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1. A community-sourced glossary of open scholarship terms

Author

Parsons, Sam, Azevedo, Flávio, Elsherif, Mahmoud M., Guay, Samuel, Shahim, Owen N., Govaart, Gisela H., Norris, Emma, O’Mahony, Aoife, Parker, Adam J., Todorovic, Ana, Pennington, Charlotte R., Garcia-Pelegrin, Elias, Lazić, Aleksandra, Robertson, Olly, Middleton, Sara L., Valentini, Beatrice, McCuaig, Joanne, Baker, Bradley J., Collins, Elizabeth, Fillon, Adrien A., Lonsdorf, Tina B., Lim, Michele C., Vanek, Norbert, Kovacs, Marton, Roettger, Timo B., Rishi, Sonia, Miranda, Jacob F., Jaquiery, Matt, Stewart, Suzanne L. K., Agostini, Valeria, Stewart, Andrew J., Izydorczak, Kamil, Ashcroft-Jones, Sarah, Hartmann, Helena, Ingham, Madeleine, Yamada, Yuki, Vasilev, Martin R., Dechterenko, Filip, Albayrak-Aydemir, Nihan, Yang, Yu-Fang, LaPlume, Annalise A., Wolska, Julia K., Henderson, Emma L., Zaneva, Mirela, Farrar, Benjamin G., Mounce, Ross, Kalandadze, Tamara, Li, Wanyin, Xiao, Qinyu, Ross, Robert M., Yeung, Siu Kit, Liu, Meng, Vandegrift, Micah L., Kekecs, Zoltan, Topor, Marta K., Baum, Myriam A., Williams, Emily A., Assaneea, Asma A., Bret, Amélie, Cashin, Aidan G., Ballou, Nick, Dumbalska, Tsvetomira, Kern, Bettina M. J., Melia, Claire R., Arendt, Beatrix, Vineyard, Gerald H., Pickering, Jade S., Evans, Thomas R., Laverty, Catherine, Woodward, Eliza A., Moreau, David, Roche, Dominique G., Rinke, Eike M., Reid, Graham, Garcia-Garzon, Eduardo, Verheyen, Steven, Kocalar, Halil E., Blake, Ashley R., Cockcroft, Jamie P., Micheli, Leticia, Bret, Brice Beffara, Flack, Zoe M., Szaszi, Barnabas, Weinmann, Markus, Lecuona, Oscar, Schmidt, Birgit, Ngiam, William X., Mendes, Ana Barbosa, Francis, Shannon, Gall, Brett J., Paul, Mariella, Keating, Connor T., Grose-Hodge, Magdalena, Bartlett, James E., Iley, Bethan J., Spitzer, Lisa, Pownall, Madeleine, Graham, Christopher J., Wingen, Tobias, Terry, Jenny, Oliveira, Catia Margarida F., Millager, Ryan A., Fox, Kerry J., AlDoh, Alaa, Hart, Alexander, van den Akker, Olmo R., Feldman, Gilad, Kiersz, Dominik A., Pomareda, Christina, Krautter, Kai, Al-Hoorie, Ali H., and Aczel, Balazs

Published
2022
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2. Creative destruction in science

