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> From: H-Net Staff via H-REVIEW <[email protected]>
> Date: September 28, 2020 at 10:47:33 AM EDT
> To: [email protected]
> Cc: H-Net Staff <[email protected]>
> Subject: H-Net Review [H-Environment]:  Carpenter on Dry, 'Waters of the 
> World: The Story of the Scientists Who Unraveled the Mysteries of Our Oceans, 
> Atmosphere, and Ice Sheets and Made the Planet Whole'
> Reply-To: [email protected]
> 
> Sarah Dry.  Waters of the World: The Story of the Scientists Who 
> Unraveled the Mysteries of Our Oceans, Atmosphere, and Ice Sheets and 
> Made the Planet Whole.  Chicago  University of Chicago Press, 2019.
> 321 pp.  $30.00 (cloth), ISBN 978-0-226-50770-5.
> 
> Reviewed by Kathryn B. Carpenter (Princeton University)
> Published on H-Environment (September, 2020)
> Commissioned by Daniella McCahey
> 
> Water is startling in its flexibility and power. It takes so many 
> forms--oceans, rivers, clouds, rain, ice, gas--and can shape our 
> landscape through torrents or single drips. If I push the metaphor a 
> bit, the same might be said of knowledge: it comes in many forms, 
> sometimes unrecognizable from one another, and can change the 
> landscapes of our understanding in huge gushes or with a single 
> droplet of an idea. In _Waters of the World_, which takes both water 
> and ways of knowing as its subject, Sarah Dry shows how, in their 
> studies of different forms of water, scientists have created 
> knowledge that has, over time, interacted in sometimes surprising 
> ways to result in a global understanding of climate systems. By 
> zeroing in on the experiences of key figures in different fields, Dry 
> works to bring more than 150 years of research on multiple continents 
> within the grasp of readers.
> 
> Combining scholarship in the history of science with the published 
> and personal papers of the scientists themselves, _Waters of the 
> World_ joins a growing number of histories seeking to explain how our 
> understanding of global climate and climate science emerged (for 
> example, see Deborah Coen's _Climate in Motion_ [2018] and Paul 
> Edwards's _A Vast Machine _[2010]). Yet Dry is interested not only in 
> scientists' conclusions, but also in the passions and emotions that 
> animated and informed their work. By focusing on the humanity of 
> researchers, Dry illuminates how "the contingency of individual lives 
> has influenced the creation of what might otherwise seem to be a 
> natural object--the system of the earth, the vision of the globe" (p. 
> 272). The scientists here are presented with their charms, flaws, 
> and, most of all, the playfulness, awe, and desire they brought to 
> their work. In arguing for the importance of interdisciplinarity and 
> different ways of knowing, Dry invites us all--scientists, 
> historians, readers from all walks of life--to approach the planet's 
> climate crisis with our own sense of curiosity and willingness to 
> imagine alternatives. 
> 
> Each chapter of Dry's elegant prose introduces readers to one of six 
> key figures, from different periods and scientific fields, ranging 
> from John Tyndall's work in the 1850s to understand the causes of 
> glacial movement and the impact of water vapor on the atmosphere to 
> Joanne Simpson's wide-ranging investigations in the 
> mid-twentieth-century United States into the dynamics of clouds, 
> their impacts, and whether they could be manipulated. Although few, 
> if any, of the scientists profiled understood themselves to be part 
> of the same scientific project, by placing them alongside one another 
> Dry deftly shows how these disparate pursuits created ways of knowing 
> the world that, in turn, demonstrated the interconnectedness of the 
> world's natural systems that we now take for granted. These chapters 
> are largely presented as biography; Dry allows us to get to know the 
> scientists as fully formed people, capturing their eccentricities, 
> their charm, their foibles, and how their personal values interacted 
> with their work. 
> 
> This emphasis on individual scientists not only makes the book 
> engaging to a nonspecialist audience, but it also underscores one of 
> Dry's key ambitions. By emphasizing the embodied work of scientists, 
> from the physical discomforts they face in the field to the personal 
> grudges that sometimes animate their work, _Waters of the World_ 
> encourages readers to understand scientists as people. These details, 
> along with Dry's careful attention to explaining how each researcher 
> would have understood his or her research, help us to set aside 
> whatever modern scientific knowledge we bring to the book and see 
> through the eyes of these five men and one woman. 
> 
> At the heart of Dry's profile of each scientist is an emphasis on 
> their sense of play, wonder, and curiosity. Charles Piazzi Smyth, 
> while observing the atmosphere through a spectroscope on a 
> mountainside in 1856, also took photographs of the landscape and 
> plants surrounding him, seeming to delight in the very act of 
> documentation. Henry Stommel, at the end of a lifetime of exploring 
> the mysteries of ocean currents, still found that science failed to 
> capture the awe-inspiring scope of nature. The stories demonstrate 
> the importance of play in knowledge-making and the idea that 
> discoveries often arise in places we do not expect to find them. Yet 
> the wonder at the heart of this book is much more than a tool for 
> discovery; it is a way of engaging the world that Dry urges us all to 
> embrace: "Their playful exploring was, in its seeking, searching 
> quality, elevated by a poignant sense of longing--for more knowledge, 
> more time with which to study the plants, more freedom in their work, 
> and more tools with which to see deeply" (p. 288). 
