wanyu/IteraTeR_full_sent huggingface dataset:
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company (Seymour, Ronette, Chiffon, Crystal, Mr Bernstein , Mrs Luce, Skip Snip) "Sominex /Suppertime II " – Audrey and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company 
Edit intent: meaning-changed
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex " – Audrey and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company 
Edit intent: coherence
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey "Suppertime Reprise" and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company 
Edit intent: meaning-changed
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey nbsp ;– Audrey and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company 
Edit intent: meaning-changed
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey and Audrey 2 "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company 
Edit intent: coherence
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey and Audrey II "Somewhere That's Green" reprise – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company 
Edit intent: fluency
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey and Audrey II "Somewhere That's Green" (reprise ) – Audrey " Finale Ultimo ( Don't Feed the Plants ) " – Company 
Edit intent: fluency
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Don't Feed the Plants ) " – Company 
Edit intent: coherence
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants " – Company 
Edit intent: fluency
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company (Seymour, Mr Mushnik, Audrey, Orin, Audrey 2, Chiffon, Ronette and Crystal) 
Edit intent: coherence
Original:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company  "Sominex /Suppertime II " – Audrey   and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company  
Revised:  Orin and Seymour " Coda (Act I Finale ) " – Chiffon , Crystal, Ronette, and Audrey II Act II "Call Back in the Morning" – Seymour and Audrey "Suddenly, Seymour" – Seymour, Audrey, Chiffon, Crystal, and Ronette "Suppertime" – Audrey II (with Seymourand Mushnik speaking) " The Meek Shall Inherit" – Company "Sominex /Suppertime II " – Audrey and Audrey II "Somewhere That's Green" (reprise ) – Audrey (with Seymour speaking) " Finale Ultimo ( Don't Feed the Plants ) " – Company Cut Numbers " I Found A Hobby " – Orin and Seymour " A Little Dental Music " – Seymour and Orin
Edit intent: coherence
Original:  Physics of the runaway greenhouse 245x245px|Graph of tropopause optical depth by tropopause temperature, illustrating the Komabayashi-Ingersoll limit of 385 W/m² using equations and values from Nakajima et al. (1992) "A Study on the Runaway Greenhouse Effect with a One-Dimensional Radiative–Convective Equilibrium Model".
Revised:  Physics of the runaway greenhouse 245x245px|Graph of tropopause optical depth by tropopause temperature, illustrating the Komabayashi–Ingersoll limit of 385 W/m² using equations and values from Nakajima et al. (1992) "A Study on the Runaway Greenhouse Effect with a One-Dimensional Radiative–Convective Equilibrium Model".
Edit intent: fluency
Original:  However, because the Stefan-Boltzmann response mandates that this hotter planet emits more energy, eventually a new radiation balance can be reached and the temperature will be maintained at its new, higher value.
Revised:  However, because the Stefan–Boltzmann response mandates that this hotter planet emits more energy, eventually a new radiation balance can be reached and the temperature will be maintained at its new, higher value.
Edit intent: fluency
Original:  Two limits on a planet's outgoing longwave radiation have been calculated that correspond with the onset of the runaway greenhouse effect: the Komabayashi-Ingersoll limit and the Simpson-Nakajima limit.
Revised:  Two limits on a planet's outgoing longwave radiation have been calculated that correspond with the onset of the runaway greenhouse effect: the Komabayashi–Ingersoll limit and the Simpson-Nakajima limit.
Edit intent: fluency
Original:  Two limits on a planet's outgoing longwave radiation have been calculated that correspond with the onset of the runaway greenhouse effect: the Komabayashi-Ingersoll limit and the Simpson-Nakajima limit.
Revised:  Two limits on a planet's outgoing longwave radiation have been calculated that correspond with the onset of the runaway greenhouse effect: the Komabayashi-Ingersoll limit and the Simpson–Nakajima limit.
Edit intent: fluency
Original:  Taking the outgoing longwave radiation as a free parameter, these equations will intersect only once for a single value of the outgoing longwave radiation, this value is taken as the Komabayashi-Ingersoll limit.
Revised:  Taking the outgoing longwave radiation as a free parameter, these equations will intersect only once for a single value of the outgoing longwave radiation, this value is taken as the Komabayashi–Ingersoll limit.
Edit intent: fluency
Original:  At that value the Stefan-Boltzmann feedback breaks down because the tropospheric temperature required to maintain the Komabayashi-Ingersoll OLR value results in a water vapor optical depth that blocks the OLR needed to cool the tropopause.
Revised:  At that value the Stefan–Boltzmann feedback breaks down because the tropospheric temperature required to maintain the Komabayashi-Ingersoll OLR value results in a water vapor optical depth that blocks the OLR needed to cool the tropopause.
