wanyu/IteraTeR_full_sent huggingface dataset:
Original: Prince George Citizen: 18 Mar 1948 & 11 Dec 1999 In 1971, Frank Egnell, 43, shot Keon Pierre, 56, following an argument at Finlay Forks.
Revised: Prince George Citizen: 18 Mar 1948 & 11 Dec 1999 In 1971, Frank Egnell, 43, shot to death Keon Pierre URL following an argument at Finlay Forks.
Edit intent: clarity
Original:  Fort George Tribune, 20 Jun 1914Prince George Leader, 16 Jun 1922Prince George Leader, 14 Jul 1922 The increasing market for produce was anticipated to expand farming in the immediate area.
Revised:  Prince George Leader, 16 Jun 1922Prince George Leader, 14 Jul 1922 The increasing market for produce was anticipated to expand farming in the immediate area.
Edit intent: coherence
Original: Prince George Citizen , 3 May 1985 In the mid-1960s, logging contracts were let for those valleys north, south and east of the Forks, which would be flooded by the dam.
Revised: Prince George Citizen : 25 May 1962 3 May 1985 In the mid-1960s, logging contracts were let for those valleys north, south and east of the Forks, which would be flooded by the dam.
Edit intent: meaning-changed
Original:  Prince George Citizen, 3 May 1985 By 1971, further timber salvaging became uneconomical,Prince George Citizen, 8 Feb 1971 and Carrier relocated all its operations from Finlay Forks to Mackenzie.
Revised:  By 1971, further timber salvaging became uneconomical,Prince George Citizen, 8 Feb 1971 and Carrier relocated all its operations from Finlay Forks to Mackenzie.
Edit intent: coherence
Original: Prince George Citizen, 1 May 1999  Category:Ghost towns in British Columbia Category:Defunct seaplane bases in British Columbia %DIFDELCMD < %DIFDELCMD < %%% Category:Northern Interior of British Columbia Category:Omineca Mountains Category:Hudson's Bay Company forts Category:Sekani peopl
Revised: Prince George Citizen, 1 May 1999 On rolling his skidder, operator Vincent Broad was fatally crushed URL Category:Ghost towns in British Columbia Category:Defunct seaplane bases in British Columbia %DIFDELCMD < %DIFDELCMD < %%% Category:Northern Interior of British Columbia Category:Omineca Mountains Category:Hudson's Bay Company forts Category:Sekani peopl
Edit intent: meaning-changed
Original:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( vs. ) and fewer other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Revised:  , less rice (154g vs. 328g), significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( vs. ) and fewer other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Edit intent: meaning-changed
Original:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( vs. ) and fewer other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Revised:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( 38g vs. 153g), less sugars (3g vs. 8g), more legumes (71g vs. 55g), significantly less fish (15g vs. 62g), significantly less meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( vs. ) and fewer other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Edit intent: meaning-changed
Original:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( vs. ) and fewer other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Revised:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( 3g vs. 11g), less eggs (1g vs. 7g), less dairy (<1g vs. 8g), much more sweet potatoes ( vs. ) and fewer other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Edit intent: meaning-changed
Original:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( vs. ) and fewer other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Revised:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( 849g vs. 66g), less other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Edit intent: meaning-changed
Original:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( vs. ) and fewer other potatoes ( vs. ) Less fruit (less than vs. ), more legumes ( vs. ) and no pickled vegetables (0g vs. 42g)
Revised:  Fewer sugars ( vs. ) Less rice (vs. ) and significantly less wheat, barley and other grains ( vs. ) Significantly less fish ( vs. ), meat and poultry ( vs. ) Less eggs (vs. ) and dairy (less than vs. ) A much higher quantity of sweet potatoes ( vs. ) and fewer other potatoes ( 2g vs. 47g), less fruit (<1g vs. 44g), and no pickled vegetables (0g vs. 42g)
Edit intent: meaning-changed
Original:   In short, the Okinawans circa 1950 ate sweet potatoes for  of the of food that they consumed, which constituted 69\% of their total calories.
Revised:  In short, the Okinawans circa 1950 ate sweet potatoes for 849 grams of the 1262 grams of the of food that they consumed, which constituted 69\% of their total calories.
Edit intent: meaning-changed
Original:  According to gerontologist Kazuhiko Taira, the most common cooking fat used traditionally in Okinawa is a monounsaturated fat-lard. Although often called a "saturated fat", lard is 50 percent monounsaturated fat (including small amounts of health-producing antimicrobial palmitoleic acid), 40 percent saturated fat and 10 percent polyunsaturated. Taira also reports that healthy and vigorous Okinawans eat 100 grams each of pork and fish each day. URL Taira, Kazuhiko. In Franklyn, Deborah. Take a Lesson from the People of Okinawa, Heath, September 1996, 57-63.
