderatumPodisinhomaranShrub CommelinaceaeCynotis sppGrass CyperaceaeCyperus sppGrass CyperaceaeFimbristylis sppGrass EuphorbiaceaePhyllanthus amarusPitawakkaHerb EuphorbiaceaeEuphorbia hirtaBu-dada-kiriyaHerb FabaceaeDesmodium triflorumHeen udupiyaliHerb FabaceaeMimosa pudicaHerb FabaceaeClitoria ternatiaKata roduLiana LamiaceaeLeucas zeylanicaThumbaHerb MalvaceaeSida veronicifoliaBevilaHerb MalvaceaeSida acutaGas BevilaHerb MalvaceaeUrena lobataPatta apelaHerb MenispermaceaeCyclea peltataKasipiththanLiana PoaceaeImperata cylindricaIllukGrass PoaceaeDigitaria sppGrass PoaceaeCyrtococcum trigonumGrass PoaceaePanicum maximumAth-mana'Ginea grassGrass PoaceaeBrachiaria sppGrass PoaceaeEragrostis tenellaGrass TiliaceaeTrumfetta pentandraEpalaHerb VerbenaceaeLantana camaraGadapanaWoody Shrub VerbenaceaeStachytarpheta jamaicensisBalu NagutaShrub 5. RIPARIAN FOREST Riparian Forest -Trees, Shrubs and Woody lianas FamilyScientific NameVerniculer NameLife FormConservation StatusSpecies StrataCanopy Strata AnacardiaceaeMangifera indicaAmbaTreeNativeCDSub Canopy AnacardiaceaeSemicarpus obscuraBadullaTreeEndemicCDSub Canopy AnacardiaceaeNothopegia beddomeiBalaTreeNativeCDSub Canopy ApocynaceaePagiantha dichotomaDivi kaduruTreeNativeCDSub Canopy ClusiaceaeGarcinia morellaGorakaTreeNativeDCanopy ClusiaceaeGarcinia spicataEla-gokatu/GonapanaTreeNativeDCanopy CombretaceaeTerminalia arjunaKubukTreeNativeDCanopy DilleniaceaeDillenia indicaDiya-paraTreeNativeCDUnderstory DilleniaceaeDillenia retusaGoda-paraTreeNativeCDUnderstory EuphorbiaceaeMacaranga peltataaKendaTreeNativeCDSub Canopy EuphorbiaceaeMallotus philippensisHampirillaTreeNativeCDSub Canopy EuphorbiaceaePhyllanthus myrtifolius Ganga-werellaShrubEndemicGVUnderstory EuphorbiaceaeDimorphocalyx glabellusWelivennaSmall TreeNativeCDSub Canopy FabaceaeAcacia caesiaHinguru welWoody LianaNative FabaceaePongamia pinnataMagul KarandaTreeNativeDCanopy FabaceaeCentrosema pubescensCentroLianaNative FabaceaeDelbergia pseudo-sissooBababara welWoody LianaNative FabaceaeDerris scandensKala welWoody LianaNative FlacourtiaceaeHydnocarpus veneataMakuluTreeEndemicDCanopy HippocrateaceaeSalacia reticulataHimbutuWoody ClimberNativeGVUnderstory LauraceaeNeolitsea cassiaKudu-daulaTreeNativeCD/GVSub Canopy/Understory MalpighiaceaeHiptage bengalensisPuwak-gediya-welWoody LianaNative MelastomataceaeMemecylon angustifoliumKora kahaWoody ShrubNativeCD/GVUnderstory MeliaceaeWalsura trifoliolataKiri-koneTreeNativeCDSub Canopy MoraceaeFicus hispidaKotadimbulaTreeNativeGVUnderstory MoraceaeFicus microcarpaPanu-nugaTreeNativeDCanopy MoraceaeFicus tinctoriaWal-ahetuTreeNativeDCanopy MoraceaeAntiaris toxicariaRiti GasTreeNativeDCanopy MoraceaeStreblus asperGeta NithulTreeNativeCDSub Canopy MyrtaceaeSyzygium operculatumBata-dambaTreeNativeCDSub Canopy PandanaceaePandanus zeylanicusWeta-keyyaShrubNativeGVUnderstory PiperaceaePiper sylvestreWal-gammirisClipersEndemic RhamnaceaeZiziphus lucidaEraminiaWoody LianaEndemic RhamnaceaeZiziphus oenopliaHeena-eraminiyaWoody LianaNative RubiaceaeMussaenda frondosaMussandaWoody ShrubNativeCDSub Canopy RubiaceaeIxora coccineaRathmalWoody ShrubNativeGVUnderstory RubiaceaeMitragyna parvifoliaHalambaTreeNativeCDSub Canopy RubiaceaeNauclea orientalisBuk meeTreeNativeCDSub Canopy RutaceaeAtalantia ceylanicaYakinaranWoody ShrubNativeGVUnderstory RutaceaeMurraya paniculataAtteriyaWoody ShrubNativeGVUnderstory SapindaceaeAllophylus cobbeKobbeSmall TreeNativeCDSub Canopy SapindaceaeSchleichera oleosaKonTreeNativeCDCanopy SapotaceaeMadhuca longifoliaMeeTreeNativeDCanopy SterculiaceaePterospermum suberifoliumWelanTreeNativeCO/GVSub Canopy/Understory VerbenaceaeClerodendrum infortunatumGas-pinnaWoody ShrubNativeGVUnderstory VerbenaceaeVitex altissimaMillaTreeNativeDCanopy Note: The canopy and species stratas were added according to observations. It indicates only its present canopy & species stratas during the observation period not the original stratas Species Strata: D-Dominant, CD-Co-dominant, GV-Ground vegetation PART II. EVALUATION OF FAUNAL BIODIVERSITY A detailed survey was conducted to evaluate the animal diversity in the land. The animal diversity in the different vegetation types were recorded. The details are discussed in the following section. The composition of butterfly, birds, amphibians, reptiles. Fish and mammals were recorded during the survey. The common name, zoological name, family to which species belong and