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  1. Glass-boxing Science: Laboratory Work on Display in Museums.Caitlin Donahue Wylie - 2020 - Science, Technology, and Human Values 45 (4):618-635.
    Museum displays tend to black-box science, by displaying scientific facts without explanations of how those facts were made. A recent trend in exhibit design upends this omission by putting scientists, technicians, and volunteers to work in glass-walled laboratories, just a window away from visitors. How is science conceived, portrayed, and performed in glass-walled laboratories? Interviews and participant observation in several “fishbowl” paleontology laboratories reveal that glass walls alter lab workers’ typical tasks and behavior. However, despite glass-walled labs’ incomplete and edited (...)
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  • How assumptions shape the paleosciences.Ian Tattersall - 2019 - History and Philosophy of the Life Sciences 41 (4):39.
    Science is a very special form of storytelling, one in which the stories told have to be testable against empirical observation. But the world is a complicated place; and, to provide a coherent account of it, scientists often find themselves obliged to join up their observable dots using untestable or as-yet-untested lines. This is a necessary part of constructing many valuable and predictive scientific scenarios; and it is perfectly good procedure as long as the assumptions involved are fully compatible with (...)
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  • How assumptions shape the paleosciences.Ian Tattersall - 2019 - History and Philosophy of the Life Sciences 41 (4):1-11.
    Science is a very special form of storytelling, one in which the stories told have to be testable against empirical observation. But the world is a complicated place; and, to provide a coherent account of it, scientists often find themselves obliged to join up their observable dots using untestable or as-yet-untested lines. This is a necessary part of constructing many valuable and predictive scientific scenarios; and it is perfectly good procedure as long as the assumptions involved are fully compatible with (...)
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  • Matthew’s (1915) climate and evolution, the “New York School of Biogeography”, and the rise and fall of “Holarcticism”.Juan J. Morrone - 2022 - History and Philosophy of the Life Sciences 44 (2):1-27.
    Climate and evolution represents an important contribution to evolutionary biogeography, that influenced several authors, notably Karl P. Schmidt, George S. Myers, George G. Simpson, Philip J. Darlington, Ernst Mayr, Thomas Barbour, John C. Poynton, Allen Keast, Léon Croizat, Robin Craw, Michael Heads, and Osvaldo A. Reig. Authors belonging to the “New York School of Zoogeography” –a research community including Matthew, Schmidt, Myers and Simpson– accepted Matthew’s “Holarcticism” and the permanence of ocean basins and continents, whereas others, especially panbiogeographers and cladistic (...)
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