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Summary: This book integrates knowledge of plant biotechnology, plant physiology, and the environment. It presents new information about soil organic carbon sequestration using plant species (tropical grasses) that have potential in climate change mitigation. It also presents scientific knowledge on the multipurpose role of microRNA (miRNA), focusing mainly on stress tolerance in crop plants. Chapters discuss uses, methods, and advantages of recombinant DNA technology and novel plant biotechnology applications for plant-based vaccines. This volume brings together knowledge about non-edible plants seeds as potential sources of biodiesel production to mitigate the global energy crisis.

Charles Kovacs characterizes different plants, from fungi, algae and lichens, to the lily and rose families. He describes the parts of each plant and their growth cycle.It is recommended for Steiner-Waldorf curriculum Classes 5 and 6 (age 10-12).

The Sixth Edition of Botany: An Introduction to Plant Biology provides a modern and comprehensive overview of the fundamentals of botany while retaining the important focus of natural selection, analysis of botanical phenomena, and diversity.

Forensic Botany: Principles and Applications to Criminal Casework, Second Edition updates what, at the time, was the very first book published on the subject. This latest edition offers a concise introduction to plant identification, biology, genetics, and how to utilize and apply botanical evidence in criminal cases.In recent years, forensic botany and the use of various plant and plant‑derived evidence have been increasingly utilized in criminal investigations and court cases. Likewise, forensic palynology and other such terms have entered the vernacular as botanical sciences have widened the applications in which such evidence can help solve cases. This includes the use of current and emergent genetic markers and DNA technology, toxicology, diatoms, and pollen. The numerous advances since the last edition was published necessitated added coverage of the technology and testing capabilities that have achieved new levels as the field has developed.The chapters are written by some of the top experts in the field. Every chapter in the Second Edition is fully updated, with several new chapters focusing on Random Amplified Polymorphic DNA (RAPD), Restriction Fragment Length Polymorphism (RFLP), and Amplified Fragment Length Polymorphism (AFLP), plant‑derived toxins and forensic toxicology, identifying ancient plants used in burial practices for dating sites, digested plants as evidence, and more.Forensic Botany, Second Edition provides scientists working with DNA, trace evidence, and botanical evidence—as well as investigators and legal professionals—with a thorough understanding of the latest advances and current capabilities in utilizing such evidence in investigating and adjudicating criminal cases.

An accessible foray into botany's origins and how we can transform its futureColonial ambitions spawned imperial attitudes, theories, and practices that remain entrenched within botany and across the life sciences. Banu Subramaniam draws on fields as disparate as queer studies, Indigenous studies, and the biological sciences to explore the labyrinthine history of how colonialism transformed rich and complex plant worlds into biological knowledge. Botany of Empire demonstrates how botany's foundational theories and practices were shaped and fortified in the aid of colonial rule and its extractive ambitions. We see how colonizers obliterated plant time's deep history to create a reductionist system that imposed a Latin-based naming system, drew on the imagined sex lives of European elites to explain plant sexuality, and discussed foreign plants like foreign humans. Subramanian then pivots to imagining a more inclusive and capacious field of botany untethered and decentered from its origins in histories of racism, slavery, and colonialism. This vision harnesses the power of feminist and scientific thought to chart a course for more socially just practices of experimental biology.A reckoning and a manifesto, Botany of Empire provides experts and general readers alike with a roadmap for transforming the colonial foundations of plant science.

Harvest basic botany knowledge from this abundant book Botany For Dummies gives you a thorough overview of the fundamentals of botany, but in simple terms that anyone can understand. Great for supplementing your botany coursework or brushing up before an exam, this book covers plant evolution, the structure and function of plant cells, and plant identification. Plus, you'll learn about how plants of different types are changing and adapting in response to changing climates. This new edition goes into more detail on fungi—not technically plants, but no one is holding that against them. Regardless of what brought you to the wonderful world of botany, this book will show you around. Get an easy-to-understand introduction to the key concepts in botany Read about recent discoveries and theories in the world of plant science Understand different families of plants and where they grow Improve your grade and pass your exam in your introductory botany course Get a copy of Botany For Dummies and watch your botany knowledge bloom.