Author

Warren, Tierney, Jay, Hardy, Ebersole, Charles R., Keith, Leavitt, Domenico, Viganola, Elena Giulia Clemente, Michael, Gordon, Anna, Dreber, Magnus, Johannesson, Thomas, Pfeiffer, Eric Luis Uhlmann, Abraham, Ajay T., Matus, Adamkovic, Jais, Adam-Troian, Rahul, Anand, Arbeau, Kelly J., Awtrey, Eli C., Azar, Ofer H., Štěpán, Bahník, Gabriel, Baník, Ana Barbosa Mendes, Barger, Michael M., Ernest, Baskin, Jozef, Bavolar, Berkers, Ruud M. W. J., Randy, Besco, Michał, Białek, Bishop, Michael M., Helena, Bonache, Sabah, Boufkhed, Brandt, Mark J., Butterfield, Max E., Nick, Byrd, Caton, Neil R., Ceynar, Michelle L., Mike, Corcoran, Costello, Thomas H., Cramblet Alvarez, Leslie D., Jamie, Cummins, Curry, Oliver S., Daniels, David P., Daskalo, Lea L., Liora, Daum-Avital, Day, Martin V., Deeg, Matthew D., Dennehy, Tara C., Erik, Dietl, Eugen, Dimant, Artur, Domurat, Christilene du Plessis, Dmitrii, Dubrov, Elsherif, Mahmoud M., Yuval, Engel, Fellenz, Martin R., Field, Sarahanne M., Mustafa, Firat, Freitag, Raquel M. K., Enav, Friedmann, Omid, Ghasemi, Goldberg, Matthew H., Amélie, Gourdon-Kanhukamwe, Lorenz, Graf-Vlachy, Griffith, Jennifer A., Dmitry, Grigoryev, Sebastian, Hafenbrädl, David, Hagmann, Hales, Andrew H., Hyemin, Han, Harman, Jason L., Andree, Hartanto, Holding, Benjamin C., Astrid, Hopfensitz, Joachim, Hüffmeier, Huntsinger, Jeffrey R., Katarzyna, Idzikowska, Innes-Ker, Åse H., Bastian, Jaeger, Kristin, Jankowsky, Jarvis, Shoshana N., Nilotpal, Jha, David, Jimenez-Gomez, Daniel, Jolles, Bibiana, Jozefiakova, Pavol, Kačmár, Mariska, Kappmeier, Matthias, Kasper, Lucas, Keller, Viktorija, Knapic, Mikael, Knutsson, Olga, Kombeiz, Marta, Kowal, Goedele, Krekels, Tei, Laine, Daniel, Lakens, Bingjie, Li, Ronda F., Lo, Jonas, Ludwig, Marcus, James C., Marsh, Melvin S., Martinoli, Mario, Marcel, Martončik, Allison, Master, Masters-Waage, Theodore C., Lewend, Mayiwar, Jens, Mazei, Mccarthy, Randy J., Mccarthy, Gemma S., Stephanie, Mertens, Leticia, Micheli, Marta, Miklikowska, Talya, Miron-Shatz, Andres, Montealegre, David, Moreau, Carmen, Moret-Tatay, Marcello, Negrini, Newall, Philip W. S., Gustav, Nilsonne, Paweł, Niszczota, Nurit, Nobel, Aoife, O'Mahony, Orhan, Mehmet A., Deirdre, O'Shea, Oswald, Flora E., Miriam, Panning, Pantelis, Peter C., Mariola, Paruzel-Czachura, Mogens Jin Pedersen, Gordon, Pennycook, Ori, Plonsky, Vince, Polito, Price, Paul C., Primbs, Maximilian A., John, Protzko, Michael, Quayle, Rima-Maria, Rahal, Shahinoor Rahman, Md., Liz, Redford, Niv, Reggev, Reynolds, Caleb J., Marta, Roczniewska, Ivan, Ropovik, Ross, Robert M., Roulet, Thomas J., Andrea May Rowe, Silvia, Saccardo, Margaret, Samahita, Michael, Schaerer, Joyce Elena Schleu, Schuetze, Brendan A., Ulrike, Senftleben, Seri, Raffaello, Zeev, Shtudiner, Jack, Shuai, Ray, Sin, Varsha, Singh, Aneeha, Singh, Tatiana, Sokolova, Victoria, Song, Tom, Stafford, Natalia, Stanulewicz, Stevens, Samantha M., Eirik, Strømland, Samantha, Stronge, Sweeney, Kevin P., David, Tannenbaum, Tepper, Stephanie J., Kian Siong Tey, Hsuchi, Ting, Tingen, Ian W., Ana, Todorovic, Tse, Hannah M. Y., Tybur, Joshua M., Vineyard, Gerald H., Alisa, Voslinsky, Vranka, Marek A., Jonathan, Wai, Walker, Alexander C., Wallace, Laura E., Tianlin, Wang, Werz, Johanna M., Woike, Jan K., Wollbrant, Conny E., Wright, Joshua D., Sherry J., Wu, Qinyu, Xiao, Paolo Barretto Yaranon, Siu Kit Yeung, Sangsuk, Yoon, Karen, Yu, Meltem, Yucel, Psychometrics and Statistics, Human Technology Interaction, Department of Social Psychology, Entrepreneurship & Innovation (ABS, FEB), Faculteit Economie en Bedrijfskunde, Social Psychology, and IBBA

