title: Panchen Lama

text: The successive Panchen Lamas form a "tulku" reincarnation lineage which are said to be the incarnations of Amitābha. The title, meaning "Great Scholar", is a Tibetan contraction of the Sanskrit "paṇḍita" (scholar) and the Tibetan "chenpo" (great). The Panchen Lama traditionally lived in Tashilhunpo Monastery in Shigatse. From the name of this monastery, the Europeans referred to the Panchen Lama as the "Tashi-Lama" (or spelled "Tesho-Lama" or "Teshu-Lama").


title: Panchen Lama

text: Other titles of Panchen Lama include "Panchen Bogd", the original title given by Altan Khan at the creation of the lineage. "Bogd" (Mongolian: ᠪᠣᠭᠳᠠ "богд") is Mongolian, meaning "holy, saint". In 1713, 5th Panchen Lama Lobsang Yeshe received the title "Panchen Erdeni" from Kangxi Emperor of Qing Empire, which is inherited by successive Panchen Lamas since then. "Erdeni", or "Erdini", (Manchu: ᡝᡵᡩᡝᠨᡳ "erdeni") is Manchu, meaning "treasure".


title: Panchen Lama

text: Lobsang Chökyi Gyaltsen (1570–1662), was the first Panchen Lama to be accorded this title during his lifetime. He was the tutor and a close ally of the 5th Dalai Lama,


title: Panchen Lama

text: "The Great Fifth", as he is known, pronounced the Panchen to be an incarnation of the celestial buddha Amitābha.


title: Panchen Lama

text: The 5th Dalai Lama requested the Panchen to accept Tashilhunpo Monastery, built by the 1st Dalai Lama, as his multi-lifetime seat for future incarnations. Since then, every incarnation of the Panchen Lama has been the master of Tashilhunpo Monastery and it is there that they have all received their education and their mummified bodies were enshrined.


title: Panchen Lama

text: When Lobsang Chökyi Gyaltsen died in 1662, the 5th Dalai Lama commenced the tradition of searching for his next incarnation. He also reserved the traditional title of "Panchen" which had previously been a courtesy title for all exceptionally learned lamas – exclusively for his successors. Khedrub Je, Sönam Choklang and Ensapa Lobsang Döndrup were posthumously decided by the 5th Dalai Lama to have been a previous incarnation of Lobsang Chökyi Gyaltsen, 4th Panchen Lama (1570–1662). Traditionally, there were considered to be four Indian and three Tibetan incarnations before Khedrup, starting with Subhuti, one of the original disciples of Gautama Buddha. Gö Lotsawa is considered to be the first Tibetan incarnation of Amitabha in this line.


title: Panchen Lama

text: The recognition of Panchen Lamas has always been a matter involving the Dalai Lama. Choekyi Gyaltsen, 10th Panchen Lama, himself declared, as cited by an official Chinese review that "according to Tibetan tradition, the confirmation of either the Dalai or Panchen must be mutually recognized." The involvement of the government of China in this affair is seen by some as a political ploy to try to gain control over the recognition of the next Dalai Lama (see below), and to strengthen their hold over the future of Tibet and its governance. The government claims however, that their involvement does not break with tradition in that the final decision about the recognition of both the Dalai Lama and the Panchen Lama traditionally rested in the hands of the Chinese emperor. For instance, after 1792, the Golden Urn was thought to have been used in selecting the 10th, 11th and 12th Dalai Lamas; but the 14th Dalai Lama, Tenzin Gyatso, has more recently said that this was only really used in selection of the 11th, and that in the other cases it was only used to humour the Chinese to confirm a selection that had already been made by traditional methods.


title: Panchen Lama

text: In 1924, the thirteenth Dalai Lama prohibited the 9th Panchen Lama's followers from holding any office in the Central Tibetan government and imprisoned them in Lhasa, prompting the Panchen Lama to flee to Inner Mongolia, China. The Dalai Lama was attempting to collect revenue from the Panchen Lama's estate to cover Tibet's military expenses, and to reduce the power of the Panchen Lama. In China, the ninth Panchen Lama worked on plans to develop Tibet. He also held a position in the Mongolian and Tibetan Affairs Commission, and was considered extremely "pro Chinese". There, he adopted the ideas of Sun Yatsen through revolutionary Pandatsang Rapga of the Tibet Improvement Party.


title: Panchen Lama

text: When the Ninth Panchen Lama died in 1937, two simultaneous searches for the tenth Panchen Lama produced two competing candidates, with the Dalai Lama's officials selecting a boy from Xikang and the Panchen Lama's officials picking Gonpo Tseten. The Republic of China government, then embroiled in the Chinese Civil War, declared its support for Tseten on June 3, 1949. Chinese Nationalist governor Ma Bufang allowed Kumbum Monastery to be totally self-governed by Tseten, now called Gyaltsen, while the 14th Dalai Lama's government refused to recognize him.


title: Panchen Lama

text: The 10th Panchen Lama sought revenge on the Dalai Lama by leading an army against him, and requested aid from Ma Bufang in September 1949. However, the Chinese Nationalist government, facing defeat from the communists, requested the Panchen Lama's help instead, formulating a plan where 3 Khampa divisions would be led by him as a broad anti-Communist base in Southwest China, but the Panchen Lama decided to defect to the Communists instead. The Panchen Lama, unlike the Dalai Lama, sought to exert control in decision making.


title: Panchen Lama

text: The Panchen Lama initially supported Communist policies for Tibet. Radio Beijing broadcast the religious leader's call for Tibet to be "liberated" into the PRC, which created pressure on the Lhasa government to negotiate with the People's Republic. He also called on Tibetans to support the Chinese government." However in 1962, he wrote the 70,000 Character Petition detailing abuses of power in Tibet and discussed it with Premier Zhou Enlai. However, in 1964, he was imprisoned and forced to undergo Struggle sessions. In October 1977, he was released but held under house arrest in 1982. In 1979, he married a Han Chinese woman and in 1983 they had a daughter. In 1989, the 10th Panchen Lama died suddenly in Shigatse at the age of 51 shortly after giving a speech criticizing the excesses of the Cultural Revolution in Tibet but however praising the reform and opening up of the 1980s. His daughter, now a young woman, is Yabshi Pan Rinzinwangmo, better known as "Renji".


title: Panchen Lama

text: The Dalai Lama named Gedhun Choekyi Nyima as the 11th incarnation of the Panchen Lama on 14 May 1995. The Chinese government insisted that the 11th Panchen Lama has to be chosen via the golden urn. In selecting a name, lottery numbers were drawn from the Golden Urn. Chinese authorities named Gyancain Norbu as the search committee's choice on 11 November 1995. Gedhun Choekyi Nyima has not been observed by an independent party ever since 17 May 1995. The Chinese government claims he is living a "normal private life". Tibetans and human rights groups continue to campaign for his release.


title: Panchen Lama

text: The Panchen Lama bears part of the responsibility of the monk-regent for finding the incarnation of the Dalai Lama, and vice versa. This has been the tradition since the 5th Dalai Lama recognized his teacher "Lobsang Choekyi Gyaltsen" as the Panchen Lama of Tashilhunpo. With this appointment, Lobsang Choekyi Gyaltsen's three previous incarnations were posthumously recognised as Panchen Lamas. The "Great Fifth" also recognized Lobsang Yeshe, 5th Panchen Lama. The 7th Dalai Lama recognized Lobsang Palden Yeshe, 6th Panchen Lama, who in turn recognized the 8th Dalai Lama. Similarly, the Eighth Dalai Lama recognised Palden Tenpai Nyima, 7th Panchen Lama. The current 14th Dalai Lama was first found by the 9th Panchen Lama when he was living in the Kumbum Monastery. In February 1937, the Panchen Lama informed his investigation to the Tibetan government's representatives, who would later confirm the new Dalai Lama's identity. On 26 January 1940, the Regent Reting Rinpoche requested the Central Government to exempt Tenzin Gyatso from lot-drawing process using Golden Urn to become the 14th Dalai Lama. The request was approved by the Central Government.


title: Panchen Lama

text: Monastic figures had historically held important roles in the social makeup of Tibet, and though these roles have diminished since 1959, many Tibetans continue to regard the Panchen Lama as a significant political, as well as spiritual figure due to the role he traditionally plays in selecting the next Dalai Lama. The political significance of the role is also utilized by the Chinese state. Tibetan support groups such as London-based Free Tibet have argued that the Chinese government seeks to install its own choice of Dalai Lama when Tenzin Gyatso, the current Dalai Lama, dies and that for this reason the Dalai Lama's choice of Panchen Lama, Gedhun Choekyi Nyima went missing at the age of six, to be replaced by the Chinese state's choice, Gyaincain Norbu. It is suggested that the Chinese government may give the title of Dalai Lama to the son of a loyal ethnic Tibetan Communist party member and it will pressure Western governments to recognize its boy, and not the boy chosen by Lamas in India, as the head of Tibetan Buddhism.


title: Cricket in India

text: Cricket has been the most popular sport in India in modern era since the British Raj, and is played almost everywhere in the country. The Board of Control for Cricket in India (BCCI) is the governing body of Indian cricket and conduct all domestic tournaments and select the players for India national cricket team and India women's national cricket team.


title: Cricket in India

text: Domestic competitions in India include the Ranji Trophy, the Duleep Trophy, the Vijay Hazare Trophy, the Deodhar Trophy, the Irani Trophy and the NKP Salve Challenger Trophy. The Indian Premier League, a Twenty20 tournament where various city franchises compete in a style similar to club football, is one of the biggest sporting leagues and the biggest cricketing league in the world.