conservation status was recorded. The summary Table shown below indicates that there is a high animal diversity in the proposed land. It also consist of reasonable number of endemic/threatened species. Summary: Animal species recorded from the proposed land. Vegetation typeButterflyFishAmphibianReptileBirdsMammals Species38O405234819 Family080304082612 Conservation status010000040405 Butterfly species. FamilySPECIESCOMMON NAMEConservation StatusNatural ForestRiverrine forestSavana forestStream fauna PapilionidaeTroides darsiusCommon BirdwingE,TR1100 Pachliopta hectorCrimson Rose1110 Pachiopta aristolochiaeCommon Rose1110 Papilio crinoBanded Peacock1100 Papilio demoleusLime Butterfly0110 Papilio polymnestorBlue Mormon1100 Papilio polytesCommon Mormon0100 Graphium dosonCommon Jay1100 Graphium agamemnonTailed Jay0010 PiearidaeLeptosia ninaPsyche0010 Delias eucharisJezebel0010 Belenois aurotaPioneer0010 Appias albinaCommon Albatross0110 Appias paulinaLesser Albatross1110 Catpsilia pomonaLemon Eigrant0110 Eurema brigittaSmall Grass Yellow0110 Eurema hecabeCommon Grass Yellow0110 DanaidaeIdea similisBlue Glassy Tiger0110 Parantica agleaGlassy Tiger0110 Danaus ChrysisppusPlain Tiger0110 Danaus GenutiaCommon Tiger0110 Euploea coreCommon Crow1110 NymphalidaeJunonia iphitaChocolate Soldier1110 Hypolimnas bolinaCommon Egg fly1100 Neptis hylasCommon Sailor1110 Cethosia nietneriCeylon lace Wing0010 Polyura athamasNawab0100 Charaxes solonBlack Rajah0100 AcraeidaeCirrochroa thais Yeoman0100 SatyridaeAcraea violaeTawny Costar0110 Melanitis ledaCommon Evening Brown1100 Orsotriaena medusNigger Brown0110 Nissanga patniaGlad eye Bush brown0110 LycaenidaeYpthima ceylonicaWhite Four-ring0110 Talicada nyseusRed pierrot0100 Prosotas noraCommon lineblue0010 Zizeeria karsandraDark Grass blue0100 HesperiidaeSuastus gremiusIndian Paim Bob0100 Fish species. FamilySPECIESCOMMON NAMEConservation StatusNatural ForestRiverrine forestSavana forestStream fauna CyprinidaePuntius bimaculatus0001 Rasbora Sp. 0001 SiluridaeWallago attu0001 ChannidaeChanna grachua0001 Amphibian species. FamilySPECIESCOMMON NAMEConservationNatural ForestRiverrine forestSavana forestStream faunaRemarks BufonidaeBufo melonostictusCommon House Toad1110Adult, Juvenile MicrohylidaeMicrohyla ornataOrnate narrow mouth frog0001 RanidaeEuphlyctis cyanophlyctisSkipper Frog0001 Limnonectes limnocharisCommon Faddy Field frog0001 RhacophoridaePolypedates maculatuesCommon Tree frog1000 Reptile species. FamilySPECIESCOMMON NAMEConservation statusNatural ForestRiverrine forestSavana forestStream faunaRemarks AgamidaeCalotes calotesGreen Garden Lizard1000 Calotes versicolourHome-garden Lizards1010 Otocryptis wiegmanniSri Lanka Kangaroo LizardE,TR1100 GekkonidaeCnemaspis scalpensisRocky Day-geckoE1110 Gehyra mutilata Common House gecko0010 Hemidactylus leschenaultiiBark gecko1000 ScincidaeLankascincus sp. Lanka skinkE,TR1000 Mabuya maculariaSpotted skink0110 VaranidaeVaranus bengalensisLand Monitor0010 Varanus salvatorWater monitor0100 BoidaePhython molurusIndian Python1010 ColubridaeAhaetulla nasutaGreen vine snake1100 Dendrelaphis tristisCommon bronze back1100 Elaphe helenaTrinket snake1000 Ptyas mucosusCommon Rat Snake0010 Atretium schistosumOlive keelback watersnake0001 Boiga forsteniForsten's cat snake0010 Macropisthodon plumbicolorGreen keelback0010 Family:ElapidaeNaja najaIndian Cobra0010 Bungarus caeruleusCommon karait0010 Family:ViperidaeHypnale hypnaleHump nosed Viper1100 Trimeresurus trigonocephalusGreen Pit ViperE,TR1100 Vipera ruselliRussells Viper1110 Bird species. FamilySPECIESCOMMON NAMEConservation statusNatural ForestRiverrine forestSavana forestStream fauna PhasianidaeGallus lafayettiiSri lanka jungle fowlE1110 PicidaeDinopium benghalense psarodesRed-backed woodpecker1110 MegalaimidaeMagalaima zelanicaBrown-headed barbet1110 Megalaima haelamimaCoppersmith barbet1110 BucerotidaeOcyceros gingalensisSri lanka gray hornbillE,TR1010 HalcyonidaeHalcyon smyrnensisWhite-breasted kingfisher0100 AlcedinidaeAlcedo atthisCommon Kingfisher0100 MeropidaeMerops leschenaultiChest-headed bee-eater0010 CuculidaeHierococcyx variusCommon hawk Cuckoo1010 Eudynamys scolopaceaAsian Koel1100 CentropodidaeCentropus sinensisGreater coucal1010 PsittacidaePsittacula krameriRose-ringed parakeet1110 Loriculus beryllinusSri lanka hanging parrotE,TR1110 HemiprocnidaeHemiprocne longipennisCrested treeswift1110 StrigidaeKetupa zeylonensisBrown