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1. Phytochrome A in plants comprises two structurally and functionally distinct populations — water-soluble phyA′ and amphiphilic phyA″

Author: Sineshchekov, V. and Koppel, L.
Published: 2022
Full Text: View/download PDF

2. Social and moral psychology of COVID-19 across 69 countries

Author: Azevedo, F, Pavlovic, T, Rego, G, Ay, F, Gjoneska, B, Etienne, T, Ross, R, Schonegger, P, Riano-Moreno, J, Cichocka, A, Capraro, V, Cian, L, Longoni, C, Chan, H, Van Bavel, J, Sjastad, H, Nezlek, J, Alfano, M, Gelfand, M, Birtel, M, Cislak, A, Lockwood, P, Abts, K, Agadullina, E, Aruta, J, Besharati, S, Bor, A, Choma, B, Crabtree, C, Cunningham, W, De, K, Ejaz, W, Elbaek, C, Findor, A, Flichtentrei, D, Franc, R, Gruber, J, Gualda, E, Horiuchi, Y, Huynh, T, Ibanez, A, Imran, M, Israelashvili, J, Jasko, K, Kantorowicz, J, Kantorowicz-Reznichenko, E, Krouwel, A, Laakasuo, M, Lamm, C, Leygue, C, Lin, M, Mansoor, M, Marie, A, Mayiwar, L, Mazepus, H, Mchugh, C, Minda, J, Mitkidis, P, Olsson, A, Otterbring, T, Packer, D, Perry, A, Petersen, M, Puthillam, A, Rothmund, T, Santamaria-Garcia, H, Schmid, P, Stoyanov, D, Tewari, S, Todosijevic, B, Tsakiris, M, Tung, H, Umbres, R, Vanags, E, Vlasceanu, M, Vonasch, A, Yucel, M, Zhang, Y, Abad, M, Adler, E, Akrawi, N, Mdarhri, H, Amara, H, Amodio, D, Antazo, B, Apps, M, Ba, M, Barbosa, S, Bastian, B, Berg, A, Bernal-Zarate, M, Bernstein, M, Bialek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, J, Borau, S, Buchel, O, Cameron, C, Carvalho, C, Celadin, T, Cerami, C, Chalise, H, Cheng, X, Cockcroft, K, Conway, J, Cordoba-Delgado, M, Crespi, C, Crouzevialle, M, Cutler, J, Cypryanska, M, Dabrowska, J, Daniels, M, Davis, V, Dayley, P, Delouvee, S, Denkovski, O, Dezecache, G, Dhaliwal, N, Diato, A, Di Paolo, R, Drosinou, M, Dulleck, U, Ekmanis, J, Ertan, A, Farhana, H, Farkhari, F, Farmer, H, Fenwick, A, Fidanovski, K, Flew, T, Fraser, S, Frempong, R, Fugelsang, J, Gale, J, Garcia-Navarro, E, Garladinne, P, Ghajjou, O, Gkinopoulos, T, Gray, K, Griffin, S, Gronfeldt, B, Gumren, M, Gurung, R, Halperin, E, Harris, E, Herzon, V, Hruska, M, Huang, G, Hudecek, M, Isler, O, Jangard, S, Jorgensen, F, Kachanoff, F, Kahn, J, Dangol, A, Keudel, O, Koppel, L, Koverola, M, Kubin, E, Kunnari, A, Kutiyski, Y, Laguna, O, Leota, J, Lermer, E, Levy, J, Levy, N, Li, C, Long, E, Maglic, M, Mccashin, D, Metcalf, A, Miklousic, I, El Mimouni, S, Miura, A, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nesh-Nash, T, Nitschke, J, Nurse, M, Ohtsubo, Y, de Mello, V, O'Madagain, C, Onderco, M, Palacios-Galvez, M, Palomoki, J, Pan, Y, Papp, Z, Parnamets, P, Paruzel-Czachura, M, Pavlovic, Z, Payan-Gomez, C, Perander, S, Pitman, M, Prasad, R, Pyrkosz-Pacyna, J, Rathje, S, Raza, A, Rhee, K, Robertson, C, Rodriguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Santi, G, Santiago-Tovar, N, Savage, D, Scheffer, J, Schultner, D, Schutte, E, Scott, A, Sharma, M, Sharma, P, Skali, A, Stadelmann, D, Stafford, C, Stanojevic, D, Stefaniak, A, Sternisko, A, Stoica, A, Stoyanova, K, Strickland, B, Sundvall, J, Thomas, J, Tinghog, G, Torgler, B, Traast, I, Tucciarelli, R, Tyrala, M, Ungson, N, Uysal, M, Van Lange, P, van Prooijen, J, van Rooy, D, Vastfjall, D, Verkoeijen, P, Vieira, J, von Sikorski, C, Walker, A, Watermeyer, J, Wetter, E, Whillans, A, White, K, Habib, R, Willardt, R, Wohl, M, Wojcik, A, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C, Zwaan, R, Boggio, P, Sampaio, W, Azevedo F., Pavlovic T., Rego G. G., Ay F. C., Gjoneska B., Etienne T. W., Ross R. M., Schonegger P., Riano-Moreno J. C., Cichocka A., Capraro V., Cian L., Longoni C., Chan H. F., Van Bavel J. J., Sjastad H., Nezlek J. B., Alfano M., Gelfand M. J., Birtel M. D., Cislak A., Lockwood P. L., Abts K., Agadullina E., Aruta J. J. B., Besharati S. N., Bor A., Choma B. L., Crabtree C. D., Cunningham W. A., De K., Ejaz W., Elbaek C. T., Findor A., Flichtentrei D., Franc R., Gruber J., Gualda E., Horiuchi Y., Huynh T. L. D., Ibanez A., Imran M. A., Israelashvili J., Jasko K., Kantorowicz J., Kantorowicz-Reznichenko E., Krouwel A., Laakasuo M., Lamm C., Leygue C., Lin M. -J., Mansoor M. S., Marie A., Mayiwar L., Mazepus H., McHugh C., Minda J. P., Mitkidis P., Olsson A., Otterbring T., Packer D. J., Perry A., Petersen M. B., Puthillam A., Rothmund T., Santamaria-Garcia H., Schmid P. C., Stoyanov D., Tewari S., Todosijevic B., Tsakiris M., Tung H. H., Umbres R. G., Vanags E., Vlasceanu M., Vonasch A., Yucel M., Zhang Y., Abad M., Adler E., Akrawi N., Mdarhri H. A., Amara H., Amodio D. M., Antazo B. G., Apps M., Ba M. H., Barbosa S., Bastian B., Berg A., Bernal-Zarate M. P., Bernstein M., Bialek M., Bilancini E., Bogatyreva N., Boncinelli L., Booth J. E., Borau S., Buchel O., Cameron C. D., Carvalho C. F., Celadin T., Cerami C., Chalise H. N., Cheng X., Cockcroft K., Conway J., Cordoba-Delgado M. A., Crespi C., Crouzevialle M., Cutler J., Cypryanska M., Dabrowska J., Daniels M. A., Davis V. H., Dayley P. N., Delouvee S., Denkovski O., Dezecache G., Dhaliwal N. A., Diato A. B., Di Paolo R., Drosinou M., Dulleck U., Ekmanis J., Ertan A. S., Farhana H. H., Farkhari F., Farmer H., Fenwick A., Fidanovski K., Flew T., Fraser S., Frempong R. B., Fugelsang J. A., Gale J., Garcia-Navarro E. B., Garladinne P., Ghajjou O., Gkinopoulos T., Gray K., Griffin S. M., Gronfeldt B., Gumren M., Gurung R. L., Halperin E., Harris E., Herzon V., Hruska M., Huang G., Hudecek M. F. C., Isler O., Jangard S., Jorgensen F. J., Kachanoff F., Kahn J., Dangol A. K., Keudel O., Koppel L., Koverola M., Kubin E., Kunnari A., Kutiyski Y., Laguna O. M., Leota J., Lermer E., Levy J., Levy N., Li C., Long E. U., Maglic M., McCashin D., Metcalf A. L., Miklousic I., El Mimouni S., Miura A., Molina-Paredes J., Monroy-Fonseca C., Morales-Marente E., Moreau D., Muda R., Myer A., Nash K., Nesh-Nash T., Nitschke J. P., Nurse M. S., Ohtsubo Y., de Mello V. O., O'Madagain C., Onderco M., Palacios-Galvez M. S., Palomoki J., Pan Y., Papp Z., Parnamets P., Paruzel-Czachura M., Pavlovic Z., Payan-Gomez C., Perander S., Pitman M. M., Prasad R., Pyrkosz-Pacyna J., Rathje S., Raza A., Rhee K., Robertson C. E., Rodriguez-Pascual I., Saikkonen T., Salvador-Ginez O., Santi G. C., Santiago-Tovar N., Savage D., Scheffer J. A., Schultner D. T., Schutte E. M., Scott A., Sharma M., Sharma P., Skali A., Stadelmann D., Stafford C. A., Stanojevic D., Stefaniak A., Sternisko A., Stoica A., Stoyanova K. K., Strickland B., Sundvall J., Thomas J. P., Tinghog G., Torgler B., Traast I. J., Tucciarelli R., Tyrala M., Ungson N. D., Uysal M. S., Van Lange P. A. M., van Prooijen J. -W., van Rooy D., Vastfjall D., Verkoeijen P., Vieira J. B., von Sikorski C., Walker A. C., Watermeyer J., Wetter E., Whillans A., White K., Habib R., Willardt R., Wohl M. J. A., Wojcik A. D., Wu K., Yamada Y., Yilmaz O., Yogeeswaran K., Ziemer C. -T., Zwaan R. A., Boggio P. S., Sampaio W. M., Azevedo, F, Pavlovic, T, Rego, G, Ay, F, Gjoneska, B, Etienne, T, Ross, R, Schonegger, P, Riano-Moreno, J, Cichocka, A, Capraro, V, Cian, L, Longoni, C, Chan, H, Van Bavel, J, Sjastad, H, Nezlek, J, Alfano, M, Gelfand, M, Birtel, M, Cislak, A, Lockwood, P, Abts, K, Agadullina, E, Aruta, J, Besharati, S, Bor, A, Choma, B, Crabtree, C, Cunningham, W, De, K, Ejaz, W, Elbaek, C, Findor, A, Flichtentrei, D, Franc, R, Gruber, J, Gualda, E, Horiuchi, Y, Huynh, T, Ibanez, A, Imran, M, Israelashvili, J, Jasko, K, Kantorowicz, J, Kantorowicz-Reznichenko, E, Krouwel, A, Laakasuo, M, Lamm, C, Leygue, C, Lin, M, Mansoor, M, Marie, A, Mayiwar, L, Mazepus, H, Mchugh, C, Minda, J, Mitkidis, P, Olsson, A, Otterbring, T, Packer, D, Perry, A, Petersen, M, Puthillam, A, Rothmund, T, Santamaria-Garcia, H, Schmid, P, Stoyanov, D, Tewari, S, Todosijevic, B, Tsakiris, M, Tung, H, Umbres, R, Vanags, E, Vlasceanu, M, Vonasch, A, Yucel, M, Zhang, Y, Abad, M, Adler, E, Akrawi, N, Mdarhri, H, Amara, H, Amodio, D, Antazo, B, Apps, M, Ba, M, Barbosa, S, Bastian, B, Berg, A, Bernal-Zarate, M, Bernstein, M, Bialek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, J, Borau, S, Buchel, O, Cameron, C, Carvalho, C, Celadin, T, Cerami, C, Chalise, H, Cheng, X, Cockcroft, K, Conway, J, Cordoba-Delgado, M, Crespi, C, Crouzevialle, M, Cutler, J, Cypryanska, M, Dabrowska, J, Daniels, M, Davis, V, Dayley, P, Delouvee, S, Denkovski, O, Dezecache, G, Dhaliwal, N, Diato, A, Di Paolo, R, Drosinou, M, Dulleck, U, Ekmanis, J, Ertan, A, Farhana, H, Farkhari, F, Farmer, H, Fenwick, A, Fidanovski, K, Flew, T, Fraser, S, Frempong, R, Fugelsang, J, Gale, J, Garcia-Navarro, E, Garladinne, P, Ghajjou, O, Gkinopoulos, T, Gray, K, Griffin, S, Gronfeldt, B, Gumren, M, Gurung, R, Halperin, E, Harris, E, Herzon, V, Hruska, M, Huang, G, Hudecek, M, Isler, O, Jangard, S, Jorgensen, F, Kachanoff, F, Kahn, J, Dangol, A, Keudel, O, Koppel, L, Koverola, M, Kubin, E, Kunnari, A, Kutiyski, Y, Laguna, O, Leota, J, Lermer, E, Levy, J, Levy, N, Li, C, Long, E, Maglic, M, Mccashin, D, Metcalf, A, Miklousic, I, El Mimouni, S, Miura, A, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nesh-Nash, T, Nitschke, J, Nurse, M, Ohtsubo, Y, de Mello, V, O'Madagain, C, Onderco, M, Palacios-Galvez, M, Palomoki, J, Pan, Y, Papp, Z, Parnamets, P, Paruzel-Czachura, M, Pavlovic, Z, Payan-Gomez, C, Perander, S, Pitman, M, Prasad, R, Pyrkosz-Pacyna, J, Rathje, S, Raza, A, Rhee, K, Robertson, C, Rodriguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Santi, G, Santiago-Tovar, N, Savage, D, Scheffer, J, Schultner, D, Schutte, E, Scott, A, Sharma, M, Sharma, P, Skali, A, Stadelmann, D, Stafford, C, Stanojevic, D, Stefaniak, A, Sternisko, A, Stoica, A, Stoyanova, K, Strickland, B, Sundvall, J, Thomas, J, Tinghog, G, Torgler, B, Traast, I, Tucciarelli, R, Tyrala, M, Ungson, N, Uysal, M, Van Lange, P, van Prooijen, J, van Rooy, D, Vastfjall, D, Verkoeijen, P, Vieira, J, von Sikorski, C, Walker, A, Watermeyer, J, Wetter, E, Whillans, A, White, K, Habib, R, Willardt, R, Wohl, M, Wojcik, A, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C, Zwaan, R, Boggio, P, Sampaio, W, Azevedo F., Pavlovic T., Rego G. G., Ay F. C., Gjoneska B., Etienne T. W., Ross R. M., Schonegger P., Riano-Moreno J. C., Cichocka A., Capraro V., Cian L., Longoni C., Chan H. F., Van Bavel J. J., Sjastad H., Nezlek J. B., Alfano M., Gelfand M. J., Birtel M. D., Cislak A., Lockwood P. L., Abts K., Agadullina E., Aruta J. J. B., Besharati S. N., Bor A., Choma B. L., Crabtree C. D., Cunningham W. A., De K., Ejaz W., Elbaek C. T., Findor A., Flichtentrei D., Franc R., Gruber J., Gualda E., Horiuchi Y., Huynh T. L. D., Ibanez A., Imran M. A., Israelashvili J., Jasko K., Kantorowicz J., Kantorowicz-Reznichenko E., Krouwel A., Laakasuo M., Lamm C., Leygue C., Lin M. -J., Mansoor M. S., Marie A., Mayiwar L., Mazepus H., McHugh C., Minda J. P., Mitkidis P., Olsson A., Otterbring T., Packer D. J., Perry A., Petersen M. B., Puthillam A., Rothmund T., Santamaria-Garcia H., Schmid P. C., Stoyanov D., Tewari S., Todosijevic B., Tsakiris M., Tung H. H., Umbres R. G., Vanags E., Vlasceanu M., Vonasch A., Yucel M., Zhang Y., Abad M., Adler E., Akrawi N., Mdarhri H. A., Amara H., Amodio D. M., Antazo B. G., Apps M., Ba M. H., Barbosa S., Bastian B., Berg A., Bernal-Zarate M. P., Bernstein M., Bialek M., Bilancini E., Bogatyreva N., Boncinelli L., Booth J. E., Borau S., Buchel O., Cameron C. D., Carvalho C. F., Celadin T., Cerami C., Chalise H. N., Cheng X., Cockcroft K., Conway J., Cordoba-Delgado M. A., Crespi C., Crouzevialle M., Cutler J., Cypryanska M., Dabrowska J., Daniels M. A., Davis V. H., Dayley P. N., Delouvee S., Denkovski O., Dezecache G., Dhaliwal N. A., Diato A. B., Di Paolo R., Drosinou M., Dulleck U., Ekmanis J., Ertan A. S., Farhana H. H., Farkhari F., Farmer H., Fenwick A., Fidanovski K., Flew T., Fraser S., Frempong R. B., Fugelsang J. A., Gale J., Garcia-Navarro E. B., Garladinne P., Ghajjou O., Gkinopoulos T., Gray K., Griffin S. M., Gronfeldt B., Gumren M., Gurung R. L., Halperin E., Harris E., Herzon V., Hruska M., Huang G., Hudecek M. F. C., Isler O., Jangard S., Jorgensen F. J., Kachanoff F., Kahn J., Dangol A. K., Keudel O., Koppel L., Koverola M., Kubin E., Kunnari A., Kutiyski Y., Laguna O. M., Leota J., Lermer E., Levy J., Levy N., Li C., Long E. U., Maglic M., McCashin D., Metcalf A. L., Miklousic I., El Mimouni S., Miura A., Molina-Paredes J., Monroy-Fonseca C., Morales-Marente E., Moreau D., Muda R., Myer A., Nash K., Nesh-Nash T., Nitschke J. P., Nurse M. S., Ohtsubo Y., de Mello V. O., O'Madagain C., Onderco M., Palacios-Galvez M. S., Palomoki J., Pan Y., Papp Z., Parnamets P., Paruzel-Czachura M., Pavlovic Z., Payan-Gomez C., Perander S., Pitman M. M., Prasad R., Pyrkosz-Pacyna J., Rathje S., Raza A., Rhee K., Robertson C. E., Rodriguez-Pascual I., Saikkonen T., Salvador-Ginez O., Santi G. C., Santiago-Tovar N., Savage D., Scheffer J. A., Schultner D. T., Schutte E. M., Scott A., Sharma M., Sharma P., Skali A., Stadelmann D., Stafford C. A., Stanojevic D., Stefaniak A., Sternisko A., Stoica A., Stoyanova K. K., Strickland B., Sundvall J., Thomas J. P., Tinghog G., Torgler B., Traast I. J., Tucciarelli R., Tyrala M., Ungson N. D., Uysal M. S., Van Lange P. A. M., van Prooijen J. -W., van Rooy D., Vastfjall D., Verkoeijen P., Vieira J. B., von Sikorski C., Walker A. C., Watermeyer J., Wetter E., Whillans A., White K., Habib R., Willardt R., Wohl M. J. A., Wojcik A. D., Wu K., Yamada Y., Yilmaz O., Yogeeswaran K., Ziemer C. -T., Zwaan R. A., Boggio P. S., and Sampaio W. M.
Abstract: The COVID-19 pandemic has affected all domains of human life, including the economic and social fabric of societies. One of the central strategies for managing public health throughout the pandemic has been through persuasive messaging and collective behaviour change. To help scholars better understand the social and moral psychology behind public health behaviour, we present a dataset comprising of 51,404 individuals from 69 countries. This dataset was collected for the International Collaboration on Social & Moral Psychology of COVID-19 project (ICSMP COVID-19). This social science survey invited participants around the world to complete a series of moral and psychological measures and public health attitudes about COVID-19 during an early phase of the COVID-19 pandemic (between April and June 2020). The survey included seven broad categories of questions: COVID-19 beliefs and compliance behaviours; identity and social attitudes; ideology; health and well-being; moral beliefs and motivation; personality traits; and demographic variables. We report both raw and cleaned data, along with all survey materials, data visualisations, and psychometric evaluations of key variables.
Published: 2023