title: Cricket in India

text: International cricket in India does not follow a consistent pattern, unlike other cricketing teams such as England, who tour other countries during the winter and play at home during the summer. The Indian cricket team is one of the most successful cricket teams in the world, having won 2 ICC World Cups, 1 ICC World Twenty20, 2 ICC Champion's Trophies and finished runners up in the inaugural edition of the ICC World Test Championship. The 2021 ICC Men's T20 World Cup, was initially meant to be hosted by India. However, after the escalation of the COVID-19 Pandemic in India, the tournament was moved by the ICC to the United Arab Emirates. The 2023 Cricket World Cup will be hosted by India.


title: Cricket in India

text: Cricket is an important part of Indian culture and top players, like Sachin Tendulkar, Sourav Ganguly, Virat Kohli, MS Dhoni and Rohit Sharma often attain celebrity status and are some of the most influential figures in the country. The Indian team shares a long-standing rivalry with the Pakistani team, and India-Pakistan matches are some of the most anticipated matches in the world, and one of the most watched television broadcasts in the world.


title: Cricket in India

text: The British brought cricket to the Indian subcontinent in the early 1700s, with the first documented instance of cricket being played is in 1721. It was played and adopted by Kolis of Gujarat because they were sea pirates and outlaws who always loot the british ships so East India Company tried to manage the Kolis in cricket and been successful.


title: Cricket in India

text: The first ever match of first-class cricket played in India was in 1864 between Calcutta and Madras. Not many records exist from the match.


title: Cricket in India

text: The entire history of cricket in India and the sub-continent as a whole is based on the existence and development of the British Raj via the East India Company.


title: Cricket in India

text: India became a member of the 'elite club' joining Australia, England, South Africa, New Zealand and the West Indies in June 1932. India's first match in Lord's against England attracted a massive crowd of 24,000 people as well as the King of the United Kingdom.


title: Cricket in India

text: The major and defining event in the history of Indian cricket during this period was the Partition of India following full independence from the British Raj in 1947.


title: Cricket in India

text: An early casualty of change was the Bombay Quadrangular tournament, which had been a focal point of Indian cricket for over 50 years. The new India had no place for teams based on ethnic origin. As a result, the Ranji Trophy came into its own as the national championship. The last Bombay Pentangular, as it had become, was won by the Hindus in 1945–46.


title: Cricket in India

text: One team totally dominated Indian cricket in the 1960s. As part of 14 consecutive victories in the Ranji Trophy from 1958–59 to 1972–73, Bombay won the title in all ten seasons of the period under review. Among its players were Farokh Engineer, Dilip Sardesai, Bapu Nadkarni, Ramakant Desai, Baloo Gupte, Ashok Mankad and Ajit Wadekar.


title: Cricket in India

text: In the 1961–1962 season, the Duleep Trophy was inaugurated as a zonal competition. It was named after Ranji's nephew, Kumar Shri Duleepsinhji (1905–59). With Bombay in its catchment, it is not surprising that the West Zone won six of the first nine titles.


title: Cricket in India

text: Bombay continued to dominate Indian domestic cricket, with only Karnataka, Delhi, and a few other teams able to mount any kind of challenge during this period.


title: Cricket in India

text: India enjoyed two international highlights. In 1971, they won a Test series in England for the first time ever, surprisingly defeating Ray Illingworth's Ashes winners. In 1983, again in England, India were surprise winners of the 1983 Cricket World Cup under the captaincy of Kapil Dev.


title: Cricket in India

text: During the 1970s, the Indian cricket team began to see success overseas beating New Zealand, and holding Australia, South Africa and England to a draw. The backbone of the team were the Indian spin quartet – Bishen Bedi, E. A. S. Prasanna, BS Chandrasekhar and Srinivas Venkataraghavan, giving rise to what would later be called the Golden Era of Indian cricket history. This decade also saw the emergence of two of India's best ever batsmen, Sunil Gavaskar and Gundappa Vishwanath responsible for the back-to-back series wins in 1971 in the West Indies and in England, under the captaincy of Ajit Wadekar.


title: Cricket in India

text: The Indian women's team made its test debut in 1976, becoming the third nation to do so. It made its ODI debut on 1st January 1978.


title: Cricket in India

text: It was the in the late 80's that continuous live coverage of overseas matches was broadcast by British networks. This was a major factor in shaping what was now becoming the modern game of Cricket. Modern Technology and the establishment of specialized television networks set a global interest for the sport of cricket. ESPN and Star Sports added cricket to part of the 24 hours of continuous live coverage that they were needed to produce. Global popularity increased among the non-western world. Soon after a domestic league (the Indian Premier League) was established.


title: Cricket in India

text: Several team names and spellings were altered during the 1990s when traditional Indian names were introduced to replace those that were associated with the British Raj. Most notably, Bombay became Mumbai and the famous venue of Calcutta became Kolkata, both where the main places where the British did all their business"."


title: Cricket in India

text: During the 1980s, India developed a more attack-focused batting line-up with talented batsmen such as Mohammad Azharuddin, Dilip Vengsarkar and Ravi Shastri prominent during this decade. Despite India's victory in the Cricket World Cup in 1983, the team performed poorly in the Test arena, including 28 consecutive Test matches without a victory. However, India won the Asia Cup in 1984 and won the World Championship of Cricket in Australia in 1985. The 1987 Cricket World Cup was held in India.


title: Cricket in India

text: From the 1993–94 season, the Duleep Trophy was converted from a knockout competition to a league format.


title: Cricket in India

text: Since 2000, the Indian team underwent major improvements with the appointment of John Wright, India's first ever foreign coach. This appointment met success internationally as India maintained their unbeaten home record against Australia in Test series after defeating them in 2001 and won the inaugural ICC World Twenty20 in 2007. India was also the first sub-continental team to win at the WACA in January 2008 against Australia.


title: Cricket in India

text: India's victory against the Australians in 2001 marked the beginning of a dream era for the team under the captainship of Sourav Ganguly, winning Test matches in Zimbabwe, Sri Lanka, West Indies and England. India also shared a joint victory with Sri Lanka in the ICC Champions Trophy, and went on to the finals in the 2003 Cricket World Cup only to be beaten by Australia.


title: Cricket in India

text: In September 2007, India won the first ever Twenty20 World Cup held in South Africa, beating their arch-rivals Pakistan by 5 runs in a thrilling final.


title: Cricket in India

text: India won the Cricket World Cup in 2011 under the captainship of Mahendra Singh Dhoni, the first time since 1983 (28 years) – they beat Sri Lanka in the final held in Mumbai's Wankhede Stadium.


title: Cricket in India

text: India played its 500th Test match against New Zealand led by Kane Williamson at Kanpur from 22 - 26 September 2016. India won this match by 197 runs. This test was played under the captaincy of Virat Kohli.


title: Cricket in India

text: Currently, they are first in the 2019-21 ICC World Test Championship with 490 points and a PCT (percentage of points) of 71.They will play their final test in the 2019-21 ICC World Test Championship (which is also the final test in the 2021 Anthony De Mello Trophy) They played in their first series of the 2020-22 ICC Cricket World Cup Super League against the Australia national cricket team winning only one match and being fined 1 point for a slow over rate having only 9 points and being seventh in the league.


title: Cricket in India

text: International cricket in India generally does not follow a fixed pattern. For example, the English schedule under which the nation tours other countries during the winter and plays at home during the summer. Generally, there has recently been a tendency to play more one-day matches than Test matches. Cricket in India is managed by the Board of Control for Cricket in India (BCCI), the richest cricket board in the cricket world, yet, average cricket fans cannot get hold of tickets to see matches, much of which are distributed as largesse. The Indian national cricket team has also provided some of the greatest players to the world, the biggest example of which is Sachin Tendulkar. Indian cricket has a rich history. The Indian national team is currently ranked No. 1 in Tests, No. 2 in ODIs and at 2nd position in T20Is. India has won two World Championship cups in 1983 under the captaincy of Kapil Dev and recently won in the year 2011 under the captaincy of Mahendra Singh Dhoni, which is won after a span of 28 years. They also won the World Championship of Cricket in 1985.


title: Cricket in India

text: In Twenty20, stronger crowd participation was seen than in other forms of the game. It has been greatly acknowledged by people and has made huge profits.


title: Cricket in India

text: India have plethora of international standards Cricket stadium. World's largest stadium, Narendra Modi Stadium is present in India, Eden Gardens of Kolkata is the 3rd largest cricket stadium in the world is situated in West Bengal. The domestic cricket governing bodies such as Mumbai cricket association, Maharashtra cricket association control cricket realated activities sanctioned tournaments in Mumbai and Maharashtra respectively. India's each state have a domestic cricket board that administrator cricket in that state. Also regions, cities and Union Territories (UT) such as Vidharbha, Saurashtra and (former Princely state) Vadodara, Hyderabad and UT Pondicherry, Chandigarh respectively have cricket board. The domestic boards are affiliated to BCCI. While district cricket boards in the country are affiliated to state bords. The country has lots of private cricket academies and clubs. The worlds 3rd largest cricket arena being built in Jaipur. MRF Pace Foundation provide facilities to fast ballers.


title: Satellite Internet access

text: Satellite Internet access is Internet access provided through communication satellites. Modern consumer grade satellite Internet service is typically provided to individual users through geostationary satellites that can offer relatively high data speeds, with newer satellites using to achieve downstream data speeds up to 506 Mbit/s. In addition, new satellite internet constellations are being developed in low-earth orbit to enable low-latency internet access from space.


title: Satellite Internet access

text: Following the launch of the first satellite, Sputnik 1, by the Soviet Union in October 1957, the US successfully launched the Explorer 1 satellite in 1958. The first commercial communications satellite was Telstar 1, built by Bell Labs and launched in July 1962.


