Cannabis: A Complete Guide [Kõva köide]

  • Formaat: Hardback, 567 pages, kõrgus x laius: 254x178 mm, kaal: 1420 g, 11 Tables, color; 286 Illustrations, color
  • Ilmumisaeg: 17-Nov-2016
  • Kirjastus: CRC Press Inc
  • ISBN-10: 1498761631
  • ISBN-13: 9781498761635
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  • Formaat: Hardback, 567 pages, kõrgus x laius: 254x178 mm, kaal: 1420 g, 11 Tables, color; 286 Illustrations, color
  • Ilmumisaeg: 17-Nov-2016
  • Kirjastus: CRC Press Inc
  • ISBN-10: 1498761631
  • ISBN-13: 9781498761635
Teised raamatud teemal:
Cannabis sativa is best known as the source of marijuana, the worlds most widely consumed illicit recreational drug. However, the plant is also extremely useful as a source of stem fiber, edible seed oil, and medicinal compounds, all of which are undergoing extremely promising research, technological applications, and business investment. Indeed, despite its capacity for harm as a recreational drug, cannabis has phenomenal potential for providing new products to benefit society and for generating extensive employment and huge profits. Misguided policies, until recently, have prevented legitimate research on the beneficial properties of cannabis, but there is now an explosion of societal, scientific, and political support to reappraise and remove some of the barriers to usage. Unfortunately, there is also a corresponding dearth of objective analysis. Towards redressing the limitation of information, Cannabis: A Complete Guide is a comprehensive reference summarizing botanical, business, chemical, ecological, genetic, historical, horticultural, legal, and medical considerations that are critical for the wise advancement and management of cannabis in its various forms.

This book documents both the risks and benefits of what is indisputably one of the worlds most important species. The conflicting claims for medicinal virtues and toxicological vices are examined, based mainly on the most recent authoritative scientific reviews. The attempt is made consistently to reflect majority scientific opinion, although many aspects of cannabis are controversial. Aside from the relevance to specialists, the general public should find the presentation attractive because of the huge interest today in marijuana. Unfortunately, society has become so specialized and compartmentalized that most people have limited appreciation of the importance of science to their lives, except when a topic like marijuana becomes sensationalized. This review of cannabis can serve as a vehicle for public education in the realm of science and technology. Indeed, towards the goal of disseminating the important information in this book to a wide audience, the presentation is user-friendly, concise, and well-illustrated in the hope that non-specialists will find the topics both informative and entertaining.

Arvustused

If one is looking for a recent and comprehensive volume on cannabis, this is it! From general knowledge to the arcane, this near-exhaustive CRC Press volume covers the natural and anthropological history, biochemistry, taxonomy, biology, and uses of cannabis. The chapter entitled "The Commercial Marijuana Revolution" provides a brief and informative history and analysis of legalized/commercial marijuana in the US. This well-annotated, science-based volume considers both hemp and marijuana, as well as their near relatives. The volume is documented and illustrated well; it contains color photos, high quality illustrations, and diagrams. A touch of humor is added to the subject, with references to the "hemp car" and depictions of pot growers from the 1970s through the present era. The chapters "Medical Marijuana: Theory and Practice" and "Medical Marijuana: Production" are useful and informative for those interested in the actual science of this topic, as well as discussions pertaining to the history of cannabis use and the potential for treating multiple medical and psychological conditions.

--S. T. Meiers, Western Illinois University

Summing Up: Recommended. Lower-division undergraduates and above; faculty and professionals.

Source: October 2017 issue of CHOICE

In addition to the potential interest of scientific, scholarly and administrative specialists, the general public ought to find Smalls new book worthy of detailed reference because of the vast and still growing concern today in Cannabis. In sum and without reservation, I would recommend that readers with an inquisitive and intellectual passion for having a vast amount of information about one of the worlds most useful and yet most notorious groups of plants obtain Ernest Smalls latest and by far his most comprehensive Cannabis publication.