fish owl0100 ColumbidaeStreptopelia chinensisSpotted dove0010 Chalcophaps indicaEmerald dove1100 Treron pompadoraPompadour Green-pigeon0100 CharadriidaeVanellus indicusRed-wattled Lapwing0010 AccipitridaeSpilornis cheela Crested serpent eagale0010 Accipter badiusShikra0110 Haliaeetus leucogasterWhite-bellied Sea-eagle0100 PhalacrocoracidaePhalacrocorax fuscicollisIndian Cormorant0101 CiconiidaeCiconia episcopusWoolly-necked Stork0100 LaniidaeLanius cristatusBrown Shrike0010 CorvidaeOriolus xanthornusBlack-hooded oriole1100 Dicrurus caerulescensWhite-bellied drongo1110 Corvus macrorhynchosLarge-billed crow0100 MuscicapidaeTerpsiphone paradisiAsian paradise-flycatcher1100 Rhipidura aureolaWhite-browed fantail flycatcher1000 Copsychus malabaricusWhite-rumped shama1100 Copsychus saularisOriental magpie robin0010 Saxicoloides fulicataBlack-backed robin0110 SturnidaeAcridotheres tristisCommon myna0010 PycnonotidaePycnonotus melanicterusBlack-crested Bulbul1100 Pycnonotus caferRed-vented bulbul1110 Iole indicaYellow-browed Bulbul1100 CisticolidaePrinia socialisAshy prinia0010 Prinia inornataPlain priniya0010 SylviidaeOrthotomus sutoriusCommon Tailorbird1110 PellorneumfuscocapillumBrown-capped babblerE,TR1100 Rhopocichla atricepsDark-fronted babbler1100 Turdoides affinisCommon babbler1110 NectariniidaeDicaem agileThick-billed flowerpecker1110 Netarinia zelonicaPurple-ramped sunbird1100 Netarinia loteniaLong-billed sunbird0100 Netarinia asiaticaPurple sunbird1100 PasseridaeLonchura striataWhite-ramped munia1000 Lonchura punctulataScaly-breasted munia0010 Mammal species. FamilySPECIESCOMMON NAMEConservation statusNatural ForestRiverrine forestSavana forestStream faunaRemarks CercopithecidaeMacaca sinica Toque Monkey1110 Trachypithecus vetulusPurple-faced leaf monkeyE,TR1100 ManidaeManis crassicaidataIndian Pangolin 110Feeding signs PteropodidaePteropus giganteusFlying Fox0100 ScuridaeRatufa macroura Ceylon Giant Squirrel1100 Funambulus palmarumCeylon Palm Squirrel1100 Hystericidae Hystrix indicaIndian Porcupine1010Indirect observation ViverridaeParadoxurus hermaphroditusCommon Indian Palm-Cat1100 Herpestes fuscus Ceylon Brown Mongoose1010 Herpestes smithi Ceylon Ruddy Mongoose0010 FelidaePanthera pardusLeopardTR1110 Felis viverrinaIndian Fishing CatTR1111 Felis rubiginosaCeylon Rusty-Spotted CatTR1110 ElephantidaeElephas maximusElephantTR1110 Suidae Sus scrofa Indian Wild Pig1110Feeding signs TragulidaeTragulus meminnaIndian Mouse 1110 Cervidae Cervus unicolorSambur1110Feeding signs Muntiacus muntjak Barking Deer1110Indirect observation LeporidaeLepus nigricollisBlack-naped hare1110Indirect observation Key- E-Endemic species; TR-Threatened Faunal Diversity: In addition to observations of the study team following faunal species were identified based on the discussions with villagers. Table: Fish Species FamilySPECIESCOMMON NAMEConservationNatural ForestRiverrine forestSavana forestStream fauna Remarks Status AnguillidaeAnguilla bicolourLevel finned-eel 0000Impromation Puntius dorsalisLong-snouted Barb 0001Impromation Tor khudreeMahseer 0001Impromation CobitidaeLepidocephalichthys thermalisCommon Loach 0001Impromation GobiidaeAwaous melanocephalusScribbled Goby 0001Impromation Table: Amphibian species FamilySPECIESCOMMON NAMEConservation StatusNatural ForestRiverrine forestSavana forestStream fauna Remarks Microhylidae Ramanella veriegataSpadefoot Toad 1000Impromation RanidaeHoplobatrachus crassusJerdon's Bullfrog 010 Impromation Rana temporalisBronzed Frog 110 Table: Reptile species FamilyCOMMON NAMEConservation StatusNatural ForestRiparian forestSavanna forestStream faunaRemarks Colubridae Brown vine snake 1110Villages Importations Boulenger. s bronze back 1000Villages Importations Gamma cat snake 1010Villages Importations PART III: VALUING THE TIMBER RESOURCES: Monetary value of the standing timber volume of the proposed land was estimated. Total height (m) and Diameter at Breast Height (DBH in cm) of trees were was measured to estimate the standing tree volume. 1000m2 plots were used measure the trees in each vegetation type. The summary of the calculations are shown below: Summary: Value of standing timber (at 6the currant market rates) Vegetation typeTimber value per acreNo of AcresTotal value of trees (Rs. mil) Primary forest6. 34 mil3051933. 70 Secondary forest3. 146 mil80251. 68 Savanna0. 338 mil19565. 91 Riparian0. 588 mil4325. 28 Kumbuk trees in the riparian39. 