title: Satellite Internet access

text: The idea of a geosynchronous satellite—one that could orbit the Earth above the equator and remain fixed by following the Earth's rotation—was first proposed by Herman Potočnik in 1928 and popularised by the science fiction author Arthur C. Clarke in a paper in "Wireless World" in 1945. The first satellite to successfully reach geostationary orbit was Syncom3, built by Hughes Aircraft for NASA and launched on August 19, 1963. Succeeding generations of communications satellites featuring larger capacities and improved performance characteristics were adopted for use in television delivery, military applications and telecommunications purposes. Following the invention of the Internet and the World Wide Web, geostationary satellites attracted interest as a potential means of providing Internet access.


title: Satellite Internet access

text: A significant enabler of satellite-delivered Internet has been the opening up of the for satellites. In December 1993, Hughes Aircraft Co. filed with the Federal Communications Commission for a license to launch the first K-band satellite, Spaceway. In 1995, the FCC issued a call for more K-band satellite applications, attracting applications from 15 companies. Among those were EchoStar, Lockheed Martin, GE-Americom, Motorola and KaStar Satellite, which later became WildBlue.


title: Satellite Internet access

text: Among prominent aspirants in the early-stage satellite Internet sector was Teledesic, an ambitious and ultimately failed project funded in part by Microsoft that ended up costing more than $9 billion. Teledesic's idea was to create a broadband satellite constellation of hundreds of low-orbiting satellites in the K-band frequency, providing inexpensive Internet access with download speeds of up to 720 Mbit/s. The project was abandoned in 2003. Teledesic's failure, coupled with the bankruptcy filings of the satellite communications providers Iridium Communications Inc. and Globalstar, dampened marketplace enthusiasm for satellite Internet development. The first Internet-ready satellite for consumers was launched in September 2003.


title: Satellite Internet access

text: In 2004, with the launch of Anik F2, the first high throughput satellite, a class of next-generation satellites providing improved capacity and bandwidth became operational. More recently, high throughput satellites such as ViaSat's ViaSat-1 satellite in 2011 and HughesNet's Jupiter in 2012 have achieved further improvements, elevating downstream data rates from 1–3 Mbit/s up to 12–15Mbit/s and beyond. Internet access services tied to these satellites are targeted largely to rural residents as an alternative to Internet service via dial-up, ADSL or classic FSSes.


title: Satellite Internet access

text: In 2013 the first four satellites of the O3b constellation were launched into medium Earth orbit (MEO) to provide internet access to the "other three billion" people without stable internet access at that time. Over the next six years, 16 further satellites joined the constellation, now owned and operated by SES.


title: Satellite Internet access

text: Since 2014, a rising number of companies announced working on internet access using satellite constellations in low Earth orbit. SpaceX, OneWeb and Amazon all plan to launch more than 1000 satellites each. OneWeb alone raised $1.7 billion by February 2017 for the project, and SpaceX raised over one billion in the first half of 2019 alone for their service called Starlink and expected more than $30 billion in revenue by 2025 from its satellite constellation. Many planned constellations employ laser communication for inter-satellite links to effectively create a space-based internet backbone.


title: Satellite Internet access

text: In September 2017, SES announced the next generation of O3b satellites and service, named O3b mPOWER. The constellation of 11 MEO satellites will deliver 10 terabits of capacity globally through 30,000 spot beams for broadband internet services. The O3b mPOWER satellites are scheduled to launch 2022-2024 and the initial service start in Q3 2023.


title: Satellite Internet access

text: As of 2017, airlines such as Delta and American have been introducing satellite internet as a means of combating limited bandwidth on airplanes and offering passengers usable internet speeds.


title: Satellite Internet access

text: Companies providing home internet service in the United States of America include ViaSat, through its Exede brand, EchoStar, through subsidiary HughesNet, and Starlink.


title: Satellite Internet access

text: In the United Kingdom, companies providing satellite Internet access include Konnect, Broadband Everywhere and Freedomsat.


title: Satellite Internet access

text: Satellite Internet generally relies on three primary components: a satellite historically in geostationary orbit (or GEO) but now increasingly in Low Earth orbit (LEO) or Medium Earth orbit MEO) a number of ground stations known as gateways that relay Internet data to and from the satellite via radio waves (microwave), and further ground stations to serve each subscriber, with a small antenna and transceiver. Other components of a satellite Internet system include a modem at the user end which links the user's network with the transceiver, and a centralized network operations centre (NOC) for monitoring the entire system. Working in concert with a broadband gateway, the satellite operates a Star network topology where all network communication passes through the network's hub processor, which is at the centre of the star. With this configuration, the number of ground stations that can be connected to the hub is virtually limitless.


title: Satellite Internet access

text: Marketed as the centre of the new broadband satellite networks are a new generation of high-powered GEO satellites positioned above the equator, operating in K-band (18.3–30 GHz) mode. These new purpose-built satellites are designed and optimized for broadband applications, employing many narrow spot beams, which target a much smaller area than the broad beams used by earlier communication satellites. This spot beam technology allows satellites to reuse assigned bandwidth multiple times which can enable them to achieve much higher overall capacity than conventional broad beam satellites. The spot beams can also increase performance and consequential capacity by focusing more power and increased receiver sensitivity into defined concentrated areas. Spot beams are designated as one of two types: subscriber spot beams, which transmit to and from the subscriber-side terminal, and gateway spot beams, which transmit to/from a service provider ground station. Note that moving off the tight footprint of a spotbeam can degrade performance significantly. Also, spotbeams can make the use of other significant new technologies impossible, including 'Carrier in Carrier' modulation.


title: Satellite Internet access

text: In conjunction with the satellite's spot-beam technology, a bent-pipe architecture has traditionally been employed in the network in which the satellite functions as a bridge in space, connecting two communication points on the ground. The term "bent-pipe" is used to describe the shape of the data path between sending and receiving antennas, with the satellite positioned at the point of the bend.


title: Satellite Internet access

text: Simply put, the satellite's role in this network arrangement is to relay signals from the end user's terminal to the ISP's gateways, and back again without processing the signal at the satellite. The satellite receives, amplifies, and redirects a carrier on a specific radio frequency through a signal path called a transponder.


title: Satellite Internet access

text: Some satellite constellations in LEO such as Starlink and the proposed Telesat constellation will employ laser communication equipment for high-throughput optical inter-satellite links. The interconnected satellites allow for direct routing of user data from satellite to satellite and effectively create a space-based optical mesh network that will enable seamless network management and continuity of service.


title: Satellite Internet access

text: The satellite has its own set of antennas to receive communication signals from Earth and to transmit signals to their target location. These antennas and transponders are part of the satellite's "payload", which is designed to receive and transmit signals to and from various places on Earth. What enables this transmission and reception in the payload transponders is a repeater subsystem (RF (radio frequency) equipment) used to change frequencies, filter, separate, amplify and group signals before routing them to their destination address on Earth. The satellite's high-gain receiving antenna passes the transmitted data to the transponder which filters, translates and amplifies them, then redirects them to the transmitting antenna on board. The signal is then routed to a specific ground location through a channel known as a carrier. Beside the payload, the other main component of a communications satellite is called the bus, which comprises all equipment required to move the satellite into position, supply power, regulate equipment temperatures, provide health and tracking information, and perform numerous other operational tasks.


title: Satellite Internet access

text: Along with dramatic advances in satellite technology over the past decade, ground equipment has similarly evolved, benefiting from higher levels of integration and increasing processing power, expanding both capacity and performance boundaries.


title: Satellite Internet access

text: The Gateway—or Gateway Earth Station (its full name)—is also referred to as a ground station, teleport or hub. The term is sometimes used to describe just the antenna dish portion, or it can refer to the complete system with all associated components.


title: Satellite Internet access

text: In short, the gateway receives radio wave signals from the satellite on the last leg of the return or upstream payload, carrying the request originating from the end-user's site. The satellite modem at the gateway location demodulates the incoming signal from the outdoor antenna into IP packets and sends the packets to the local network. Access server/gateways manage traffic transported to/from the Internet. Once the initial request has been processed by the gateway's servers, sent to and returned from the Internet, the requested information is sent back as a forward or downstream payload to the end-user via the satellite, which directs the signal to the subscriber terminal. Each Gateway provides the connection to the Internet backbone for the gateway beam(s) it serves.


title: Satellite Internet access

text: The system of gateways comprising the satellite ground system provides all network services for satellite and corresponding terrestrial connectivity. Each gateway provides a multiservice access network for subscriber terminal connections to the Internet.


title: Satellite Internet access

text: In the continental United States, because it is north of the equator, all gateway and subscriber dish antenna must have an unobstructed view of the southern sky. Because of the satellite's geostationary orbit, the gateway antenna can stay pointed at a fixed position.


title: Satellite Internet access

text: For the customer-provided equipment (i.e. PC and router) to access the broadband satellite network, the customer must have additional physical components installed:


title: Satellite Internet access

text: At the far end of the outdoor unit is typically a small (2–3-foot, 60–90 cm diameter), reflective dish-type radio antenna. The VSAT antenna must also have an unobstructed view of the sky to allow for proper line-of-sight (L-O-S) to the satellite.


title: Satellite Internet access

text: There are four physical characteristic settings used to ensure that the antenna is configured correctly at the satellite, which are: azimuth, elevation, polarization, and skew. The combination of these settings gives the outdoor unit a L-O-S to the chosen satellite and makes data transmission possible. These parameters are generally set at the time the equipment is installed, along with a beam assignment (K-band only); these steps must all be taken prior to the actual activation of service.


title: Satellite Internet access

text: Transmit and receive components are typically mounted at the focal point of the antenna which receives/sends data from/to the satellite. The main parts are:


title: Satellite Internet access

text: The satellite modem serves as an interface between the outdoor unit and customer-provided equipment (i.e. PC, router) and controls satellite transmission and reception. From the sending device (computer, router, etc.) it receives an input bitstream and converts or modulates it into radio waves, reversing that order for incoming transmissions, which is called demodulation. It provides two types of connectivity:


title: Satellite Internet access

text: Consumer grade satellite modems typically employ either the DOCSIS or WiMAX telecommunication standard to communicate with the assigned gateway.


