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Consulting plant spirits for spiritual and psychological guidance and healing • Reveals how, by communing with the deva or spirit of a plant, we can call forth its medicine without even needing to ingest it • Includes wisdom from the devas of 13 herbs, such as rosemary, datura, and uva ursi • Empowers readers with the tools to develop their own inner resources for healing in relationship with the plant devas around them Each plant has a story to share with us, a healing story to guide us in trying times, a spirit medicine for the New Earth that is presently unfolding. Herbs are some of the most powerful allies we have for these transitional times--we just need to learn how to listen as they share their knowledge with us. In Wisdom of the Plant Devas, Thea Summer Deer reveals a new dimension of herbal medicine, one where the plant’s spirit is consulted for guidance and healing beyond the physical. Examining the botany, modern and traditional uses, history, and folklore of 13 special herbs, such as rosemary, uva ursi, and datura, she shares divinations and messages from their devas, or plant spirits, explaining how these stories carry the herbs into our lives, letting them work their magic on us. Exploring herbal medicine from an energetic perspective, she reveals that by communing with the deva of a plant, we can call on the plant’s physical, psychological, and spiritual medicine and guidance--without ingesting it or even being in its presence. Detailing the sacred space of a Medicine Wheel Garden, whether in a backyard or our imaginations, she connects us with the devas and empowers us to seek our own answers with their much-needed spiritual guidance and divinatory advice. Creating a bridge between botanical medicine and plant spirit medicine, she shows how by coming into community with the devas and co-creating with the world of nature, we can gain tremendous insights to help heal our hearts, our minds, and our spirits and consciously evolve as together we birth the New Earth.
Blueberry cultivation has increased dramatically as production has shifted into new regions. Blueberries are now widely available as food and also processed to be used in medicine and pharmaceuticals for their antioxidant properties. This new and updated edition covers the major topics of interest to blueberry breeders and researchers including botany, physiology, nutrition, growth regulation, photosynthesis, environment, weeds, pests, diseases and postharvest management. The main focus is on the most important cultivated species, the highbush blueberry, although information on other blueberries and related species is also provided. It is an essential resource for soft fruit researchers, extension workers, academics, breeders, growers, and students.
Starting in the 1940s, humans have aimed to increase agricultural productivity. However, along with the benefits gained, there have been several criticisms since the 1970s, especially about food security and environmental impacts. Nowadays, the demand for food is increasing while the quantity and quality of agricultural production is declining due to human-induced environmental problems, i.e. climate change and water scarcity. Moreover, our modern fruit industry needs to improve quality and quantity of fruit production while also protecting ecosystems by reducing environmental impacts. Hence, this book intends to provide the reader with a comprehensive overview of the new and eco-friendly technologies in the modern fruit industry.
Nutritional Composition and Antioxidant Properties of Fruits and Vegetables provides an overview of the nutritional and anti-nutritional composition, antioxidant potential, and health benefits of a wide range of commonly consumed fruits and vegetables. The book presents a comprehensive overview on a variety of topics, including inflorescence, flowers and flower buds (broccoli, cauliflower, cabbage), bulb, stem and stalk (onion, celery, asparagus, celery), leaves (watercress, lettuce, spinach), fruit and seed (peppers, squash, tomato, eggplant, green beans), roots and tubers (red beet, carrots, radish), and fruits, such as citrus (orange, lemon, grapefruit), berries (blackberry, strawberry, lingonberry, bayberry, blueberry), melons (pumpkin, watermelon), and more. Each chapter, contributed by an international expert in the field, also discusses the factors influencing antioxidant content, such as genotype, environmental variation and agronomic conditions.
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This volume presents the proceedings of the Second International Sym posium on Genetic Aspects ofPlant Minerai Nutrition, held in Madison, Wisconsin in 1985. The mechanisms by which plants acquire, transport and utilize essential minerai nutrients are highly complex. The means by which plants either exclude or tolerate ions of metals toxic to plants are equally complex. The first symposium attempted to convene research scientists con cerned with minerai nutrition for the purpose of exploring the kinds of minerai nutrition phenomena identified as being under genetic contro!. The first symposium also placed much emphasis on research to which genetic intervention might be applied. At the second symposium more papers were presented on genetic and breeding research, a long-term objective of the first symposium. The second symposium also included biotic interactions under genetic con trol that either enhanced or impeded ion uptake, e.g. mycorrhizae and nitrogen fixing bacteria. This continuing dialogue is essential for a research area the complexity of which is due to its interdisciplinary nature.
I often see advice given by nutritionists and other medical experts recommending that you start the day with a healthy breakfast. Since blueberries are known to be one of the most beneficial of all fruits, a blueberry smoothie or yogurt topped with these berries are common suggestions. The trouble with this advice is that it may very well be counterproductive
Superfoods and functional foods are receiving increasing attention because of their important roles in health. This book focuses on the production of superfoods and functional foods and their role as medicine. In the early chapters, prominent researchers introduce the roles and production of microalgae and functional fruits through metabolic engineering, the use of food waste, and effective cooking procedures. In the latter chapters, other prominent researchers introduce the medical effects of polyphenols, glutamine, and unsaturated fatty acids, which are contained in superfoods and functional foods. They suggest the importance of superfoods and functional foods in the treatment and prevention of many diseases. It is also recommended for readers to take a look at a related book, Superfood and Functional Food: An Overview of Their Processing and Utilization.
The book focuses on implications of traditional and processed foods for autism spectrum disorder (ASD) intervention and management. Numerous phytonutrients and pharmacologically active compounds in edible natural products and diet could influence and offer protection to neuronal dysfunction that occurs due to ASD. The neuroprotective effects of various fruits, vegetables, nuts and seeds phytochemicals, and other natural bioactive ingredients against ASD and related conditions are discussed. Topics such as the possible neuroprotective mechanism of action of these foods and the therapeutic role of antioxidants in relation to ASD are addressed. This book also highlights the scope of using anti-inflammatory agents and antioxidants to promote neurogenesis and improve other symptoms in ASD. It emphasizes personalized nutritional approaches with dietary management of neurodevelopmental disorders/ASD cases. Information in this book is relevant to researchers in the field of complementary and alternative medicine, nutraceuticals, neuroscience, agriculture, nutrition, and food science. This volume is beneficial to students of varying levels, and across multiple disciplines.