3. The dephosphorylated S8A and S18A mutants of (oat) phytochrome A comprise its two species, phyA’ and phyA’’, suggesting that autophosphorylation at these sites is not involved in the phyA differentiation

Author: Sineshchekov, V., Koppel, L., and Kim, J. -I.
Published: 2019
Full Text: View/download PDF

4. Registered Replication Report : Rand, Greene, and Nowak (2012)

Author: Bouwmeester, S., Verkoeijen, P. P. J. L., Aczel, B., Barbosa, F., Bègue, L., Brañas-Garza, P., Chmura, T. G. H., Cornelissen, G., Døssing, F. S., Espín, A. M., Evans, A. M., Ferreira-Santos, F., Fiedler, S., Flegr, J., Ghaffari, M., Glöckner, A., Goeschl, T., Guo, L., Hauser, O. P., Hernan-Gonzalez, R., Herrero, A., Horne, Z., Houdek, P., Johannesson, M., Koppel, L., Kujal, P., Laine, T., Lohse, J., Martins, E. C., Mauro, C., Mischkowski, D., Mukherjee, S., Myrseth, K. O. R., Navarro-Martínez, D., Neal, T. M. S., Novakova, J., Pagà, R., Paiva, T. O., Palfi, B., Piovesan, M., Rahal, R.-M., Salomon, E., Srinivasan, N., Srivastava, A., Szaszi, B., Szollosi, A., Thor, K. Ø., Tinghög, G., Trueblood, J. S., Van Bavel, J. J., van ‘t Veer, A. E., Västfjäll, D., Warner, M., Wengström, E., Wills, J., and Wollbrant, C. E.
Published: 2017