title: Satellite Internet access

text: Latency (commonly referred to as "ping time") is the delay between requesting data and the receipt of a response, or in the case of one-way communication, between the actual moment of a signal's broadcast and the time it is received at its destination.


title: Satellite Internet access

text: A radio signal takes about 120 milliseconds to reach a geostationary satellite and then 120 milliseconds to reach the ground station, so nearly 1/4 of a second overall. Typically, during perfect conditions, the physics involved in satellite communications account for approximately 550 milliseconds of latency round-trip time.


title: Satellite Internet access

text: The longer latency is the primary difference between a standard terrestrial-based network and a geostationary satellite-based network. The round-trip latency of a geostationary satellite communications network can be more than 12 times that of a terrestrial based network.


title: Satellite Internet access

text: Satellite latency can be detrimental to especially time-sensitive applications such as on-line gaming (although it only seriously affects the likes of first-person shooters while many MMOGs can operate well over satellite Internet), but IPTV is typically a simplex operation (one-way transmission) and latency is not a critical factor for video transmission.


title: Satellite Internet access

text: The effects of this delay may be mitigated using data compression, TCP-acceleration, and HTTP pre-fetching.


title: Satellite Internet access

text: A geostationary orbit (or geostationary Earth orbit/GEO) is a geosynchronous orbit directly above the Earth's equator (0° latitude), with a period equal to the Earth's rotational period and an orbital eccentricity of approximately zero (i.e. a "circular orbit"). An object in a geostationary orbit appears motionless, at a fixed position in the sky, to ground observers. Launchers often place communications satellites and weather satellites in geostationary orbits, so that the satellite antennas that communicate with them do not have to move to track them, but can point permanently at the position in the sky where the satellites stay. Due to the constant 0° latitude and circularity of geostationary orbits, satellites in GEO differ in location by longitude only.


title: Satellite Internet access

text: Compared to ground-based communication, all geostationary satellite communications experience higher latency due to the signal having to travel to a satellite in geostationary orbit and back to Earth again. Even at the speed of light (about 300,000 km/s or 186,000 miles per second), this delay can appear significant. If all other signaling delays could be eliminated, it still takes a radio signal about 250 milliseconds (ms), or about a quarter of a second, to travel to the satellite and back to the ground. The absolute minimum total amount of delay varies, due to the satellite staying in one place in the sky, while ground-based users can be directly below (with a roundtrip latency of 239.6 ms), or far to the side of the planet near the horizon (with a roundtrip latency of 279.0 ms).


title: Satellite Internet access

text: For an Internet packet, that delay is doubled before a reply is received. That is the theoretical minimum. Factoring in other normal delays from network sources gives a typical one-way connection latency of 500–700 ms from the user to the ISP, or about 1,000–1,400 ms latency for the total round-trip time (RTT) back to the user. This is more than most dial-up users experience at typically 150–200 ms total latency, and much higher than the typical 15–40 ms latency experienced by users of other high-speed Internet services, such as cable or VDSL.


title: Satellite Internet access

text: For geostationary satellites, there is no way to eliminate latency, but the problem can be somewhat mitigated in Internet communications with TCP acceleration features that shorten the apparent round trip time (RTT) per packet by splitting ("spoofing") the feedback loop between the sender and the receiver. Certain acceleration features are often present in recent technology developments embedded in satellite Internet equipment.


title: Satellite Internet access

text: Latency also impacts the initiation of secure Internet connections such as SSL which require the exchange of numerous pieces of data between web server and web client. Although these pieces of data are small, the multiple round-trips involved in the handshake produce long delays compared to other forms of Internet connectivity, as documented by Stephen T. Cobb in a 2011 report published by the Rural Mobile and Broadband Alliance. This annoyance extends to entering and editing data using some Software as a Service or SaaS applications as well as in other forms of online work.


title: Satellite Internet access

text: Functions like live interactive access to a distant computer—such as virtual private networks can be affected by the high latency. Many TCP protocols were not designed to work in high-latency environments.


title: Satellite Internet access

text: Medium Earth orbit (MEO) and low Earth orbit (LEO) satellite constellations do not have such long delays, as the satellites are closer to the ground. For example:


title: Satellite Internet access

text: Unlike geostationary satellites, LEO and MEO satellites do not stay in a fixed position in the sky and from a lower altitude they can "see" a smaller area of the Earth, and so continuous widespread access requires a constellation of many satellites (low-Earth orbits needing more satellites than medium-Earth orbits) with complex constellation management to switch data transfer between satellites and keep the connection to a customer, and tracking by the ground stations.


title: Satellite Internet access

text: MEO satellites require higher power transmissions than LEO to achieve the same signal strength at the ground station but their higher altitude also provides less orbital overcrowding, and their slower orbit speed reduces both Doppler shift and the size and complexity of the constellation required.


title: Satellite Internet access

text: In May 2022, Kazakhstani mobile network operator, Kcell, and satellite owner and operator, SES used SES's O3b MEO satellite constellation to demonstrate that MEO satellites could be used to provide high-speed mobile internet to remote regions of Kazakhstan for reliable video calling, conferencing and streaming, and web browsing, with a latency five times lower than on the existing platform based on geostationary orbit satellites.


title: Satellite Internet access

text: A proposed alternative to relay satellites is a special-purpose solar-powered ultralight aircraft, which would fly along a circular path above a fixed ground location, operating under autonomous computer control at a height of approximately 20,000 meters.


title: Satellite Internet access

text: For example, the United States Defense Advanced Research Projects Agency Vulture project envisaged an ultralight aircraft capable of station-keeping over a fixed area for a period of up to five years, and able to provide both continuous surveillance to ground assets as well as to service extremely low-latency communications networks. This project was cancelled in 2012 before it became operational.


title: Satellite Internet access

text: Onboard batteries would charge during daylight hours through solar panels covering the wings, and would provide power to the plane during night. Ground-based satellite internet dishes would relay signals to and from the aircraft, resulting in a greatly reduced round-trip signal latency of only 0.25 milliseconds. The planes could potentially run for long periods without refueling. Several such schemes involving various types of aircraft have been proposed in the past.


title: Satellite Internet access

text: Satellite communications are affected by moisture and various forms of precipitation (such as rain or snow) in the signal path between end users or ground stations and the satellite being utilized. This interference with the signal is known as "rain fade". The effects are less pronounced on the lower frequency 'L' and 'C' bands, but can become quite severe on the higher frequency 'Ku' and 'Ka' band. For satellite Internet services in tropical areas with heavy rain, use of the C band (4/6 GHz) with a circular polarisation satellite is popular. Satellite communications on the K band (19/29 GHz) can use special techniques such as large "rain margins", "adaptive uplink power control" and "reduced bit rates" during precipitation.


title: Satellite Internet access

text: "Rain margins" are the extra communication link requirements needed to account for signal degradations due to moisture and precipitation, and are of acute importance on all systems operating at frequencies over 10 GHz.


title: Satellite Internet access

text: The amount of time during which service is lost can be reduced by increasing the size of the satellite communication dish so as to gather more of the satellite signal on the downlink and also to provide a stronger signal on the uplink. In other words, increasing antenna gain through the use of a larger parabolic reflector is one way of increasing the overall channel gain and, consequently, the signal-to-noise (S/N) ratio, which allows for greater signal loss due to rain fade without the S/N ratio dropping below its minimum threshold for successful communication.


title: Satellite Internet access

text: Modern consumer-grade dish antennas tend to be fairly small, which reduces the rain margin or increases the required satellite downlink power and cost. However, it is often more economical to build a more expensive satellite and smaller, less expensive consumer antennas than to increase the consumer antenna size to reduce the satellite cost.


title: Satellite Internet access

text: Large commercial dishes of 3.7 m to 13 m diameter can be used to achieve increased rain margins and also to reduce the cost per bit by allowing for more efficient modulation codes. Alternately, larger aperture antennae can require less power from the satellite to achieve acceptable performance. Satellites typically use photovoltaic solar power, so there is no expense for the energy itself, but a more powerful satellite will require larger, more powerful solar panels and electronics, often including a larger transmitting antenna. The larger satellite components not only increase materials costs but also increase the weight of the satellite, and in general, the cost to launch a satellite into an orbit is directly proportional to its weight. (In addition, since satellite launch vehicles [i.e. rockets] have specific payload size limits, making parts of the satellite larger may require either more complex folding mechanisms for parts of the satellite like solar panels and high-gain antennas, or upgrading to a more expensive launch vehicle that can handle a larger payload.)


title: Satellite Internet access

text: Modulated carriers can be dynamically altered in response to rain problems or other link impairments using a process called adaptive coding and modulation, or "ACM". ACM allows the bit rates to be increased substantially during normal clear sky conditions, increasing the number of bits per Hz transmitted, and thus reducing overall cost per bit. Adaptive coding requires some sort of a return or feedback channel which can be via any available means, satellite or terrestrial.


title: Satellite Internet access

text: Two objects are said to be within line of sight if a straight line between the objects can be connected without any interference, such as a mountain. An object beyond the horizon is below the line of sight and, therefore, can be difficult to communicate with.


title: Satellite Internet access

text: Typically a completely clear line of sight between the dish and the satellite is required for the system to work optimally. In addition to the signal being susceptible to absorption and scattering by moisture, the signal is similarly impacted by the presence of trees and other vegetation in the path of the signal. As the radio frequency decreases, to below 900 MHz, penetration through vegetation increases, but most satellite communications operate above 2 GHz making them sensitive to even minor obstructions such as tree foliage. A dish installation in the winter must factor in plant foliage growth that will appear in the spring and summer.