18 mil (198 trees)-39. 18 Grand total2315. 75 1. PRIMARY FOREST Composition: Primary forest (10x100m) FamilyNameCommon NameD. B. H. (cm)Height (m)No. of Trees AnacardiaceaeSemicarpus obscuraBadulla35,43,45,518,10,11,134 AnacardiaceaeNothopegia beddomeiBala30,33,38,46,487,8,10,12,125 ApocynaceaeAlstonia scholarisRuk-aththana32-5612-188 BignoniaceaeStereospermum personatumDunu madala36-6310-166 ClusiaceaeGarcinia morellaGoraka23,37,449,11,143 CombretaceaeTerminalia belliricaBulu57,72,85,8715,18,25,264 EuphorbiaceaeMacaranga peltaaKenda36,3910,122 EuphorbiaceaeMallotus philippensisGulu kenda26,37,39,418,9,11,124 EuphorbiaceaeMischodon zeylanicusThammana33,387,92 EuphorbiaceaeDrypetes sepiariaWeera42,53,5711,13,153 FabaceaeAlbizzia odoratissimaHuri Mara36,42,46,558,9,10,134 FabaceaeCassia siameaWa31,35,36,45,4711,13,13,15,154 HernandiaceaeGyrocarpus americanusHama-gas52,55,61,739,11,12,145 LauraceaeNeolitsea cassiaKudu-daula33,3712,132 MeliaceaeWalsura piscidaKiri-kon36,38,46,508,8,12,144 MoraceaeAntiaris toxicariaRiti Gas48,52,63,68,7115-275 RubiaceaeAdina cordifoliaKolon31-7411-1812 RutaceaeChloroxylon swieteniaBurutha37. 42,45,48,6110-225 VerbenaceaeVitex altissimaMilla53-8515-239 UlmaceaeCeltis cinnamomiaGurenda54,6810,172 SterculiaceaeSterculia foetidaThelambu37-5610-147 VerbenaceaePremna tomentosaSeru26,29,305,7,7,3 SapindaceaeSchleichera oleosaKon42-7813-267 SterculiaceaePterospermum suberifoliumWelang22-565-259 2. SECONDARY FOREST Secondary forest: Composition: 10x100m plot FamilyNameCommon NameD. B. H. (cm)Height (m)No. of Trees AnacardiaceaeMangifera indicaAmba30-5010-255 AnacardiaceaeNothopegia beddomeiBala18-5010-282 CombretaceaeTerminalia bellericaBulu38-8518366 EuphorbiaceaeBridelia retusaKetakela20-558-207 FabaceaeTamarindus indicaSiyambala30-7512-223 FabaceaeCassis spectabilisKahakona22-408-156 FlacourtiaceaeHydnocarpus venenataMakulu30-8016-323 LauraceaeNeolitsea cassiaDaul-kurundu20-6512-258 MagnoliaceaeMichelia champacaSapu23-7510-253 MoraceaeArtocarpus heterophyllusKos26-9015-302 SterculiaceaePterospermum suberifoliumWelan25-7812-323 TiliaceaeGrewia damineDamaniya18-5710-225 TiliaceaeBerrya cordifoliaHalmilla16-4910-254 VerbenaceaeVitex altissimaMilla21-5112-284 FabaceaeCassia fistulaEhela22-488-145 EuphorbiaceaeMalotus philippensisHampirilla,Gulukenda31-548-163 3. SAVANNA FOREST Savanna: Composition: 10x100m plot Common NameNo of trees under different D. B. H. (cm) classesTotal ; 5 cm5 cm – 15 cm15 cm -30 cm30 cm – 50 cm Dawu38111032 Myila22 Kahata11 Wal Gammalu235 Bulu123 Aralu11 Debara2215 Total410191649 4. RIPARIAN FOREST Riparian Forest (Section A): Composition: 10x100m plot FamilyNameCommon NameD. B. H. (cm)Height (m)No. of Trees AnacardiaceaeMangifera indicaAmba30,35,637,9,153 SapindaceaeSchleichera oleosaKon34-5613-215 AnacardiaceaeMangifera zeylanicaEtamba39-9515-286 SapotaceaeMadhuka longifoliaMee41-9015-3210 ClusiaceaeGarcinias pp. Gonapana38-5611,14,153 ApocynaceaeAlstonia scholarisRuk attana33,54,5914,17,193 HernandiaceaeGyrocarpus americanusHama-gas37,44,48,5313,14,16,174 SterculiaceaeSterculia foetidaThelmbu43,4718,182 FabaceaeHamboltia laurifoliaGalkaranda31131 AnacardiaceaeSemecarpus obscuraBadulla34,28,399,11,133 EbenaceaeDiospyros quercitaKalumediriya36121 TiliaceaeBerrya cordifoliaHalmilla23,349,112 MeliaceaeWalsura trifoliolata( W. piscidia)Kirikoon28,36,36,329,10,10,104 ArecaaeaeCaryota urensKithul4191 DipterocarpaceaeHopea cordifoliaUva-Mandora47-7320-355 SapindaceaeSapindus trifoliusKahapenala2981 EuphorbiaceaeBridelia retusaKetakela32,369,102 Riparian Forest (Section B): Composition: 10x100m plot FamilyNameCommon NameD,B,H. (cm)Height (m)No. of Trees FlacourtiaceaeHydnocarpus veneataMakulu60,30,3520,8,123 SterculiaceaePterospermum suberifoliumWelan35,5014,122 VerbenaceaeVitex altissimaMilla30,70,60,7010,18,15,184 EuphorbiaceaePhyllanthus indicusKaraw40,4510,92 FabaceaePongamia pinnataMagul Karanda30101 SapotaceaeMadhuka longifoliaMee45,35,40,7015,12,12,184 AnacardiaceaeNethopegia beddomeiBala40,309,122 MoraceaeArtocarpus heterophyllusKos50121 EbenaceaeDiospyros malabaricaThimbiri30,4015,182 MyristicaceaeMyristica dactyloidesMalaboda50211 SapindaceaeDymorcarpus longanaMora60151 DipterocarpaceaeHopea cordifoliaUva-Mandora80,7521,182 FabaceaeEntada pusaethaPus wel30100 ;1 Kumbuk (Terminalia arjuna) trees in the river bank. No of Kumbuk (Terminalia arjuna) trees under different D. B. H. cm) classes Area30- 60 