5. National identity predicts public health support during a global pandemic

Author: Van Bavel, J, Cichocka, A, Capraro, V, Sjastad, H, Nezlek, J, Pavlovic, T, Alfano, M, Gelfand, M, Azevedo, F, Birtel, M, Cislak, A, Lockwood, P, Ross, R, Abts, K, Agadullina, E, Aruta, J, Besharati, S, Bor, A, Choma, B, Crabtree, C, Cunningham, W, De, K, Ejaz, W, Elbaek, C, Findor, A, Flichtentrei, D, Franc, R, Gjoneska, B, Gruber, J, Gualda, E, Horiuchi, Y, Huynh, T, Ibanez, A, Imran, M, Israelashvili, J, Jasko, K, Kantorowicz, J, Kantorowicz-Reznichenko, E, Krouwel, A, Laakasuo, M, Lamm, C, Leygue, C, Lin, M, Mansoor, M, Marie, A, Mayiwar, L, Mazepus, H, Mchugh, C, Minda, J, Mitkidis, P, Olsson, A, Otterbring, T, Packer, D, Perry, A, Petersen, M, Puthillam, A, Riano-Moreno, J, Rothmund, T, Santamaria-Garcia, H, Schmid, P, Stoyanov, D, Tewari, S, Todosijevic, B, Tsakiris, M, Tung, H, Umbres, R, Vanags, E, Vlasceanu, M, Vonasch, A, Yucel, M, Zhang, Y, Abad, M, Adler, E, Akrawi, N, Mdarhri, H, Amara, H, Amodio, D, Antazo, B, Apps, M, Ay, F, Ba, M, Barbosa, S, Bastian, B, Berg, A, Bernal-Zarate, M, Bernstein, M, Bialek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, J, Borau, S, Buchel, O, Cameron, C, Carvalho, C, Celadin, T, Cerami, C, Chalise, H, Cheng, X, Cian, L, Cockcroft, K, Conway, J, Cordoba-Delgado, M, Crespi, C, Crouzevialle, M, Cutler, J, Cypryanska, M, Dabrowska, J, Daniels, M, Davis, V, Dayley, P, Delouvee, S, Denkovski, O, Dezecache, G, Dhaliwal, N, Diato, A, Di Paolo, R, Drosinou, M, Dulleck, U, Ekmanis, J, Ertan, A, Etienne, T, Farhana, H, Farkhari, F, Farmer, H, Fenwick, A, Fidanovski, K, Flew, T, Fraser, S, Frempong, R, Fugelsang, J, Gale, J, Garcia-Navarro, E, Garladinne, P, Ghajjou, O, Gkinopoulos, T, Gray, K, Griffin, S, Gronfeldt, B, Gumren, M, Gurung, R, Halperin, E, Harris, E, Herzon, V, Hruska, M, Huang, G, Hudecek, M, Isler, O, Jangard, S, Jorgensen, F, Kachanoff, F, Kahn, J, Dangol, A, Keudel, O, Koppel, L, Koverola, M, Kubin, E, Kunnari, A, Kutiyski, Y, Laguna, O, Leota, J, Lermer, E, Levy, J, Levy, N, Li, C, Long, E, Longoni, C, Maglic, M, Mccashin, D, Metcalf, A, Miklousic, I, El Mimouni, S, Miura, A, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nesh-Nash, T, Nitschke, J, Nurse, M, Ohtsubo, Y, Oldemburgo de Mello, V, O'Madagain, C, Onderco, M, Palacios-Galvez, M, Palomaki, J, Pan, Y, Papp, Z, Parnamets, P, Paruzel-Czachura, M, Pavlovic, Z, Payan-Gomez, C, Perander, S, Pitman, M, Prasad, R, Pyrkosz-Pacyna, J, Rathje, S, Raza, A, Rego, G, Rhee, K, Robertson, C, Rodriguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Sampaio, W, Santi, G, Santiago-Tovar, N, Savage, D, Scheffer, J, Schonegger, P, Schultner, D, Schutte, E, Scott, A, Sharma, M, Sharma, P, Skali, A, Stadelmann, D, Stafford, C, Stanojevic, D, Stefaniak, A, Sternisko, A, Stoica, A, Stoyanova, K, Strickland, B, Sundvall, J, Thomas, J, Tinghog, G, Torgler, B, Traast, I, Tucciarelli, R, Tyrala, M, Ungson, N, Uysal, M, Van Lange, P, van Prooijen, J, van Rooy, D, Vastfjall, D, Verkoeijen, P, Vieira, J, von Sikorski, C, Walker, A, Watermeyer, J, Wetter, E, Whillans, A, Willardt, R, Wohl, M, Wojcik, A, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C, Zwaan, R, Boggio, P, Van Bavel J. J., Cichocka A., Capraro V., Sjastad H., Nezlek J. B., Pavlovic T., Alfano M., Gelfand M. J., Azevedo F., Birtel M. D., Cislak A., Lockwood P. L., Ross R. M., Abts K., Agadullina E., Aruta J. J. B., Besharati S. N., Bor A., Choma B. L., Crabtree C. D., Cunningham W. A., De K., Ejaz W., Elbaek C. T., Findor A., Flichtentrei D., Franc R., Gjoneska B., Gruber J., Gualda E., Horiuchi Y., Huynh T. L. D., Ibanez A., Imran M. A., Israelashvili J., Jasko K., Kantorowicz J., Kantorowicz-Reznichenko E., Krouwel A., Laakasuo M., Lamm C., Leygue C., Lin M. -J., Mansoor M. S., Marie A., Mayiwar L., Mazepus H., McHugh C., Minda J. P., Mitkidis P., Olsson A., Otterbring T., Packer D. J., Perry A., Petersen M. B., Puthillam A., Riano-Moreno J. C., Rothmund T., Santamaria-Garcia H., Schmid P. C., Stoyanov D., Tewari S., Todosijevic B., Tsakiris M., Tung H. H., Umbres R. G., Vanags E., Vlasceanu M., Vonasch A., Yucel M., Zhang Y., Abad M., Adler E., Akrawi N., Mdarhri H. A., Amara H., Amodio D. M., Antazo B. G., Apps M., Ay F. C., Ba M. H., Barbosa S., Bastian B., Berg A., Bernal-Zarate M. P., Bernstein M., Bialek M., Bilancini E., Bogatyreva N., Boncinelli L., Booth J. E., Borau S., Buchel O., Cameron C. D., Carvalho C. F., Celadin T., Cerami C., Chalise H. N., Cheng X., Cian L., Cockcroft K., Conway J., Cordoba-Delgado M. A., Crespi C., Crouzevialle M., Cutler J., Cypryanska M., Dabrowska J., Daniels M. A., Davis V. H., Dayley P. N., Delouvee S., Denkovski O., Dezecache G., Dhaliwal N. A., Diato A. B., Di Paolo R., Drosinou M., Dulleck U., Ekmanis J., Ertan A. S., Etienne T. W., Farhana H. H., Farkhari F., Farmer H., Fenwick A., Fidanovski K., Flew T., Fraser S., Frempong R. B., Fugelsang J. A., Gale J., Garcia-Navarro E. B., Garladinne P., Ghajjou O., Gkinopoulos T., Gray K., Griffin S. M., Gronfeldt B., Gumren M., Gurung R. L., Halperin E., Harris E., Herzon V., Hruska M., Huang G., Hudecek M. F. C., Isler O., Jangard S., Jorgensen F. J., Kachanoff F., Kahn J., Dangol A. K., Keudel O., Koppel L., Koverola M., Kubin E., Kunnari A., Kutiyski Y., Laguna O., Leota J., Lermer E., Levy J., Levy N., Li C., Long E. U., Longoni C., Maglic M., McCashin D., Metcalf A. L., Miklousic I., El Mimouni S., Miura A., Molina-Paredes J., Monroy-Fonseca C., Morales-Marente E., Moreau D., Muda R., Myer A., Nash K., Nesh-Nash T., Nitschke J. P., Nurse M. S., Ohtsubo Y., Oldemburgo de Mello V., O'Madagain C., Onderco M., Palacios-Galvez M. S., Palomaki J., Pan Y., Papp Z., Parnamets P., Paruzel-Czachura M., Pavlovic Z., Payan-Gomez C., Perander S., Pitman M. M., Prasad R., Pyrkosz-Pacyna J., Rathje S., Raza A., Rego G. G., Rhee K., Robertson C. E., Rodriguez-Pascual I., Saikkonen T., Salvador-Ginez O., Sampaio W. M., Santi G. C., Santiago-Tovar N., Savage D., Scheffer J. A., Schonegger P., Schultner D. T., Schutte E. M., Scott A., Sharma M., Sharma P., Skali A., Stadelmann D., Stafford C. A., Stanojevic D., Stefaniak A., Sternisko A., Stoica A., Stoyanova K. K., Strickland B., Sundvall J., Thomas J. P., Tinghog G., Torgler B., Traast I. J., Tucciarelli R., Tyrala M., Ungson N. D., Uysal M. S., Van Lange P. A. M., van Prooijen J. -W., van Rooy D., Vastfjall D., Verkoeijen P., Vieira J. B., von Sikorski C., Walker A. C., Watermeyer J., Wetter E., Whillans A., Willardt R., Wohl M. J. A., Wojcik A. D., Wu K., Yamada Y., Yilmaz O., Yogeeswaran K., Ziemer C. -T., Zwaan R. A., Boggio P. S., Van Bavel, J, Cichocka, A, Capraro, V, Sjastad, H, Nezlek, J, Pavlovic, T, Alfano, M, Gelfand, M, Azevedo, F, Birtel, M, Cislak, A, Lockwood, P, Ross, R, Abts, K, Agadullina, E, Aruta, J, Besharati, S, Bor, A, Choma, B, Crabtree, C, Cunningham, W, De, K, Ejaz, W, Elbaek, C, Findor, A, Flichtentrei, D, Franc, R, Gjoneska, B, Gruber, J, Gualda, E, Horiuchi, Y, Huynh, T, Ibanez, A, Imran, M, Israelashvili, J, Jasko, K, Kantorowicz, J, Kantorowicz-Reznichenko, E, Krouwel, A, Laakasuo, M, Lamm, C, Leygue, C, Lin, M, Mansoor, M, Marie, A, Mayiwar, L, Mazepus, H, Mchugh, C, Minda, J, Mitkidis, P, Olsson, A, Otterbring, T, Packer, D, Perry, A, Petersen, M, Puthillam, A, Riano-Moreno, J, Rothmund, T, Santamaria-Garcia, H, Schmid, P, Stoyanov, D, Tewari, S, Todosijevic, B, Tsakiris, M, Tung, H, Umbres, R, Vanags, E, Vlasceanu, M, Vonasch, A, Yucel, M, Zhang, Y, Abad, M, Adler, E, Akrawi, N, Mdarhri, H, Amara, H, Amodio, D, Antazo, B, Apps, M, Ay, F, Ba, M, Barbosa, S, Bastian, B, Berg, A, Bernal-Zarate, M, Bernstein, M, Bialek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, J, Borau, S, Buchel, O, Cameron, C, Carvalho, C, Celadin, T, Cerami, C, Chalise, H, Cheng, X, Cian, L, Cockcroft, K, Conway, J, Cordoba-Delgado, M, Crespi, C, Crouzevialle, M, Cutler, J, Cypryanska, M, Dabrowska, J, Daniels, M, Davis, V, Dayley, P, Delouvee, S, Denkovski, O, Dezecache, G, Dhaliwal, N, Diato, A, Di Paolo, R, Drosinou, M, Dulleck, U, Ekmanis, J, Ertan, A, Etienne, T, Farhana, H, Farkhari, F, Farmer, H, Fenwick, A, Fidanovski, K, Flew, T, Fraser, S, Frempong, R, Fugelsang, J, Gale, J, Garcia-Navarro, E, Garladinne, P, Ghajjou, O, Gkinopoulos, T, Gray, K, Griffin, S, Gronfeldt, B, Gumren, M, Gurung, R, Halperin, E, Harris, E, Herzon, V, Hruska, M, Huang, G, Hudecek, M, Isler, O, Jangard, S, Jorgensen, F, Kachanoff, F, Kahn, J, Dangol, A, Keudel, O, Koppel, L, Koverola, M, Kubin, E, Kunnari, A, Kutiyski, Y, Laguna, O, Leota, J, Lermer, E, Levy, J, Levy, N, Li, C, Long, E, Longoni, C, Maglic, M, Mccashin, D, Metcalf, A, Miklousic, I, El Mimouni, S, Miura, A, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nesh-Nash, T, Nitschke, J, Nurse, M, Ohtsubo, Y, Oldemburgo de Mello, V, O'Madagain, C, Onderco, M, Palacios-Galvez, M, Palomaki, J, Pan, Y, Papp, Z, Parnamets, P, Paruzel-Czachura, M, Pavlovic, Z, Payan-Gomez, C, Perander, S, Pitman, M, Prasad, R, Pyrkosz-Pacyna, J, Rathje, S, Raza, A, Rego, G, Rhee, K, Robertson, C, Rodriguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Sampaio, W, Santi, G, Santiago-Tovar, N, Savage, D, Scheffer, J, Schonegger, P, Schultner, D, Schutte, E, Scott, A, Sharma, M, Sharma, P, Skali, A, Stadelmann, D, Stafford, C, Stanojevic, D, Stefaniak, A, Sternisko, A, Stoica, A, Stoyanova, K, Strickland, B, Sundvall, J, Thomas, J, Tinghog, G, Torgler, B, Traast, I, Tucciarelli, R, Tyrala, M, Ungson, N, Uysal, M, Van Lange, P, van Prooijen, J, van Rooy, D, Vastfjall, D, Verkoeijen, P, Vieira, J, von Sikorski, C, Walker, A, Watermeyer, J, Wetter, E, Whillans, A, Willardt, R, Wohl, M, Wojcik, A, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C, Zwaan, R, Boggio, P, Van Bavel J. J., Cichocka A., Capraro V., Sjastad H., Nezlek J. B., Pavlovic T., Alfano M., Gelfand M. J., Azevedo F., Birtel M. D., Cislak A., Lockwood P. L., Ross R. M., Abts K., Agadullina E., Aruta J. J. B., Besharati S. N., Bor A., Choma B. L., Crabtree C. D., Cunningham W. A., De K., Ejaz W., Elbaek C. T., Findor A., Flichtentrei D., Franc R., Gjoneska B., Gruber J., Gualda E., Horiuchi Y., Huynh T. L. D., Ibanez A., Imran M. A., Israelashvili J., Jasko K., Kantorowicz J., Kantorowicz-Reznichenko E., Krouwel A., Laakasuo M., Lamm C., Leygue C., Lin M. -J., Mansoor M. S., Marie A., Mayiwar L., Mazepus H., McHugh C., Minda J. P., Mitkidis P., Olsson A., Otterbring T., Packer D. J., Perry A., Petersen M. B., Puthillam A., Riano-Moreno J. C., Rothmund T., Santamaria-Garcia H., Schmid P. C., Stoyanov D., Tewari S., Todosijevic B., Tsakiris M., Tung H. H., Umbres R. G., Vanags E., Vlasceanu M., Vonasch A., Yucel M., Zhang Y., Abad M., Adler E., Akrawi N., Mdarhri H. A., Amara H., Amodio D. M., Antazo B. G., Apps M., Ay F. C., Ba M. H., Barbosa S., Bastian B., Berg A., Bernal-Zarate M. P., Bernstein M., Bialek M., Bilancini E., Bogatyreva N., Boncinelli L., Booth J. E., Borau S., Buchel O., Cameron C. D., Carvalho C. F., Celadin T., Cerami C., Chalise H. N., Cheng X., Cian L., Cockcroft K., Conway J., Cordoba-Delgado M. A., Crespi C., Crouzevialle M., Cutler J., Cypryanska M., Dabrowska J., Daniels M. A., Davis V. H., Dayley P. N., Delouvee S., Denkovski O., Dezecache G., Dhaliwal N. A., Diato A. B., Di Paolo R., Drosinou M., Dulleck U., Ekmanis J., Ertan A. S., Etienne T. W., Farhana H. H., Farkhari F., Farmer H., Fenwick A., Fidanovski K., Flew T., Fraser S., Frempong R. B., Fugelsang J. A., Gale J., Garcia-Navarro E. B., Garladinne P., Ghajjou O., Gkinopoulos T., Gray K., Griffin S. M., Gronfeldt B., Gumren M., Gurung R. L., Halperin E., Harris E., Herzon V., Hruska M., Huang G., Hudecek M. F. C., Isler O., Jangard S., Jorgensen F. J., Kachanoff F., Kahn J., Dangol A. K., Keudel O., Koppel L., Koverola M., Kubin E., Kunnari A., Kutiyski Y., Laguna O., Leota J., Lermer E., Levy J., Levy N., Li C., Long E. U., Longoni C., Maglic M., McCashin D., Metcalf A. L., Miklousic I., El Mimouni S., Miura A., Molina-Paredes J., Monroy-Fonseca C., Morales-Marente E., Moreau D., Muda R., Myer A., Nash K., Nesh-Nash T., Nitschke J. P., Nurse M. S., Ohtsubo Y., Oldemburgo de Mello V., O'Madagain C., Onderco M., Palacios-Galvez M. S., Palomaki J., Pan Y., Papp Z., Parnamets P., Paruzel-Czachura M., Pavlovic Z., Payan-Gomez C., Perander S., Pitman M. M., Prasad R., Pyrkosz-Pacyna J., Rathje S., Raza A., Rego G. G., Rhee K., Robertson C. E., Rodriguez-Pascual I., Saikkonen T., Salvador-Ginez O., Sampaio W. M., Santi G. C., Santiago-Tovar N., Savage D., Scheffer J. A., Schonegger P., Schultner D. T., Schutte E. M., Scott A., Sharma M., Sharma P., Skali A., Stadelmann D., Stafford C. A., Stanojevic D., Stefaniak A., Sternisko A., Stoica A., Stoyanova K. K., Strickland B., Sundvall J., Thomas J. P., Tinghog G., Torgler B., Traast I. J., Tucciarelli R., Tyrala M., Ungson N. D., Uysal M. S., Van Lange P. A. M., van Prooijen J. -W., van Rooy D., Vastfjall D., Verkoeijen P., Vieira J. B., von Sikorski C., Walker A. C., Watermeyer J., Wetter E., Whillans A., Willardt R., Wohl M. J. A., Wojcik A. D., Wu K., Yamada Y., Yilmaz O., Yogeeswaran K., Ziemer C. -T., Zwaan R. A., and Boggio P. S.
Abstract: Changing collective behaviour and supporting non-pharmaceutical interventions is an important component in mitigating virus transmission during a pandemic. In a large international collaboration (Study 1, N = 49,968 across 67 countries), we investigated self-reported factors associated with public health behaviours (e.g., spatial distancing and stricter hygiene) and endorsed public policy interventions (e.g., closing bars and restaurants) during the early stage of the COVID-19 pandemic (April-May 2020). Respondents who reported identifying more strongly with their nation consistently reported greater engagement in public health behaviours and support for public health policies. Results were similar for representative and non-representative national samples. Study 2 (N = 42 countries) conceptually replicated the central finding using aggregate indices of national identity (obtained using the World Values Survey) and a measure of actual behaviour change during the pandemic (obtained from Google mobility reports). Higher levels of national identification prior to the pandemic predicted lower mobility during the early stage of the pandemic (r = −0.40). We discuss the potential implications of links between national identity, leadership, and public health for managing COVID-19 and future pandemics.
Published: 2022

6. Fern Adiantum capillus-veneris phytochrome 1 comprises two native photochemical types similar to seed plant phytochrome A

Author: Sineshchekov, V., Koppel, L., Okamoto, H., and Wada, M.
Published: 2014
Full Text: View/download PDF

7. The road to optogenetics: Microbial rhodopsins

Author: Govorunova, E. G. and Koppel, L. A.
Published: 2016
Full Text: View/download PDF

