Other books that might interest you

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  A Christian Field Guide to...

  Ethan J. Brue, Derek C....

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  Our technology shapes the way we live, interact, work, play, and even worship. Technology and its power are both old and new—as is the wisdom we need to envision, design, build, and use it well. For Christians passionate about developing technology, it's not always clear how their faith and work intersect. How can designing and using technology actually be a way of loving God and our neighbors?Veteran engineers and teachers Ethan Brue, Derek Schuurman, and Steve VanderLeest provide a field guide for fellow explorers working with technology. Using numerous case studies, historical examples, and personal stories, they explore issues such as:
  
  - biblical themes and passages that relate to technology
  - the ethics and norms involved in technology design
  - how engineering and technology tap into human dreams for a better world
  Along the way they acknowledge the challenges arising from technology but also point to the wonderful possibilities it offers us and its ability to contribute to the common good.For Christians studying and working in engineering, computer science, technical design, architecture, and related fields, this book is packed with wisdom and practical guidance. By sharing what they have learned, the authors encourage readers to ask harder questions, aspire to more noble purposes, and live a life consistent with their faith as they engage with technology.

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  Deepwater Alchemy - Extractive...

  Lisa Yin Han

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  How underwater mediation has transformed deep-sea spaces into resource-rich frontiers 
   
   
   
  Green energy technologies such as windmills, solar panels, and electric vehicles may soon depend on material found at the seabed. How did a space once imagined to be empty and unfathomable come to be thought of as a treasure trove of resources? Lisa Yin Han traces how contemporary developments in underwater sensing and imaging materially and imaginatively transmogrify the ocean bottom into a resource frontier capable of sustaining a digitally connected global future. 
   
   
   
  Set against the backdrop of climate change, energy transition, and the expansion of industrial offshore extractions, Deepwater Alchemy looks at oceanic media and its representation of the seabed in terms of valuable resources. From high-tech simulations to laboratories and archives that collect and analyze sediments, Han explores the media technologies that survey, visualize, and condition the possibility for industrial resource extraction, introducing the concept of extractive mediation to describe the conflations between resource prospecting and undersea knowledge production. Moving away from anthropocentric frameworks, she argues that we must equalize access to deep ocean mediation and include the submerged perspectives of multispecies communities.

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  Nineteen Reservoirs - On Their...

  Luc Sante

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  Without the nineteen upstate reservoirs that supply its water, New York City as we know it would not exist today. 
   
   
   
  From 1907 to 1967, a network of reservoirs and aqueducts was built across more than one million acres in upstate New York, including Greene, Delaware, Sullivan, and Ulster Counties. This feat of engineering served to meet New York City's ever-increasing need for water, sustaining its inhabitants and cementing it as a center of industry. West of the Hudson, it meant that twenty-six villages, with their farms, forest lands, orchards, and quarries, were bought for a fraction of their value, demolished, and submerged, profoundly altering ecosystems in ways we will never fully appreciate. 
   
   
   
  This paradox of victory and loss is at the heart of Nineteen Reservoirs, Lucy Sante's meticulous account of how New York City secured its seemingly limitless fresh water supply, and why it cannot be taken for granted. In inimitable form, Sante plumbs the historical record to surface forgotten archives and images, bringing lost places back to life on the page. Her immaculately calibrated sensitivity honors both perspectives on New York City's reservoir system and helps us understand the full import of its creation.

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  Believe It or Snot - The...

  Anonymous

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  From the scientist duo behind the New York Times bestselling sensation Does It Fart? and their excremental follow up True or Poo?, Believe It Or Snot explores the myriad variety of slime in the animal and plant kingdoms.Your little brother isn't the only nose-picking animal.What is hyena butter and would it be appropriate to spread on toast? Why is giraffe saliva such a good lubricant? How does some mollusk mucus work like a fishing pole? And what's the deal with pygmy sperm whales' "anal syrup?"In Believe It or Snot, scientists and bestselling authors Nick Caruso and Dani Rabaiotti detail the slimy secrets of 80 organisms that ooze, drip, dribble, and splatter. Not quite a solid but firmer than a liquid, slime is used by plants and animals for defense, respiration, movement, feeding, communication, and even reproduction. Slime, you might say, is the glue that holds our world together. But that leaves an important question: which creature is earth's slimiest? In this book, the authors dive into the goo and come up with a definitive ranking of earth's slimiest creatures-while offering up a plethora of facts about the natural world's ooze, gunge, sludge, gunk, and goop.

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  The Language of Climate Politics...

  Genevieve Guenther

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  In an illuminating analysis, Dr. Genevieve Guenther shows that the climate debate is not, in fact, neatly polarized, with Republicans obstructing climate action and Democrats advancing climate solutions. Partisans on the right and the left often repeat the same fossil-fuel talking points, and this repetition produces a centrist consensus upholding the status quo, even as global heating accelerates. 
   
   
   
  Weaving this analysis through fascinating critical histories of the terms that dominate the language of climate politics—the words we, alarmist, cost, growth, "India and China," innovation, and resilience—Dr. Guenther shows how this consensus is established. Fossil-fuel interests weaponize the discourses of science, economics, and activism, co-opting and twisting climate language to help greenwash their plans for ongoing extraction. But all too often climate scientists, economists, and even advocates will unwittingly echo the false and dangerous assumptions of their supposed political opponents. This apparent agreement between foes, filtered through the news media, not only influences our commonsense yet mistaken views about the climate crisis but also enables powerful decisionmakers to justify the corporate and policy actions that threaten us all. Revealing this dynamic, Guenther shows how to transform it.

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  Chemical Engineering - Design...

  Phil Gilberts

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  Chemical engineering is a multidisciplinary field that integrates principles from chemistry, physics, mathematics, and economics to tackle complex challenges across a diverse range of industries. At its core, chemical engineers focus on efficiently harnessing, transforming, and transporting chemicals, materials, and energy on a large scale. This involves not only designing and optimizing processes but also understanding the fundamental properties of substances and the underlying mechanisms governing their behavior. 
    
  One of the primary areas of focus for chemical engineers is process design and optimization. They develop innovative processes for the production of chemicals, fuels, pharmaceuticals, and materials, striving to maximize efficiency, minimize waste, and ensure safety. This often involves breaking down complex systems into manageable unit operations, such as distillation, reaction kinetics, heat transfer, and separation techniques, which are then studied and optimized individually to achieve specific goals within a larger process framework. 
    
  Environmental engineering is another critical aspect of chemical engineering. In today's world, sustainability and environmental impact are paramount considerations in any industrial process. Chemical engineers work on solutions for pollution control, waste management, and sustainable practices, aiming to minimize the ecological footprint of human activities and preserve our natural resources for future generations.

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