cm60- 75 cm75 – 100 cm 100 -130 cm 130 -160 cm160 – 200 cm200 cm;Total Area ‘A'1111516132058 Area ‘ B ‘121113854154 Area ‘ C ‘12741030036 Area ‘ D ‘98181220150 Sub total442 750462362 Grand total198 No of Kumbuk (Terminalia arjuna) trees under different height (m) classes Area (as marked on the map);5m5-10m10-15m15-20m20-25m25-30m30m;Sub total Area ‘A'071717134058 Area ‘ B ‘03292812054 Area ‘ C ‘0346176036 Area ‘ D ‘02312293150 Sub total015264487251 Grand total198 Part IV. Medicinal plants: Medicinal plants recorded from the Dadayampola land (71 species) is shown in the following Table: Medicinal plants recorded from the Dadayampola land. Botanic nameFamilyCommon Name 1Acacia caesiaFabaceaeHinguru wel Achyranthes asperaAmaranthaceaeGas Karal Heba 3Aconitum spp. AraceceAthudian 4Acronychia pedunculataRutaceaeUn kenda 5Adina cordifoliaRubiaceaeKolon 6Ageratum conyzoidesAsteraceaeHulan thala 7Allophylus cobbeSapindaceaeKobbe 8Alstonia scholarisApocynaceaeRuk-aththana 9Atalantia ceylanicaRutaceaeYakinaran 10Bauhinia racemosaFabaceaeMyila 11Bridelia retusaEuphorbiaceaeKetakela 12Careya arboreaLaecythidacaeaeKahata 13 Cassia fistulaFabaceaeEhela 14Cipadessa baccifera MeliaceaeHalbabiya 15Clerodendrum infortunatumVerbenaceaeGas-pinna 16Clitoria ternatiaFabaceaeKata rodu 17Cyclea peltataMenispermaceaeKasipiththan 18Delbergia pseudo-sissooFabaceaeBababara wel 19Derris scandensFabaceaeKala wel 0Desmodium triflorumFabaceaeHeen udupiyali 21Dillenia indicaDilleniaceaeDiya-para 22Dillenia retusaDilleniaceaeGoda-para 23Elephantopus scaberAsteraceaeAth adi 24Entada pusaethaFabaceaePus wel 25Euphorbia hirtaEuphorbiaceaeBu-dada-kiriya 26Ficus hispidaMoraceaeKotadimbula 27Garcinia morellaClusiaceaeGoraka 28Garcinia spicataClusiaceaeEla-gokatu/Gonapana 29Grewia oriantalisTiliaceaeWel Kelia 30Helicteres isoraSterculiaceaeLihiniya 31Horsfieldia iryaghedhiMyristicaceaeRuk 32Ixora coccineaRubiaceaeRathmal 33Justicia betonica AcanthaceaeSudu puruk 34Leucas zeylanicaLabiataeThumba 35Litsea glutinosaLauraceaeBomee 36Madhuca longifoliaSapotaceaeMee 37Mangifera zeylanicaAnacardiaceaeEtamba 8Memecylon angustifoliumMelas tomataceaeKora kaha 39Mikania cordataAsteraceaeGahala wel 40Mimosa pudicaFabaceae 41Mitragyna parvifoliaRubiaceaeHalamba 42Murraya paniculataRutaceaeAtteriya 43Mussaenda frondosaRubiaceaeMussanda 44MyristicadactyloidesMyristicaceaeMalabada 45Nauclea orientalisRubiaceaeBuk mee 46Neolitsea cassiaLauraceaeKudu-daula 47Ochna lanceolataOchnaceaeBo kera 48Pagiantha dichotomaApocynaceaeDivi kaduru 49Pandanus zeylanicusPandanaceaeWeta-keyya 50Phyllanthus amarusEuphorbiaceaePitawakka 51Phyllanthus emblicaEuphobiaceaeNelli 52Phyllanthus myrtifolius EuphorbiaceaeGanga-werella 53Pongamia pinnataFabaceaeMagul Karanda 54Pterocarpus indicusFabaceaeWal Gammalu 5Salacia reticulataHippocrateaceaeHimbutu 56Sapindus trifoliusSapindaceaeKahapenala 57Sida acutaMalvaceaeGas Bevila 58Sida veronicifoliaMalvaceaeBevila 59Sterculia foetidaSterculiaceaeThelambu 60Streblus asperMoraceaeGeta Nithul 61Tamarindus indicaFabaceaeSiyambala 62Terminalia arjunaCombretaceaeKubuk 63Terminalia belliricaCombretaceaeBulu 64 Terminalia chebulaCombretaceaeAralu 65Urena lobataMalvaceaePatta apela 66Vernonia cinereaAsteraceaeMonara kudumbiya 67Vitex negundoVerbenaceaeNika 68Walsura trifoliolata (W. piscida)MeliaceaeKiri-kon 69Woodfordia fruticosaLythraceaeMaliththa 70Ziziphus oenopliaRhamnaceaeHeena-eraminiya 71Zizyphus mauritianaRhamnaceaeDembara GEOLOGICAL REPORT OF THE LAND OF PROPOSED ECHO -TOURISM SITE AT DADAYAMPOLA, THIRIWANA KANDA, BERAGALA Introduction The proposed site situated at Dadayampola village, bound to the left bank of Kalkanna Oya, and just above the Weli Oya Annicut. The site area is accessible from Balangoda via Kaltota, Medabedda and from Beragala junction via Thiriwanagama (Map 1-Location Map). Geological background of the site Geologically, this area belongs to Highland Complex and most high grade metamorphic rocks can be identified in and around the proposed project area. The rock types commonly found belongs to highland complex are, Garnet Sillimanite Gneiss, Quartzite, Marble, Calc gneiss, Charnockite etc. (Figure 2-Geology map). Apart from those highland complex rocks, there are some rocks which are belongs to Wanni complex, such as Pink granitoid gneiss, Pegmatitic granitoid gneiss and Hornblende Biotite gneiss. The area around proposed land is rich with very complex geological structures, among