Subjects
Open science, Creative destruction, Theory testing, Transparency (market), SELF-ESTEEM, 050109 social psychology, Conceptual replication, Direct replication, MEASURING SOCIAL PREFERENCES, STATISTICAL POWER, Cultural diversity, Work-family conflict, Falsification, Gender discrimination, Applied Psychology, Work, Health and Performance, media_common, HYPOTHESIS, SDG 5 - Gender Equality, 05 social sciences, SDG 10 - Reduced Inequalities, Justice and Strong Institutions, Scholarship, Theory pruning Theory testing Direct replication Conceptual replication Falsification Hiring decisions Gender discrimination Work-family conflict Cultural differences Work values Protestant work ethic, Psychology, Theory pruning, Organizational Behavior and Human Resource Management, SDG 16 - Peace, Work values, media_common.quotation_subject, Best practice, SDG 5 – Gendergelijkheid, BF, Replication, 0502 economics and business, 0501 psychology and cognitive sciences, ATTITUDES, Positive economics, MANAGEMENT RESEARCH, LABORATORY EXPERIMENTS, Hiring decisions, Protestant work ethic, SDG 16 - Peace, Justice and Strong Institutions, PUBLICATION, Morality, Cultural differences, REPLICABILITY, Explanatory power, 050203 business & management
Abstract

Contains fulltext : 228242.pdf (Publisher’s version ) (Open Access) Drawing on the concept of a gale of creative destruction in a capitalistic economy, we argue that initiatives to assess the robustness of findings in the organizational literature should aim to simultaneously test competing ideas operating in the same theoretical space. In other words, replication efforts should seek not just to support or question the original findings, but also to replace them with revised, stronger theories with greater explanatory power. Achieving this will typically require adding new measures, conditions, and subject populations to research designs, in order to carry out conceptual tests of multiple theories in addition to directly replicating the original findings. To illustrate the value of the creative destruction approach for theory pruning in organizational scholarship, we describe recent replication initiatives re-examining culture and work morality, working parents’ reasoning about day care options, and gender discrimination in hiring decisions. Significance statement It is becoming increasingly clear that many, if not most, published research findings across scientific fields are not readily replicable when the same method is repeated. Although extremely valuable, failed replications risk leaving a theoretical void - reducing confidence the original theoretical prediction is true, but not replacing it with positive evidence in favor of an alternative theory. We introduce the creative destruction approach to replication, which combines theory pruning methods from the field of management with emerging best practices from the open science movement, with the aim of making replications as generative as possible. In effect, we advocate for a Replication 2.0 movement in which the goal shifts from checking on the reliability of past findings to actively engaging in competitive theory testing and theory building. Scientific transparency statement The materials, code, and data for this article are posted publicly on the Open Science Framework, with links provided in the article. 19 p.

Published
2020

4. Investigating the electrothermal characteristics of a Gate Turn Off thyristor during turn-off using SILVACO ALTAS™

Author

Vineyard, Gerald E., Weatherford, Todd R., Ciezki, John G., and Naval Postgraduate School (U.S.)