This book contains the most up-to-date data on the most important crops grown in various regions. Extensive discussion is given to the origins of agriculture, the evolution of agricultural plants, the discovery of plants, the migration of plants, the domestication of plants, and the proliferation of plants. Following a study of the ancestry and diversification of cultivated plants, we turn to a review of tropical, subtropical, and temperate crops used for food, beverages, spices, and medicines, as well as plant insecticides, timber plants, and essential oil-producing plants. Products from these crops range from food and drink to spices and even medicine. Plants that are used to make essential oils are also discussed. The beneficial impacts of a number of plants are examined in light of their unique genetic and evolutionary properties. Commercially important subtropical and temperate plants, as well as petro-crops, ethnobotanical studies, and biodiversity conservation, are discussed in this volume. The most important plant species belonging to each group are identified, and their significance is discussed at length. This book is an excellent resource for students of botany, food science, nutrition, forestry, agriculture, horticulture, plant breeding, and environmental science. One of the book's strongest selling qualities is that it was written by a person who has devoted their entire life to the field of economic botany. Extensive photographs and line drawings are provided, all of which include descriptive captions.

There's so much to learn about plants, from seed growth and dispersal to capillary action and pigments in flowers. This book of projects presented by Scientific American invites young scientists to investigate these ideas botany and many more in engaging, curriculum-supporting experiments and activities. Each project introduces a scientific idea to readers before helping them set up and execute the experiment or activity using clear, step-by-step instructions. Questions along the way ask readers to consider their progress and what might happen next. Additional ideas to expand a project are shown, including science fair project ideas.

Thoreau's last years have been the subject of debate for decades, but only recently have scholars and critics begun to appreciate the posthumous publications, unfinished manuscripts, and Journal entries that occupied the writer after Walden (1854). Until now, no critical reader has delved deeply enough into botany to see how Thoreau's plant studies impact his thinking and writing. Thoreau's Botany moves beyond general literary appreciation for the botanical works to apply Thoreau's extensive studies of botany—from 1850 to his death in 1862—to readings of his published and unpublished works in fresh, interdisciplinary ways. Bringing together critical plant studies, ecocriticism, and environmental humanities, James Perrin Warren argues that Thoreau's botanical excursions establish a meeting ground of science and the humanities that is only now ready to be recognized by readers of American literature and environmental literature.

Can one seed make a difference? Women in Botany introduces kids to the field of botany through the questions of a spunky girl. Readers will experience the dazzling world of plants and learn about timeless women botanists who have used tiny seeds to do huge things, like create new medicines and feed their communities. The highlighted women hail from all over the world, span from the 16th Century to present day, and include Waheenee, Ynés Mexía, Dr. Janaki Ammal, Elizabeth Coleman White, Loredana Marcello, and Dr. Wangari Maathai. Designed to motivate girls to learn more about the field of botany and see how one person's creativity and determination can change the world, this book has been peer reviewed by an extensive team of scientists, science educators, and parents. Concepts covered include botany, parts of a seed (embryo, endosperm, seed coat), parts of a plant (roots, stem), conditions for plant growth, plant species, parts of flowers (anther, stigma, pollen), The Linnaean System, hybrid plants, medicines, conservation, and photosynthesis. Part of the riveting “Science Wide Open” series, Women in Botany shows young readers how their own big ideas can blossom.

• Includes a dictionary of nearly 300 magical plants with descriptions of each plant's scientific name, common names, elemental qualities, ruling planets, and zodiacal signatures, with commentary on medico-magical properties and uses • Explores methods of phytotherapy and plant magic, including the Paracelsian “transplantation of diseases,” ritual pacts with trees, the secret ingredients of witches'ointments, and the composition of magical philters • Explains the occult secrets of phytogenesis, plant physiology, and plant physiognomy (classification of plants according to the doctrine of signatures) Merging the scientific discipline of botany with ancient, medieval, and Renaissance traditions of occult herbalism, this seminal guide was first published in French in 1902 as a textbook for students of Papus's École hermétique and sparked a revival in the study of magical herbalism in early twentieth-century France. Author Paul Sédir, pseudonym of Yvon Le Loup (1871-1926), explains the occult secrets of phytogenesis (the esoteric origin and evolutionary development of the plant kingdom), plant physiology (the occult anatomy of plants), and plant physiognomy (classification of plants according to the doctrine of signatures). Unveiling the mysteries behind planetary and zodiacal attributions, he provides readers with the keys to make their own informed determinations of the astral properties of plants. Moving from theory into practice, Sédir explores various methods of phytotherapy and plant magic, including the Paracelsian “transplantation of diseases,” the secret ingredients of witches'ointments, and the composition of magical philters. In the third section of the book, Sédir offers a dictionary of magical plants that covers nearly 300 plant species with descriptions of their astral signatures, occult properties, and medico-magical uses. Compiled from an array of rare sources and esoterica, this classic text includes a wealth of additional materials and supplemental charts and diagrams drawn from Sédir's occult colleagues, all of whom adopted and expanded upon Sédir's pioneering system of plant correspondences.