Edit intent: fluency
Original:  At that value the Stefan-Boltzmann feedback breaks down because the tropospheric temperature required to maintain the Komabayashi-Ingersoll OLR value results in a water vapor optical depth that blocks the OLR needed to cool the tropopause.
Revised:  At that value the Stefan-Boltzmann feedback breaks down because the tropospheric temperature required to maintain the Komabayashi–Ingersoll OLR value results in a water vapor optical depth that blocks the OLR needed to cool the tropopause.
Edit intent: fluency
Original:  The Simpson-Nakajima limit is lower than the Komabayashi-Ingersoll limit, and is thus typically more realistic for the value at which a planet enters a runaway greenhouse state.
Revised:  The Simpson–Nakajima limit is lower than the Komabayashi-Ingersoll limit, and is thus typically more realistic for the value at which a planet enters a runaway greenhouse state.
Edit intent: fluency
Original:  The Simpson-Nakajima limit is lower than the Komabayashi-Ingersoll limit, and is thus typically more realistic for the value at which a planet enters a runaway greenhouse state.
Revised:  The Simpson-Nakajima limit is lower than the Komabayashi–Ingersoll limit, and is thus typically more realistic for the value at which a planet enters a runaway greenhouse state.
Edit intent: fluency
Original:  For example, given the parameters used to determine a Komabayashi-Ingersoll limit of 385 W/m2, the corresponding Simpson-Nakajima limit is only about 293 W/m2.
Revised:  For example, given the parameters used to determine a Komabayashi–Ingersoll limit of 385 W/m2, the corresponding Simpson-Nakajima limit is only about 293 W/m2.
Edit intent: fluency
Original:  For example, given the parameters used to determine a Komabayashi-Ingersoll limit of 385 W/m2, the corresponding Simpson-Nakajima limit is only about 293 W/m2.
Revised:  For example, given the parameters used to determine a Komabayashi-Ingersoll limit of 385 W/m2, the corresponding Simpson–Nakajima limit is only about 293 W/m2.
Edit intent: fluency
Original:  The Simpson-Nakajima limit builds off of the derivation of the Komabayashi-Ingersoll limit by assuming a convective troposphere with a surface temperature and surface pressure that determines the optical depth and outgoing longwave radiation at the tropopause.
Revised:  The Simpson–Nakajima limit builds off of the derivation of the Komabayashi-Ingersoll limit by assuming a convective troposphere with a surface temperature and surface pressure that determines the optical depth and outgoing longwave radiation at the tropopause.
Edit intent: fluency
Original:  The Simpson-Nakajima limit builds off of the derivation of the Komabayashi-Ingersoll limit by assuming a convective troposphere with a surface temperature and surface pressure that determines the optical depth and outgoing longwave radiation at the tropopause.
Revised:  The Simpson-Nakajima limit builds off of the derivation of the Komabayashi–Ingersoll limit by assuming a convective troposphere with a surface temperature and surface pressure that determines the optical depth and outgoing longwave radiation at the tropopause.
Edit intent: clarity
Original:  The moist greenhouse limit Because the model used to derive the Simpson-Nakajima limit (a grey stratosphere in radiative equilibrium and a convecting troposphere) can determine the water concentration as a function of altitude, the model can also be used to determine the surface temperature (or conversely, amount of stellar flux) that results in a high water mixing ratio in the stratosphere.
Revised:  The moist greenhouse limit Because the model used to derive the Simpson–Nakajima limit (a grey stratosphere in radiative equilibrium and a convecting troposphere) can determine the water concentration as a function of altitude, the model can also be used to determine the surface temperature (or conversely, amount of stellar flux) that results in a high water mixing ratio in the stratosphere.
Edit intent: fluency
Original:  Under this definition, the inner edge of the habitable zone (i.e., the closest point to a star that a planet can be until it can no longer sustain liquid water) is determined by the outgoing longwave radiation limit beyond which the runaway greenhouse process occurs (e.g., the Simpson-Nakajima limit).
Revised:  Under this definition, the inner edge of the habitable zone (i.e., the closest point to a star that a planet can be until it can no longer sustain liquid water) is determined by the outgoing longwave radiation limit beyond which the runaway greenhouse process occurs (e.g., the Simpson–Nakajima limit).
Edit intent: fluency
Original:  While the inner habitable zone is typically determined by using the Simpson-Nakajima limit, it can also be determined with respect to the moist greenhouse limit, though the difference between the two is often small.
Revised:  While the inner habitable zone is typically determined by using the Simpson–Nakajima limit, it can also be determined with respect to the moist greenhouse limit, though the difference between the two is often small.