those, local thrusts, Synforms, antiforms, shear zones and lineaments are remarkable. As this area lies to the 2nd Peniplan (Witanage,1972) Northern direction to the study area, high cliffs and escarpments can be observed, which exists between 3rd and 2nd peniplan. Displacement of rock strata along faults, highly crushed (Mylonite) newly formed week rock layers, fault gouge and mobilized marble beds represent neo-tectonic movements of the area. As a result of this complex geological situation, gems and other precise mineral deposits can be expected in the surrounding area. But still those are not well identified and there are some deposits already known, i. e. Corundum, Tufa, Calcite, Feldspar (Fig. 2) Figure 1: Complex geological structures represent neo-tectonic activities of the area, foreign (dark) fragment embedded in local host rock Figure 2: Abandoned gem pit. That represent near by villages have discovered the availability of precise minerals in the area This complex geological setting is represented by the extremely complex rock strata orientations in the area. Dipping and strike of rock beds greatly vary in the vicinity. Within the proposed site area, impure and pure quartzites, Marble, Charnockitic gneiss, and Pink Granitoid gneiss rock beds are identifiable. Those rocks in the site are trending N70? W with the dipping vertically. One prominent joint system was observed as N10? E with vertical dipping. Stream network of the area is purely controlled by the geological structures. Figure 3: Highly jointed, vertical dipping Mable rock in the Kalkan Oya bed. Figure 4: Stream network of the area is completely controlled by the geological structures. Figure 5: The area is rich with geological structures and geomorphological features. The Ubmagala rock, from the proposed site Apart from geology, geomorphology is important for the effect of natural hazards in the area. Although the area is situated under the 3rd peniplane, there was no observations of previous occurrence of landslide activities. The area is covered with residual soil derived from parent rocks except closer to the stream. A strip of river bank (not always) is alluvial deposit, which was transported from the river. Therefore availability of precise gem minerals is high in this area. But this was not studied well yet. Distribution of slope is presented in the Map 3 (Slope map), and that clearly shows majority of slopes in proposed project area is less than 30 degree. This is very favorable for hazard free environment. Discussion / conclusion In the point of geological view, this area is a paradise for earth scientists. Undiscovered geological, mineralogical and structural geological features may give an advantage for a echo-tourism project with hazard free environment. Observed features related to neo-tectonic movements may need further study by earth scientists. According to the literature, concept of well un-proved symotogenic up-warping (Vithanage,1972) and availability of high precise gem minerals in the area can be explored with this proposed project. M. I. D. H. Wijewickrama, B. Sc(hons)-geology, P. G. Dip-Eng. Geology, M. Sc. -GIS and Remote Sensing Consultant Geologist

Sociological Aspects of the Article

Sociological Aspects of the Article The article written by Jennifer Saba describes the marketing strategies of the New York Times. It is stated that in the near future this organization will charge for full online access to the articles (Saba, unpaged). This article can be related to several sociological aspects: in particular, we need to speak about the so-called digital divide and cultural diffusion of information (Murray, Linden, Kendall, p 377, 72).Advertising We will write a custom essay sample on Sociological Aspects of the Article specifically for you for only $16.05 $11/page Learn More The paper aims to show how these concepts can throw a new light on the topic of the article. Additionally, it is necessary to explain the benefits of applying sociological concepts to these topics; namely, we need to show how the concepts of digital divide and cultural diffusion can explain the new tendencies in the evolution of mass media and Internet. For a very long time, Internet has been viewed as a tool that can provide equal opportunities to people, irrespective of their income level, nationality, race, gender, and so forth. Furthermore, Internet is often referred to as the