Subjects
Thyristors, Computer simulation
Abstract

This thesis presents data from a simulation study of the thermal and electrical characteristics of a Gate Turn Off (GTO) thyristor. At present, most of the research on GTO thyristors has focused on their use in power electronic systems at high switching frequencies. As a result, the behavior of GTO thyristors at very low switching frequencies is not well understood. Previous research projects have shown experimentally that GTO thyristors are capable of interrupting significantly more than their nominal turn-off current rating when used in pulsed power applications at low switching frequencies. This work demonstrates the use of physics-based computer simulation to study the electrothermal turn-off characteristics of a GTO thyristor at low switching frequencies. The computer model used in this project simulated both the electrical and the thermal characteristics of a GTO thyristor and allowed its internal properties - such as current density, electric fields, and lattice temperature - to be investigated. The model was used to track the generation, transfer, and dissipation of energy within the structure of the device and show that the current interruption capability of a GTO thyristor may depend on its switching frequency due to the thermal energy that is generated and stored in the device during turn-off. http://archive.org/details/investigatingele109454674 US Navy (USN) author. Approved for public release; distribution is unlimited.

Published
2009

5. Investigating the electrothermal characteristics of a Gate Turn Off thyristor during turn-off using SILVACO ATLAS™

Author

Weatherford, Todd R., Ciezki, John G., Naval Postgraduate School (U.S.), Vineyard, Gerald E., Weatherford, Todd R., Ciezki, John G., Naval Postgraduate School (U.S.), and Vineyard, Gerald E.

Abstract

This thesis presents data from a simulation study of the thermal and electrical characteristics of a Gate Turn Off (GTO) thyristor. At present, most of the research on GTO thyristors has focused on their use in power electronic systems at high switching frequencies. As a result, the behavior of GTO thyristors at very low switching frequencies is not well understood. Previous research projects have shown experimentally that GTO thyristors are capable of interrupting significantly more than their nominal turn-off current rating when used in pulsed power applications at low switching frequencies. This work demonstrates the use of physics-based computer simulation to study the electrothermal turn-off characteristics of a GTO thyristor at low switching frequencies. The computer model used in this project simulated both the electrical and the thermal characteristics of a GTO thyristor and allowed its internal properties - such as current density, electric fields, and lattice temperature - to be investigated. The model was used to track the generation, transfer, and dissipation of energy within the structure of the device and show that the current interruption capability of a GTO thyristor may depend on its switching frequency due to the thermal energy that is generated and stored in the device during turn-off., http://archive.org/details/investigatingele109454674, US Navy (USN) author., Approved for public release; distribution is unlimited.

Published
2012

6. Investigating the Electrothermal Characteristics of a Gate Turn Off Thyristor During Turn-Off Using SILVACO ATLAS(TM)

Author

NAVAL POSTGRADUATE SCHOOL MONTEREY CA, Vineyard, Gerald E., NAVAL POSTGRADUATE SCHOOL MONTEREY CA, and Vineyard, Gerald E.

Abstract

This thesis presents data from a simulation study of the thermal and electrical characteristics of a Gate Turn Off (GTO) thyristor. At present, most of the research on GTO thyristors has focused on their use in power electronic systems at high switching frequencies. As a result, the behavior of GTO thyristors at very low switching frequencies is not well understood. Previous research projects have shown experimentally that GTO thyristors are capable of interrupting significantly more than their nominal turn-off current rating when used in pulsed power applications at low switching frequencies. This work demonstrates the use of physics-based computer simulation to study the electrothermal turn-off characteristics of a GTO thyristor at low switching frequencies. The computer model used in this project simulated both the electrical and the thermal characteristics of a GTO thyristor and allowed its internal properties-such as current density, electric fields, and lattice temperature-to be investigated. The model was used to track the generation, transfer, and dissipation of energy within the structure of the device and show that the current interruption capability of a GTO thyristor may depend on its switching frequency due to the thermal energy that is generated and stored in the device during turn-off.

Published
2009

7. Investigating the electrothermal characteristics of a Gate Turn Off thyristor during turn-off using SILVACO ATLAS™

Author

Weatherford, Todd R., Ciezki, John G., Naval Postgraduate School (U.S.), Vineyard, Gerald E., Weatherford, Todd R., Ciezki, John G., Naval Postgraduate School (U.S.), and Vineyard, Gerald E.

