wanyu/IteraTeR_v2 huggingface dataset:
Original:  Plotting to gain Zhejiang's independence from the warlord regime of Sun Chuanfang, Xia launched a rebellion in 1926, but was captured and executed .
Revised:  Plotting to gain Zhejiang's independence from the warlord regime of Sun Chuanfang, Xia launched a rebellion in 1926, but was captured and killed .
Edit intent: clarity
Original:  Plotting to gain Zhejiang's independence from the warlord regime of Sun Chuanfang, Xia launched a rebellion in 1926, but was captured and killed .
Revised:  Plotting to gain Zhejiang's independence from the warlord regime of Sun Chuanfang, Xia launched a rebellion in 1926, but was captured and executed .
Edit intent: clarity
Original:  Plotting to gain Zhejiang's independence from the warlord regime of Sun Chuanfang, Xia launched a rebellion in 1926, but was captured and  executed.
Revised:  Plotting to gain Zhejiang's independence from the warlord regime of Sun Chuanfang, Xia launched a rebellion in 1926, but was captured and summarily executed.
Edit intent: clarity
Original: People from Qingtian County Category:Politicians from Lishui Category:Military personnel of the Republic of China Category:Tongmenghui members Category:People of the Xinhai Revolution Category:Republic of China people born during Qing Category:People executed by the Republic of China Category:People executed by China by firearm Category:Executed Chinese people Category:20th-century executions by China Category:Executed people from Zhejiang Category:People of the Northern Expediti
Revised: People from Qingtian County Category:Politicians from Lishui Category:Military personnel of the Republic of China Category:Tongmenghui members Category:People of the Xinhai Revolution Category:Republic of China people born during Qing Category:People executed by the Republic of China by firearm Category:Executed Chinese people Category:20th-century executions by China Category:Executed people from Zhejiang Category:People of the Northern Expediti
Edit intent: fluency
Original:  She was the founder of the Jacobin Club in Brügge , hosted the political meetings during the revolution and encouraged and influenced its polices .
Revised:  She was the founder of the Jacobin Club in Brügge , hosted the political meetings during the revolution and encouraged and influenced its policies .
Edit intent: fluency
Original:  Petronilla van Outryve (1748, Damme – 1814, Bruges), was a Flemish noblewoman and political activist, known for her participation in the Brabant Revolution.
Revised: thumb Petronilla van Outryve (1748, Damme – 1814, Bruges), was a Flemish noblewoman and political activist, known for her participation in the Brabant Revolution.
Edit intent: fluency
Original:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes (subtropical, temperate ,  alpine, and  arctic-like ) .
Revised:  1985) The research documented greater biodiversity at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes (subtropical, temperate , alpine, and arctic-like ) .
Edit intent: clarity
Original:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes (subtropical, temperate ,  alpine, and  arctic-like ) .
Revised:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, than higher up. There were progressively fewer documented species as the mountain ascended into higher biomes (subtropical, temperate , alpine, and arctic-like ) .
Edit intent: clarity
Original:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes (subtropical, temperate ,  alpine, and  arctic-like ) .
Revised:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes , alpine, and arctic-like ) .
Edit intent: clarity
Original:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes (subtropical, temperate ,  alpine, and  arctic-like ) .
Revised:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes (subtropical, temperate , alpine, and to arctic-like ) .
Edit intent: fluency
Original:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes (subtropical, temperate ,  alpine, and  arctic-like ) .
Revised:  1985) The research documented that while species numbers were more numerous in the biological tropics at Everest’s base, biodiversity, progressively fewer number of species were found as the mountain ascended into higher biomes (subtropical, temperate , alpine, and arctic-like .
Edit intent: fluency
Original:  To cope with an increasingly variable temperatures as altitude is gained, life simplifies reproduction, develops food storage and food variety, adopts temperature protective homes such as inside the ground, and ability to adapt across ecological niche . Daniel C. Taylor, "Yeti: The Ecology of a Mystery" (New Delhi: Oxford University Press, 2017
Revised:  To cope with an increasingly variable temperatures as altitude is gained, life simplifies reproduction, develops food storage and food variety, adopts temperature protective homes such as inside the ground, and ability to adapt across ecological niches . Daniel C. Taylor, "Yeti: The Ecology of a Mystery" (New Delhi: Oxford University Press, 2017
Edit intent: fluency
Original:  1985) Characteristics of bioresilience were further developed in Taylor’s continuing research through the Himalayan ecology.
Revised:  1985) Characteristics of bioresilience were further developed in continuing research through the Himalayan ecology.
Edit intent: clarity
Original:  Daniel C. Taylor, "Yeti: The Ecology of a Mystery" (New Delhi: Oxford University Press, 2017
Edit intent: coherence
Original: Comparing the Features of Bioresilience and Biodiversity as Found on a Mountain Slope ‘’’Bioresilience ’’’ refers to the ability of a whole species or an individual of a species to adapt to change.