Edit intent: meaning-changed
Original:   As mentioned earlier , the diet is rich in ingredients that supposedly possess anti-aging and antioxidant properties , as well as being supposedly effective at preventing disease;
Revised:  Not only is the diet healthy in preventing disease, many of the foodstuffs contain combative ingredients as well. As mentioned earlier , the diet is rich in ingredients that supposedly possess anti-aging and antioxidant properties , as well as being supposedly effective at preventing disease;
Edit intent: meaning-changed
Original:   As mentioned earlier , the diet is rich in ingredients that supposedly possess anti-aging and antioxidant properties , as well as being supposedly effective at preventing disease; research using 100 items from the Okinawa diet shows that some of the diet contains anti-obesity properties or "anti-obese activity".
Revised:  As mentioned earlier , the diet is rich in ingredients that supposedly possess anti-aging and antioxidant properties . However, no ingredients or foods of any kind have ever been scientifically shown to possess anti-aging properties. Research using 100 items from the Okinawa diet shows that some of the diet contains anti-obesity properties or "anti-obese activity".
Edit intent: coherence
Original:  The "featherweight" foods, less than or equal to which one can eat freely without major concern, the "lightweight" foods with a caloric density from , which one should eat in moderation, the "middleweight" foods with a caloric density from , which one should eat only while carefully monitoring portion size , and the "heavyweight" foods from , which one should eat only sparingly.
Revised:  The "featherweight" foods, less than or equal to which one can eat freely without major concern, the "lightweight" foods with a caloric density from 0.8 to 1.5 calories per gram which one should eat in moderation, the "middleweight" foods with a caloric density from , which one should eat only while carefully monitoring portion size , and the "heavyweight" foods from , which one should eat only sparingly.
Edit intent: meaning-changed
Original:  The "featherweight" foods, less than or equal to which one can eat freely without major concern, the "lightweight" foods with a caloric density from , which one should eat in moderation, the "middleweight" foods with a caloric density from , which one should eat only while carefully monitoring portion size , and the "heavyweight" foods from , which one should eat only sparingly.
Revised:  The "featherweight" foods, less than or equal to which one can eat freely without major concern, the "lightweight" foods with a caloric density from , which one should eat in moderation, the "middleweight" foods with a caloric density from 1.5 to 3.0 calories per gram which one should eat only while carefully monitoring portion size , and the "heavyweight" foods from , which one should eat only sparingly.
Edit intent: meaning-changed
Original:  The "featherweight" foods, less than or equal to which one can eat freely without major concern, the "lightweight" foods with a caloric density from , which one should eat in moderation, the "middleweight" foods with a caloric density from , which one should eat only while carefully monitoring portion size , and the "heavyweight" foods from , which one should eat only sparingly.
Revised:  The "featherweight" foods, less than or equal to which one can eat freely without major concern, the "lightweight" foods with a caloric density from , which one should eat in moderation, the "middleweight" foods with a caloric density from , which one should eat only while carefully monitoring portion size and the "heavyweight" foods from , which one should eat only sparingly.
Edit intent: fluency
Original:  The "featherweight" foods, less than or equal to which one can eat freely without major concern, the "lightweight" foods with a caloric density from , which one should eat in moderation, the "middleweight" foods with a caloric density from , which one should eat only while carefully monitoring portion size , and the "heavyweight" foods from , which one should eat only sparingly.
Revised:  The "featherweight" foods, less than or equal to which one can eat freely without major concern, the "lightweight" foods with a caloric density from , which one should eat in moderation, the "middleweight" foods with a caloric density from , which one should eat only while carefully monitoring portion size , and the "heavyweight" foods from 3 to 9 calories per gram which one should eat only sparingly.
Edit intent: meaning-changed
Original:  Today the difference in life expectancy between Okinawan and mainland Japanese is decreasing , as the Okinawan diet changes; this is evidenced by low birth weight, poor lactation, and the fact that the life expectancy for Okinawan men is lower than the national average.
Revised:  Today the difference in life expectancy between Okinawan and mainland Japanese is decreasing , as the Okinawan are losing their dietary advantage. Recently, there is a decreasing trend in the life expectancy in Okinawa. This is evidenced by low birth weight, poor lactation, and the fact that the life expectancy for Okinawan men is lower than the national average.
Edit intent: meaning-changed
Original: Biography On January 6, 1932, Li Fanghua was born in Hong Kong. Because his father was a business partner in Hong Kong, he settled in Hong Kong. His father Li Jiong participated in the Revolution of 1911 in his early years and served as a major general of the Fourth Army of the National Revolutionary Army. In 1937, after the Lugouqiao Incident, in order to avoid Japanese invaders, they moved their family to Deqing County, Guangdong Province.