title: Satellite Internet access

text: Even if there is a direct line of sight between the transmitting and receiving antenna, reflections from objects near the path of the signal can decrease apparent signal power through phase cancellations. Whether and how much signal is lost from a reflection is determined by the location of the object in the Fresnel zone of the antennas.


title: Satellite Internet access

text: Home or consumer grade two-way satellite Internet service involves both sending and receiving data from a remote very-small-aperture terminal (VSAT) via satellite to a hub telecommunications port (teleport), which then relays data via the terrestrial Internet. The satellite dish at each location must be precisely pointed to avoid interference with other satellites. At each VSAT site the uplink frequency, bit rate and power must be accurately set, under control of the service provider hub.


title: Satellite Internet access

text: There are several types of two way satellite Internet services, including time-division multiple access (TDMA) and single channel per carrier (SCPC). Two-way systems can be simple VSAT terminals with a 60–100 cm dish and output power of only a few watts intended for consumers and small business or larger systems which provide more bandwidth. Such systems are frequently marketed as "satellite broadband" and can cost two to three times as much per month as land-based systems such as ADSL. The modems required for this service are often proprietary, but some are compatible with several different providers. They are also expensive, costing in the range of US$600 to $2000.


title: Satellite Internet access

text: The two-way "iLNB" used on the SES Broadband terminal dish has a transmitter and single-polarity receive LNB, both operating in the . Pricing for SES Broadband modems range from €299 to €350. These types of system are generally unsuitable for use on moving vehicles, although some dishes may be fitted to an automatic pan and tilt mechanism to continuously re-align the dish—but these are more expensive. The technology for SES Broadband was delivered by a Belgian company called Newtec.


title: Satellite Internet access

text: Consumer satellite Internet customers range from individual home users with one PC to large remote business sites with several hundred PCs.


title: Satellite Internet access

text: Home users tend to use shared satellite capacity to reduce the cost, while still allowing high peak bit rates when congestion is absent. There are usually restrictive time-based bandwidth allowances so that each user gets their fair share, according to their payment. When a user exceeds their allowance, the company may slow down their access, deprioritise their traffic or charge for the excess bandwidth used. For consumer satellite Internet, the allowance can typically range from 200 MB per day to 25 GB per month. A shared download carrier may have a bit rate of 1 to 40 Mbit/s and be shared by up to 100 to 4,000 end users.


title: Satellite Internet access

text: The uplink direction for shared user customers is normally time-division multiple access (TDMA), which involves transmitting occasional short packet bursts in between other users (similar to how a cellular phone shares a cell tower).


title: Satellite Internet access

text: Each remote location may also be equipped with a telephone modem; the connections for this are as with a conventional dial-up ISP. Two-way satellite systems may sometimes use the modem channel in both directions for data where latency is more important than bandwidth, reserving the satellite channel for download data where bandwidth is more important than latency, such as for file transfers.


title: Satellite Internet access

text: In 2006, the European Commission sponsored the UNIC Project which aimed to develop an end-to-end scientific test bed for the distribution of new broadband interactive TV-centric services delivered over low-cost two-way satellite to actual end-users in the home. The UNIC architecture employs DVB-S2 standard for downlink and DVB-RCS standard for uplink.


title: Satellite Internet access

text: Normal VSAT dishes (1.2–2.4 m diameter) are widely used for VoIP phone services. A voice call is sent by means of packets via the satellite and Internet. Using coding and compression techniques the bit rate needed per call is only 10.8 kbit/s each way.


title: Satellite Internet access

text: These usually come in the shape of a self-contained flat rectangular box that needs to be pointed in the general direction of the satellite—unlike VSAT the alignment need not be very precise and the modems have built in signal strength meters to help the user align the device properly. The modems have commonly used connectors such as Ethernet or Universal Serial Bus (USB). Some also have an integrated Bluetooth transceiver and double as a satellite phone. The modems also tend to have their own batteries so they can be connected to a laptop without draining its battery. The most common such system is INMARSAT's BGAN—these terminals are about the size of a briefcase and have near-symmetric connection speeds of around 350–500 kbit/s. Smaller modems exist like those offered by Thuraya but only connect at 444 kbit/s in a limited coverage area. INMARSAT now offer the IsatHub, a paperback book sized satellite modem working in conjunction with the users mobile phone and other devices. The cost has been reduced to $3 per MB and the device itself is on sale for about $1300.


title: Satellite Internet access

text: Using such a modem is extremely expensive—data transfer costs between $5 and $7 per megabyte. The modems themselves are also expensive, usually costing between $1,000 and $5,000.


title: Satellite Internet access

text: For many years satellite phones have been able to connect to the Internet. Bandwidth varies from about 2400 bit/s for Iridium network satellites and ACeS based phones to 15 kbit/s upstream and 60 kbit/s downstream for Thuraya handsets. Globalstar also provides Internet access at 9600 bit/s—like Iridium and ACeS a dial-up connection is required and is billed per minute, however both Globalstar and Iridium are planning to launch new satellites offering always-on data services at higher rates. With Thuraya phones the 9,600 bit/s dial-up connection is also possible, the 60 kbit/s service is always-on and the user is billed for data transferred (about $5 per megabyte). The phones can be connected to a laptop or other computer using a USB or RS-232 interface. Due to the low bandwidths involved it is extremely slow to browse the web with such a connection, but useful for sending email, Secure Shell data and using other low-bandwidth protocols. Since satellite phones tend to have omnidirectional antennas no alignment is required as long as there is a line of sight between the phone and the satellite.


title: Satellite Internet access

text: One-way terrestrial return satellite Internet systems are used with conventional dial-up Internet access, with outbound (upstream) data traveling through a telephone modem, but downstream data sent via satellite at a higher rate. In the U.S., an FCC license is required for the uplink station only; no license is required for the users.


title: Satellite Internet access

text: Another type of 1-way satellite Internet system uses General Packet Radio Service (GPRS) for the back-channel. Using standard GPRS or Enhanced Data Rates for GSM Evolution (EDGE), costs are reduced for higher effective rates if the upload volume is very low, and also because this service is not per-time charged, but charged by volume uploaded. GPRS as return improves mobility when the service is provided by a satellite that transmits in the field of 100-200 kW. Using a 33 cm wide satellite dish, a notebook and a normal GPRS equipped GSM phone, users can get mobile satellite broadband.


title: Satellite Internet access

text: The transmitting station has two components, consisting of a high speed Internet connection to serve many customers at once, and the satellite uplink to broadcast requested data to the customers. The ISP's routers connect to proxy servers which can enforce quality of service (QoS) bandwidth limits and guarantees for each customer's traffic.


title: Satellite Internet access

text: Often, nonstandard IP stacks are used to address the latency and asymmetry problems of the satellite connection. As with one-way receive systems, data sent over the satellite link is generally also encrypted, as otherwise it would be accessible to anyone with a satellite receiver.


title: Satellite Internet access

text: Many IP-over-satellite implementations use paired proxy servers at both endpoints so that certain communications between clients and servers need not to accept the latency inherent in a satellite connection. For similar reasons, there exist special Virtual private network (VPN) implementations designed for use over satellite links because standard VPN software cannot handle the long packet travel times.


title: Satellite Internet access

text: Upload speeds are limited by the user's dial-up modem, while download speeds can be very fast compared to dial-up, using the modem only as the control channel for packet acknowledgement.


title: Satellite Internet access

text: Latency is still high, although lower than full two-way geostationary satellite Internet, since only half of the data path is via satellite, the other half being via the terrestrial channel.


title: Satellite Internet access

text: One-way broadcast satellite Internet systems are used for Internet Protocol (IP) broadcast-based data, audio and video distribution. In the U.S., a Federal Communications Commission (FCC) license is required only for the uplink station and no license is required for users. Note that most Internet protocols will not work correctly over one-way access, since they require a return channel. However, Internet content such as web pages can still be distributed over a one-way system by "pushing" them out to local storage at end user sites, though full interactivity is not possible. This is much like TV or radio content which offers little user interface.


title: Satellite Internet access

text: The broadcast mechanism may include compression and error correction to help ensure the one-way broadcast is properly received. The data may also be rebroadcast periodically, so that receivers that did not previously succeed will have additional chances to try downloading again.


title: Satellite Internet access

text: The data may also be encrypted, so that while anyone can receive the data, only certain destinations are able to actually decode and use the broadcast data. Authorized users only need to have possession of either a short decryption key or an automatic rolling code device that uses its own highly accurate independent timing mechanism to decrypt the data.


title: Satellite Internet access

text: Similar to one-way terrestrial return, satellite Internet access may include interfaces to the public switched telephone network for squawk box applications. An Internet connection is not required, but many applications include a File Transfer Protocol (FTP) server to queue data for broadcast.


title: Satellite Internet access

text: Most one-way broadcast applications require custom programming at the remote sites. The software at the remote site must filter, store, present a selection interface to and display the data. The software at the transmitting station must provide access control, priority queuing, sending, and encapsulating of the data.


title: Satellite Internet access

text: In its report released in February, 2013, the Federal Communications Commission noted significant advances in satellite Internet performance. The FCC's Measuring Broadband America report also ranked the major ISPs by how close they came to delivering on advertised speeds. In this category, satellite Internet topped the list, with 90% of subscribers seeing speeds at 140% or better than what was advertised.


title: Satellite Internet access

text: Much of the slowdown associated with satellite Internet is that for each request, many roundtrips must be completed before any useful data can be received by the requester. Special IP stacks and proxies can also reduce latency through lessening the number of roundtrips, or simplifying and reducing the length of protocol headers. Optimization technologies include TCP acceleration, HTTP pre-fetching and DNS caching among many others. See the Space Communications Protocol Specifications standard (SCPS), developed by NASA and adopted widely by commercial and military equipment and software providers in the market space.