- Mark Merlin, University of Hawai'i at Manoa, USA

Source: Economic Botany, Winter 2017 If one is looking for a recent and comprehensive volume on cannabis, this is it! From general knowledge to the arcane, this near-exhaustive CRC Press volume covers the natural and anthropological history, biochemistry, taxonomy, biology, and uses of cannabis. The chapter entitled "The Commercial Marijuana Revolution" provides a brief and informative history and analysis of legalized/commercial marijuana in the US. This well-annotated, science-based volume considers both hemp and marijuana, as well as their near relatives. The volume is documented and illustrated well; it contains color photos, high quality illustrations, and diagrams. A touch of humor is added to the subject, with references to the "hemp car" and depictions of pot growers from the 1970s through the present era. The chapters "Medical Marijuana: Theory and Practice" and "Medical Marijuana: Production" are useful and informative for those interested in the actual science of this topic, as well as discussions pertaining to the history of cannabis use and the potential for treating multiple medical and psychological conditions.

--S. T. Meiers, Western Illinois University

Summing Up: Recommended. Lower-division undergraduates and above; faculty and professionals.

Source: October 2017 issue of CHOICE

In addition to the potential interest of scientific, scholarly and administrative specialists, the general public ought to find Smalls new book worthy of detailed reference because of the vast and still growing concern today in Cannabis. In sum and without reservation, I would recommend that readers with an inquisitive and intellectual passion for having a vast amount of information about one of the worlds most useful and yet most notorious groups of plants obtain Ernest Smalls latest and by far his most comprehensive Cannabis publication.