Edit intent: fluency
Original:  Carbon dioxide, the dominant greenhouse gas in the current Venusian atmosphere, owes its larger concentration to the weakness of carbon recycling as compared to Earth, where the carbon dioxide emitted from volcanoes is efficiently subducted into the Earth by plate tectonics on geologic time scales through the carbonate-silicate cycle, which requires precipitation to function.
Revised:  Carbon dioxide, the dominant greenhouse gas in the current Venusian atmosphere, owes its larger concentration to the weakness of carbon recycling as compared to Earth, where the carbon dioxide emitted from volcanoes is efficiently subducted into the Earth by plate tectonics on geologic time scales through the carbonate–silicate cycle, which requires precipitation to function.
Edit intent: fluency
Original: William Schwing Patout, III (October 15, 1932 – August 5, 2017), also known as Billy Patout, was a sugar baron from New Iberia, Louisiana.
Revised: William Schwing Patout, III (October 15, 1932 – August 5, 2017), was an American businessman and agricultural engineer from New Iberia, Louisiana.
Edit intent: meaning-changed
Original:  Background Patout was the oldest son of William S. Patout, Jr. (1908–1991), and the former Hester Catherine Bernadas (1911–1982).
Revised:  Early life and education Patout was the oldest son of William S. Patout, Jr. (1908–1991), and the former Hester Catherine Bernadas (1911–1982).
Edit intent: meaning-changed
Original:  When Patout was eight years of age , his family moved to Patoutville in Iberia Parish, where he developed his interest in the sugar industry , as had his family for nearly two centuries earlier.
Revised:  When Patout was eight years old , his family moved to Patoutville in Iberia Parish, where he developed his interest in the sugar industry , as had his family for nearly two centuries earlier.
Edit intent: fluency
Original:  In his autobiography entitled Now You Know, he describes some of the childhood adventures that occurred while he lived on a sugar plantation. While the book is disjointed, contrived from letters that Patout wrote, certain sections transport the reader back to a different time. An excerpt:%DIFDELCMD < %DIFDELCMD < %%% Personal life From 1954 to 1955, Patout served in the United States Navy.
Revised:  %DIFDELCMD < %DIFDELCMD < %%% Personal life From 1954 to 1955, Patout served in the United States Navy.
Edit intent: coherence
Original:  An excerpt:%DIFDELCMD < %DIFDELCMD < %%% Personal life From 1954 to 1955, Patout served in the United States Navy. He married Susan Ann Crawford of Indiana in 1971, and together they reared seven children: William Schwing, IV, Rivers Martin, Avrill Elizabeth, Catherine Josephine, Hester Caroline, Susan Anne Marie, and Simeon Crawford. There are seventeen grandchildren and three great grandchildren. His main hobby was aviation. He died at the age of 84 on August 5, 2017. A Roman Catholic, he is entombed at St. Nicholas Cemetery in Patoutville.
Revised:  An excerpt:%DIFDELCMD < %DIFDELCMD < %%% 
Edit intent: coherence
Original:  Business%DIFDELCMD < %DIFDELCMD < %%% After studying Agricultural Engineering at Louisiana State University in Baton Rouge and sugar technology and business management in Hawaii  , Patout began his career with the M.
Revised:  %DIFDELCMD < %DIFDELCMD < %%% After studying Agricultural Engineering at Louisiana State University in Baton Rouge and sugar technology and business management in Hawaii , Patout began his career with the M.
Edit intent: fluency
Original:  Business%DIFDELCMD < %DIFDELCMD < %%% After studying Agricultural Engineering at Louisiana State University in Baton Rouge and sugar technology and business management in Hawaii  , Patout began his career with the M.
Revised:  Business%DIFDELCMD < %DIFDELCMD < %%% . Patout earned a Bachelor of Science degree in Agricultural Engineering from Louisiana State University in Baton Rouge and sugar technology and business management in Hawaii , Patout began his career with the M.
Edit intent: meaning-changed
Original:  Business%DIFDELCMD < %DIFDELCMD < %%% After studying Agricultural Engineering at Louisiana State University in Baton Rouge and sugar technology and business management in Hawaii  , Patout began his career with the M.
Revised:  Business%DIFDELCMD < %DIFDELCMD < %%% After studying Agricultural Engineering at Louisiana State University . , Patout began his career with the M.
Edit intent: coherence
Original:  Business%DIFDELCMD < %DIFDELCMD < %%% After studying Agricultural Engineering at Louisiana State University in Baton Rouge and sugar technology and business management in Hawaii  , Patout began his career with the M.
Revised:  Business%DIFDELCMD < %DIFDELCMD < %%% After studying Agricultural Engineering at Louisiana State University in Baton Rouge and sugar technology and business management in Hawaii Career After graduating from college , Patout began his career with the M.
Edit intent: meaning-changed