title: Satellite Internet access

text: The WINDS satellite was launched on February 23, 2008. The WINDS satellite is used to provide broadband Internet services to Japan and locations across the Asia-Pacific region. The satellite to provides a maximum speed of 155 Mbit/s down and 6 Mbit/s up to residences with a 45 cm aperture antenna and a 1.2 Gbit/s connection to businesses with a 5-meter antenna. It has reached the end of its design life expectancy.


title: Satellite Internet access

text: SkyTerra-1 was launched in mid-November 2010, providing North America, while Hylas-1 was launched in November 2010, targeting Europe.


title: Satellite Internet access

text: On December 26, 2010, Eutelsat's KA-SAT was launched. It covers the European continent with 80 spot beams—focused signals that cover an area a few hundred kilometers across Europe and the Mediterranean. Spot beams allow for frequencies to be effectively reused in multiple regions without interference. The result is increased capacity. Each of the spot beams has an overall capacity of 900 Mbit/s and the entire satellite will has a capacity of 70 Gbit/s.


title: Satellite Internet access

text: ViaSat-1 was launched Oct. 19, 2011 from Baikonur, Kazakhstan, offering 140 Gbit/s of total throughput capacity, through the Exede Internet service. Passengers aboard JetBlue Airways can use this service since 2015. The service has also been expanded to United Airlines, American Airlines, Scandinavian Airlines, Virgin America and Qantas.


title: Satellite Internet access

text: The EchoStar XVII satellite was launched July 5, 2012 by Arianespace and was placed in its permanent geosynchronous orbital slot of 107.1° West longitude, servicing HughesNet. This K-band satellite has over 100 Gbit/s of throughput capacity.


title: Satellite Internet access

text: Since 2013, the O3b satellite constellation claims an end-to-end round-trip latency of 238 ms for data services.


title: Satellite Internet access

text: In 2015 and 2016, the Australian Government launched two satellites to provide internet to regional Australians and residents of External Territories, such as Norfolk Island and Christmas Island.


title: Satellite Internet access

text: , around 2300 satellites have been launched for Starlink and 400 for the OneWeb satellite constellation. SpaceX reported 250,000 users of its Starlink system.


title: Satellite Internet access

text: Satellite communications are used for data transmission, remote instrument diagnostics, for physical satellite and oceanographic measurements from the sea surface (e.g. sea surface temperature and sea surface height) to the ocean floor, and for seismological analyses.


title: Signing of the United States Declaration of Independence

text: The signing of the United States Declaration of Independence occurred primarily on August 2, 1776, at the Pennsylvania State House in Philadelphia, later to become known as Independence Hall. The 56 delegates to the Second Continental Congress represented the 13 colonies, 12 of which voted to approve the Declaration of Independence on July 4, 1776. The New York delegation abstained because they had not yet received instructions from Albany to vote for independence. The Declaration proclaimed the signatory colonies were now "free and independent States," no longer colonies of the Kingdom of Great Britain and, thus, no longer a part of the British Empire. The signers’ names are grouped by state, with the exception of John Hancock, as President of the Continental Congress; the states are arranged geographically from south to north, with Button Gwinnett from Georgia first, and Matthew Thornton from New Hampshire last.


text: The final draft of the Declaration was approved by the Continental Congress on July 4, although the date of its signing has long been disputed. Most historians have concluded that it was signed on August 2, 1776, nearly a month after its adoption, and not on July 4 as is commonly believed.


text: The Second Continental Congress adopted the Declaration of Independence on July 4, 1776, with 12 of the 13 colonies voting in favor and New York abstaining. The date that the Declaration was signed has long been the subject of debate. Thomas Jefferson, Benjamin Franklin, and John Adams all wrote that it was signed by Congress on the day when it was adopted on July 4, 1776. That assertion is seemingly confirmed by the signed copy of the Declaration, which is dated July 4. Additional support for the July 4 date is provided by the Journals of the Continental Congress, the official public record of the Continental Congress. The proceedings for 1776 were first published in 1777, and the entry for July 4 states that the Declaration was engrossed and signed on that date (the official copy was handwritten).


text: In 1796, signer Thomas McKean disputed that the Declaration had been signed on July 4, pointing out that some signers were not present, including several who were not even elected to Congress until after that date. "No person signed it on that day nor for many days after", he wrote. His claim gained support when the "Secret Journals of Congress" were published in 1821. The "Secret Journals" contained two previously unpublished entries about the Declaration.


text: On July 15, New York's delegates got permission from their convention to agree to the Declaration. The "Secret Journals" entry for July 19 reads:


text: In 1884, historian Mellen Chamberlain argued that these entries indicated that the famous signed version of the Declaration had been created following the July 19 resolution, and had not been signed by Congress until August 2. Subsequent research has confirmed that many of the signers had not been present in Congress on July 4, and that some delegates may have added their signatures even after August 2. Neither Jefferson nor Adams ever wavered from their belief that the signing ceremony took place on July 4, yet most historians have accepted the argument which David McCullough articulates in his biography of John Adams: "No such scene, with all the delegates present, ever occurred at Philadelphia."


text: Legal historian Wilfred Ritz concluded in 1986 that about 34 delegates signed the Declaration on July 4, and that the others signed on or after August 2. Ritz argues that the engrossed copy of the Declaration was signed by Congress on July 4, as Jefferson, Adams, and Franklin had stated, and that it was implausible that all three men had been mistaken. He believes that McKean's testimony was questionable, and that historians had misinterpreted the July 19 resolution. According to Ritz, this resolution did not call for a new document to be created, but rather for the existing one to be given a new title, which was necessary after New York had joined the other 12 states in declaring independence. He reasons that the phrase "signed by every member of Congress" in the July 19 resolution meant that delegates who had not signed the Declaration on the 4th were now required to do so.


text: In an 1811 letter to Adams, Benjamin Rush recounted the signing in stark fashion, describing it as a scene of "pensive and awful silence". Rush said the delegates were called up, one after another, and then filed forward somberly to subscribe what each thought was their ensuing death warrant. He related that the "gloom of the morning" was briefly interrupted when the rotund Benjamin Harrison of Virginia said to a diminutive Elbridge Gerry of Massachusetts, at the signing table, "I shall have a great advantage over you, Mr. Gerry, when we are all hung for what we are now doing. From the size and weight of my body I shall die in a few minutes and be with the Angels, but from the lightness of your body you will dance in the air an hour or two before you are dead." According to Rush, Harrison’s remark "procured a transient smile, but it was soon succeeded by the Solemnity with which the whole business was conducted.”


text: Eight delegates never signed the Declaration, out of about 50 who are thought to have been present in Congress during the voting on independence in early July 1776: John Alsop, George Clinton, John Dickinson, Charles Humphreys, Robert R. Livingston, John Rogers, Thomas Willing, and Henry Wisner. Clinton, Livingston, and Wisner were attending to duties away from Congress when the signing took place. Willing and Humphreys voted against the resolution of independence and were replaced in the Pennsylvania delegation before the August 2 signing. Rogers had voted for the resolution of independence but was no longer a delegate on August 2. Alsop favored reconciliation with Great Britain and so resigned rather than add his name to the document. Dickinson refused to sign, believing the Declaration premature, but he remained in Congress. George Read had voted against the resolution of independence, and Robert Morris had abstained—yet they both signed the Declaration.


text: The most famous signature on the engrossed copy is that of John Hancock, who presumably signed first as President of Congress. Hancock's large, flamboyant signature became iconic, and "John Hancock" emerged in the United States as an informal synonym for "signature". Future presidents Thomas Jefferson and John Adams were among the signatories. Edward Rutledge (age 26) was the youngest signer and Benjamin Franklin (age 70) the oldest.


text: Some delegates were away on business when the Declaration was debated, including William Hooper and Samuel Chase, but they were back in Congress to sign on August 2. Other delegates were present when the Declaration was debated but added their names after August 2, including Lewis Morris, Oliver Wolcott, Thomas McKean, and possibly Elbridge Gerry. Richard Henry Lee and George Wythe were in Virginia during July and August, but returned to Congress and signed the Declaration probably in September and October, respectively.


text: New delegates joining the Congress were also allowed to sign. Eight men signed the Declaration who did not take seats in Congress until after July 4: Matthew Thornton, William Williams, Benjamin Rush, George Clymer, James Smith, George Taylor, George Ross, and Charles Carroll of Carrollton. Matthew Thornton did not take a seat in Congress until November. By the time that he signed it, there wasn't any space for his name next to the other New Hampshire delegates, so he placed his signature at the end of the document.


text: The first published version of the Declaration was the Dunlap broadside. The only names on that version were Congress President John Hancock and Secretary Charles Thomson, and those names were printed rather than signatures. The public did not learn who had signed the engrossed copy until January 18, 1777, when the Congress ordered that an "authenticated copy" be sent to each of the 13 states, including the names of the signers. This copy is called the Goddard Broadside; it was the first to list all the signers except for Thomas McKean, who may not have signed the Declaration until after the Goddard Broadside was published. Congress Secretary Charles Thomson did not sign the engrossed copy of the Declaration, and his name doesn't appear on the Goddard Broadside, even though it does appear on the Dunlap broadside.


text: Various legends emerged years later concerning the signing of the Declaration, when the document had become an important national symbol. In one famous story, John Hancock supposedly said that Congress, having signed the Declaration, must now "all hang together", and Benjamin Franklin replied: "Yes, we must indeed all hang together, or most assuredly we shall all hang separately." The earliest known version of that quotation in print appeared in a London humor magazine in 1837.