- Mark Merlin, University of Hawai'i at Manoa, USA

Source: Economic Botany, Winter 2017

Preface xxi
Acknowledgments xxiii
Author xxv
Executive Summary xxvii
Cautions xxix
Chapter 1 Introduction
1(22)
The Cannabis Plant
1(1)
"Cannabis"---A Comprehensive Term
1(1)
The Widespread Misunderstanding That Marijuana Is "Flowers" of Cannabis sativa
1(3)
Why Cannabis Is Controversial
4(1)
Sexual Reproduction in Cannabis
5(1)
How the Four Kinds of Horses Are Similar to the Four Kinds of Cannabis sativa
6(2)
Wild Plants
8(1)
Fiber Plants
9(1)
Other So-Called "Hemps"
9(1)
"Indian Hemp"
10(1)
Oilseed Plants
10(1)
Intoxicating Drug Plants
11(1)
Genetic Relationships of Different Kinds of Cannabis Plants
11(1)
The Criminalization and Suppression of Cannabis
12(2)
The Relegitimization of Cannabis
14(1)
The Decriminalization and Resurrection of Industrial (Nonintoxicating) Cannabis
15(1)
"Hemp" vs. "Marijuana"
16(1)
The Decriminalization and Resurrection of Medical Cannabis
16(1)
The Decriminalization and Resurrection of Recreational Cannabis
16(1)
Benefit/Harm Analysis of the Many Ways That Cannabis Is Used
17(1)
The Interface of Cannabis Science and Public Policy
17(2)
Curiosities of Science, Technology, and Human Behavior
19(4)
Chapter 2 Prehuman and Early History of Cannabis sativa
23(10)
The Family Tree and Prehuman Antiquity of Cannabis sativa
23(1)
The Incredibly Parallel Histories of Cannabis and Its Closest Relative, Hamulus (Hop)
23(3)
Uncertainty Regarding the Early Historical Association of Cannabis and People
26(1)
Location of the Prehuman Distribution Range
26(1)
The Habitat of Ancient Wild Cannabis sativa
27(1)
The "Camp-Follower" Model of Early Domestication of Cannabis sativa
27(2)
How Adaptation to Streamside Soils Led to Water-Based Fiber Extraction
29(1)
Earliest Geographical Centers of the Four Kinds of Domesticated Cannabis sativa
30(1)
Early Old World Geography of Fiber and Marijuana Classes of Cannabis sativa
30(1)
Early Migrations of Fiber and Marijuana Kinds of Domesticated Cannabis sativa
31(1)
Curiosities of Science, Technology, and Human Behavior
32(1)
Chapter 3 The Ecology of Wild Cannabis sativa
33(18)
The Nature of "Wildness"
33(1)
Evaluating Wildness in Cannabis sativa Populations
34(1)
Geography of Wild Cannabis sativa
34(1)
Habitats and Plant Communities Occupied
35(1)
Climate Limitations
36(1)
Temperature
36(1)
Water
36(1)
Light Intensity
37(1)
Photoperiod
37(1)
Edaphic (Soil) Limitations
37(1)
Seed Ecology
38(1)
Appearance
38(1)
Size
38(2)
Seed Shedding
40(1)
Protective Thick Shell
41(1)
Camouflage
41(1)
Germination Behavior
42(1)
Dormancy
42(1)
Longevity
42(1)
Environmental Factors Controlling Germination
42(1)
Seedling Development
42(2)
Seed Distribution Agents
44(1)
Birds
45(1)
Water
45(1)
Mammals
45(1)
Insects
45(1)
Allelopathy
46(1)
Root Ecology
46(2)
Stem Ecology
48(1)
Phenotypic Plasticity: A Key to Success
48(1)
Biotic Competitors
48(1)
Human Eradication Efforts
48(1)
Pests and Diseases
49(1)
Curiosities of Science, Technology, and Human Behavior
49(2)
Chapter 4 Sex Expression
51(16)
What Is "Sex" in Flowering Plants?
51(1)
Maleness and Femaleness in Cannabis in Comparison to Other Flowering Plants
51(1)
Differences between Male and Female Cannabis Plants
52(1)
Male Plants and Their Flowers
53(1)
Pollen Dispersal
54(1)
Female Plants and the Pollination of Their Flowers
54(1)
Remarkable Development of Unpollinated Female Flowers
55(3)
Monoecious ("Hermaphroditic") Kinds of Cannabis sativa
58(2)
Cross-Fertilization and Self-Fertilization
60(1)
Genetic Determination of Sex
60(1)
Sex-Associated DNA Markers
60(1)
Environmental Determination of Sex
60(1)