Revised: Biography On January 6, 1932, Li Fanghua was born in British Hong Kong on January 6, 1932, with her ancestral home in Deqing County, Guangdong Province.
Edit intent: meaning-changed
Original:  In 1937, after the Lugouqiao Incident, in order to avoid Japanese invaders, they moved their family to Deqing County, Guangdong Province. In 1938, her mother took her elder brother, younger brother and her back to Hong Kong alone for the sake of her children’s studies. One year later, she moved to Shanghai with her neighbors. Three years later, she moved to Beijing’s grandmother’s home. Beijing No. 56 Middle School). In 1947, her mother took her and her younger brother back to Guangzhou, and her fatherarranged for her to board the second grade of Peidao Girls’ High School. In 1949, when he graduated from high school, Li Fanghua was sent to the Department of Physics of Lingnan University, and at the same time he was admitted to the Department of Astronomy of Sun Yat-sen University. In September, she entered Lingnan University. Because the teachers often use English to give lectures, she often consults English reference books after class, so she improves her English reading ability. In October, Guangzhou was liberated and public schools opened, and she transferred to the Department of Astronomy at Sun Yat-Sen University. But because of frequent suspension of classes and drumming and going to the street to do political propaganda, she wanted to change to a school with more studies. In 1950, Li Fanghua was admitted to the Department of Physics of Wuhan University and was still in the first year. In 1952, the state selected students from the second year of colleges and universities to take the exam for studying abroad in the Soviet Union. Wuhan University recommended Li Fanghua to take the exam and was admitted. In March, Li Fanghua entered the Preparatory Department of Beijing Russian Language School, specializing in Russian. In the autumn of the same year, I went to the Soviet Union and entered the Department of Physics of Leningrad University, a state university of the former Soviet Union. There were also three former students from the Department of Physics of Tsinghua University, Qing Chengrui, Gu Yifan and Huang Shengnian. In order to shorten the length of study, Li Fanghua and the four of them fought to transfer to the second grade together, and obtained the approval of the dean of the department. In 1955, Li Fanghua was in teacher Mi. Asia. Under the guidance of Rums (М . Α.Яумшь), he began to prepare his graduation thesis, the title of which was "Study on Electron Diffraction of In-situ Evaporated Bismuth Metal Thin Films".
Revised:  In 1937, after the Lugouqiao Incident, in order to avoid Japanese invaders, they moved their family to Deqing County, Guangdong . Α.Яумшь), he began to prepare his graduation thesis, the title of which was "Study on Electron Diffraction of In-situ Evaporated Bismuth Metal Thin Films".
Edit intent: meaning-changed
Original:  Under the guidance of Rums (М . Α.Яумшь), he began to prepare his graduation thesis, the title of which was "Study on Electron Diffraction of In-situ Evaporated Bismuth Metal Thin Films". In 1956, Li Fanghua graduated from the Department of Physics of Leningrad University in the Soviet Union. In 1960, Shi Ruwei (then director of the Institute of Physics, Chinese Academy of Sciences) arranged for Li Fanghua to independently carry out electron diffraction research, so that she could take the scientific knowledge learned in the Soviet Union into China. "Single crystal electron diffraction" structure analysis research. In October 1982, Li Fanghua went to the Department of Applied Physics, Osaka University, Japan as a visiting scholar (until May 1983), and carried two new domestically produced minerals: Yellow River ore and bastnaesium ore, hoping to use Japanese super-high resolution There are new discoveries in domestic minerals by the electron microscope. In 1984, Li Fanghua's research group won the second prize of the Chinese Academy of Sciences Scientific and Technological Achievement Award with the project "The establishment of lattice image and direct observation of crystal structure". In 1991, Li Fanghua won the Ye Qisun Physics Prize of the Chinese Physical Society. In 1992, Li Fanghua won the Hashimoto First Jiro Award (personal award) from the Chinese Society of Electron Microscopy. In 1993, Li Fanghua was elected as an academician of the Chinese Academy of Sciences. In 1996, Li Fanghua served as the chairman of the Chinese Society of Electron Microscopy (until 2000). In 1998, Li Fanghua was elected as an academician of the Third World Academy of Sciences. In 2002, at the time of her 70th birthday, the academic journal "Ultramicroscopy" of the International Society for Electron Microscopy published a special issue to celebrate her. 20 years ago, working photos in the conference room of the Institute of Physics of the Chinese Academy of Sciences, with Academician Li Fanghua on the right and Academician Fan Haifu on the second. Fan Haifu is an academician of the Chinese Academy of Sciences and an academician of the Third World Academy of Sciences. He is also the husband of Academician Li Fanghua. On February 27 , 2003, Li Fanghua won the L'Oréal-UNESCO World Outstanding Female Scientist Achievement Award and was the first Chinese scientist to receive the award.