Explore the treasures of botany and learn about the many amazing species of the world: from plants with medicinal properties, toxic ones, flowering beauties or ones thriving at the bottom of the sea.This is an anthology of illustrations from the 17th and 18th centuries, when scientific illustrations were a necessity to the development of science, prior to the invention of photography.The high quality vintage images are accompanied by informative text from biologist Carmen Soria and has been created in partnership with the National Museum of Natural History in Madrid, Spain.Discover the botanical world from your armchair, and pull out your favourite posters to frame and display.

Part I, Physiology, deals with the life processes of plants, such as absorption, transpiration, conduction, photosynthesis, nutrition, assimilation, digestion, respiration, growth, and irritability. Part II, Morphology and Life History of Representative Plants, includes a rather careful study of representative examples among the algæ, fungi, liverworts, mosses, ferns and their allies, gymnosperms and angiosperms, with especial emphasis on the form of plant parts, and a comparison of them in the different groups, with a comparative study of development, reproduction, and fertilization, rounding out the work with a study of life histories and noting progression and retrogression of certain organs and phases in proceeding from the lower to the higher plants. Part III, Plant Members in Relation to Environment, deals with the organization of the plant body as a whole in its relation to environment, the organization of plant tissues with a discussion of the principal tissues and a descriptive synopsis of the same.

Poetry that inhabits and queers bodies and lands in an ecosomatic investigation. Gut Botany charts my body / language living on indigenous land as a white settler and traveler,'Petra Kuppers writes in the notes of her new poetry collection. Using a perfect cocktail of surrealist and situationist techniques, Kuppers submits to the work and to the land, moving through ancient fish, wounded bodies, and the space around her. The book invites the reader to navigate their own body through the peaks and pitfalls of pain, survival, sensual joy, and healing. Gut Botany is divided into eight sections. In'Court Theatre,'Kuppers revisits courtroom performances following her sexual assault while drawing from the works of Perel and Bhanu Kapil.'Asylum'grew out of the Asylum Project performance experiments that Kuppers co-directed with dancer/poet Stephanie Heit.'Moon Botany'began as a collaboration with visual artist Sharon Siskin and offers a wheelchair user's view of insects, mushrooms, and horsetail ferns. Amber DiPetra notes that'this book is beautiful when it needs to be beautiful and it is edgy when it needs to be edgy and that is the sign of writing that matters.'Readers looking for experimental poetry that takes up space in their brains and bodies will dive deep and fast into this queer ecosomatic investigation.

Winner, 2019 Science Fiction & Technoculture Studies Book PrizeRadical Botany excavates a tradition in which plants participate in the effort to imagine new worlds and envision new futures. Modernity, the book claims, is defined by the idea of all life as vegetal. Meeker and Szabari argue that the recognition of plants'liveliness and animation, as a result of scientific discoveries from the seventeenth century to today, has mobilized speculative creation in fiction, cinema, and art. Plants complement and challenge notions of human life. Radical Botany traces the implications of the speculative mobilization of plants for feminism, queer studies, and posthumanist thought. If, as Michael Foucault has argued, the notion of the human was born at a particular historical moment and is now nearing its end, Radical Botany reveals that this origin and endpoint are deeply informed by vegetality as a form of pre- and posthuman subjectivity. The trajectory of speculative fiction which this book traces offers insights into the human relationship to animate matter and the technological mediations through which we enter into contact with the material world. Plants profoundly shape human experience, from early modern absolutist societies to late capitalism's manipulations of life and the onset of climate change and attendant mass extinction.A major intervention in critical plant studies, Radical Botany reveals the centuries-long history by which science and the arts have combined to posit plants as the model for all animate life and thereby envision a different future for the cosmos.