Abstract

This thesis presents data from a simulation study of the thermal and electrical characteristics of a Gate Turn Off (GTO) thyristor. At present, most of the research on GTO thyristors has focused on their use in power electronic systems at high switching frequencies. As a result, the behavior of GTO thyristors at very low switching frequencies is not well understood. Previous research projects have shown experimentally that GTO thyristors are capable of interrupting significantly more than their nominal turn-off current rating when used in pulsed power applications at low switching frequencies. This work demonstrates the use of physics-based computer simulation to study the electrothermal turn-off characteristics of a GTO thyristor at low switching frequencies. The computer model used in this project simulated both the electrical and the thermal characteristics of a GTO thyristor and allowed its internal properties - such as current density, electric fields, and lattice temperature - to be investigated. The model was used to track the generation, transfer, and dissipation of energy within the structure of the device and show that the current interruption capability of a GTO thyristor may depend on its switching frequency due to the thermal energy that is generated and stored in the device during turn-off.

Published
2009

8. Investigation of the Current Turn-off Characteristics of a GTO Thyristor in an Inductive Pulse Forming Network

Author

NAVAL ACADEMY ANNAPOLIS MD DEPT OF ELECTRICAL ENGINEERING, Vineyard, Gerald E., NAVAL ACADEMY ANNAPOLIS MD DEPT OF ELECTRICAL ENGINEERING, and Vineyard, Gerald E.

Abstract

The project investigated of the current interruption capability of Gate Turn Off (GTO) thyristors, specifically, factors that had potential to increase the amount of current that could safely be turned off. A series of GTO thyristors were used in an inductive pulse forming circuit to interrupt varying amounts of current. The test circuit consisted of a high-voltage capacitor bank, a wire-wound inductor, the GTO thyristor with control circuitry, and instrumentation to measure voltages and currents in the circuit. The capacitor bank supplied energy for each current pulse while the inductor controlled shape and duration of the current pulses; control circuitry determined timing of current pulses used to turn the GTO thyristor on and off. The test circuit utilized a conventional H-bridge driver to control turn on and turn off of the GTO thyristor with each leg of the H-bridge connected to a dedicated capacitor bank to supplied energy for current pulses. The H-bridge allowed shape and magnitude of the turn-off gate current pulse to be easily adjusted. The amount of gate turn-off current was adjusted to determine if the current interruption capacity of the GTO thyristors could be increased beyond their turn-off current rating. The project demonstrated that the GTO thyristors were capable of reliably interrupting twice their nominal turn-off current rating. Furthermore, the turn-off speed of the GTO thyristors is dependent upon the amount of gate current used to turn off the GTO thyristors. The GTO thyristors that were turned off using larger gate currents were able to interrupt higher levels of current and turn off faster than the GTO thyristors that were turned off using smaller gate currents. This project complements work on railgun pulse power systems. Inductive power supplies may provide a solution to the energy density requirements of electric weapon systems. This investigation demonstrates GTO thyristors can be used in inductive pulse power supplies., The original document contains color images.