Revised:  Under the guidance of Rums (М . She had four brothers and one sister. Her father , 2003, Li Fanghua won the L'Oréal-UNESCO World Outstanding Female Scientist Achievement Award and was the first Chinese scientist to receive the award.
Edit intent: meaning-changed
Original:  On February 27 , 2003, Li Fanghua won the L'Oréal-UNESCO World Outstanding Female Scientist Achievement Award and was the first Chinese scientist to receive the award. In 2009, Li Fanghua won the He Liang He Li Foundation Science and Technology Progress Award; the monograph "Electronic Crystallography and Image Processing" written in the same year was published.On January 6 , 1932, Li Fanghua was born in Hong Kong.
Revised:  On February 27 , Li Jiong () , 1932, Li Fanghua was born in Hong Kong.
Edit intent: meaning-changed
Original: On January 6 , 1932, Li Fanghua was born in Hong Kong. Because his father was a business partner in Hong Kong, he settled in Hong Kong. His father Li Jiong participated in the Revolution of 1911 in his early years and served as a major general of the Fourth Army of the National Revolutionary Army. In 1937, after the Lugouqiao Incident, in order to avoid Japanese invaders, they moved their family to Deqing County, Guangdong Province. In 1938, her mother took her elder brother, younger brother and her back to Hong Kong alone for the sake of her children’s studies. One year later, she moved to Shanghai with her neighbors. Three years later, she moved to Beijing’s grandmother’s home. Beijing No. 56 Middle School ) . In 1947, her mother took her and her younger brother back to Guangzhou, and her father arranged for her to board the second grade of Peidao Girls’ High School .
Revised: On January 6 , was a major general in the National Revolutionary Army. Her mother, Liu Jiqing ( ) . In 1947, her mother took her and her younger brother back to Guangzhou, and her father arranged for her to board the second grade of Peidao Girls’ High School .
Edit intent: coherence
Original:  Beijing No. 56 Middle School ) . In 1947, her mother took her and her younger brother back to Guangzhou, and her father arranged for her to board the second grade of Peidao Girls’ High School . In 1949, when he graduated from high school, Li Fanghua was sent to the Department of Physics of Lingnan University, and at the same time he was admitted to the Department of Astronomy of  Sun Yat-sen University  .
Revised:  Beijing No. 56 Middle School ) was a native of Beijing. Li spent her childhood in British Hong Kong, Beijing and Guangzhou. Sun Yat-sen University .
Edit intent: meaning-changed
Original:  In 1949, when he graduated from high school, Li Fanghua was sent to the Department of Physics of Lingnan University, and at the same time he was admitted to the Department of Astronomy of  Sun Yat-sen University  .
Revised:  In 1949, when he graduated from high school, Li Fanghua was sent to the Department of Physics of Lingnan University, and at the same time he was admitted to the Department of Astronomy of Li secondary studied at Fu Jen Girls' School () and Peidao Private Middle School (), then she was accepted to Lingnan Private University (now Sun Yat-sen University .
Edit intent: meaning-changed
Original:  In 1949, when he graduated from high school, Li Fanghua was sent to the Department of Physics of Lingnan University, and at the same time he was admitted to the Department of Astronomy of  Sun Yat-sen University  .
Revised:  In 1949, when he graduated from high school, Li Fanghua was sent to the Department of Physics of Lingnan University, and at the same time he was admitted to the Department of Astronomy of Sun Yat-sen University ). She was a graduate student in physics at Wuhan University .
Edit intent: meaning-changed
Original:  20 years ago, working photos in the conference room of the Institute of Physics of the Chinese Academy of Sciences, with Academician Li Fanghua on the right and Academician Fan Haifu on the second. Fan Haifu is an academician of the Chinese Academy of Sciences and an academician of the Third World Academy of Sciences. He is also the husband of Academician Li Fanghua. On February 27  , 2003, Li Fanghua won the L'Oréal-UNESCO World Outstanding Female Scientist Achievement Award and was the first Chinese scientist to receive the award.
Revised:  20 years ago, working photos in the conference room of the Institute of Physics of the Chinese Academy of Sciences, and studied under . , 2003, Li Fanghua won the L'Oréal-UNESCO World Outstanding Female Scientist Achievement Award and was the first Chinese scientist to receive the award.
Edit intent: coherence
Original:  On February 27  , 2003, Li Fanghua won the L'Oréal-UNESCO World Outstanding Female Scientist Achievement Award and was the first Chinese scientist to receive the award.
Revised:  On February 27 During the Cultural Revolution , 2003, Li Fanghua won the L'Oréal-UNESCO World Outstanding Female Scientist Achievement Award and was the first Chinese scientist to receive the award.
Edit intent: meaning-changed