The Craft and Science of Coffee follows the coffee plant from its origins in East Africa to its current role as a global product that influences millions of lives though sustainable development, economics, and consumer desire.For most, coffee is a beloved beverage. However, for some it is also an object of scientifically study, and for others it is approached as a craft, both building on skills and experience. By combining the research and insights of the scientific community and expertise of the crafts people, this unique book brings readers into a sustained and inclusive conversation, one where academic and industrial thought leaders, coffee farmers, and baristas are quoted, each informing and enriching each other.This unusual approach guides the reader on a journey from coffee farmer to roaster, market analyst to barista, in a style that is both rigorous and experience based, universally relevant and personally engaging. From on-farming processes to consumer benefits, the reader is given a deeper appreciation and understanding of coffee's complexity and is invited to form their own educated opinions on the ever changing situation, including potential routes to further shape the coffee future in a responsible manner. - Presents a novel synthesis of coffee research and real-world experience that aids understanding, appreciation, and potential action - Includes contributions from a multitude of experts who address complex subjects with a conversational approach - Provides expert discourse on the coffee calue chain, from agricultural and production practices, sustainability, post-harvest processing, and quality aspects to the economic analysis of the consumer value proposition - Engages with the key challenges of future coffee production and potential solutions

How to Make Coffee explores the scientific principles behind the art of coffee making, along with step-by-step instructions of all the major methods, and which beans, roast, and grind are best for them. This book also covers topics such as: The history of the bean Chemical composition Caffeine and decaf Milk Roasting and grinding Machines and gadgets . . . and many more Caffeine is the most widely consumed mind-altering molecule in the world; we cannot get enough of it. How is it that coffee has such a hold? Its all in the chemistry; the molecular structure of caffeine and the flavour-making phenols and fats that can be lured out from the bean by roasting, grinding and brewing. Making good coffee depends on understanding the science: why water has to be at a certain temperature, how roast affects taste, and what happens when you add cream. This book lays out the scientificprinciples for the coffee-loving non-scientist; stick to these and you will never drink an ordinary cup of joe again.

This fully-illustrated, highly-informative, and fun primer presents a whole new way to know and enjoy any type of coffee. In the same format as the highly-praised Wine Isn't Rocket Science. Rocket science is complicated, coffee doesn't have to be! With information presented in an easy, illustrated style, and chock-full of the fool-proof and reliable knowledge of a seasoned barista, Coffee Isn't Rocket Science is the guide you always wished existed. From how coffee beans are grown, harvested and turned into coffee, the history and flavor profiles of beans from every country, making pour-overs, cold brew, and latte art, and the cultural practices of drinking coffee around the world, this book explains it all in the simplest way possible. All information is illustrated in charming and informative four-color drawings that explain concepts at a glance.

Coffee Science: Biotechnological Advances, Economics and Health Benefits highlights the important advances in coffee research and an all-inclusive collection of information on the current status of global coffee production and market, sustainable benefits, novel methods and recent developments in coffee metabolites analysis, advancements in coffee processing technology and improvement of coffee quality by fermentation, solid-liquid extraction methods, and post-harvesting processes to improve the beverage quality and produce coffees with different sensory profiles. The book compiles insights into the biotechnological advances to improve coffee quality. It also describes specialty coffees, which are gaining consumer acceptance and enjoying a good global market. This book collates work on the influence of various coffee metabolites such as methyl xanthine, polyphenols, phenolic compounds, indoleamines, biogenic amines, and coffee diterpenes in human health effects such as cardiovascular diseases, cancer, type 2 diabetes mellitus, Alzheimer’s disease, and Parkinson’s disease. This book is a useful resource for scientists, academicians, and professionals all over the world who are engaged in coffee cultivation, research, business and coffee consumers’ health. Key Features Current status on coffee production and the global market Novel methods and recent developments in the determination of coffee metabolites Advancements in coffee bean processing technology and improvement of coffee quality Biotechnological advances to improve coffee quality: The role of molecular markers, tissue culture, transgenic technology, and micro RNAs Effects of coffee consumption on human health Knowledge contributions from acknowledged experts from across the world

The Physics of Filter Coffee is a deep dive into the science behind coffee brewing. In the book, renowned astrophysicist Jonathan Gagné brings welcome scientific expertise to coffee making. Not only does the book contain numerous original ideas about coffee brewing, but Jonathan lays to rest many controversial ideas about coffee making.

This book comprehensively covers topics such as agronomy, green coffee processing, roasting/grinding, packaging, percolating and decaffeination techniques.

Coffee, as a commodity and through its global value chains, is the focus of much interest to achieve fair trade and equitable outcomes for producers, processors and consumers. It has iconic cultural and economic significance for Colombia, which is one of the world's major coffee producers for the global market. This book examines sustainable coffee production in Colombia, specifically the initiatives of Nestlé to create shared value. It describes the transformation of the coffee landscape by the development of economically, socially and environmentally viable and dedicated supply chains. Suppliers have been encouraged to shift production and quality paradigms, in order to develop long-term and sustainable strategies for higher value and premium quality products. This has been partially achieved by establishing a robust partnership with the Coffee Growers Federation and other public, private and social actors, thereby taking control of the institutional architecture and knowledge base that exists in the country. The book provides an important lesson of corporate social responsibility and the creation of shared value for the benefit of farmers, corporations and consumers.