Published
2008

9. A community-sourced glossary of open scholarship terms

Author

Parsons, Sam, Azevedo, Flávio, Elsherif, Mahmoud M, Guay, Samuel, Shahim, Owen N, Govaart, Gisela H, Norris, Emma, O'Mahony, Aoife, Parker, Adam J, Todorovic, Ana, Pennington, Charlotte R, Garcia-Pelegrin, Elias, Lazić, Aleksandra, Robertson, Olly, Middleton, Sara L, Valentini, Beatrice, McCuaig, Joanne, Baker, Bradley J, Collins, Elizabeth, Fillon, Adrien A, Lonsdorf, Tina B, Lim, Michele C, Vanek, Norbert, Kovacs, Marton, Roettger, Timo B, Rishi, Sonia, Miranda, Jacob F, Jaquiery, Matt, Stewart, Suzanne L K, Agostini, Valeria, Stewart, Andrew J, Izydorczak, Kamil, Ashcroft-Jones, Sarah, Hartmann, Helena, Ingham, Madeleine, Yamada, Yuki, Vasilev, Martin R, Dechterenko, Filip, Albayrak-Aydemir, Nihan, Yang, Yu-Fang, LaPlume, Annalise A, Wolska, Julia K, Henderson, Emma L, Zaneva, Mirela, Farrar, Benjamin G, Mounce, Ross, Kalandadze, Tamara, Li, Wanyin, Xiao, Qinyu, Ross, Robert M, Yeung, Siu Kit, Liu, Meng, Vandegrift, Micah L, Kekecs, Zoltan, Topor, Marta K, Baum, Myriam A, Williams, Emily A, Assaneea, Asma A, Bret, Amélie, Cashin, Aidan G, Ballou, Nick, Dumbalska, Tsvetomira, Kern, Bettina M J, Melia, Claire R, Arendt, Beatrix, Vineyard, Gerald H, Pickering, Jade S, Evans, Thomas R, Laverty, Catherine, Woodward, Eliza A, Moreau, David, Roche, Dominique G, Rinke, Eike M, Reid, Graham, Garcia-Garzon, Eduardo, Verheyen, Steven, Kocalar, Halil E, Blake, Ashley R, Cockcroft, Jamie P, Micheli, Leticia, Bret, Brice Beffara, Flack, Zoe M, Szaszi, Barnabas, Weinmann, Markus, Lecuona, Oscar, Schmidt, Birgit, Ngiam, William X, Mendes, Ana Barbosa, Francis, Shannon, Gall, Brett J, Paul, Mariella, Keating, Connor T, Grose-Hodge, Magdalena, Bartlett, James E, Iley, Bethan J, Spitzer, Lisa, Pownall, Madeleine, Graham, Christopher J, Wingen, Tobias, Terry, Jenny, Oliveira, Catia Margarida F, Millager, Ryan A, Fox, Kerry J, AlDoh, Alaa, Hart, Alexander, van den Akker, Olmo R, Feldman, Gilad, Kiersz, Dominik A, Pomareda, Christina, Krautter, Kai, Al-Hoorie, Ali H, Aczel, Balazs, Parsons, Sam, Azevedo, Flávio, Elsherif, Mahmoud M, Guay, Samuel, Shahim, Owen N, Govaart, Gisela H, Norris, Emma, O'Mahony, Aoife, Parker, Adam J, Todorovic, Ana, Pennington, Charlotte R, Garcia-Pelegrin, Elias, Lazić, Aleksandra, Robertson, Olly, Middleton, Sara L, Valentini, Beatrice, McCuaig, Joanne, Baker, Bradley J, Collins, Elizabeth, Fillon, Adrien A, Lonsdorf, Tina B, Lim, Michele C, Vanek, Norbert, Kovacs, Marton, Roettger, Timo B, Rishi, Sonia, Miranda, Jacob F, Jaquiery, Matt, Stewart, Suzanne L K, Agostini, Valeria, Stewart, Andrew J, Izydorczak, Kamil, Ashcroft-Jones, Sarah, Hartmann, Helena, Ingham, Madeleine, Yamada, Yuki, Vasilev, Martin R, Dechterenko, Filip, Albayrak-Aydemir, Nihan, Yang, Yu-Fang, LaPlume, Annalise A, Wolska, Julia K, Henderson, Emma L, Zaneva, Mirela, Farrar, Benjamin G, Mounce, Ross, Kalandadze, Tamara, Li, Wanyin, Xiao, Qinyu, Ross, Robert M, Yeung, Siu Kit, Liu, Meng, Vandegrift, Micah L, Kekecs, Zoltan, Topor, Marta K, Baum, Myriam A, Williams, Emily A, Assaneea, Asma A, Bret, Amélie, Cashin, Aidan G, Ballou, Nick, Dumbalska, Tsvetomira, Kern, Bettina M J, Melia, Claire R, Arendt, Beatrix, Vineyard, Gerald H, Pickering, Jade S, Evans, Thomas R, Laverty, Catherine, Woodward, Eliza A, Moreau, David, Roche, Dominique G, Rinke, Eike M, Reid, Graham, Garcia-Garzon, Eduardo, Verheyen, Steven, Kocalar, Halil E, Blake, Ashley R, Cockcroft, Jamie P, Micheli, Leticia, Bret, Brice Beffara, Flack, Zoe M, Szaszi, Barnabas, Weinmann, Markus, Lecuona, Oscar, Schmidt, Birgit, Ngiam, William X, Mendes, Ana Barbosa, Francis, Shannon, Gall, Brett J, Paul, Mariella, Keating, Connor T, Grose-Hodge, Magdalena, Bartlett, James E, Iley, Bethan J, Spitzer, Lisa, Pownall, Madeleine, Graham, Christopher J, Wingen, Tobias, Terry, Jenny, Oliveira, Catia Margarida F, Millager, Ryan A, Fox, Kerry J, AlDoh, Alaa, Hart, Alexander, van den Akker, Olmo R, Feldman, Gilad, Kiersz, Dominik A, Pomareda, Christina, Krautter, Kai, Al-Hoorie, Ali H, and Aczel, Balazs

