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DTSTAMP:20260407T152645Z
DTSTART;TZID=Europe/Zurich:20210825T050000
DTEND;TZID=Europe/Zurich:20210827T130000
SUMMARY:Integrated History and Philosophy of Climate Data
UID:20260408T153125Z-iCalPlugin-Grails@philevents-web-f5d4878dd-r5qzs
TZID:Europe/Zurich
LOCATION:Bern\, Switzerland
DESCRIPTION:<p><strong>Workshop&nbsp\;&ldquo\;Integrated History and Philosophy of Climate Data&rdquo\;&nbsp\;</strong><br><br><em>Climate data</em>&nbsp\;encompass a broad range of heterogeneous data\, from paleoclimate&nbsp\;proxies to climate model outputs. In the scientific practice\, there are&nbsp\;inherent issues of production and use&nbsp\;of climate data. In this&nbsp\;workshop&nbsp\;we will investigate the potentials and limits of&nbsp\;<em>Integrated History and Philosophy of Science&nbsp\;</em>(IHPS) for analysing climate data production and use.<br><br>History&nbsp\;of science studies the development of science in its socio-cultural&nbsp\;context while philosophy of science aims to reflect\, on a normative&nbsp\;basis\, on the instruments and methods used to&nbsp\;produce scientific&nbsp\;knowledge.<em>&nbsp\;Integrated History and Philosophy of Science</em>&nbsp\;(IHPS) contains the idea that history of science and philosophy of&nbsp\;science could and should benefit from each&nbsp\;other. On the one hand\,&nbsp\;philosophical&nbsp\;concepts of science are used in history of science. Reflecting on these&nbsp\;concepts &ldquo\;can elucidate historiographical categories\, justify&nbsp\;historiographical&nbsp\;choices and\, thereby\, enrich and improve the stories&nbsp\;that&nbsp\;historians&nbsp\;tell&nbsp\;about past science as a knowledge-producing enterprise&rdquo\; (Arabatzis&nbsp\;2017: 70). On the other hand\,&nbsp\;philosophical&nbsp\;concepts of science are&nbsp\;supposed to apply to practices situated in a social and cultural&nbsp\;world.&nbsp\;Therefore\, they should be elaborated or revised in the light of the&nbsp\;socio-cultural contexts that&nbsp\;historical studies provide.&nbsp\;However\, the HSP discussion&nbsp\;does&nbsp\;rarely leave the disciplinary boundaries of&nbsp\;philosophy\, and the&nbsp\;dialogue across the disciplines is challenged due to diverging&nbsp\;goals and&nbsp\;understandings of what&nbsp\;<em>history</em>&nbsp\;or&nbsp\;<em>philosophy</em>&nbsp\;should achieve.&nbsp\;<br><br><strong>This&nbsp\;workshop therefore wants to bring historians and philosophers&nbsp\;interested in climate science into a conversation with each other. Our&nbsp\;goal is 1) evaluating how philosophy&nbsp\;and history can benefit from each&nbsp\;other&rsquo\;s work and approach\, and 2) discussing how we can combine our&nbsp\;approaches in order to study climate data in an innovative way.&nbsp\;&nbsp\;</strong><br><br>We believe that an integrated history and philosophy of science perspective is particularly relevant to study climate data.&nbsp\;Philosophical&nbsp\;questions related to data ask to which extent data&nbsp\;count as evidence\,&nbsp\;and how scientists can gain understanding from data models.&nbsp\;Historical&nbsp\;research shows that the methods\, technologies and practices in&nbsp\;producing climate data have a&nbsp\;history\, and how they are shaped by their&nbsp\;social\, cultural and political contexts.&nbsp\;We agree with Leonelli that&nbsp\;&ldquo\;thinking&nbsp\;about the complex history\, processing and use of data can encourage&nbsp\;philosophers to avoid ahistorical\, uncontextualized approaches to&nbsp\;questions of evidence\, and instead consider the methods\, skills\,&nbsp\;technologies and practices involved in handling data &hellip\; as&nbsp\;crucial to&nbsp\;understanding empirical knowledge-making&rdquo\; (Leonelli 2020).