> 
> Dry leads by example in _Waters of the World_, bringing this sense of 
> delight to her telling of this history. She introduces us to the 
> "magic trick" of scientific work, that "a great amount of work is 
> applied to making a small bit of nature visible in a way it has never 
> been visible before" (p. 81). It is hard not to reflect that the 
> magic that Dry finds in science should be part of historians' work, 
> too: a great deal of work, a sense of curiosity, awe, and searching 
> that brings many ways of knowing together to reveal a part of human 
> experience that has been difficult to see before. In an age that 
> emphasizes research efficiency, funding scarcity, too many demands on 
> researchers' time, and expectations of productivity, Dry's emphasis 
> on a different approach reflects its own sense of longing.
> 
> Dry avoids becoming mired in the details of biography, placing each 
> featured scientist not only within their historical context but 
> within the institutions and governments that inform, fund, and build 
> upon their work. Carrying readers between scales--from the close-up, 
> for example, of Willi Dansgaard and his team analyzing ice core 
> samples in a mass spectrometer to the Cold War backdrop that gave 
> them access to massive core samples--_Waters of the World_ connects 
> the individual choices and quirks of scientists to the systems that 
> shape them and the reception of their work. The scope of time and 
> scale that Dry covers sometimes presents the book's greatest 
> challenges; occasionally the sheer number of individuals and 
> institutions feels unwieldy. But the book's expansive reach also 
> results in some of its greatest strengths. Each scientist's 
> individual actions and choices build on, reinterpret, or ignore 
> previous work; take place within the context of varying societies, 
> institutions, and governments; and reflect both individual and 
> cultural values and attitudes, some of which change over the course 
> of a single career. This broad scope is central to one of the book's 
> key purposes, "to show how the thing we today refer to quite casually 
> as climate science is an amalgam of different ways of knowing the 
> earth" (p. 273). 
> 
> Despite the sense of compounding knowledge, _Waters of the World_ is 
> far from suggesting that such building has been efficient or 
> inevitable. In fact, the messy unfolding of scientific work is 
> essential to the book's argument. Dry takes us down intellectual 
> rabbit holes alongside our scientists, both to dead ends and to 
> unexpected discoveries. She reveals how knowledge uncovered in one 
> context can have a completely different meaning in another, allowing 
> researchers to make new connections. In doing so, Dry nudges readers 
> in the sciences toward the benefits of interdisciplinarity, despite 
> its challenges. She also shows how knowledge can be both gained and 
> lost, and hints at how some forms of knowledge have been overlooked 
> by professional scientists. Discussing Tyndall's work, for example, 
> she notes that the shepherds who worked on the mountains where 
> Tyndall researched had long noticed glacial changes, yet "it occurred 
> to none of the small cadre who called themselves 'gentlemen of 
> science' to ask them what they thought" (p. 24). These tantalizing 
> hints of knowledge neglected by scientists, from that of local 
> residents to indigenous knowledge, beg for further exploration. As 
> she puts it, "We are inheritors of both more and less than we know" 
> (p. 5).
> 
> Dry's emphasis on interdisciplinarity and the connections between 
> different ways of knowing is a message, too, for historians, and 
> perhaps especially for historians of science and the environment. Too 
> much focus on the history of a single scientific discipline can 
> obscure the larger, interconnected picture. By tracing histories of 
> "water" rather than a specific scientific approach, Dry can 
> demonstrate how seemingly disparate fields developed connections over 
> time. For environmental historians, the use of "water" as the central 
> element in this book may be a bit puzzling; environmental history has 
> tended to focus on water in its liquid state, rather than subjects 
> such as ice cores and atmospheric conditions. Here, too, Dry's work 
> demonstrates the importance of thinking more creatively about our 
> subject and considering a broader lens.
> 
> Dry seeks to provide useful context for the crisis of climate change 
> we now face, and the urgency comes through clearly in the conclusion. 
> There, Dry argues that historians have an essential role to play 
> alongside climate scientists, and that any worries we might harbor 
> about presentism are distractions in the face of this need: "we 
> urgently need to think hard about the relationship between the 
> present and the past. Any fears about how we are blinded by our 
> present prejudices seem increasingly less significant than the risk 
> of depriving ourselves of the best tools we can use for imagining the 
> future" (p. 284). Historians, Dry says, are uniquely positioned to 
> help both scientists and the broader public understand the value 
> systems that have shaped our knowledge, and what assumptions those 
> values have caused us to take for granted.
> 
> Yet in the midst of this urgency, _Waters of the World_ reminds us 
> all that the search for knowledge and the ability to imagine 
> alternative futures requires more than single-minded focus. The book 
> is also a call to follow the examples of these scientists and engage 
> with the world with a sense of playfulness, wonder, and 
> curiosity--and to take this relationship as seriously as we take our 
> search for solutions. 
> 
> Citation: Kathryn B. Carpenter. Review of Dry, Sarah, _Waters of the 
> World: The Story of the Scientists Who Unraveled the Mysteries of Our 
> Oceans, Atmosphere, and Ice Sheets and Made the Planet Whole_. 
> H-Environment, H-Net Reviews. September, 2020.
> URL: https://www.h-net.org/reviews/showrev.php?id=54991
> 
> This work is licensed under a Creative Commons 
> Attribution-Noncommercial-No Derivative Works 3.0 United States 
> License.
> 
> 


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