Revised: Comparing the Features of Bioresilience and Biodiversity as Found on a Mountain Slope Bioresilience refers to the ability of a whole species or an individual of a species to adapt to change.
Edit intent: fluency
Original:   Alexander von Humboldt was the first to note the resilience of life forms as altitude is gained and the accompanying decreasing prevalence in numbers, documenting this in the 18th Century with great precision on the volcano Chimborazo.
Revised:  History Alexander von Humboldt was the first to note the resilience of life forms as altitude is gained and the accompanying decreasing prevalence in numbers, documenting this in the 18th Century with great precision on the volcano Chimborazo.
Edit intent: fluency
Original:  The fewer species, though, had greater biologic robustness correlating directly with increasing bioresilience.
Revised:  These fewer species, though, had greater biologic robustness correlating directly with increasing bioresilience.
Edit intent: fluency
Original:   Monitoring of bioresilience, beginning in the Everest ecosystem but expanding to other mountain ecologies globally is now underway by Future Generations University.
Revised:  Current research Monitoring of bioresilience, beginning in the Everest ecosystem but expanding to other mountain ecologies globally is now underway by Future Generations University.
Edit intent: clarity
Original:  The monitoring project is termed biomeridian Concept of bioresilience has also been applied in human health to explain how for aging or chronic diseases the ability of the body to adapt decreases.
Revised:  Concept of bioresilience has also been applied in human health to explain how for aging or chronic diseases the ability of the body to adapt decreases.
Edit intent: coherence
Original:  The monitoring project is termed biomeridian Concept of bioresilience has also been applied in human health to explain how for aging or chronic diseases the ability of the body to adapt decreases.
Revised:  The monitoring project is termed biomeridian The concept of bioresilience has also been applied in human health to explain how for aging or chronic diseases the ability of the body to adapt decreases.
Edit intent: fluency
Original:  . Paralleling the work in mountain environments, a growing number of studies is applying the concept of bioresilience to assess the robustness of life in other ecological systems now being challenged by the Anthropocene.
Revised:  Paralleling the work in mountain environments, a growing number of studies is applying the concept of bioresilience to assess the robustness of life in other ecological systems now being challenged by the Anthropocene.
Edit intent: fluency
Original:  One such study was with the adaptive renewal and natural perturbation in Lake Victoria, the world’s second largest freshwater lake  
Revised:  One such study was with the adaptive renewal and natural perturbation in Lake Victoria, the world’s second largest freshwater lake . 
Edit intent: fluency
Original:  Initially the term applied to natural environment change , but increasingly it is also used for adaptation to anthropogenic induced change.
Revised:  Initially the term applied to changes in the natural environment , but increasingly it is also used for adaptation to anthropogenic induced change.
Edit intent: clarity
Original:  Initially the term applied to natural environment change , but increasingly it is also used for adaptation to anthropogenic induced change.
Revised:  Initially the term applied to natural environment change , but increasingly it is also used for adaptation to anthropogenically induced change.
Edit intent: fluency
Original:  History Alexander von Humboldt was the first to note the resilience of life forms as altitude is gained and the accompanying decreasing prevalence in numbers, documenting this in the 18th Century with great precision on the volcano Chimborazo.
Revised:  History Alexander von Humboldt was the first to note the resilience of life forms with increasing altitude and the accompanying decreasing prevalence in numbers, documenting this in the 18th Century with great precision on the volcano Chimborazo.
Edit intent: clarity
Original:  History Alexander von Humboldt was the first to note the resilience of life forms as altitude is gained and the accompanying decreasing prevalence in numbers, documenting this in the 18th Century with great precision on the volcano Chimborazo.
Revised:  History Alexander von Humboldt was the first to note the resilience of life forms as altitude is gained and the accompanying decreasing prevalence in numbers, and he documented this in the 18th Century with great precision on the volcano Chimborazo.
Edit intent: coherence
Original:  History Alexander von Humboldt was the first to note the resilience of life forms as altitude is gained and the accompanying decreasing prevalence in numbers, documenting this in the 18th Century with great precision on the volcano Chimborazo.
Revised:  History Alexander von Humboldt was the first to note the resilience of life forms as altitude is gained and the accompanying decreasing prevalence in numbers, documenting this in the 18th century on the slopes of the volcano Chimborazo.
Edit intent: clarity
Original:  Andrea Wulf, "The Invention of Nature" |author1=Andrea Wulf (New York: Alfred A. Knopf, 2015 Understanding bioresilence evolved from research led by The Mountain Institute when establishing two of the national parks that surround Mount Everest, Makalu-Barun National Park in Nepal, and Qomolangma National Nature Preserve in the Tibet Autonomous Region of China.