title: Environmental law

text: Environmental law is a collective term encompassing aspects of the law that provide protection to the environment. A related but distinct set of regulatory regimes, now strongly influenced by environmental legal principles, focus on the management of specific natural resources, such as forests, minerals, or fisheries. Other areas, such as environmental impact assessment, may not fit neatly into either category, but are nonetheless important components of environmental law.<section end=scope />


title: Environmental law

text: Early examples of legal enactments designed to consciously preserve the environment, for its own sake or human enjoyment, are found throughout history. In the common law, the primary protection was found in the law of nuisance, but this only allowed for private actions for damages or injunctions if there was harm to land. Thus, smells emanating from pigsties, strict liability against dumping rubbish, or damage from exploding dams. Private enforcement, however, was limited and found to be woefully inadequate to deal with major environmental threats, particularly threats to common resources. During the "Great Stink" of 1858, the dumping of sewerage into the River Thames began to smell so ghastly in the summer heat that Parliament had to be evacuated. Ironically, the Metropolitan Commission of Sewers Act 1848 had allowed the Metropolitan Commission for Sewers to close cesspits around the city in an attempt to "clean up" but this simply led people to pollute the river. In 19 days, Parliament passed a further Act to build the London sewerage system. London also suffered from terrible air pollution, and this culminated in the "Great Smog" of 1952, which in turn triggered its own legislative response: the Clean Air Act 1956. The basic regulatory structure was to set limits on emissions for households and businesses (particularly burning of coal) while an inspectorate would enforce compliance.


title: Environmental law

text: Chemical safety laws govern the use of chemicals in human activities, particularly man-made chemicals in modern industrial applications. As contrasted with media-oriented environmental laws (e.g., air or water quality laws), chemical control laws seek to manage the (potential) pollutants themselves. Regulatory efforts include banning specific chemical constituents in consumer products (e.g., Bisphenol A in plastic bottles), and regulating pesticides.


title: Environmental law

text: Water resources laws govern the ownership and use of water resources, including surface water and ground water. Regulatory areas may include water conservation, use restrictions, and ownership regimes.


title: Environmental law

text: Wildlife laws govern the potential impact of human activity on wild animals, whether directly on individuals or populations, or indirectly via habitat degradation. Similar laws may operate to protect plant species. Such laws may be enacted entirely to protect biodiversity, or as a means for protecting species deemed important for other reasons. Regulatory efforts may including the creation of special conservation statuses, prohibitions on killing, harming, or disturbing protected species, efforts to induce and support species recovery, establishment of wildlife refuges to support conservation, and prohibitions on trafficking in species or animal parts to combat poaching.


title: Environmental law

text: Fish and game laws regulate the right to pursue and take or kill certain kinds of fish and wild animal (game). Such laws may restrict the days to harvest fish or game, the number of animals caught per person, the species harvested, or the weapons or fishing gear used. Such laws may seek to balance dueling needs for preservation and harvest and to manage both environment and populations of fish and game. Game laws can provide a legal structure to collect license fees and other money which is used to fund conservation efforts as well as to obtain harvest information used in wildlife management practice.


title: Environmental law

text: Environmental law has developed in response to emerging awareness of and concern over issues impacting the entire world. While laws have developed piecemeal and for a variety of reasons, some effort has gone into identifying key concepts and guiding principles common to environmental law as a whole. The principles discussed below are not an exhaustive list and are not universally recognized or accepted. Nonetheless, they represent important principles for the understanding of environmental law around the world.


title: Environmental law

text: Defined by the United Nations Environment Programme (UNEP) as "development that meets the needs of the present without compromising the ability of future generations to meet their own needs," sustainable development may be considered together with the concepts of "integration" (development cannot be considered in isolation from sustainability) and "interdependence" (social and economic development, and environmental protection, are interdependent). Laws mandating environmental impact assessment and requiring or encouraging development to minimize environmental impacts may be assessed against this principle.


title: Environmental law

text: The modern concept of sustainable development was a topic of discussion at the 1972 United Nations Conference on the Human Environment (Stockholm Conference), and the driving force behind the 1983 World Commission on Environment and Development (WCED, or Bruntland Commission). In 1992, the first UN Earth Summit resulted in the Rio Declaration, Principle 3 of which reads: "The right to development must be fulfilled so as to equitably meet developmental and environmental needs of present and future generations." Sustainable development has been a core concept of international environmental discussion ever since, including at the World Summit on Sustainable Development (Earth Summit 2002), and the United Nations Conference on Sustainable Development (Earth Summit 2012, or Rio+20).


title: Environmental law

text: Defined by UNEP to include intergenerational equity – "the right of future generations to enjoy a fair level of the common patrimony" – and intragenerational equity – "the right of all people within the current generation to fair access to the current generation's entitlement to the Earth's natural resources" – environmental equity considers the present generation under an obligation to account for long-term impacts of activities, and to act to sustain the global environment and resource base for future generations. Pollution control and resource management laws may be assessed against this principle.


title: Environmental law

text: Defined in the international law context as an obligation to protect one's own environment, and to prevent damage to neighboring environments, UNEP considers transboundary responsibility at the international level as a potential limitation on the rights of the sovereign state. Laws that act to limit externalities imposed upon human health and the environment may be assessed against this principle.


title: Environmental law

text: Identified as essential conditions for "accountable governments... industrial concerns," and organizations generally, public participation and transparency are presented by UNEP as requiring "effective protection of the human right to hold and express opinions and to seek, receive and impart ideas... a right of access to appropriate, comprehensible and timely information held by governments and industrial concerns on economic and social policies regarding the sustainable use of natural resources and the protection of the environment, without imposing undue financial burdens upon the applicants and with adequate protection of privacy and business confidentiality," and "effective judicial and administrative proceedings." These principles are present in environmental impact assessment, laws requiring publication and access to relevant environmental data, and administrative procedure.


title: Environmental law

text: One of the most commonly encountered and controversial principles of environmental law, the Rio Declaration formulated the precautionary principle as follows:In order to protect the environment, the precautionary approach shall be widely applied by States according to their capabilities. Where there are threats of serious or irreversible damage, lack of full scientific certainty shall not be used as a reason for postponing cost-effective measures to prevent environmental degradation.The principle may play a role in any debate over the need for environmental regulation.


title: Environmental law

text: Environmental law is a continuing source of controversy. Debates over the necessity, fairness, and cost of environmental regulation are ongoing, as well as regarding the appropriateness of regulations vs. market solutions to achieve even agreed-upon ends.


title: Environmental law

text: Allegations of scientific uncertainty fuel the ongoing debate over greenhouse gas regulation, and are a major factor in debates over whether to ban particular pesticides. In cases where the science is well-settled, it is not unusual to find that corporations intentionally hide or distort the facts, or sow confusion.


title: Environmental law

text: It is very common for regulated industry to argue against environmental regulation on the basis of cost. Difficulties arise in performing cost-benefit analysis of environmental issues. It is difficult to quantify the value of an environmental value such as a healthy ecosystem, clean air, or species diversity. Many environmentalists' response to pitting economy vs. ecology is summed up by former Senator and founder of Earth Day Gaylord Nelson, "The economy is a wholly owned subsidiary of the environment, not the other way around." Furthermore, environmental issues are seen by many as having an ethical or moral dimension, which would transcend financial cost. Even so, there are some efforts underway to systemically recognize environmental costs and assets, and account for them properly in economic terms.


title: Environmental law

text: While affected industries spark controversy in fighting regulation, there are also many environmentalists and public interest groups who believe that current regulations are inadequate, and advocate for stronger protection. Environmental law conferences – such as the annual Public Interest Environmental Law Conference in Eugene, Oregon – typically have this focus, also connecting environmental law with class, race, and other issues.


title: Environmental law

text: An additional debate is to what extent environmental laws are fair to all regulated parties. For instance, researchers Preston Teeter and Jorgen Sandberg highlight how smaller organizations can often incur disproportionately larger costs as a result of environmental regulations, which can ultimately create an additional barrier to entry for new firms, thus stifling competition and innovation.


title: Environmental law

text: Global and regional environmental issues are increasingly the subject of international law. Debates over environmental concerns implicate core principles of international law and have been the subject of numerous international agreements and declarations.


title: Environmental law

text: Customary international law is an important source of international environmental law. These are the norms and rules that countries follow as a matter of custom and they are so prevalent that they bind all states in the world. When a principle becomes customary law is not clear cut and many arguments are put forward by states not wishing to be bound. Examples of customary international law relevant to the environment include the duty to warn other states promptly about icons of an environmental nature and environmental damages to which another state or states may be exposed, and Principle 21 of the Stockholm Declaration ('good neighbourliness' or sic utere).


title: Environmental law

text: Given that customary international law is not static but ever evolving and the continued increase of air pollution (carbon dioxide) causing climate changes, has led to discussions on whether basic customary principles of international law, such as the jus cogens (peremptory norms) and erga omnes principles could be applicable for enforcing international environmental law.


title: Environmental law

text: Numerous legally binding international agreements encompass a wide variety of issue-areas, from terrestrial, marine and atmospheric pollution through to wildlife and biodiversity protection. International environmental agreements are generally multilateral (or sometimes bilateral) treaties (a.k.a. convention, agreement, protocol, etc.). Protocols are subsidiary agreements built from a primary treaty. They exist in many areas of international law but are especially useful in the environmental field, where they may be used to regularly incorporate recent scientific knowledge. They also permit countries to reach an agreement on a framework that would be contentious if every detail were to be agreed upon in advance. The most widely known protocol in international environmental law is the Kyoto Protocol, which followed from the United Nations Framework Convention on Climate Change.


title: Environmental law

text: While the bodies that proposed, argued, agreed upon, and ultimately adopted existing international agreements vary according to each agreement, certain conferences, including 1972's United Nations Conference on the Human Environment, 1983's World Commission on Environment and Development, 1992's United Nations Conference on Environment and Development, and 2002's World Summit on Sustainable Development have been particularly important. Multilateral environmental agreements sometimes create an International Organization, Institution or Body responsible for implementing the agreement. Major examples are the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES) and the International Union for Conservation of Nature (IUCN).