&nbsp\;We want to further explore&nbsp\;how&nbsp\;can historical insights into the role of&nbsp\;socio-political&nbsp\;agenda\, institutions and&nbsp\;instruments in scientific research and data&nbsp\;production enrich or change epistemological inquiry. And vice-versa\, (how)&nbsp\;can we make historical studies&nbsp\;on climate data&nbsp\;richer and more&nbsp\;coherent by integrating underlying philosophical concepts? And beyond &ldquo\;enriching&rdquo\; historical research\, what&nbsp\;<em>new</em>&nbsp\;historical questions may be asked when including philosophical&nbsp\;considerations?&nbsp\;<br><br>Possible questions and topics for presentations may address\, but are not limited to the following:&nbsp\;</p>\n<ul>\n<li>What are climate data?&nbsp\;How have climate data been generated and analysed in the past?</li>\n<li>How have their multidisciplinary origins been negotiated in climate science?</li>\n<li>How&nbsp\;have such data &ldquo\;travelled&rdquo\; through space\, time and disciplines? Does&nbsp\;data travelling come with specific methodological difficulties?</li>\n<li>How&nbsp\;have instruments\, institutions\, disciplinary cultures\, politics etc.&nbsp\;influenced the generation of climate data and data travelling?</li>\n<li>How has the heterogeneity of data sources&nbsp\;(ranging from satellite observations to paleoclimate proxies)&nbsp\;and data quality been negotiated in the past? What epistemological issues&nbsp\;does this&nbsp\;heterogeneity of data sources raise?</li>\n<li>With&nbsp\;respect to evaluation of data and scientific understanding: what are&nbsp\;the differences between the various methods of data production (computer&nbsp\;models\, scientific instruments\,&nbsp\;proxies)?&nbsp\;</li>\n<li>What&nbsp\;are the historical and epistemological reasons why climate data are&nbsp\;uncertain\, of limited reliability and incomplete? How do these&nbsp\;limitations impact our historical and&nbsp\;philosophical understanding of&nbsp\;data as a basis of evidence?</li>\n<li>What&nbsp\;are the concepts that need philosophical clarifications for historical&nbsp\;inquiry? What can a conceptual analysis of data\, proxies\, models\,&nbsp\;representations\, or idealisations bring&nbsp\;to history of science?</li>\n<li>What&nbsp\;does historical contextualisation bring to philosophical analysis of&nbsp\;data practices and analysis and the evidence derived from it?</li>\n</ul>\n\n<p>The&nbsp\;workshop is intended as an exploratory and interdisciplinary meeting to&nbsp\;bring together historians\, philosophers and climate scientists&nbsp\;interested in climate data and in discussing the&nbsp\;potential and limits of&nbsp\;IHPS in this context. If interested in participating\, please send an&nbsp\;abstract of max. 300 words and a short&nbsp\;bio&nbsp\;to:&nbsp\;<a href="mailto:achermann@uni-wuppertal.de">achermann@uni-wuppertal.de</a>&nbsp\;and&nbsp\;<a href="mailto:julie.jebeile@philo.unibe.ch">julie.jebeile@philo.unibe.ch</a>. Deadline for abstract submission:&nbsp\;22&nbsp\;March&nbsp\;2021.&nbsp\;Please indicate in your application whether you need travel funding\,&nbsp\;as&nbsp\;there&nbsp\;might&nbsp\;be&nbsp\;external support for&nbsp\;young&nbsp\;researchers&nbsp\;in particular.&nbsp\;<br><br>&nbsp\;&nbsp\;<br>Cited literature:<br>Arabatzis\,&nbsp\;Theodore 2017. "What's in It for the Historian of Science? Reflections&nbsp\;on the Value of Philosophy of Science for History of Science"\,<em>&nbsp\;International Studies in the Philosophy of Science</em>&nbsp\;31: 1. pp. 69-82. Leonelli\, Sabina 2020. "Scientific Research and Big Data"\,&nbsp\;<em>The Stanford&nbsp\;Encyclopedia&nbsp\;of Philosophy</em>&nbsp\;(Summer 2020 edition)\,&nbsp\;Zalta\, Edward N. (ed.).&nbsp\;<a href="https://plato.stanford.edu/archives/sum2020/entries/science-big-data/">https://plato.stanford.edu/archives/sum2020/entries/science-big-data/</a>.</p>
ORGANIZER;CN=Dania Achermann;CN=Julie Jebeile:
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