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What does the Bible say about marijuana? If it doesn’t directly address marijuana, how can Christians know what to make of the legalization of recreational cannabis and the advocacy of medical marijuana? In the past, Christians could easily answer the question of whether or not it was permissible to use cannabis by deferring to state prohibitions. We could simply say, “it’s against the law.” Today, that answer is no longer possible. Christians are now forced to do what they should have been doing all along: Think like disciples of the Lord Jesus Christ and bring to bear the wisdom of the sufficient Word of God. Since cannabis is not explicitly mentioned in the Bible, we must understand what it is and how it affects the user. We also must understand what the Bible says about discipleship, healing, suffering, and what it is to be human. Only then can we answer the critical questions regarding the recreational use and the medical use of cannabis. In Cannabis and the Christian, Todd Miles gives readers: Biblical wisdom applied to the question of recreational cannabis Biblical wisdom related to the medical use of cannabis A grid to think through other ethical questions that aren’t directly addressed in the Bible Confidence to respond to challenging issues standing on the sufficient Word of God
Significant changes have taken place in the policy landscape surrounding cannabis legalization, production, and use. During the past 20 years, 25 states and the District of Columbia have legalized cannabis and/or cannabidiol (a component of cannabis) for medical conditions or retail sales at the state level and 4 states have legalized both the medical and recreational use of cannabis. These landmark changes in policy have impacted cannabis use patterns and perceived levels of risk. However, despite this changing landscape, evidence regarding the short- and long-term health effects of cannabis use remains elusive. While a myriad of studies have examined cannabis use in all its various forms, often these research conclusions are not appropriately synthesized, translated for, or communicated to policy makers, health care providers, state health officials, or other stakeholders who have been charged with influencing and enacting policies, procedures, and laws related to cannabis use. Unlike other controlled substances such as alcohol or tobacco, no accepted standards for safe use or appropriate dose are available to help guide individuals as they make choices regarding the issues of if, when, where, and how to use cannabis safely and, in regard to therapeutic uses, effectively. Shifting public sentiment, conflicting and impeded scientific research, and legislative battles have fueled the debate about what, if any, harms or benefits can be attributed to the use of cannabis or its derivatives, and this lack of aggregated knowledge has broad public health implications. The Health Effects of Cannabis and Cannabinoids provides a comprehensive review of scientific evidence related to the health effects and potential therapeutic benefits of cannabis. This report provides a research agendaâ€"outlining gaps in current knowledge and opportunities for providing additional insight into these issuesâ€"that summarizes and prioritizes pressing research needs.
The complete guide to the commercial, medicinal and pyschotropic.
Includes discussion on Hemp (Cannabis & Marijuana) cultivation, uses and prospects.
It is hard to believe that at one time burley tobacco was not the chief cash crop in Kentucky. Yet for more than half a century hemp dominated the state's agricultural production. James Hopkins surveys the hemp industry in Kentucky from its beginning through its complete demise at the end of World War II, describing the processes of seeding and harvesting the plant, and marketing manufactured goods made of the fiber. With debate presently raging over the legalization of industrial hemp, it is essential that an accurate portrait of this controversial resource be available. Although originally published in 1951, Hopkins's work remains remarkably current as hemp manufacturing today is little changed from the practices the author describes. This edition includes an updated bibliography of recent publications concerning the scientific, economic, and political facets of industrial hemp.
A comprehensive practical manual for professionals and self-builders, this innovative book explains the many benefits of building with hempcrete. Hempcrete is a building material with excellent, environmentally friendly properties. It's made from lime and hemp shivs (a waste product from hemp fibre growing) and can be used for walks, floor and roof insulation. Hempcrete is breathable, absorbing and emitting moisture; this helps regulate internal humidity, avoiding trapped moisture and mould growth, and creating healthier buildings. It provides excellent acoustic and thermal insulation, and it is lightweight, which reduces construction costs. Whether you're working on a new build or are planning a renovation, The Hempcrete Book tells you everything you need to know to get started with hempcrete. It describes how to source and mix it, and provides a detailed account of construction techniques, highlighting potential pitfalls and how to avoid them. With fully illustrated design notes and examples of completed builds, this book is a powerful tool for any eco-builder.
Current Applications, Approaches and Potential Perspectives for Hemp: Crop Management, Industrial Usages, and Functional Purposes presents the latest in the rapidly growing interest for hemp cultivation and its sustainable applications for humans. This book gathers research and review chapters that analyze research trends and current agricultural issues. It then proposes alternative solutions and describes current and future applications for this raw material. This book will be extremely beneficial for researchers, academics, policymakers, technicians and other stakeholders interested in this crop development and its applications. Cannabis sativa is considered as a proper and alternative crop because of its wide range of applications and marketability, especially when developed for biomedical applications. Thus, many producers and technicians are trying to find relevant information about this crop development and usages in order to be considered viable in the future. - Presents research and review chapters that analyze current trends and agricultural issues - Details the growing and diverse applications for hemp fibers, seed grain and essential oils due to its pharmacologically beneficial properties - Describes the current and future applications for this raw material
A look at major events in U.S. and world history as they influenced, and as they may have been influenced by, the cultivation and use of hemp.
Natural fibres are becoming increasingly popular for use in industrial applications, providing sustainable solutions to support technical innovation. These versatile, natural based materials have applications in a wide range of industries, from textiles and consumer products to the automotive and construction industries. Industrial Applications of Natural Fibres examines the different steps of processing, from natural generation, fibre separation and fibre processing, to the manufacturing of the final product. Each step is linked to fibre properties and characterization, highlighting how different fibres influence the product properties through a discussion of their chemical and structural qualities. Considering the value-added chain from natural generation to final product, with emphasis on quality management, this book reviews the current research and technical applications of natural fibres. Topics covered include: Introduction to the Chemistry and Biology of Natural Fibres Economic Aspects of Natural Fibres Vegetable Fibres Animal Fibres Testing and Quality Management Applications: Current and Potential Industrial Application of Natural Fibres will be a valuable resource for scientists in industry and academia interested in the development of natural based materials and products. It is particularly relevant for those working in chemical engineering, sustainable chemistry, agricultural sciences, biology and materials sciences.