Abstract

Open scholarship has transformed research, and introduced a host of new terms in the lexicon of researchers. The ‘Framework for Open and Reproducible Research Teaching’ (FORRT) community presents a crowdsourced glossary of open scholarship terms to facilitate education and effective communication between experts and newcomers.

10. A community-sourced glossary of open scholarship terms

Author

Parsons, Sam, Azevedo, Flávio, Elsherif, Mahmoud M, Guay, Samuel, Shahim, Owen N, Govaart, Gisela H, Norris, Emma, O'Mahony, Aoife, Parker, Adam J, Todorovic, Ana, Pennington, Charlotte R, Garcia-Pelegrin, Elias, Lazić, Aleksandra, Robertson, Olly, Middleton, Sara L, Valentini, Beatrice, McCuaig, Joanne, Baker, Bradley J, Collins, Elizabeth, Fillon, Adrien A, Lonsdorf, Tina B, Lim, Michele C, Vanek, Norbert, Kovacs, Marton, Roettger, Timo B, Rishi, Sonia, Miranda, Jacob F, Jaquiery, Matt, Stewart, Suzanne L K, Agostini, Valeria, Stewart, Andrew J, Izydorczak, Kamil, Ashcroft-Jones, Sarah, Hartmann, Helena, Ingham, Madeleine, Yamada, Yuki, Vasilev, Martin R, Dechterenko, Filip, Albayrak-Aydemir, Nihan, Yang, Yu-Fang, LaPlume, Annalise A, Wolska, Julia K, Henderson, Emma L, Zaneva, Mirela, Farrar, Benjamin G, Mounce, Ross, Kalandadze, Tamara, Li, Wanyin, Xiao, Qinyu, Ross, Robert M, Yeung, Siu Kit, Liu, Meng, Vandegrift, Micah L, Kekecs, Zoltan, Topor, Marta K, Baum, Myriam A, Williams, Emily A, Assaneea, Asma A, Bret, Amélie, Cashin, Aidan G, Ballou, Nick, Dumbalska, Tsvetomira, Kern, Bettina M J, Melia, Claire R, Arendt, Beatrix, Vineyard, Gerald H, Pickering, Jade S, Evans, Thomas R, Laverty, Catherine, Woodward, Eliza A, Moreau, David, Roche, Dominique G, Rinke, Eike M, Reid, Graham, Garcia-Garzon, Eduardo, Verheyen, Steven, Kocalar, Halil E, Blake, Ashley R, Cockcroft, Jamie P, Micheli, Leticia, Bret, Brice Beffara, Flack, Zoe M, Szaszi, Barnabas, Weinmann, Markus, Lecuona, Oscar, Schmidt, Birgit, Ngiam, William X, Mendes, Ana Barbosa, Francis, Shannon, Gall, Brett J, Paul, Mariella, Keating, Connor T, Grose-Hodge, Magdalena, Bartlett, James E, Iley, Bethan J, Spitzer, Lisa, Pownall, Madeleine, Graham, Christopher J, Wingen, Tobias, Terry, Jenny, Oliveira, Catia Margarida F, Millager, Ryan A, Fox, Kerry J, AlDoh, Alaa, Hart, Alexander, van den Akker, Olmo R, Feldman, Gilad, Kiersz, Dominik A, Pomareda, Christina, Krautter, Kai, Al-Hoorie, Ali