Modification of Sex by Hormonal Treatment
61(1)
Reduction and Elimination of Males for Human Purposes
61(1)
Culling of Most Male Plants When Seeds Are Produced for Industrial Hemp
61(1)
Culling of All Male Plants for the Purpose of Producing Marijuana
61(1)
Selection of Female-Predominant Monoecious Strains
62(1)
Generation of Seeds Producing "All-Female" Plants
62(1)
Use of Environment and/or Hormones by Marijuana Growers to Increase Females
63(1)
Cloning of Female Plants
63(1)
Summary of the Demise of Male Cannabis under Domestication
63(1)
Curiosities of Science, Technology, and Human Behavior
64(3)
Chapter 5 Photoperiodism
67(8)
Introduction to Reproductive Photoperiodism in Cannabis sativa
67(1)
Autoflowering (Day-Neutral) Plants
68(1)
Latitudinal Photoperiodic Adaptation
69(2)
The Interaction of Photoperiodism, Killing Frosts, and Seed Production
71(1)
Photoperiodic Problems for Plants of Northern Origin Grown Close to the Equator
71(1)
Photoperiodic Problems for Plants of Semitropical Origin Grown in Northern Latitudes
72(1)
Photoperiodic Problems for Semiequatorial Drug Strains in Northern Climates
73(1)
Unsuitable Photoperiod May Not Be the Only Cause of Poor Performance
73(1)
Curiosities of Science, Technology, and Human Behavior
74(1)
Chapter 6 Shoot and Foliage Architecture
75(16)
Anatomy and Morphology
75(1)
Basic Leaf Botany of Cannabis
75(1)
Shoot Architecture of Wild Plants
75(1)
Shoot Architecture of Plants Grown in Different Field Configurations
76(2)
Shoot Architecture of Fiber Crops
78(2)
Reducing the Height of Marijuana Plants
80(2)
"Sea of Green" and "Screen of Green" Cultivation Methods
82(2)
Reducing the Height of Fiber Plants
84(1)
Resistance to Catastrophic Stem Damage
84(1)
Foliage Architecture
85(2)
Protective Unicellular Hairs
87(1)
Cystolithic Trichomes
87(1)
Simple Trichomes
88(1)
Curiosities of Science, Technology, and Human Behavior
88(3)
Chapter 7 Fiber
91(52)
Introduction to Fiber
91(1)
History
91(1)
Ancient Hemp History
91(2)
The Golden Age of Hemp in the Western World
93(1)
The Labor-intensive Pre-Twentieth Century Period
94(1)
The Twentieth Century Great Demise of Hemp in the Western World
94(5)
The Recent Renaissance
99(1)
The Two Basic Classes of Stem Fiber: Phloem (Bast) and Xylem (Wood)
100(1)
Anatomy of the Stem
100(1)
The Economically Important Stem Tissues
100(1)
Ambiguities Regarding Stem Tissue Anatomical Terms
101(1)
How the Three Kinds of Fiber Contribute to Stem Strength
102(1)
Xylem Fiber
102(1)
Primary Phloem Fiber
103(1)
Secondary Phloem Fiber
103(1)
Lignification
103(1)
Fiber Qualities
104(1)
Fiber Extraction Technologies
105(4)
How Domestication Has Altered Cannabis sativa for Fiber Production
109(2)
Economic Products
111(1)
Textiles, Fabrics, and Clothing
111(2)
Substrates for Plant Growth
113(1)
Horticultural Planting Media
113(1)
Biodegradable Mulch
113(1)
Cordage Products
113(1)
Pressed and Molded Fiber Products
113(1)
Paper and Specialty Pulp Products
114(2)
Building Construction Products
116(1)
Construction Wood Products (Pressboard, Moldings)
117(1)
Concretized and Masonry Construction Products (Stucco, Building Blocks, Tiles)
117(3)
Animal Bedding Based on Hurds
120(1)
Plastic Biocomposites
121(1)
Compressed Cellulose Plastics
122(1)
Agronomy
122(1)
Security Requirements
122(1)
General Growth Requirements
123(1)
Root Growth
123(1)
Soil and Fertilization
124(1)
Water Relations
125(1)
Temperatures
125(1)
Seed Germination
126(1)
Maintaining Seed Viability in Storage
126(1)
Planting Requirements
127(1)
Rotations
128(1)
Wind, Rain, and Hail Damage
129(1)
Pests
129(1)
Weeds
129(1)
Higher Plant Parasites
129(1)
Mammalian Pests