8. National identity predicts public health support during a global pandemic

Author: Van Bavel, J.J., Cichocka, A., Capraro, V., Sjåstad, H., Nezlek, J.B., Pavlović, T., Alfano, M., Gelfand, M.J., Azevedo, F., Birtel, M.D., Cislak, A., Lockwood, P.L., Ross, R.M., Abts, K., Agadullina, E., Aruta, J.J.B., Besharati, S.N., Bor, A., Choma, B.L., Crabtree, C.D., Cunningham, W.A., De, K., Ejaz, W., Elbaek, C.T., Findor, A., Flichtentrei, D., Franc, R., Gjoneska, B., Gruber, J., Gualda, E., Horiuchi, Y., Huynh, T.L.D., Ibanez, A., Imran, M.A., Israelashvili, J., Jasko, K., Kantorowicz, J., Kantorowicz-Reznichenko, E., Krouwel, A., Laakasuo, M., Lamm, C., Leygue, C., Lin, M.-J., Mansoor, M.S., Marie, A., Mayiwar, L., Mazepus, H., McHugh, C., Minda, J.P., Mitkidis, P., Olsson, A., Otterbring, T., Packer, D.J., Perry, A., Petersen, M.B., Puthillam, A., Riaño-Moreno, J.C., Rothmund, T., Santamaría-García, H., Schmid, P.C., Stoyanov, D., Tewari, S., Todosijević, B., Tsakiris, M., Tung, H.H., Umbreș, R.G., Vanags, E., Vlasceanu, M., Vonasch, A., Yucel, M., Zhang, Y., Abad, M., Adler, E., Akrawi, N., Mdarhri, H.A., Amara, H., Amodio, D.M., Antazo, B.G., Apps, M., Ay, F.C., Ba, M.H., Barbosa, S., Bastian, B., Berg, A., Bernal-Zárate, M.P., Bernstein, M., Białek, M., Bilancini, E., Bogatyreva, N., Boncinelli, L., Booth, J.E., Borau, S., Buchel, O., Cameron, C.D., Carvalho, C.F., Celadin, T., Cerami, C., Chalise, H.N., Cheng, X., Cian, L., Cockcroft, K., Conway, J., Córdoba-Delgado, M.A., Crespi, C., Crouzevialle, M., Cutler, J., Cypryańska, M., Dabrowska, J., Daniels, M.A., Davis, V.H., Dayley, P.N., Delouvee, S., Denkovski, O., Dezecache, G., Dhaliwal, N.A., Diato, A.B., Di Paolo, R., Drosinou, M., Dulleck, U., Ekmanis, J., Ertan, A.S., Etienne, T.W., Farhana, H.H., Farkhari, F., Farmer, H., Fenwick, A., Fidanovski, K., Flew, T., Fraser, S., Frempong, R.B., Fugelsang, J.A., Gale, J., Garcia-Navarro, E.B., Garladinne, P., Ghajjou, O., Gkinopoulos, T., Gray, K., Griffin, S.M., Gronfeldt, B., Gümren, M., Gurung, R.L., Halperin, E., Harris, E., Herzon, V., Hruška, M., Huang, G., Hudecek, M.F.C., Isler, O., Jangard, S., Jørgensen, F.J., Kachanoff, F., Kahn, J., Dangol, A.K., Keudel, O., Koppel, L., Koverola, M., Kubin, E., Kunnari, A., Kutiyski, Y., Laguna, O., Leota, J., Lermer, E., Levy, J., Levy, N., Li, C., Long, E.U., Longoni, C., Maglić, M., McCashin, D., Metcalf, A.L., Mikloušić, I., El Mimouni, S., Miura, A., Molina-Paredes, J., Monroy-Fonseca, C., Morales-Marente, E., Moreau, D., Muda, R., Myer, A., Nash, K., Nesh-Nash, T., Nitschke, J.P., Nurse, M.S., Ohtsubo, Y., Oldemburgo de Mello, V., O’Madagain, C., Onderco, M., Palacios-Galvez, M.S., Palomäki, J., Pan, Y., Papp, Z., Pärnamets, P., Paruzel-Czachura, M., Pavlović, Z., Payán-Gómez, C., Perander, S., Pitman, M.M., Prasad, R., Pyrkosz-Pacyna, J., Rathje, S., Raza, A., Rêgo, G.G., Rhee, K., Robertson, C.E., Rodríguez-Pascual, I., Saikkonen, T., Salvador-Ginez, O., Sampaio, W.M., Santi, G.C., Santiago-Tovar, N., Savage, D., Scheffer, J.A., Schönegger, P., Schultner, D.T., Schutte, E.M., Scott, A., Sharma, M., Sharma, P., Skali, A., Stadelmann, D., Stafford, C.A., Stanojević, D., Stefaniak, A., Sternisko, A., Stoica, A., Stoyanova, K.K., Strickland, B., Sundvall, J., Thomas, J.P., Tinghög, G., Torgler, B., Traast, I.J., Tucciarelli, R., Tyrala, M., Ungson, N.D., Uysal, M.S., Van Lange, P.A.M., van Prooijen, J.-W., van Rooy, D., Västfjäll, D., Verkoeijen, P., Vieira, J.B., von Sikorski, C., Walker, A.C., Watermeyer, J., Wetter, E., Whillans, A., Willardt, R., Wohl, M.J.A., Wójcik, A.D., Wu, K., Yamada, Y., Yilmaz, O., Yogeeswaran, K., Ziemer, C.-T., Zwaan, R.A., Boggio, P.S., Van Bavel, J.J., Cichocka, A., Capraro, V., Sjåstad, H., Nezlek, J.B., Pavlović, T., Alfano, M., Gelfand, M.J., Azevedo, F., Birtel, M.D., Cislak, A., Lockwood, P.L., Ross, R.M., Abts, K., Agadullina, E., Aruta, J.J.B., Besharati, S.N., Bor, A., Choma, B.L., Crabtree, C.D., Cunningham, W.A., De, K., Ejaz, W., Elbaek, C.T., Findor, A., Flichtentrei, D., Franc, R., Gjoneska, B., Gruber, J., Gualda, E., Horiuchi, Y., Huynh, T.L.D., Ibanez, A., Imran, M.A., Israelashvili, J., Jasko, K., Kantorowicz, J., Kantorowicz-Reznichenko, E., Krouwel, A., Laakasuo, M., Lamm, C., Leygue, C., Lin, M.-J., Mansoor, M.S., Marie, A., Mayiwar, L., Mazepus, H., McHugh, C., Minda, J.P., Mitkidis, P., Olsson, A., Otterbring, T., Packer, D.J., Perry, A., Petersen, M.B., Puthillam, A., Riaño-Moreno, J.C., Rothmund, T., Santamaría-García, H., Schmid, P.C., Stoyanov, D., Tewari, S., Todosijević, B., Tsakiris, M., Tung, H.H., Umbreș, R.G., Vanags, E., Vlasceanu, M., Vonasch, A., Yucel, M., Zhang, Y., Abad, M., Adler, E., Akrawi, N., Mdarhri, H.A., Amara, H., Amodio, D.M., Antazo, B.G., Apps, M., Ay, F.C., Ba, M.H., Barbosa, S., Bastian, B., Berg, A., Bernal-Zárate, M.P., Bernstein, M., Białek, M., Bilancini, E., Bogatyreva, N., Boncinelli, L., Booth, J.E., Borau, S., Buchel, O., Cameron, C.D., Carvalho, C.F., Celadin, T., Cerami, C., Chalise, H.N., Cheng, X., Cian, L., Cockcroft, K., Conway, J., Córdoba-Delgado, M.A., Crespi, C., Crouzevialle, M., Cutler, J., Cypryańska, M., Dabrowska, J., Daniels, M.A., Davis, V.H., Dayley, P.N., Delouvee, S., Denkovski, O., Dezecache, G., Dhaliwal, N.A., Diato, A.B., Di Paolo, R., Drosinou, M., Dulleck, U., Ekmanis, J., Ertan, A.S., Etienne, T.W., Farhana, H.H., Farkhari, F., Farmer, H., Fenwick, A., Fidanovski, K., Flew, T., Fraser, S., Frempong, R.B., Fugelsang, J.A., Gale, J., Garcia-Navarro, E.B., Garladinne, P., Ghajjou, O., Gkinopoulos, T., Gray, K., Griffin, S.M., Gronfeldt, B., Gümren, M., Gurung, R.L., Halperin, E., Harris, E., Herzon, V., Hruška, M., Huang, G., Hudecek, M.F.C., Isler, O., Jangard, S., Jørgensen, F.J., Kachanoff, F., Kahn, J., Dangol, A.K., Keudel, O., Koppel, L., Koverola, M., Kubin, E., Kunnari, A., Kutiyski, Y., Laguna, O., Leota, J., Lermer, E., Levy, J., Levy, N., Li, C., Long, E.U., Longoni, C., Maglić, M., McCashin, D., Metcalf, A.L., Mikloušić, I., El Mimouni, S., Miura, A., Molina-Paredes, J., Monroy-Fonseca, C., Morales-Marente, E., Moreau, D., Muda, R., Myer, A., Nash, K., Nesh-Nash, T., Nitschke, J.P., Nurse, M.S., Ohtsubo, Y., Oldemburgo de Mello, V., O’Madagain, C., Onderco, M., Palacios-Galvez, M.S., Palomäki, J., Pan, Y., Papp, Z., Pärnamets, P., Paruzel-Czachura, M., Pavlović, Z., Payán-Gómez, C., Perander, S., Pitman, M.M., Prasad, R., Pyrkosz-Pacyna, J., Rathje, S., Raza, A., Rêgo, G.G., Rhee, K., Robertson, C.E., Rodríguez-Pascual, I., Saikkonen, T., Salvador-Ginez, O., Sampaio, W.M., Santi, G.C., Santiago-Tovar, N., Savage, D., Scheffer, J.A., Schönegger, P., Schultner, D.T., Schutte, E.M., Scott, A., Sharma, M., Sharma, P., Skali, A., Stadelmann, D., Stafford, C.A., Stanojević, D., Stefaniak, A., Sternisko, A., Stoica, A., Stoyanova, K.K., Strickland, B., Sundvall, J., Thomas, J.P., Tinghög, G., Torgler, B., Traast, I.J., Tucciarelli, R., Tyrala, M., Ungson, N.D., Uysal, M.S., Van Lange, P.A.M., van Prooijen, J.-W., van Rooy, D., Västfjäll, D., Verkoeijen, P., Vieira, J.B., von Sikorski, C., Walker, A.C., Watermeyer, J., Wetter, E., Whillans, A., Willardt, R., Wohl, M.J.A., Wójcik, A.D., Wu, K., Yamada, Y., Yilmaz, O., Yogeeswaran, K., Ziemer, C.-T., Zwaan, R.A., and Boggio, P.S.
Abstract: Changing collective behaviour and supporting non-pharmaceutical interventions is an important component in mitigating virus transmission during a pandemic. In a large international collaboration (Study 1, N = 49,968 across 67 countries), we investigated self-reported factors associated with public health behaviours (e.g., spatial distancing and stricter hygiene) and endorsed public policy interventions (e.g., closing bars and restaurants) during the early stage of the COVID-19 pandemic (April-May 2020). Respondents who reported identifying more strongly with their nation consistently reported greater engagement in public health behaviours and support for public health policies. Results were similar for representative and non-representative national samples. Study 2 (N = 42 countries) conceptually replicated the central finding using aggregate indices of national identity (obtained using the World Values Survey) and a measure of actual behaviour change during the pandemic (obtained from Google mobility reports). Higher levels of national identification prior to the pandemic predicted lower mobility during the early stage of the pandemic (r = −0.40). We discuss the potential implications of links between national identity, leadership, and public health for managing COVID-19 and future pandemics.
Published: 2022