title: Environmental law

text: International environmental law also includes the opinions of international courts and tribunals. While there are few and they have limited authority, the decisions carry much weight with legal commentators and are quite influential on the development of international environmental law. One of the biggest challenges in international decisions is to determine an adequate compensation for environmental damages. The courts include the International Court of Justice (ICJ), the International Tribunal for the Law of the Sea (ITLOS), the European Court of Justice, European Court of Human Rights and other regional treaty tribunals.


title: Environmental law

text: According to the International Network for Environmental Compliance and Enforcement (INECE), the major environmental issues in Africa are "drought and flooding, air pollution, deforestation, loss of biodiversity, freshwater availability, degradation of soil and vegetation, and widespread poverty." The U.S. Environmental Protection Agency (EPA) is focused on the "growing urban and industrial pollution, water quality, electronic waste and indoor air from cookstoves." They hope to provide enough aid on concerns regarding pollution before their impacts contaminate the African environment as well as the global environment. By doing so, they intend to "protect human health, particularly vulnerable populations such as children and the poor." In order to accomplish these goals in Africa, EPA programs are focused on strengthening the ability to enforce environmental laws as well as public compliance to them. Other programs work on developing stronger environmental laws, regulations, and standards.


title: Environmental law

text: The Asian Environmental Compliance and Enforcement Network (AECEN) is an agreement between 16 Asian countries dedicated to improving cooperation with environmental laws in Asia. These countries include Cambodia, China, Indonesia, India, Maldives, Japan, Korea, Malaysia, Nepal, Philippines, Pakistan, Singapore, Sri Lanka, Thailand, Vietnam, and Lao PDR.


title: Environmental law

text: The European Union issues secondary legislation on environmental issues that are valid throughout the EU (so called regulations) and many directives that must be implemented into national legislation from the 27 member states (national states). Examples are the Regulation (EC) No. 338/97 on the implementation of CITES; or the Natura 2000 network the centerpiece for nature & biodiversity policy, encompassing the bird Directive (79/409/EEC/ changed to 2009/147/EC)and the habitats directive (92/43/EEC). Which are made up of multiple SACs (Special Areas of Conservation, linked to the habitats directive) & SPAs (Special Protected Areas, linked to the bird directive), throughout Europe.


title: Environmental law

text: EU legislation is ruled in Article 249 Treaty for the Functioning of the European Union (TFEU). Topics for common EU legislation are:


title: Environmental law

text: Environmental law is rapidly growing in the Middle East. The U.S. Environmental Protection Agency is working with countries in the Middle East to improve "environmental governance, water pollution and water security, clean fuels and vehicles, public participation, and pollution prevention."


title: Environmental law

text: The main concerns about environmental issues in Oceania are "illegal releases of air and water pollutants, illegal logging/timber trade, illegal shipment of hazardous wastes, including e-waste and ships slated for destruction, and insufficient institutional structure/lack of enforcement capacity". The Secretariat of the Pacific Regional Environmental Programme (SPREP) is an international organization between Australia, the Cook Islands, FMS, Fiji, France, Kiribati, Marshall Islands, Nauru, New Zealand, Niue, Palau, PNG, Samoa, Solomon Island, Tonga, Tuvalu, USA, and Vanuatu. The SPREP was established in order to provide assistance in improving and protecting the environment as well as assure sustainable development for future generations.


title: Environmental law

text: "Commonwealth v Tasmania" (1983), also known as the "Tasmanian Dam Case", was a highly significant case in Australian environmental law.


title: Environmental law

text: The "Environment Protection and Biodiversity Conservation Act 1999" is the centrepiece of environmental legislation in Australia. It sets up the "legal framework to protect and manage nationally and internationally important flora, fauna, ecological communities and heritage places" and focuses on protecting world heritage properties, national heritage properties, wetlands of international importance, nationally threatened species and ecological communities, migratory species, Commonwealth marine areas, Great Barrier Reef Marine Park, and the environment surrounding nuclear activities. However, it has been subject to numerous reviews examining its shortcomings, the latest taking place in mid-2020. The interim report of this review concluded that the laws created to protect unique species and habitats are ineffective.


title: Environmental law

text: The Brazilian government created the Ministry of Environment in 1992 in order to develop better strategies for protecting the environment, using natural resources sustainably, and enforcing public environmental policies. The Ministry of Environment has authority over policies involving environment, water resources, preservation, and environmental programs involving the Amazon.


title: Environmental law

text: The Department of the Environment Act establishes the Department of the Environment in the Canadian government as well as the position Minister of the Environment. Their duties include "the preservation and enhancement of the quality of the natural environment, including water, air and soil quality; renewable resources, including migratory birds and other non-domestic flora and fauna; water; meteorology;" The Environmental Protection Act is the main piece of Canadian environmental legislation that was put into place March 31, 2000. The Act focuses on "respecting pollution prevention and the protection of the environment and human health in order to contribute to sustainable development." Other principle federal statutes include the Canadian Environmental Assessment Act, and the Species at Risk Act. When provincial and federal legislation are in conflict federal legislation takes precedence, that being said individual provinces can have their own legislation such as Ontario's Environmental Bill of Rights, and Clean Water Act.


title: Environmental law

text: According to the U.S. Environmental Protection Agency, "China has been working with great determination in recent years to develop, implement, and enforce a solid environmental law framework. Chinese officials face critical challenges in effectively implementing the laws, clarifying the roles of their national and provincial governments, and strengthening the operation of their legal system." Explosive economic and industrial growth in China has led to significant environmental degradation, and China is currently in the process of developing more stringent legal controls. The harmonization of Chinese society and the natural environment is billed as a rising policy priority.


title: Environmental law

text: In the Republic of Congo, inspired by the African models of the 1990s, the phenomenon of constitutionalization of environmental law appeared in 1992, which completed an historical development of environmental law and policy dating back to the years of independence and even long before the colonization. It gives a constitutional basis to environmental protection, which traditionally was part of the legal framework. The two Constitutions of 15 March 1992 and 20 January 2002 concretize this paradigm, by stating a legal obligation of a clean environment, by establishing a principle of compensation and a foundation of criminal nature. By this phenomenon, Congolese environmental law is situated between non-regression and the search for efficiency."


title: Environmental law

text: With the enactment of the 2008 Constitution, Ecuador became the first country in the world to codify the Rights of Nature. The Constitution, specifically Articles 10 and 71–74, recognizes the inalienable rights of ecosystems to exist and flourish, gives people the authority to petition on the behalf of ecosystems, and requires the government to remedy violations of these rights. The rights approach is a break away from traditional environmental regulatory systems, which regard nature as property and legalize and manage degradation of the environment rather than prevent it.


title: Environmental law

text: The Rights of Nature articles in Ecuador's constitution are part of a reaction to a combination of political, economic, and social phenomena. Ecuador's abusive past with the oil industry, most famously the class-action litigation against Chevron, and the failure of an extraction-based economy and neoliberal reforms to bring economic prosperity to the region has resulted in the election of a New Leftist regime, led by President Rafael Correa, and sparked a demand for new approaches to development. In conjunction with this need, the principle of "Buen Vivir," or good living – focused on social, environmental and spiritual wealth versus material wealth – gained popularity among citizens and was incorporated into the new constitution.


title: Environmental law

text: The influence of indigenous groups, from whom the concept of "Buen Vivir" originates, in the forming of the constitutional ideals also facilitated the incorporation of the Rights of Nature as a basic tenet of their culture and conceptualization of "Buen Vivir."


title: Environmental law

text: The Environmental Protection Law outlines the responsibilities of the Egyptian government to "preparation of draft legislation and decrees pertinent to environmental management, collection of data both nationally and internationally on the state of the environment, preparation of periodical reports and studies on the state of the environment, formulation of the national plan and its projects, preparation of environmental profiles for new and urban areas, and setting of standards to be used in planning for their development, and preparation of an annual report on the state of the environment to be prepared to the President."


title: Environmental law

text: In India, Environmental law is governed by the Environment Protection Act, 1986. This act is enforced by the Central Pollution Control Board and the numerous State Pollution Control Boards. Apart from this, there are also individual legislations specifically enacted for the protection of Water, Air, Wildlife, etc. Such legislations include :


title: Environmental law

text: The Basic Environmental Law is the basic structure of Japan's environmental policies replacing the Basic Law for Environmental Pollution Control and the Nature Conservation Law. The updated law aims to address "global environmental problems, urban pollution by everyday life, loss of accessible natural environment in urban areas and degrading environmental protection capacity in forests and farmlands."


title: Environmental law

text: The three basic environmental principles that the Basic Environmental Law follows are "the blessings of the environment should be enjoyed by the present generation and succeeded to the future generations, a sustainable society should be created where environmental loads by human activities are minimized, and Japan should contribute actively to global environmental conservation through international cooperation."


title: Environmental law

text: From these principles, the Japanese government have established policies such as "environmental consideration in policy formulation, establishment of the Basic Environment Plan which describes the directions of long-term environmental policy, environmental impact assessment for development projects, economic measures to encourage activities for reducing environmental load, improvement of social infrastructure such as sewerage system, transport facilities etc., promotion of environmental activities by corporations, citizens and NGOs, environmental education, and provision of information, promotion of science and technology."


title: Environmental law

text: The Ministry for the Environment and Office of the Parliamentary Commissioner for the Environment were established by the Environment Act 1986. These positions are responsible for advising the Minister on all areas of environmental legislation. A common theme of New Zealand's environmental legislation is sustainably managing natural and physical resources, fisheries, and forests. The Resource Management Act 1991 is the main piece of environmental legislation that outlines the government's strategy to managing the "environment, including air, water soil, biodiversity, the coastal environment, noise, subdivision, and land use planning in general."