130(1)
Birds
130(1)
Insects
130(1)
Other Invertebrates
130(1)
Fungi
130(1)
Bacteria
131(1)
Viruses
131(1)
Harvest
131(1)
Yields
132(1)
Storage
133(1)
Breeding
133(2)
Cultivars
135(1)
Economic Status
135(1)
Market Development and Future Needs
136(3)
Curiosities of Science, Technology, and Human Behavior
139(4)
Chapter 8 Oilseed
143(36)
Introduction to Edible Fixed Oil
143(1)
Introduction to Hempseed and Hemp Oil
144(2)
History
146(2)
Oil Extraction and Processing Technology
148(1)
Pressure Extraction
148(1)
Solvent Extraction
149(1)
Nutritional Qualities of Hemp Seed and Oil
150(1)
Fatty Acids
150(2)
Essential Fatty Acids
152(1)
Minor Fatty Acids
153(1)
Tocopherols
153(1)
Sterols
154(1)
Protein
154(1)
Arginine
154(1)
Phenolics
154(1)
Other Significant Dietary Constituents
155(1)
Environmental Control of the Development of Fatty Acids
155(1)
How Domestication Has Altered Cannabis sativa for Oilseed Production
155(1)
Review of Key Information Presented in Previous
Chapters
155(1)
The Traditional Use of Tall, Highly Branched Plants to Produce Hempseed
156(1)
The Use of Short, Compact Plants to Produce Hempseed
157(1)
Selection for Seed Characteristics
158(1)
Seed Whiteness
158(2)
Seed Size vs. Seed Quantity
160(1)
Fatty Acid Quality
160(1)
Hull Thickness
160(1)
Hemp Seed and Oil Culinary Limitations
160(1)
Processed Food Products for Humans
161(1)
Raw Hempseed Sprouts for Humans
162(1)
Recipe Sources
163(1)
Animal Feed
163(1)
Beneficial Aspects
163(1)
Harmful Aspects
164(1)
Nutraceutical Extracts (Dietary Supplements), Functional Foods, and Fortified Foods
164(2)
Cosmeceutical Products (Nutritional Cosmetics)
166(1)
Industrial (Nonedible) Products
167(1)
Biodiesel
168(1)
THC Contamination of Oilseed Products
168(1)
Agronomy
169(1)
Soil and Fertilization
170(1)
Temperatures
170(1)
Planting
170(1)
Pests
170(1)
Harvest
171(2)
Yields
173(1)
Storage
173(1)
Breeding
173(1)
Cultivars
173(1)
The Potential Use of Oilseed Cultivars to Produce CBD and "Highless Marijuana"
174(1)
Economic Status
174(1)
Market Development and Future Needs
175(1)
Curiosities of Science, Technology, and Human Behavior
176(3)
Chapter 9 Essential Oil
179(12)
Introduction to Essential Oil
179(1)
The Nature of Cannabis Essential Oil
179(2)
Possible Plant-Protective Functions of the Essential Oil of Cannabis
181(1)
Value of Cannabis Terpenoids as Commercial Repellents
181(1)
Medical Significance of Terpenes in Cannabis
181(1)
Why Eliminating Terpenes by Irradiating Medical Marijuana May Be Harmful
182(1)
Evolution of Essential Oil in Domesticated Cannabis
182(1)
Odor and Other Organoleptic Qualities of Marijuana
183(1)
Odor Has Become a Key Selling Criterion for Marijuana
184(1)
The Importance of Terpene Odor for Oilseed Cannabis
184(1)
Odor Detection and Law Enforcement
184(2)
Agronomic Production
186(1)
Commercial Products
186(1)
Regulatory Restrictions
187(1)
Economic Prospects
187(1)
Market Potential for Cannabis Essential Oil
187(1)
Breeding Cultivars for Essential Oil Harvest
188(1)
Breeding Marijuana Strains for Attractive Terpene Profile
188(1)
Curiosities of Science, Technology, and Human Behavior
188(3)
Chapter 10 Minor Uses
191(8)
Biomass
191(1)
Merits of Cannabis sativa as a Source of Biomass
191(1)
Biogas
192(1)
Hemp Solid Fuel
193(1)
Nonseed Use of Hemp as Livestock Feed
193(1)
Ornamental Use
193(2)
Hemp as a Protective Companion Plant
195(1)
Natural Pesticides
195(1)
Hemp Jewelry
195(1)
Hempseed as Fish Bait
196(1)
Hempseed as a Growth Medium for Fungi and Other Microorganisms
196(1)
Hemp as an Agricultural Pollen Barrier
196(1)
Edible Shoots (Stems and Foliage)
197(1)
Curiosities of Science, Technology, and Human Behavior