9. National identity predicts public health support during a global pandemic

Author: Van Bavel, JJ, Cichocka, A, Capraro, V, Sjastad, H, Nezlek, JB, Pavlovic, T, Alfano, M, Gelfand, MJ, Azevedo, F, Birtel, MD, Cislak, A, Lockwood, PL, Ross, RM, Abts, K, Agadullina, E, Aruta, JJB, Besharati, SN, Bor, A, Choma, BL, Crabtree, CD, Cunningham, WA, De, K, Ejaz, W, Elbaek, CT, Findor, A, Flichtentrei, D, Franc, R, Gjoneska, B, Gruber, J, Gualda, E, Horiuchi, Y, Toan, LDH, Ibanez, A, Imran, MA, Israelashvili, J, Jasko, K, Kantorowicz, J, Kantorowicz-Reznichenko, E, Krouwel, A, Laakasuo, M, Lamm, C, Leygue, C, Lin, M-J, Mansoor, MS, Marie, A, Mayiwar, L, Mazepus, H, McHugh, C, Minda, JP, Mitkidis, P, Olsson, A, Otterbring, T, Packer, DJ, Perry, A, Petersen, MB, Puthillam, A, Riano-Moreno, JC, Rothmund, T, Santamaria-Garcia, H, Schmid, PC, Stoyanov, D, Tewari, S, Todosijevic, B, Tsakiris, M, Tung, HH, Umbres, RG, Vanags, E, Vlasceanu, M, Vonasch, A, Yucel, M, Zhang, Y, Abad, M, Adler, E, Akrawi, N, Mdarhri, HA, Amara, H, Amodio, DM, Antazo, BG, Apps, M, Ay, FC, Ba, MH, Barbosa, S, Bastian, B, Berg, A, Bernal-Zarate, MP, Bernstein, M, Bialek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, JE, Borau, S, Buchel, O, Cameron, CD, Carvalho, CF, Celadin, T, Cerami, C, Chalise, HN, Cheng, X, Cian, L, Cockcroft, K, Conway, J, Andres Cordoba-Delgado, M, Crespi, C, Crouzevialle, M, Cutler, J, Dabrowska, J, Cypryanska, M, Daniels, MA, Davis, VH, Dayley, PN, Delouvee, S, Denkovski, O, Dezecache, G, Dhaliwal, NA, Diato, AB, Di Paolo, R, Drosinou, M, Dulleck, U, Ekmanis, J, Ertan, AS, Etienne, TW, Farhana, HH, Farkhari, F, Farmer, H, Fenwick, A, Fidanovski, K, Flew, T, Fraser, S, Frempong, RB, Fugelsang, JA, Gale, J, Begona Garcia-Navarro, E, Garladinne, P, Ghajjou, O, Gkinopoulos, T, Gray, K, Griffin, SM, Gronfeldt, B, Gumren, M, Gurung, RL, Halperin, E, Harris, E, Herzon, V, Hruska, M, Huang, G, Hudecek, MFC, Isler, O, Jangard, S, Jorgensen, FJ, Kachanoff, F, Kahn, J, Dangol, AK, Keudel, O, Koppel, L, Koverola, M, Kubin, E, Kunnari, A, Kutiyski, Y, Laguna, O, Leota, J, Lermer, E, Levy, J, Levy, N, Li, C, Long, EU, Longoni, C, Maglic, M, McCashin, D, Metcalf, AL, Miklousic, I, El Mimouni, S, Miura, A, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nesh-Nash, T, Nitschke, JP, Nurse, MS, Ohtsubo, Y, de Mello, VO, O'Madagain, C, Onderco, M, Soledad Palacios-Galvez, M, Palomaki, J, Pan, Y, Papp, Z, Parnamets, P, Paruzel-Czachura, M, Pavlovic, Z, Payan-Gomez, C, Perander, S, Pitman, MM, Prasad, R, Pyrkosz-Pacyna, J, Rathje, S, Raza, A, Rego, GG, Rhee, K, Robertson, CE, Rodriguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Sampaio, WM, Santi, GC, Santiago-Tovar, N, Savage, D, Scheffer, JA, Schonegger, P, Schultner, DT, Schutte, EM, Scott, A, Sharma, M, Sharma, P, Skali, A, Stadelmann, D, Stafford, CA, Stanojevic, D, Stefaniak, A, Sternisko, A, Stoica, A, Stoyanova, KK, Strickland, B, Sundvall, J, Thomas, JP, Tinghog, G, Torgler, B, Traast, IJ, Tucciarelli, R, Tyrala, M, Ungson, ND, Uysal, MS, Van Lange, PAM, van Prooijen, J-W, van Rooy, D, Vastfjall, D, Verkoeijen, P, Vieira, JB, von Sikorski, C, Walker, AC, Watermeyer, J, Wetter, E, Whillans, A, Willardt, R, Wohl, MJA, Wojcik, AD, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C-T, Zwaan, RA, Boggio, PS, Van Bavel, JJ, Cichocka, A, Capraro, V, Sjastad, H, Nezlek, JB, Pavlovic, T, Alfano, M, Gelfand, MJ, Azevedo, F, Birtel, MD, Cislak, A, Lockwood, PL, Ross, RM, Abts, K, Agadullina, E, Aruta, JJB, Besharati, SN, Bor, A, Choma, BL, Crabtree, CD, Cunningham, WA, De, K, Ejaz, W, Elbaek, CT, Findor, A, Flichtentrei, D, Franc, R, Gjoneska, B, Gruber, J, Gualda, E, Horiuchi, Y, Toan, LDH, Ibanez, A, Imran, MA, Israelashvili, J, Jasko, K, Kantorowicz, J, Kantorowicz-Reznichenko, E, Krouwel, A, Laakasuo, M, Lamm, C, Leygue, C, Lin, M-J, Mansoor, MS, Marie, A, Mayiwar, L, Mazepus, H, McHugh, C, Minda, JP, Mitkidis, P, Olsson, A, Otterbring, T, Packer, DJ, Perry, A, Petersen, MB, Puthillam, A, Riano-Moreno, JC, Rothmund, T, Santamaria-Garcia, H, Schmid, PC, Stoyanov, D, Tewari, S, Todosijevic, B, Tsakiris, M, Tung, HH, Umbres, RG, Vanags, E, Vlasceanu, M, Vonasch, A, Yucel, M, Zhang, Y, Abad, M, Adler, E, Akrawi, N, Mdarhri, HA, Amara, H, Amodio, DM, Antazo, BG, Apps, M, Ay, FC, Ba, MH, Barbosa, S, Bastian, B, Berg, A, Bernal-Zarate, MP, Bernstein, M, Bialek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, JE, Borau, S, Buchel, O, Cameron, CD, Carvalho, CF, Celadin, T, Cerami, C, Chalise, HN, Cheng, X, Cian, L, Cockcroft, K, Conway, J, Andres Cordoba-Delgado, M, Crespi, C, Crouzevialle, M, Cutler, J, Dabrowska, J, Cypryanska, M, Daniels, MA, Davis, VH, Dayley, PN, Delouvee, S, Denkovski, O, Dezecache, G, Dhaliwal, NA, Diato, AB, Di Paolo, R, Drosinou, M, Dulleck, U, Ekmanis, J, Ertan, AS, Etienne, TW, Farhana, HH, Farkhari, F, Farmer, H, Fenwick, A, Fidanovski, K, Flew, T, Fraser, S, Frempong, RB, Fugelsang, JA, Gale, J, Begona Garcia-Navarro, E, Garladinne, P, Ghajjou, O, Gkinopoulos, T, Gray, K, Griffin, SM, Gronfeldt, B, Gumren, M, Gurung, RL, Halperin, E, Harris, E, Herzon, V, Hruska, M, Huang, G, Hudecek, MFC, Isler, O, Jangard, S, Jorgensen, FJ, Kachanoff, F, Kahn, J, Dangol, AK, Keudel, O, Koppel, L, Koverola, M, Kubin, E, Kunnari, A, Kutiyski, Y, Laguna, O, Leota, J, Lermer, E, Levy, J, Levy, N, Li, C, Long, EU, Longoni, C, Maglic, M, McCashin, D, Metcalf, AL, Miklousic, I, El Mimouni, S, Miura, A, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nesh-Nash, T, Nitschke, JP, Nurse, MS, Ohtsubo, Y, de Mello, VO, O'Madagain, C, Onderco, M, Soledad Palacios-Galvez, M, Palomaki, J, Pan, Y, Papp, Z, Parnamets, P, Paruzel-Czachura, M, Pavlovic, Z, Payan-Gomez, C, Perander, S, Pitman, MM, Prasad, R, Pyrkosz-Pacyna, J, Rathje, S, Raza, A, Rego, GG, Rhee, K, Robertson, CE, Rodriguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Sampaio, WM, Santi, GC, Santiago-Tovar, N, Savage, D, Scheffer, JA, Schonegger, P, Schultner, DT, Schutte, EM, Scott, A, Sharma, M, Sharma, P, Skali, A, Stadelmann, D, Stafford, CA, Stanojevic, D, Stefaniak, A, Sternisko, A, Stoica, A, Stoyanova, KK, Strickland, B, Sundvall, J, Thomas, JP, Tinghog, G, Torgler, B, Traast, IJ, Tucciarelli, R, Tyrala, M, Ungson, ND, Uysal, MS, Van Lange, PAM, van Prooijen, J-W, van Rooy, D, Vastfjall, D, Verkoeijen, P, Vieira, JB, von Sikorski, C, Walker, AC, Watermeyer, J, Wetter, E, Whillans, A, Willardt, R, Wohl, MJA, Wojcik, AD, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C-T, Zwaan, RA, and Boggio, PS
Abstract: Changing collective behaviour and supporting non-pharmaceutical interventions is an important component in mitigating virus transmission during a pandemic. In a large international collaboration (Study 1, N = 49,968 across 67 countries), we investigated self-reported factors associated with public health behaviours (e.g., spatial distancing and stricter hygiene) and endorsed public policy interventions (e.g., closing bars and restaurants) during the early stage of the COVID-19 pandemic (April-May 2020). Respondents who reported identifying more strongly with their nation consistently reported greater engagement in public health behaviours and support for public health policies. Results were similar for representative and non-representative national samples. Study 2 (N = 42 countries) conceptually replicated the central finding using aggregate indices of national identity (obtained using the World Values Survey) and a measure of actual behaviour change during the pandemic (obtained from Google mobility reports). Higher levels of national identification prior to the pandemic predicted lower mobility during the early stage of the pandemic (r = -0.40). We discuss the potential implications of links between national identity, leadership, and public health for managing COVID-19 and future pandemics.
Published: 2022

10. National identity predicts public health support during a global pandemic (vol 13, 517, 2022)

Author: Van Bavel, JJ, Cichocka, A, Capraro, V, Sjastad, H, Nezlek, JB, Pavlovic, T, Alfano, M, Gelfand, MJ, Azevedo, F, Birtel, MD, Cislak, A, Lockwood, PL, Ross, RM, Abts, K, Agadullina, E, Aruta, JJB, Besharati, SN, Bor, A, Choma, BL, Crabtree, CD, Cunningham, WA, De, K, Ejaz, W, Elbaek, CT, Findor, A, Flichtentrei, D, Franc, R, Gjoneska, B, Gruber, J, Gualda, E, Horiuchi, Y, Huynh, TLD, Ibanez, A, Imran, MA, Israelashvili, J, Jasko, K, Kantorowicz, J, Kantorowicz-Reznichenko, E, Krouwel, A, Laakasuo, M, Lamm, C, Leygue, C, Lin, M-J, Mansoor, MS, Marie, A, Mayiwar, L, Mazepus, H, McHugh, C, Minda, JP, Mitkidis, P, Olsson, A, Otterbring, T, Packer, DJ, Perry, A, Petersen, MB, Puthillam, A, Riano-Moreno, JC, Rothmund, T, Santamaria-Garcia, H, Schmid, PC, Stoyanov, D, Tewari, S, Todosijevic, B, Tsakiris, M, Tung, HH, Umbres, RG, Vanags, E, Vlasceanu, M, Vonasch, A, Yucel, M, Zhang, Y, Abad, M, Adler, E, Akrawi, N, Mdarhri, HA, Amara, H, Amodio, DM, Antazo, BG, Apps, M, Ay, FC, Ba, MH, Barbosa, S, Bastian, B, Berg, A, Bernal-Zarate, MP, Bernstein, M, Bialek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, JE, Borau, S, Buchel, O, Cameron, CD, Carvalho, CF, Celadin, T, Cerami, C, Chalise, HN, Cheng, X, Cian, L, Cockcroft, K, Conway, J, Cordoba-Delgado, MA, Crespi, C, Crouzevialle, M, Cutler, J, Cypryanska, M, Dabrowska, J, Daniels, MA, Davis, VH, Dayley, PN, Delouvee, S, Denkovski, O, Dezecache, G, Dhaliwal, NA, Diato, AB, Di Paolo, R, Drosinou, M, Dulleck, U, Ekmanis, J, Ertan, AS, Etienne, TW, Farhana, HH, Farkhari, F, Farmer, H, Fenwick, A, Fidanovski, K, Flew, T, Fraser, S, Frempong, RB, Fugelsang, JA, Gale, J, Garcia-Navarro, EB, Garladinne, P, Ghajjou, O, Gkinopoulos, T, Gray, K, Griffin, SM, Gronfeldt, B, Gumren, M, Gurung, RL, Halperin, E, Harris, E, Herzon, V, Hruska, M, Huang, G, Hudecek, MFC, Isler, O, Jangard, S, Jorgensen, FJ, Kachanoff, F, Kahn, J, Dangol, AK, Keudel, O, Koppel, L, Koverola, M, Kubin, E, Kunnari, A, Kutiyski, Y, Laguna, O, Leota, J, Lermer, E, Levy, J, Levy, N, Li, C, Long, EU, Longoni, C, Maglic, M, McCashin, D, Metcalf, AL, Miklousic, I, El Mimouni, S, Miura, A, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nesh-Nash, T, Nitschke, JP, Nurse, MS, Ohtsubo, Y, Oldemburgo de Mello, V, O'Madagain, C, Onderco, M, Palacios-Galvez, MS, Palomaki, J, Pan, Y, Papp, Z, Parnamets, P, Paruzel-Czachura, M, Pavlovic, Z, Payan-Gomez, C, Perander, S, Pitman, MM, Prasad, R, Pyrkosz-Pacyna, J, Rathje, S, Raza, A, Rego, GG, Rhee, K, Robertson, CE, Rodriguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Sampaio, WM, Santi, GC, Santiago-Tovar, N, Savage, D, Scheffer, JA, Schonegger, P, Schultner, DT, Schutte, EM, Scott, A, Sharma, M, Sharma, P, Skali, A, Stadelmann, D, Stafford, CA, Stanojevic, D, Stefaniak, A, Sternisko, A, Stoica, A, Stoyanova, KK, Strickland, B, Sundvall, J, Thomas, JP, Tinghog, G, Torgler, B, Traast, IJ, Tucciarelli, R, Tyrala, M, Ungson, ND, Uysal, MS, Van Lange, PAM, van Prooijen, J-W, van Rooy, D, Vastfjall, D, Verkoeijen, P, Vieira, JB, von Sikorski, C, Walker, AC, Watermeyer, J, Wetter, E, Whillans, A, Willardt, R, Wohl, MJA, Wojcik, AD, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C-T, Zwaan, RA, Boggio, PS, Van Bavel, JJ, Cichocka, A, Capraro, V, Sjastad, H, Nezlek, JB, Pavlovic, T, Alfano, M, Gelfand, MJ, Azevedo, F, Birtel, MD, Cislak, A, Lockwood, PL, Ross, RM, Abts, K, Agadullina, E, Aruta, JJB, Besharati, SN, Bor, A, Choma, BL, Crabtree, CD, Cunningham, WA, De, K, Ejaz, W, Elbaek, CT, Findor, A, Flichtentrei, D, Franc, R, Gjoneska, B, Gruber, J, Gualda, E, Horiuchi, Y, Huynh, TLD, Ibanez, A, Imran, MA, Israelashvili, J, Jasko, K, Kantorowicz, J, Kantorowicz-Reznichenko, E, Krouwel, A, Laakasuo, M, Lamm, C, Leygue, C, Lin, M-J, Mansoor, MS, Marie, A, Mayiwar, L, Mazepus, H, McHugh, C, Minda, JP, Mitkidis, P, Olsson, A, Otterbring, T, Packer, DJ, Perry, A, Petersen, MB, Puthillam, A, Riano-Moreno, JC, Rothmund, T, Santamaria-Garcia, H, Schmid, PC, Stoyanov, D, Tewari, S, Todosijevic, B, Tsakiris, M, Tung, HH, Umbres, RG, Vanags, E, Vlasceanu, M, Vonasch, A, Yucel, M, Zhang, Y, Abad, M, Adler, E, Akrawi, N, Mdarhri, HA, Amara, H, Amodio, DM, Antazo, BG, Apps, M, Ay, FC, Ba, MH, Barbosa, S, Bastian, B, Berg, A, Bernal-Zarate, MP, Bernstein, M, Bialek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, JE, Borau, S, Buchel, O, Cameron, CD, Carvalho, CF, Celadin, T, Cerami, C, Chalise, HN, Cheng, X, Cian, L, Cockcroft, K, Conway, J, Cordoba-Delgado, MA, Crespi, C, Crouzevialle, M, Cutler, J, Cypryanska, M, Dabrowska, J, Daniels, MA, Davis, VH, Dayley, PN, Delouvee, S, Denkovski, O, Dezecache, G, Dhaliwal, NA, Diato, AB, Di Paolo, R, Drosinou, M, Dulleck, U, Ekmanis, J, Ertan, AS, Etienne, TW, Farhana, HH, Farkhari, F, Farmer, H, Fenwick, A, Fidanovski, K, Flew, T, Fraser, S, Frempong, RB, Fugelsang, JA, Gale, J, Garcia-Navarro, EB, Garladinne, P, Ghajjou, O, Gkinopoulos, T, Gray, K, Griffin, SM, Gronfeldt, B, Gumren, M, Gurung, RL, Halperin, E, Harris, E, Herzon, V, Hruska, M, Huang, G, Hudecek, MFC, Isler, O, Jangard, S, Jorgensen, FJ, Kachanoff, F, Kahn, J, Dangol, AK, Keudel, O, Koppel, L, Koverola, M, Kubin, E, Kunnari, A, Kutiyski, Y, Laguna, O, Leota, J, Lermer, E, Levy, J, Levy, N, Li, C, Long, EU, Longoni, C, Maglic, M, McCashin, D, Metcalf, AL, Miklousic, I, El Mimouni, S, Miura, A, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nesh-Nash, T, Nitschke, JP, Nurse, MS, Ohtsubo, Y, Oldemburgo de Mello, V, O'Madagain, C, Onderco, M, Palacios-Galvez, MS, Palomaki, J, Pan, Y, Papp, Z, Parnamets, P, Paruzel-Czachura, M, Pavlovic, Z, Payan-Gomez, C, Perander, S, Pitman, MM, Prasad, R, Pyrkosz-Pacyna, J, Rathje, S, Raza, A, Rego, GG, Rhee, K, Robertson, CE, Rodriguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Sampaio, WM, Santi, GC, Santiago-Tovar, N, Savage, D, Scheffer, JA, Schonegger, P, Schultner, DT, Schutte, EM, Scott, A, Sharma, M, Sharma, P, Skali, A, Stadelmann, D, Stafford, CA, Stanojevic, D, Stefaniak, A, Sternisko, A, Stoica, A, Stoyanova, KK, Strickland, B, Sundvall, J, Thomas, JP, Tinghog, G, Torgler, B, Traast, IJ, Tucciarelli, R, Tyrala, M, Ungson, ND, Uysal, MS, Van Lange, PAM, van Prooijen, J-W, van Rooy, D, Vastfjall, D, Verkoeijen, P, Vieira, JB, von Sikorski, C, Walker, AC, Watermeyer, J, Wetter, E, Whillans, A, Willardt, R, Wohl, MJA, Wojcik, AD, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C-T, Zwaan, RA, and Boggio, PS
Published: 2022