technology which is able to more connected and most importantly less hostile to one another. Nonetheless, the evidence presented in this article indicates that social inequality permeates Internet as well. At this point, we should discuss such concept as digital divide. On the whole, this notion can be interpreted as inability of a certain group of people to have access to information (Murray, Linden, Kendall, p 377). It can be also defined as the gap in access online information (Compaine, 25). This difference can be observed both between and within countries. It is also possible to say that digital divide is directly proportionate to the degree of economic and social inequality in the country or in a certain geographic region. Therefore, successful implementation of the New York Times marketing strate gy can impact a great number of people in Canada, the United States, and all over the world. The commercialization of Internet will significantly widen knowledge divide and diminish the opportunities of many people. As a rule, this concept is usually used when we are speaking about technologies but in this case it is more applicable to information, itself. The decision, taken by the management of the New York Times, can lead to significant implications for online. Provided that this strategy will prove successful, many other newspapers will also require payment for the access to their websites, and in the near future it will be even more difficult for low-income population to find valuable information on the Web. Certainly, the New York Time has only launched the new marketing campaign and it may be soon abolished. One should take into consideration that in the future the New York Times already tried to implement such business model but it did not succeed (Saba, unpaged). Still, thi s attempt suggests that high quality information may eventually become less and less available to low-income people.Advertising Looking for essay on communications media? Let's see if we can help you! Get your first paper with 15% OFF Learn More Overall, by applying the concept of digital divide, one can better understand the development of the World Wide Web and mass media, in general. Certainly, this is just a hypothesis which still has to be substantiated; yet, it does not seem highly improbable especially in the light of the decision taken by the New York Times. In the previous section we have mentioned the so-called cultural diffusion. It can be understood as the transmission of social practices, ideas, and cultural items from society to another (Murray, Linden, Kendall, p 72). The Internet has made the world more connected and open to cultural differences. To some extent, the websites of such newspapers as the New York Times, Wall Street Journal, or E dmonton Journal can be regarded as the agents of cultural diffusion. For many people, especially those, who live in developing countries, these websites are the windows into a different culture. Apart from that, some people living in advanced countries may be unwilling to pay for monthly subscription. If different newspapers follow the example of the New York Time, the process of cultural diffusion will become significantly slower. These are the changes that people may expect. Of course, it is not likely that every newspaper will emulate this strategy but this possibility should not be overlooked. Overall, the application of these sociological concepts is a very fruitful exercise that can give deep insights into the future trends in the development of Internet. Such approach is more beneficial than the so-called â€Å"taken for granted understanding† since it enables the scholars to take a wider look at a certain problem. The application of sociological concepts is beneficial to that extent that it allows us a separate decision can impact the community. The article, written by Jennifer Saba, focuses only on the decisions of only one newspaper, the New York Times. However, it may have profound effects on the overall accessibility of online information and cultural diffusion. At the moment, we may be witnessing the process of commercialization of Internet and the new business model of the New York Times exemplifies this process. Compaine. Benjamin. The digital divide: facing a crisis or creating a myth? Cambridge: MIT Press, 2001, Print.Advertising We will write a custom essay sample on Sociological Aspects of the Article specifically for you for only $16.05 $11/page Learn More Murray Jane. Linden Rick Kendall Diana. Sociology in our time (Fifth Canadian  Edition). Toronto: Nelson Education. Print. Saba Jennifer. â€Å"New York Times rolls out pay model in Canada†. Toronto Sun, 2011, March 20. Available at: https://tor ontosun.com/