Revised:  Understanding bioresilence evolved from research led by The Mountain Institute when establishing two of the national parks that surround Mount Everest, Makalu-Barun National Park in Nepal, and Qomolangma National Nature Preserve in the Tibet Autonomous Region of China.
Edit intent: clarity
Original:  Andrea Wulf, "The Invention of Nature" |author1=Andrea Wulf (New York: Alfred A. Knopf, 2015 Understanding bioresilence evolved from research led by The Mountain Institute when establishing two of the national parks that surround Mount Everest, Makalu-Barun National Park in Nepal, and Qomolangma National Nature Preserve in the Tibet Autonomous Region of China.
Revised:  Andrea Wulf, "The Invention of Nature" |author1=Andrea Wulf (New York: Alfred A. Knopf, 2015 Understanding of bioresilience evolved from research led by The Mountain Institute when establishing two of the national parks that surround Mount Everest, Makalu-Barun National Park in Nepal, and Qomolangma National Nature Preserve in the Tibet Autonomous Region of China.
Edit intent: clarity
Original:  T.B Shrestha, "Development Ecology of the Arun River Basin in Nepal" (Kathmandu, Nepal: International Centre for Integrated Mountain Development, 1989The research documented greater biodiversity at Everest’s base , than higher up.
Revised:  The research documented greater biodiversity at Everest’s base , than higher up.
Edit intent: coherence
Original:  T.B Shrestha, "Development Ecology of the Arun River Basin in Nepal" (Kathmandu, Nepal: International Centre for Integrated Mountain Development, 1989The research documented greater biodiversity at Everest’s base , than higher up.
Revised:  T.B Shrestha, "Development Ecology of the Arun River Basin in Nepal" (Kathmandu, Nepal: International Centre for Integrated Mountain Development, 1989The research documented greater biodiversity at Everest’s base than higher up.
Edit intent: fluency
Original:  There were progressively fewer documented species as the mountain ascended into higher biomes, from subtropical to temperate to alpine , and to arctic-like .
Revised:  There were progressively fewer documented species as the mountain ascended into higher biomes, from subtropical to temperate to alpine to Arctic-like .
Edit intent: coherence
Original:  1985) The concept of bioresilience has also been applied in human health to explain how for aging or chronic diseases  the ability of the body to adapt decreases.
Revised:  1985) The concept of bioresilience has also been applied to human health to explain how for aging or chronic diseases the ability of the body to adapt decreases.
Edit intent: fluency
Original:  1985) The concept of bioresilience has also been applied in human health to explain how for aging or chronic diseases  the ability of the body to adapt decreases.
Revised:  1985) The concept of bioresilience has also been applied in human health to explain aging or chronic diseases the ability of the body to adapt decreases.
Edit intent: clarity
Original:  1985) The concept of bioresilience has also been applied in human health to explain how for aging or chronic diseases  the ability of the body to adapt decreases.
Revised:  1985) The concept of bioresilience has also been applied in human health to explain how for aging or chronic diseases decrease the ability of the body to adapt decreases.
Edit intent: fluency
Original:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands  be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Revised:  As the human body loses robustness with age , an individual is not able to accommodate new life demands be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Edit intent: clarity
Original:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands  be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Revised:  As the human body loses robustness that it possessed in earlier youth , an individual becomes unable to accommodate new life demands be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Edit intent: fluency
Original:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands  be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Revised:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands , be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Edit intent: fluency
Original:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands  be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Revised:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands be they contagions, stress, or events such as injury or even jet lag. Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Edit intent: fluency
Original:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands  be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Revised:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands be they contagions, stress, or events such as injury or even jet lad. . The importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Edit intent: fluency
Original:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands  be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Revised:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in biological systems has been widely recognized in terms of the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Edit intent: clarity
Original:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands  be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Revised:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life by anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Edit intent: clarity
Original:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands  be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. . Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Revised:  As the human body loses robustness that it possessed in earlier youth , an individual is not able to accommodate new life demands be they contagions, stress, or events such as injury or even jet lad. . Importance of resilience in life systems is widely recognized with the impacts on life from anthropogenic changes. Accelerating environmental change and continuing loss of genetic resources positions lower biodiversity around the planet threatening ecosystem services.
Edit intent: fluency
Original:  Paralleling the work in mountain environments, a growing number of studies is applying the concept of bioresilience to assess the robustness of life in other ecological systems now being challenged by the Anthropocene.
Revised:  Paralleling the work in mountain environments, a growing number of studies is applying the concept of bioresilience to assess the robustness of life in other ecological systems challenged by the Anthropocene.
Edit intent: clarity