11. Predicting attitudinal and behavioral responses to COVID-19 pandemic using machine learning.

Author: Pavlović, T, Azevedo, F, De, K, Riaño-Moreno, JC, Maglić, M, Gkinopoulos, T, Donnelly-Kehoe, PA, Payán-Gómez, C, Huang, G, Kantorowicz, J, Birtel, MD, Schönegger, P, Capraro, V, Santamaría-García, H, Yucel, M, Ibanez, A, Rathje, S, Wetter, E, Stanojević, D, van Prooijen, J-W, Hesse, E, Elbaek, CT, Franc, R, Pavlović, Z, Mitkidis, P, Cichocka, A, Gelfand, M, Alfano, M, Ross, RM, Sjåstad, H, Nezlek, JB, Cislak, A, Lockwood, P, Abts, K, Agadullina, E, Amodio, DM, Apps, MAJ, Aruta, JJB, Besharati, S, Bor, A, Choma, B, Cunningham, W, Ejaz, W, Farmer, H, Findor, A, Gjoneska, B, Gualda, E, Huynh, TLD, Imran, MA, Israelashvili, J, Kantorowicz-Reznichenko, E, Krouwel, A, Kutiyski, Y, Laakasuo, M, Lamm, C, Levy, J, Leygue, C, Lin, M-J, Mansoor, MS, Marie, A, Mayiwar, L, Mazepus, H, McHugh, C, Olsson, A, Otterbring, T, Packer, D, Palomäki, J, Perry, A, Petersen, MB, Puthillam, A, Rothmund, T, Schmid, PC, Stadelmann, D, Stoica, A, Stoyanov, D, Stoyanova, K, Tewari, S, Todosijević, B, Torgler, B, Tsakiris, M, Tung, HH, Umbreș, RG, Vanags, E, Vlasceanu, M, Vonasch, AJ, Zhang, Y, Abad, M, Adler, E, Mdarhri, HA, Antazo, B, Ay, FC, Ba, MEH, Barbosa, S, Bastian, B, Berg, A, Białek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, JE, Borau, S, Buchel, O, de Carvalho, CF, Celadin, T, Cerami, C, Chalise, HN, Cheng, X, Cian, L, Cockcroft, K, Conway, J, Córdoba-Delgado, MA, Crespi, C, Crouzevialle, M, Cutler, J, Cypryańska, M, Dabrowska, J, Davis, VH, Minda, JP, Dayley, PN, Delouvée, S, Denkovski, O, Dezecache, G, Dhaliwal, NA, Diato, A, Di Paolo, R, Dulleck, U, Ekmanis, J, Etienne, TW, Farhana, HH, Farkhari, F, Fidanovski, K, Flew, T, Fraser, S, Frempong, RB, Fugelsang, J, Gale, J, García-Navarro, EB, Garladinne, P, Gray, K, Griffin, SM, Gronfeldt, B, Gruber, J, Halperin, E, Herzon, V, Hruška, M, Hudecek, MFC, Isler, O, Jangard, S, Jørgensen, F, Keudel, O, Koppel, L, Koverola, M, Kunnari, A, Leota, J, Lermer, E, Li, C, Longoni, C, McCashin, D, Mikloušić, I, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nitschke, JP, Nurse, MS, de Mello, VO, Palacios-Galvez, MS, Pan, Y, Papp, Z, Pärnamets, P, Paruzel-Czachura, M, Perander, S, Pitman, M, Raza, A, Rêgo, GG, Robertson, C, Rodríguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Sampaio, WM, Santi, GC, Schultner, D, Schutte, E, Scott, A, Skali, A, Stefaniak, A, Sternisko, A, Strickland, B, Thomas, JP, Tinghög, G, Traast, IJ, Tucciarelli, R, Tyrala, M, Ungson, ND, Uysal, MS, Van Rooy, D, Västfjäll, D, Vieira, JB, von Sikorski, C, Walker, AC, Watermeyer, J, Willardt, R, Wohl, MJA, Wójcik, AD, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C-T, Zwaan, RA, Boggio, PS, Whillans, A, Van Lange, PAM, Prasad, R, Onderco, M, O'Madagain, C, Nesh-Nash, T, Laguna, OM, Kubin, E, Gümren, M, Fenwick, A, Ertan, AS, Bernstein, MJ, Amara, H, Van Bavel, JJ, Pavlović, T, Azevedo, F, De, K, Riaño-Moreno, JC, Maglić, M, Gkinopoulos, T, Donnelly-Kehoe, PA, Payán-Gómez, C, Huang, G, Kantorowicz, J, Birtel, MD, Schönegger, P, Capraro, V, Santamaría-García, H, Yucel, M, Ibanez, A, Rathje, S, Wetter, E, Stanojević, D, van Prooijen, J-W, Hesse, E, Elbaek, CT, Franc, R, Pavlović, Z, Mitkidis, P, Cichocka, A, Gelfand, M, Alfano, M, Ross, RM, Sjåstad, H, Nezlek, JB, Cislak, A, Lockwood, P, Abts, K, Agadullina, E, Amodio, DM, Apps, MAJ, Aruta, JJB, Besharati, S, Bor, A, Choma, B, Cunningham, W, Ejaz, W, Farmer, H, Findor, A, Gjoneska, B, Gualda, E, Huynh, TLD, Imran, MA, Israelashvili, J, Kantorowicz-Reznichenko, E, Krouwel, A, Kutiyski, Y, Laakasuo, M, Lamm, C, Levy, J, Leygue, C, Lin, M-J, Mansoor, MS, Marie, A, Mayiwar, L, Mazepus, H, McHugh, C, Olsson, A, Otterbring, T, Packer, D, Palomäki, J, Perry, A, Petersen, MB, Puthillam, A, Rothmund, T, Schmid, PC, Stadelmann, D, Stoica, A, Stoyanov, D, Stoyanova, K, Tewari, S, Todosijević, B, Torgler, B, Tsakiris, M, Tung, HH, Umbreș, RG, Vanags, E, Vlasceanu, M, Vonasch, AJ, Zhang, Y, Abad, M, Adler, E, Mdarhri, HA, Antazo, B, Ay, FC, Ba, MEH, Barbosa, S, Bastian, B, Berg, A, Białek, M, Bilancini, E, Bogatyreva, N, Boncinelli, L, Booth, JE, Borau, S, Buchel, O, de Carvalho, CF, Celadin, T, Cerami, C, Chalise, HN, Cheng, X, Cian, L, Cockcroft, K, Conway, J, Córdoba-Delgado, MA, Crespi, C, Crouzevialle, M, Cutler, J, Cypryańska, M, Dabrowska, J, Davis, VH, Minda, JP, Dayley, PN, Delouvée, S, Denkovski, O, Dezecache, G, Dhaliwal, NA, Diato, A, Di Paolo, R, Dulleck, U, Ekmanis, J, Etienne, TW, Farhana, HH, Farkhari, F, Fidanovski, K, Flew, T, Fraser, S, Frempong, RB, Fugelsang, J, Gale, J, García-Navarro, EB, Garladinne, P, Gray, K, Griffin, SM, Gronfeldt, B, Gruber, J, Halperin, E, Herzon, V, Hruška, M, Hudecek, MFC, Isler, O, Jangard, S, Jørgensen, F, Keudel, O, Koppel, L, Koverola, M, Kunnari, A, Leota, J, Lermer, E, Li, C, Longoni, C, McCashin, D, Mikloušić, I, Molina-Paredes, J, Monroy-Fonseca, C, Morales-Marente, E, Moreau, D, Muda, R, Myer, A, Nash, K, Nitschke, JP, Nurse, MS, de Mello, VO, Palacios-Galvez, MS, Pan, Y, Papp, Z, Pärnamets, P, Paruzel-Czachura, M, Perander, S, Pitman, M, Raza, A, Rêgo, GG, Robertson, C, Rodríguez-Pascual, I, Saikkonen, T, Salvador-Ginez, O, Sampaio, WM, Santi, GC, Schultner, D, Schutte, E, Scott, A, Skali, A, Stefaniak, A, Sternisko, A, Strickland, B, Thomas, JP, Tinghög, G, Traast, IJ, Tucciarelli, R, Tyrala, M, Ungson, ND, Uysal, MS, Van Rooy, D, Västfjäll, D, Vieira, JB, von Sikorski, C, Walker, AC, Watermeyer, J, Willardt, R, Wohl, MJA, Wójcik, AD, Wu, K, Yamada, Y, Yilmaz, O, Yogeeswaran, K, Ziemer, C-T, Zwaan, RA, Boggio, PS, Whillans, A, Van Lange, PAM, Prasad, R, Onderco, M, O'Madagain, C, Nesh-Nash, T, Laguna, OM, Kubin, E, Gümren, M, Fenwick, A, Ertan, AS, Bernstein, MJ, Amara, H, and Van Bavel, JJ
Abstract: At the beginning of 2020, COVID-19 became a global problem. Despite all the efforts to emphasize the relevance of preventive measures, not everyone adhered to them. Thus, learning more about the characteristics determining attitudinal and behavioral responses to the pandemic is crucial to improving future interventions. In this study, we applied machine learning on the multinational data collected by the International Collaboration on the Social and Moral Psychology of COVID-19 (N = 51,404) to test the predictive efficacy of constructs from social, moral, cognitive, and personality psychology, as well as socio-demographic factors, in the attitudinal and behavioral responses to the pandemic. The results point to several valuable insights. Internalized moral identity provided the most consistent predictive contribution-individuals perceiving moral traits as central to their self-concept reported higher adherence to preventive measures. Similar results were found for morality as cooperation, symbolized moral identity, self-control, open-mindedness, and collective narcissism, while the inverse relationship was evident for the endorsement of conspiracy theories. However, we also found a non-neglible variability in the explained variance and predictive contributions with respect to macro-level factors such as the pandemic stage or cultural region. Overall, the results underscore the importance of morality-related and contextual factors in understanding adherence to public health recommendations during the pandemic.
Published: 2022

12. A Generalized Approach to the Method of Steepest Ascent

Author: Eldor, H. and Koppel, L. B.
Published: 1971

13. In Situ Identification of Mineral Resources with an X-Ray-Optical 'Hands-Lens' Instrument

Author: Marshall, J, Koppel, L, Bratton, C, Metzger, E, and Hecht, M
Subjects: Lunar And Planetary Science And Exploration
Abstract: The recognition of material resources on a planetary surface requires exploration strategies not dissimilar to those employed by early field geologists who searched for ore deposits primarily from surface clues. In order to determine the location of mineral ores or other materials, it will be necessary to characterize host terranes at regional or subregional scales. This requires geographically broad surveys in which statistically significant numbers of samples are rapidly scanned from a roving platform. To enable broad-scale, yet power-conservative planetary-surface exploration, we are developing an instrument that combines x-ray diffractometry (XRD), x-ray fluorescence spectrometry (XRF), and optical capabilities; the instrument can be deployed at the end of a rover's robotic arm, without the need for sample capture or preparation. The instrument provides XRD data for identification of mineral species and lithological types; diffractometry of minerals is conducted by ascertaining the characteristic lattice parameters or "d-spacings" of mineral compounds. D-spacings of 1.4 to 25 angstroms can be determined to include the large molecular structures of hydrated minerals such as clays. The XRF data will identify elements ranging from carbon (Atomic Number = 6) to elements as heavy as barium (Atomic Number = 56). While a sample is being x-rayed, the instrument simultaneously acquires an optical image of the sample surface at magnifications from lx to at least 50x (200x being feasible, depending on the sample surface). We believe that imaging the sample is extremely important as corroborative sample-identification data (the need for this capability having been illustrated by the experience of the Pathfinder rover). Very few geologists would rely on instrument data for sample identification without having seen the sample. Visual inspection provides critical recognition data such as texture, crystallinity, granularity, porosity, vesicularity, color, lustre, opacity, and so forth. These data can immediately distinguish sedimentary from igneous rocks, for example, and can thus eliminate geochemical or mineral ambiguities arising, say between arkose and granite. It would be important to know if the clay being analyzed was part of a uniform varve deposit laid down in a quiescent lake, or the matrix of a megabreccia diamictite deposited as a catastrophic impact ejecta blanket. The unique design of the instrument, which combines Debye-Scherrer geometry with elements of standard goniometry, negates the need for sample preparation of any kind, and thus negates the need for power-hungry and mechanically-complex sampling systems that would have to chip, crush, sieve, and mount the sample for x-ray analysis. Instead, the instrument is simply rested on the sample surface of interest (like a hand lens); the device can interrogate rough rock surfaces, coarse granular material, or fine rock flour. A breadboard version of the instrument has been deployed from the robotic arm of the Marsokhod rover in field trials at NASA Ames, where large vesicular boulders were x-rayed to demonstrate the functionality of the instrument design, and the ability of such a device to comply with constraints imposed by a roving platform. Currently under development is a flight prototype concept of this instrument that will weigh 0.3 kg, using about 4500 J of energy per sample analysis. It requires about 5 min. for XRD analysis, and about 30 min. for XRF interrogation. Its small mass and rugged design make it ideal for deployment on small rovers of the type currently envisaged for the exploration of Mars (e.g., Sojourner-scale platforms). The design utilizes a monolithic P-N junction photodiode pixel array for XRD, a Si PIN photodiode/avalanche photodiode system for XRF, and an endoscopic imaging camera system unobtrusively embedded between the detectors and the x-ray source (the endoscope with its board-mounted camera can be adapted for IR light in addition to visible wavelenths. A rugged, miniature (7 cu cm) x-ray source for the instrument has already been breadboarded.
Published: 1999