H, Aczel, Balazs, Parsons, Sam, Azevedo, Flávio, Elsherif, Mahmoud M, Guay, Samuel, Shahim, Owen N, Govaart, Gisela H, Norris, Emma, O'Mahony, Aoife, Parker, Adam J, Todorovic, Ana, Pennington, Charlotte R, Garcia-Pelegrin, Elias, Lazić, Aleksandra, Robertson, Olly, Middleton, Sara L, Valentini, Beatrice, McCuaig, Joanne, Baker, Bradley J, Collins, Elizabeth, Fillon, Adrien A, Lonsdorf, Tina B, Lim, Michele C, Vanek, Norbert, Kovacs, Marton, Roettger, Timo B, Rishi, Sonia, Miranda, Jacob F, Jaquiery, Matt, Stewart, Suzanne L K, Agostini, Valeria, Stewart, Andrew J, Izydorczak, Kamil, Ashcroft-Jones, Sarah, Hartmann, Helena, Ingham, Madeleine, Yamada, Yuki, Vasilev, Martin R, Dechterenko, Filip, Albayrak-Aydemir, Nihan, Yang, Yu-Fang, LaPlume, Annalise A, Wolska, Julia K, Henderson, Emma L, Zaneva, Mirela, Farrar, Benjamin G, Mounce, Ross, Kalandadze, Tamara, Li, Wanyin, Xiao, Qinyu, Ross, Robert M, Yeung, Siu Kit, Liu, Meng, Vandegrift, Micah L, Kekecs, Zoltan, Topor, Marta K, Baum, Myriam A, Williams, Emily A, Assaneea, Asma A, Bret, Amélie, Cashin, Aidan G, Ballou, Nick, Dumbalska, Tsvetomira, Kern, Bettina M J, Melia, Claire R, Arendt, Beatrix, Vineyard, Gerald H, Pickering, Jade S, Evans, Thomas R, Laverty, Catherine, Woodward, Eliza A, Moreau, David, Roche, Dominique G, Rinke, Eike M, Reid, Graham, Garcia-Garzon, Eduardo, Verheyen, Steven, Kocalar, Halil E, Blake, Ashley R, Cockcroft, Jamie P, Micheli, Leticia, Bret, Brice Beffara, Flack, Zoe M, Szaszi, Barnabas, Weinmann, Markus, Lecuona, Oscar, Schmidt, Birgit, Ngiam, William X, Mendes, Ana Barbosa, Francis, Shannon, Gall, Brett J, Paul, Mariella, Keating, Connor T, Grose-Hodge, Magdalena, Bartlett, James E, Iley, Bethan J, Spitzer, Lisa, Pownall, Madeleine, Graham, Christopher J, Wingen, Tobias, Terry, Jenny, Oliveira, Catia Margarida F, Millager, Ryan A, Fox, Kerry J, AlDoh, Alaa, Hart, Alexander, van den Akker, Olmo R, Feldman, Gilad, Kiersz, Dominik A, Pomareda, Christina, Krautter, Kai, Al-Hoorie, Ali H, and Aczel, Balazs

Abstract

Open scholarship has transformed research, and introduced a host of new terms in the lexicon of researchers. The ‘Framework for Open and Reproducible Research Teaching’ (FORRT) community presents a crowdsourced glossary of open scholarship terms to facilitate education and effective communication between experts and newcomers.

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