A delightful illustrated guide to pairing plants and crystals to maximize their healing and energizing benefits.Greening your home is a powerful way to bring well-being and a sense of peace into any space, and adding crystals to the mix amplifies their vibrational energy and elevates those benefits to the next level. Whether you are looking for love, calm, prosperity, or merely inspiration to declutter your house and mind, Tanya Lichtenstein demonstrates how pairing plant and crystal soul mates will help both you and them align with the flow of the universe.Plants and crystals are a timeless love story. Become an alchemical matchmaker and learn how syncing these natural allies can help your houseplants thrive, cleanse and ignite the powers of crystals, and make your home an oasis. Their potent synergy will allow you to reconnect with your intentions and reflect on the present moment. Discover how to effectively use more than 40 plant and crystal combinations, from jade pothos and pyrite for abundance, to string-of-pearls plant and amazonite for a worry detox, to aloe vera and apophyllite for self-care.

This book discusses innovative methods for mining information from images of plants, especially leaves, and highlights the diagnostic features that can be implemented in fully automatic systems for identifying plant species. Adopting a multidisciplinary approach, it explores the problem of plant species identification, covering both the concepts of taxonomy and morphology. It then provides an overview of morphometrics, including the historical background and the main steps in the morphometric analysis of leaves together with a number of applications. The core of the book focuses on novel diagnostic methods for plant species identification developed from a computer scientist's perspective. It then concludes with a chapter on the characterization of botanists'visions, which highlights important cognitive aspects that can be implemented in a computer system to more accurately replicate the human expert's fixation process. The book not only represents an authoritative guide to advanced computational tools for plant identification, but provides experts in botany, computer science and pattern recognition with new ideas and challenges. As such it is expected to foster both closer collaborations and further technological developments in the emerging field of automatic plant identification.

The book covers both the basics of plant chromosomes as well as advances such as molecular characteristics, to give the reader an understanding of the chromosome as vehicle of hereditary transmission. It is meant for all levels of students in genetics, evolution, and biodiversity.

A part from spiritual and metaphysical knowledge, Vedas are also treasure of scientific information. Vedic mathematics, Vedic astronomy and Vedic physics have gained enormous popularity among modern scientists. Vedic botany is also a full-fledged discipline and its advocacy is the basic purpose of this book. Although literature related to botanical wisdom in Vedas are available but they are mostly in discrete form. Attempt has been made to compile it at one place for the benefit of interested readers. Another noteworthy aspect of this book is the parallelism drawn between Vedic botany and modern day botany. Often critics of oriental knowledge argue about scientific validity of this information. This notion will be effectively removed after going through the pages of this book. Descriptions and information related to plants present in Vedas have been compared with modern science and the similarity has been highlighted. Description of morphology, anatomy, physiology and embryology of plants found in Vedas has been presented in this book. Almost all aspects of Ecology and Environmental Science are dealt in detail in four Vedas and a critical analysis of this aspect is presented in this book. Therapeutic uses of plants are another noteworthy aspect of Vedic literature. A detail discussion of few selected plants along with their uses, identification and classification is available in this book. To establish scientific validity of these plants, active principles present in them has also been given. This provides concrete evidence of recommendations present in Vedas regarding medicinal plants. At the end, definition of medical terms is provided for the benefit of readers. Hopefully, the book will prove to be a good reading material for persons interested in botany, environmental science, Sanskrit and indology.

With one volume each year, this series keeps scientists and advanced students informed of the latest developments and results in all areas of the plant sciences. The present volume includes reviews on physiology, ecology and vegetation science.

Gavin Hardy and Laurence Totelin have brought together their botanical and historical knowledge to produce this unique overview of ancient botany. It examines all the founding texts of botanical science, such as Theophrastus'Enquiry into Plants, Dioscorides'Materia Medica, Pliny the Elder's Natural History, Nicolaus of Damascus'On Plants, and Galen'On Simple Remedies, but also includes lesser known texts ranging from the sixth century BCE to the seventh century CE, as well as some material evidence. The authors adopt a thematic approach rather than a chronological one, considering important issues such as the definition of a plant, nomenclature, classifications, physiology, the link between plants and their environment, and the numerous usages of plants in the ancient world. The book also takes care to place ancient botany in its historical, social and economic context. The authors have explained all technical botanical terms and ancient history notions, and as a result, this work will appeal to historians of ancient science, medicine and technology; classicists; and botanists interested in the history of their discipline.