14. Strategies and Technologies for In Situ Mineralogical Investigations on Mars

Author: Marshall, J. R, Bratton, C, Koppel, L, Hecht, M, and Metzger, E
Subjects: Lunar And Planetary Science And Exploration
Abstract: Surface landers on Mars (Viking and Pathfinder) have not revealed satisfying answers to the mineralogy and lithology of the planet's surface. In part, this results from their prime directives: Viking focused on exobiology, Pathfinder focused on technology demonstration. The analytical instruments on board the landers made admirable attempts to extract the mineralogy and geology of Mars, as did countless modeling efforts after the missions. Here we suggest a framework for elucidating martian, or any other planetary geology, through an approach that defines (a) type of information required, (b) explorational strategy harmonious with acquisition of these data, (c) interpretation approach to the data, (d) compatible mission architecture, (e) instrumentation for interrogating rocks and soil. (a) Data required: The composition of a planet is ordered at scales ranging from molecules to minerals to rocks, and from geological units to provinces to planetary-scale systems. The largest ordering that in situ compositional instruments can attempt to interrogate is rock type "aggregate" information. This is what the geologist attempts to identify first. From this, mineralogy can be either directly seen or inferred. From mineralogy can be determined elemental abundances and perhaps the state of the compounds as being crystalline or amorphous. Knowledge of rock type and mineralogy is critical for elucidating geologic process. Mars landers acquired extremely valuable elemental data, but attempted to move from elements to aggregates, but this can only be done by making many assumptions and sometimes giant leaps of faith. Data we believe essential are elements, minerals, degree of ordering of compounds, and the aggregate or rock type that these materials compose. (b) Explorational strategy: A lander should function as a surrogate geologist. Of the total landscape, a geologist sees much, but gives detailed attention to an infinitesimally small amount of what is seen. To acquire samples worth detailed scrutiny, as many samples as possible need examining at a cursory or reconnaissance level. A representative, statistically-meaningful sample number cannot be overemphasized. This maxim still applies to geological exploration of our own planet of which we have abundant knowledge. Analysis of many samples mandates low-power consumption per sample. (c) Data interpretation: No single instrument can analyze the full spectrum of the x-axis. An instrument is optimized for detecting certain material characteristics and must therefore affix itself to some point on the x-axis. Any conclusions drawn about data to the left or right of the instrument's position on this axis must necessarily be derived by inference. Hence, it seems logical to include on a mission, instruments that are not closely spaced in their x-axis-position, and if only two analytical methods are used, as shown, they should start at opposite ends of the axis and work towards the center. As examples, we depict a high-resolution camera to evaluate rock type ("aggregate" state) and mineralogy, and an x-ray diffractometer-fluorescence spectrometer (XRD-XRF) to determine elements, minerals, and the degree of order of materials. (d) Mission architecture: No instrument or suite of instruments can be relied upon to always give truly unequivocal analyses. The suite of instruments should therefore permit conclusions of one instrument to be checked against those of another through closed analytical loops. These "loops" can be structured by a combination of orbital imagery, descent imagery, broad-band site viewing/analysis, and data that cover both x and y axes. For example, the detection of a basaltic-looking rock with a microscope should be checked against the elements detected, the appearance of the rock as a lava flow from descent imagery, and so forth. (e) Instrumentation: To satisfy the above criteria, it is necessary to: (i) See the rock or soil with high resolution + magnification, (ii) Examine many samples, (iii) Consume little power per analysis, (iv) Determine elemental species, (v) Determine mineralogy directly (not inferentially) and the degree of ordering of compounds, (vi) Start analyzing from both ends of the x-axis. Every geologist wants to see the hand sample first, and apply a hand lens to its surface. This has not been the starting point for missions to Mars. Thus, our technology satisfies all these criteria . This XRD-XRF-Optical instrument currently being developed, analyses rock or soil surfaces without the need for sample acquisition or preparation; this satisfies the power criterion, and enables many analyses. The device acquires direct mineralogy and determines elemental species. The embedded endoscopic camera satisfies the critical criterion of close inspection of samples; the fiber optic cable can also be used for IR, LTV, or laser sample analysis. Additional information is contained in the original (Figures).
Published: 1999

15. Fluorescence investigation of the recombinant cyanobacterial phytochrome (Cph1) and its C-terminally truncated monomeric species (Cph1Δ2): implication for holoprotein assembly, chromophore–apoprotein interaction and photochemistry

Author: Sineshchekov, V, Koppel’, L, Esteban, B, Hughes, J, and Lamparter, T
Published: 2002
Full Text: View/download PDF

16. In Situ identification of mineral resources with an X-ray-optical 'Hand-Lens' instrument

Author: Marshall, J, Koppel, L, Bratton, C, Metzger, E, and Hecht, M
Subjects: Lunar And Planetary Exploration
Abstract: The recognition of material resources on a planetary surface requires exploration strategies not dissimilar to those employed by early field geologists who searched for ore deposits primarily from surface clues. In order to determine the location of mineral ores or other materials, it will be necessary to characterize host terranes at regional or subregional scales. This requires geographically broad surveys in which statistically significant numbers of samples are rapidly scanned from a roving platform. To enable broad-scale, yet power-conservative planetary-surface exploration, we are developing an instrument that combines x-ray diffractometry (XRD), x-ray fluorescence spectrometry (XRF), and optical capabilities; the instrument can be deployed at the end of a rover's robotic arm, without the need for sample capture or preparation. The instrument provides XRD data for identification of mineral species and lithological types; diffractometry of minerals is conducted by ascertaining the characteristic lattice parameters or "d-spacings" of mineral compounds. D-spacings of 1.4 to 25 angstroms can be determined to include the large molecular structures of hydrated minerals such as clays. The XRF data will identify elements ranging from carbon (Atomic Number = 6) to elements as heavy as barium (Atomic Number = 56).
Published: 1997

17. Feasibility of an integrated X-ray instrument for Mars exobiology and geology

Author: Fonda, M. L, Schwartz, D. E, Koppel, L. N, Franco, E. D, and Kerner, J. A
Subjects: Space Biology
Abstract: By employing an integrated X-ray instrument on a future Mars mission, data obtained will greatly augment those returned by Viking; details relevant to the possibility of the origin and evolution of life on Mars will be acquired. An integrated combined X Ray Fluorescence/X Ray Detection (XRF/XRD) instrument has been breadboarded and demonstrated to accommodate important exobiology and geology experiment objectives outlined for Mars Environmental Survey (MESUR) and future Mars missions. Among others, primary objectives for the exploration of Mars include: the intense study of local areas on Mars to 'establish the chemical, mineralogical, and petrological character of different components of the surface material; to determine the distribution, abundance and sources and sinks of volatile materials, including an assessment of the biologic potential, now and during past epochs; and to establish the global chemical and physical characteristics of the Martian surface'. The XRF/XRD breadboard instrument identifies and quantifies soil surface elemental, mineralogical, and petrological characteristics and acquires data necessary to address questions on volatile abundance and distribution. Additionally, the breadboard is able to characterize the biogenic element constituents of soil samples providing information on the biologic potential of the Mars environment.
Published: 1994

18. Demonstration of the feasibility of an integrated x ray laboratory for planetary exploration

Author: Franco, E. D, Kerner, J. A, Koppel, L. N, and Boyle, M. J
Subjects: Space Sciences (General)
Abstract: The identification of minerals and elemental compositions is an important component in the geological and exobiological exploration of the solar system. X ray diffraction and fluorescence are common techniques for obtaining these data. The feasibility of combining these analytical techniques in an integrated x ray laboratory compatible with the volume, mass, and power constraints imposed by many planetary missions was demonstrated. Breadboard level hardware was developed to cover the range of diffraction lines produced by minerals, clays, and amorphous; and to detect the x ray fluorescence emissions of elements from carbon through uranium. These breadboard modules were fabricated and used to demonstrate the ability to detect elements and minerals. Additional effort is required to establish the detection limits of the breadboard modules and to integrate diffraction and fluorescence techniques into a single unit. It was concluded that this integrated x ray laboratory capability will be a valuable tool in the geological and exobiological exploration of the solar system.
Published: 1993

19. An Integrated XRF/XRD Instrument for Mars Exobiology and Geology Experiments

Author: Koppel, L. N, Franco, E. D, Kerner, J. A, Fonda, M. L, Schwartz, D. E, and Marshall, J. R
Subjects: Lunar And Planetary Exploration
Abstract: By employing an integrated x-ray instrument on a future Mars mission, data obtained will greatly augment those returned by Viking; details characterizing the past and present environment on Mars and those relevant to the possibility of the origin and evolution of life will be acquired. A combined x-ray fluorescence/x-ray diffraction (XRF/XRD) instrument was breadboarded and demonstrated to accommodate important exobiology and geology experiment objectives outlined for MESUR and future Mars missions. Among others, primary objectives for the exploration of Mars include the intense study of local areas on Mars to establish the chemical, mineralogical, and petrological character of different components of the surface material; to determine the distribution, abundance, and sources and sinks of volatile materials, including an assessment of the biologic potential, now and during past epoches; and to establish the global chemical and physical characteristics of the Martian surface. The XRF/XRD breadboard instrument identifies and quantifies soil surface elemental, mineralogical, and petrological characteristics and acquires data necessary to address questions on volatile abundance and distribution. Additionally, the breadboard is able to characterize the biogenic element constituents of soil samples providing information on the biologic potential of the Mars environment. Preliminary breadboard experiments confirmed the fundamental instrument design approach and measurement performance.
Published: 1993

20. Recombinant phytochrome of the moss Ceratodon purpureus (CP2): fluorescence spectroscopy and photochemistry

Author: Sineshchekov, V, Koppel’, L, Hughes, J, Lamparter, T, and Zeidler, M
Published: 2000
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21. Registered Replication Report:Rand, Greene, and Nowak (2012)

Author: Bouwmeester, S., Verkoeijen, P. P.J.L., Aczel, B., Barbosa, F., Bègue, L., Brañas-Garza, P., Chmura, T. G.H., Cornelissen, G., Døssing, F. S., Espín, A. M., Evans, A. M., Ferreira-Santos, F., Fiedler, S., Flegr, J., Ghaffari, M., Glöckner, A., Goeschl, T., Guo, L., Hauser, O. P., Hernan-Gonzalez, R., Herrero, A., Horne, Z., Houdek, P., Johannesson, M., Koppel, L., Kujal, P., Laine, T., Lohse, J., Martins, E. C., Mauro, C., Mischkowski, D., Mukherjee, S., Myrseth, K. O.R., Navarro-Martínez, D., Neal, T. M.S., Novakova, J., Pagà, R., Paiva, T. O., Palfi, B., Piovesan, M., Rahal, R. M., Salomon, E., Srinivasan, N., Srivastava, A., Szaszi, B., Szollosi, A., Thor, K., Tinghög, G., Trueblood, J. S., Van Bavel, J. J., van ‘t Veer, A. E., Västfjäll, D., Warner, M., Wengström, E., Wills, J., Wollbrant, C. E., Bouwmeester, S., Verkoeijen, P. P.J.L., Aczel, B., Barbosa, F., Bègue, L., Brañas-Garza, P., Chmura, T. G.H., Cornelissen, G., Døssing, F. S., Espín, A. M., Evans, A. M., Ferreira-Santos, F., Fiedler, S., Flegr, J., Ghaffari, M., Glöckner, A., Goeschl, T., Guo, L., Hauser, O. P., Hernan-Gonzalez, R., Herrero, A., Horne, Z., Houdek, P., Johannesson, M., Koppel, L., Kujal, P., Laine, T., Lohse, J., Martins, E. C., Mauro, C., Mischkowski, D., Mukherjee, S., Myrseth, K. O.R., Navarro-Martínez, D., Neal, T. M.S., Novakova, J., Pagà, R., Paiva, T. O., Palfi, B., Piovesan, M., Rahal, R. M., Salomon, E., Srinivasan, N., Srivastava, A., Szaszi, B., Szollosi, A., Thor, K., Tinghög, G., Trueblood, J. S., Van Bavel, J. J., van ‘t Veer, A. E., Västfjäll, D., Warner, M., Wengström, E., Wills, J., and Wollbrant, C. E.
Abstract: In an anonymous 4-person economic game, participants contributed more money to a common project (i.e., cooperated) when required to decide quickly than when forced to delay their decision (Rand, Greene & Nowak, 2012), a pattern consistent with the social heuristics hypothesis proposed by Rand and colleagues. The results of studies using time pressure have been mixed, with some replication attempts observing similar patterns (e.g., Rand et al., 2014) and others observing null effects (e.g., Tinghög et al., 2013; Verkoeijen & Bouwmeester, 2014). This Registered Replication Report (RRR) assessed the size and variability of the effect of time pressure on cooperative decisions by combining 21 separate, preregistered replications of the critical conditions from Study 7 of the original article (Rand et al., 2012). The primary planned analysis used data from all participants who were randomly assigned to conditions and who met the protocol inclusion criteria (an intent-to-treat approach that included the 65.9% of participants in the time-pressure condition and 7.5% in the forced-delay condition who did not adhere to the time constraints), and we observed a difference in contributions of −0.37 percentage points compared with an 8.6 percentage point difference calculated from the original data. Analyzing the data as the original article did, including data only for participants who complied with the time constraints, the RRR observed a 10.37 percentage point difference in contributions compared with a 15.31 percentage point difference in the original study. In combination, the results of the intent-to-treat analysis and the compliant-only analysis are consistent with the presence of selection biases and the absence of a causal effect of time pressure on cooperation.
Published: 2017

22. X-Ray Diffraction Properties and Applications of Layered Synthetic Microstructures in the 1 to 10 Ångstrom Region

Author: Koppel, L., Barbee, T. W., Burke, P. G., editor, Kleinpoppen, H., editor, Fabian, Derek J., editor, Kleinpoppen, Hans, editor, and Watson, Lewis M., editor
Published: 1981
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23. A multilab preregistered replication of the ego-depletion effect