Adversarial System vs. Civil Law Essay Example for Free

Adversarial System vs. Civil Law Essay ? The European civil law system is all about finding the truth, even if a lawyer has to lose the case for their client while doing so. The American adversarial system is about winning, even if it means avoiding and stretching the truth to do so. Civil law has the laws made by the government and the courts apply them, while common law has the judges making the majority of the laws through precedents. The adversarial system uses specific laws, precedents, and legal rules to determine who wins. It allows lawyers to take the truth and spin it into the picture that is the most beneficial to their client. They can use loopholes in the law to keep evidence from being allowed to cause their guilty clients to be punished for what they have done. Once all the talking is done, it is up to twelve people to decide whose lawyer did a better job of convincing them to believe them. The civil system uses general ideas and broad concepts to form the framework for taking the evidence at hand and attempting to determine what the truth is. When the truth is revealed, lawyers do not try to hide it or escape from it, even if they do not like the results. A major disadvantage of this system is that those twelve people from the common law system are only used in major criminal cases, so when the truth is unclear, only a couple people get to determine who is right, and three people can be wrong easier than twelve people in 100% agreement. In my opinion from what I have learned, I believe that the civil law system has an advantage in finding the ideal of the judicial system – justice. In the adversarial system, the truth can be avoided, and once it is, there can be no justice. As to the question of whether there are constitutional problems with applying civil laws in the US, the most obvious one is that a jury trial is guaranteed by the Bill of Rights to protect a defendant from being condemned by the voice of one person. Adversarial System vs. Civil Law. (2017, Jan 20).

Definition a glance Essay Example | Topics and Well Written Essays - 500 words

Definition a glance - Essay Example Unlike before when personal conversations are rather necessitated for important discussions, today, agreements can already be achieved using social networking sites, e-mail, and text messaging. Moreover, business activities are greatly upheaved; production level has risen. Newly invented machines like the automated guided vehicles and industrial robots make significant contributions to the economy. These technologies have maintained the level of productivity and provided more accuracy considering that these technologies can work non-stop with precision, which precludes the delays thereby ensuring business profit. Lastly, technological innovation has also affected human behaviour and ethics. Due to the prevalent availability of and the ease of access to the internet, more people are using this means to conduct illegal trades. In developing countries, cybersex is rampant – utilizing minors to carry out profane online businesses. What is worst is that more people have become fascinated with such kinds of activity because of how easy earnings can be obtained. Technological innovation is a good manifestation of modernization. This means that people have adopted avant-gardism and modernistic views. While technology brings so much improvement in our economy, lifestyle, healthcare, etc.; nevertheless, sometimes, it is also being used in the wrong way. The bottom line, however, is that technological innovation inspired so many transformations in the society: good and bad. â€Å"For a long time I used to go to bed early (Lawall, 2003)† is the well-known opening of the novel. The speaker tells his episodic encounters of arising from slumber without having any perception of his present state or location. It demands an instant of strain of establishing his thoughts and reclaiming his ego. It also suggests at the point where what comes next will involve the speaker with regaining back his identity, locating himself, and