Author: Hagger, Martin S, Hagger, M S, D Chatzisarantis, N L, Alberts, H, Anggono, C O, Batailler, C, Birt, A R, Brandt, M J, Brewer, G, Bruyneel, S, Calvillo, D P, Campbell, W K, Cannon, P R, Carlucci, M, Carruth, N P, Cheung, T, Crowell, A, D De Ridder, D T, Dewitte, S, Elson, M, Evans, J R, Fay, B A, Fennis, B M, Finley, A, Francis, Z, Heise, E, Hoemann, H, Inzlicht, M, Koole, S L, Koppel, L, Kroese, F, Lange, F, Lau, K, Lynch, B P, Martijn, C, Merckelbach, H, Mills, N V, Michirev, A, Miyake, A, Mosser, A E, Muise, M, Muzi, M, Nalis, D, Nurwanti, R, Otgaar, H, Philipp, M C, Primoceri, P, Rentzsch, K, Ringos, L, Schlinkert, C, Schmeichel, B J, Schoch, S F, Schrama, M, Schütz, A, Stamos, A, Tinghög, G, Ullrich, J, VanDellen, M, Wimbarti, S, Wolff, W, Yusainy, C, Zerhouni, O, Zwienenberg, M, Sripada, Chandra, Kessler, Daniel, Baumeister, Roy, Holcombe, Alex O, Leerstoel Ridder, Sub Sociale psychologie, and Stress and self-regulation
Subjects: Taverne
Abstract: Good self-control has been linked to adaptive outcomes such as better health, cohesive personal relationships, success in the workplace and at school, and less susceptibility to crime and addictions. In contrast, self-control failure is linked to maladaptive outcomes. Understanding the mechanisms by which self-control predicts behavior may assist in promoting better regulation and outcomes. A popular approach to understanding self-control is the strength or resource depletion model. Self-control is conceptualized as a limited resource that becomes depleted after a period of exertion resulting in self-control failure. The model has typically been tested using a sequential task experimental paradigm, in which people completing an initial self-control task have reduced self-control capacity and poorer performance on a subsequent task, a state known as ego depletion. Although a metaanalysis of ego-depletion experiments found a medium-sized effect, subsequent meta-analyses have questioned the size and existence of the effect and identified instances of possible bias. The analyses served as a catalyst for the current Registered Replication Report of the ego-depletion effect. Multiple laboratories (k = 23, total N =2,141) conducted replications of a standardized ego-depletion protocol based on a sequential-task paradigm by Sripada et al. Meta-analysis of the studies revealed that the size of the ego-depletion effect was small with 95% confidence intervals (CIs) that encompassed zero (d = 0.04, 95% CI [−0.07, 0.15]. We discuss implications of the findings for the ego-depletion effect and the resource depletion model of self-control.
Published: 2016

24. The laser irradiated gas jet: A spectroscopic experimental and theoretical study.

Author: Lee, Richard W., Matthews, D. L., Koppel, L., Busch, G. E., Charatis, G., Dunning, M. J., and Mayer, F. J.
Published: 1983
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25. Characterization of laser-produced plasma x-ray sources for use in x-ray radiography.

Author: Matthews, D. L., Campbell, E. M., Ceglio, N. M., Hermes, G., Kauffman, R., Koppel, L., Lee, R., Manes, K., Rupert, V., Slivinsky, V. W., Turner, R., and Ze, F.
Published: 1983
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26. Neon spectral line broadening as a diagnostic for compressed laser-fusion targets.

Author: Auerbach, J. M., Bailey, D. S., Glaros, S. S., Koppel, L. N., Pan, Y. L., Richards, L. M., Slivinsky, V. W., and Thomson, J. J.
Published: 1979
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27. A multilab preregistered replication of the ego-depletion effect

Author: Leerstoel Ridder, Sub Sociale psychologie, Stress and self-regulation, Hagger, Martin S, Hagger, M S, D Chatzisarantis, N L, Alberts, H, Anggono, C O, Batailler, C, Birt, A R, Brandt, M J, Brewer, G, Bruyneel, S, Calvillo, D P, Campbell, W K, Cannon, P R, Carlucci, M, Carruth, N P, Cheung, T, Crowell, A, D De Ridder, D T, Dewitte, S, Elson, M, Evans, J R, Fay, B A, Fennis, B M, Finley, A, Francis, Z, Heise, E, Hoemann, H, Inzlicht, M, Koole, S L, Koppel, L, Kroese, F, Lange, F, Lau, K, Lynch, B P, Martijn, C, Merckelbach, H, Mills, N V, Michirev, A, Miyake, A, Mosser, A E, Muise, M, Muzi, M, Nalis, D, Nurwanti, R, Otgaar, H, Philipp, M C, Primoceri, P, Rentzsch, K, Ringos, L, Schlinkert, C, Schmeichel, B J, Schoch, S F, Schrama, M, Schütz, A, Stamos, A, Tinghög, G, Ullrich, J, VanDellen, M, Wimbarti, S, Wolff, W, Yusainy, C, Zerhouni, O, Zwienenberg, M, Sripada, Chandra, Kessler, Daniel, Baumeister, Roy, Holcombe, Alex O, Leerstoel Ridder, Sub Sociale psychologie, Stress and self-regulation, Hagger, Martin S, Hagger, M S, D Chatzisarantis, N L, Alberts, H, Anggono, C O, Batailler, C, Birt, A R, Brandt, M J, Brewer, G, Bruyneel, S, Calvillo, D P, Campbell, W K, Cannon, P R, Carlucci, M, Carruth, N P, Cheung, T, Crowell, A, D De Ridder, D T, Dewitte, S, Elson, M, Evans, J R, Fay, B A, Fennis, B M, Finley, A, Francis, Z, Heise, E, Hoemann, H, Inzlicht, M, Koole, S L, Koppel, L, Kroese, F, Lange, F, Lau, K, Lynch, B P, Martijn, C, Merckelbach, H, Mills, N V, Michirev, A, Miyake, A, Mosser, A E, Muise, M, Muzi, M, Nalis, D, Nurwanti, R, Otgaar, H, Philipp, M C, Primoceri, P, Rentzsch, K, Ringos, L, Schlinkert, C, Schmeichel, B J, Schoch, S F, Schrama, M, Schütz, A, Stamos, A, Tinghög, G, Ullrich, J, VanDellen, M, Wimbarti, S, Wolff, W, Yusainy, C, Zerhouni, O, Zwienenberg, M, Sripada, Chandra, Kessler, Daniel, Baumeister, Roy, and Holcombe, Alex O
Published: 2016

28. Fecal Pellet Counts as a Technique for Monitoring an Alpine-Dwelling Social Rodent, the Hoary Marmot (Marmota caligata)

Author: Karels, T. J., Koppel, L., and Hik, D. S.
Published: 2004
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29. Fluorescence and photochemical properties of phytochromes in wild-type wheat and a transgenic line overexpressing an oat phytochrome A (PHYA ) gene: functional implications

Author: Sineshchekov, V., Koppel, L., Shlumukov, L., Barro, F., Barcelo, P., Lazzeri, P. A., and Smith, H.
Subjects: Plant Sciences
Abstract: Etiolated seedlings of wild-type wheat and a transgenic line overexpressing an oat PHYA gene were investigated by the use of in situ low-temperature fluorescence spectroscopy. The red-absorbing phytochrome form, Pr, was characterized by (1) fluorescence emission spectrum; (2) total phytochrome content, and (3) by the extent of the Pr --> lumi-R photoconversion at low temperature (gamma (1)), and of the Pr --> Pfr photoconversion at ambient temperature (gamma (2)) as derived from emission data. All the characteristics, were shown to be variable and to depend on (1) organ and tissue used; (2) seedling age; (3) transgenic wheat modification, and (4) continuous far-red irradiation of seedlings during their growth. These variations were interpreted in terms of the existence in wheat seedlings of the two phenomenological Pr types: (a), Pr' - major longer wavelength (687/673 nm, emission/absorption maxima) variable and light-labile with gamma (1) approximate to 0.5; and (b), Pr" - minor, shorter wavelength (682/668 nm), relatively constant with its concentration not changing significantly with the increase of total phytochrome content in tissues and light-stable with gamma (1) less than or equal to 0.05-0.1. Overexpression of oat phyA increases primarily the content of Pr' suggesting that it is comprised of phyA (phyA) whereas Pr" is believed to consist of the minor phyA fraction (phyA") and phyB. The transgenic wheat line has been demonstrated to have a modified phenotype - the appearance of the far-red high irradiance reaction (FR-HIR) (Shlumukov et al. Plant, Cell and Environment 24, 703-712). The increased content of phyA' in the transgenic line, whereas the total [phyA" + phyB] remains the same as in the wild type, indicates that the phyA' pool is primarily responsible for the observed modification of the phenotype and suggests that even in wild-type plants the phyA' component of the phyA pool may mediate the FR-HIR.
Published: 2001

30. Computer program developed for flowsheet calculations and process data reduction

Author: Alfredson, P. G, Anastasia, L. J, Knudsen, I. E, Koppel, L. B, and Vogel, G. J
Subjects: Mathematics And Information Sciences
Abstract: Computer program PACER-65, is used for flowsheet calculations and easily adapted to process data reduction. Each unit, vessel, meter, and processing operation in the overall flowsheet is represented by a separate subroutine, which the program calls in the order required to complete an overall flowsheet calculation.
Published: 1969

31. Fluorescence and photochemical properties of phytochromes in wild-type wheat and a transgenic line overexpressing an oat phytochrome A (PHYA ) gene: functional implications

Author: Sineshchekov, V., primary, Koppel, L., additional, Shlumukov, L., additional, Barro, F., additional, Barcelo, P., additional, Lazzeri, P., additional, and Smith, H., additional
Published: 2001
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32. Novette diagnostic support. Final report

Author: Cirigliano, R., primary, Franco, E., additional, Koppel, L., additional, Rodrigues, B., additional, and Smith, J., additional
Published: 1985
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33. A miniature metal–ceramic x-ray source for spacecraft instrumentation

Author: Koppel, L. N., primary and Marshall, J. R., additional
Published: 1998
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34. Thin-film metrology by rapid x-ray reflectometry

Author: Koppel, L. N., primary and Parobek, L., additional
Published: 1998
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35. Thin-film metrology by rapid x-ray reflectometry.

Author: Koppel, L. N. and Parobek, L.
Published: 1998
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36. New books

Author: Hopkins, C. Y., Albright, Lyle F., Koppel, L. B., and Schall, E. D.
Published: 1965
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37. Input multiplicities in nonlinear, multivariable control systems.

Author: Koppel, L. B.
Published: 1982
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38. Laser-heated X-ray flashlamp brightness measurements.

Author: Matthews, D., Hagelstein, P., Campbell, E., Toor, A., Kauffman, R., Koppel, L., Halsey, W., Phillion, D., and Price, R.
Published: 1983
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39. Calibrated ''four-color'' x-ray microscope for laser plasma diagnostics.

Author: Seward, F., Dent, J., Boyle, M., Koppel, L., Harper, T., Stoering, P., and Toor, A.
Published: 1976
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40. Conditions imposed by process statics on multivariable process dynamics.

Author: Koppel, L. B.
Published: 1985
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41. Statistical models for surface renewal in heat and mass transfer. Part IV: Wall to fluidized bed heat transfer coefficients.

Author: Koppel, L. B., Patel, R. D., and Holmes, J. T.
Published: 1970
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42. Statistical models for surface renewal in heat and mass transfer. Part III: Residence times and age distributions at wall surface of a fluidized bed, application of spectral density.

Author: Koppel, L. B., Patel, R. D., and Holmes, J. T.
Published: 1970
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43. Process control by digital compensation.

Author: Mosler, H. A., Koppel, L. B., and Coughanowr, D. R.
Published: 1967
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44. Statistical models for surface renewal in heat and mass transfer: Part I. Dependence of average transport coefficients on age distribution.

Author: Koppel, L. B., Patel, R. D., and Holmes, J. T.
Published: 1966
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45. Characterization and gain identification of time varying flow processes.

Author: Mellichamp, D. A., Coughanowr, D. R., and Koppel, L. B.
Published: 1966
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46. Identification and adaptation in control loops with time varying gain.

Author: Mellichamp, D. A., Coughanowr, D. R., and Koppel, L. B.
Published: 1966
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47. Interaction of 1.06 μm laser radiation with variable Z̃ targets

Author: Shay, H. D., Haas, R. A., Kruer, W. L., Boyle, M. J., Phillion, D. W., Rupert, V. C., Kornblum, H. N., Rainer, F., Slivinsky, V. W., Koppel, L. N., Richards, L., and Tirsell, K. G.
Published: 1978
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48. Laminar Flow Heat Transfer for Variable Physical Properties

Author: Koppel, L. B. and Smith, J. M.
Abstract: A solution is presented for heat transfer from a circular tube to a fluid, with variable properties, in fully developed laminar flow within the tube. The major assumption employed is that the radial velocity component may be neglected. The method is illustrated for supercritical carbon dioxide with the boundary condition of constant wall heat flux. Under these conditions the density and thermal properties vary greatly with temperature. The results indicate that unusual behavior of the heat-transfer coefficient may occur for certain values of heat flux and fluid temperature. The new solution technique presented should be applicable to a variety of partial differential equations with variable coefficients.
Published: 1962
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49. Digital Interface Modules for Active-Readout X-Ray Spectrometer.

Author: ADVANCED RESEARCH AND APPLICATIONS CORP SUNNYVALE CA, Isaacson,C, Koppel,L, Hamstra,Robert H , Jr, Cirigliano,R, ADVANCED RESEARCH AND APPLICATIONS CORP SUNNYVALE CA, Isaacson,C, Koppel,L, Hamstra,Robert H , Jr, and Cirigliano,R
Abstract: The design of an active readout x-ray diffraction crystal spectrometer (HW-1024) for four key Pulsed Plasma Source (PRS) missions has been investigated. This active readout capability is installable into existing film-recording spectrometers, (HW-1000) and compatible with PRS facility computer resources. Three field retrofittable packages, detector, digital interface and control/DAS software, provide the active readout capability. Keywords: Active readout x-ray spectrometer; Diffraction crystals; Digital interface module.
Published: 1985

50. A Model for Continuous Thickening

Author: Tarrer, A. R., primary, Lim, H. C., additional, Koppel, L. B., additional, and Grady, C. P. L., additional
Published: 1974
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