197(2)
Chapter 11 Cannabis Chemistry: Cannabinoids in Cannabis, Humans, and Other Species
199(24)
Glandular Trichomes of Cannabis: The Plant's Drug Factories
199(5)
Cannabinoids in Cannabis sativa
204(1)
Clarification of the Term "Psychoactive"
204(1)
Clarification of the Term "Drug"
204(1)
Basic Chemistry of the Cannabinoids
204(3)
Decrease of Intoxicant Ability by Transformation of THC to CBN
207(1)
Variation of Cannabinoids among Different Kinds of Cannabis Plants
208(1)
Conversion of Nonintoxicant CBD to Intoxicant THC in the Laboratory and Possibly in the Human Body
209(1)
Biosynthesis and Genetics of the Cannabinoids of Cannabis
209(2)
Quantitative Variation of Cannabinoids in Different Plant Parts
211(1)
Quantitative Variation of Cannabinoids in Relation to Length of Growth Period
212(1)
Quantitative Variation of Cannabinoids in Relation to Environmental Factors
212(1)
Quantitative Variation of Cannabinoids in Relation to Stress
212(1)
Quantitative Variation of Cannabinoids in Relation to Chromosome Doubling
213(1)
Qualitative Variation of Cannabinoids in Relation to Stage of Plant Development
213(1)
Qualitative Variation of Cannabinoids in Relation to Environmental Factors
213(1)
Nature vs. Nurture in the Determination of Cannabinoids of Cannabis sativa
213(1)
Environmental Factors Influencing the Qualitative Development of Cannabinoids
214(1)
Breeding for High and Low Levels of Cannabinoids
215(1)
High-THC Strains
215(1)
Low-THC Cultivars
215(1)
THC Test Protocols for Industrial Hemp
216(1)
Informative Online Websites Regarding THC Sampling Procedures for Hemp
217(1)
Adaptive Purpose of the Cannabinoids
217(2)
Expanded Definitions of Cannabinoids
219(1)
Curiosities of Science, Technology, and Human Behavior
220(3)
Chapter 12 Nonmedical Drug Usage
223(52)
Reliability of Counterculture Information
223(1)
The Cannabis Experience
223(1)
Biphasic Effects
223(1)
Sequence of Psychological Impacts
224(1)
Pleasant Psychological Effects
224(1)
Unpleasant Psychological Symptoms
225(1)
Couchlock
225(1)
Physiological Effects
225(1)
Health Risks
226(1)
Concern for Mental Status
226(1)
Cannabis Dependence
227(1)
Cannabis Withdrawal Syndrome
228(1)
Marijuana as a "Gateway Drug"
229(1)
Concern for Lung Function
229(1)
Societal vs. Individual Health
230(1)
Driving Risks
231(1)
Risk of Contamination and Adulteration of Street Marijuana
232(1)
Risk of Exposure to Indoor Grow-Op Environments
233(1)
Risk to Dogs
233(1)
The Great Debate: Is Cannabis Relatively Harmful or Benign?
234(1)
Representative Viewpoints That Cannabis Is Relatively Harmful
235(1)
Representative Viewpoints That Cannabis Is Relatively Benign
236(1)
Global Usage of Marijuana
237(1)
A Brief History of Nonmedical Psychotropic Usage of Cannabis Drugs
237(3)
Modern Spiritual Usage of Cannabis
240(1)
Cannabiphobia and the Cultural War on Marijuana
241(1)
Growing Public Acceptance of Marijuana
241(1)
The Genetic "Improvement" of Marijuana Due to Law Enforcement
242(2)
Formal Botanical Nomenclature and "Strains" of Cannabis sativa
244(1)
The Evolution of High-THC Strains
244(1)
"Sativa Type" and "Indica Type," the Two Domesticated Kinds of Marijuana Plants
245(3)
Selection for Color in Marijuana Strains
248(2)
Plant Production
250(1)
Distortion of Botanical and Horticultural Terms by the Marijuana Trade
250(1)
Technologies for Preparing Cannabis Drugs
250(1)
Marijuana
251(1)
Traditional Hashish
252(3)
Solvent Extracts
255(1)
Advanced Nonsolvent Technologies for Preparing Concentrates of Gland Heads
256(3)
Water Extracts ("Teas")
259(1)
Technologies for Smoking and Vaping Cannabis Drugs
260(1)
Joints and Blunts
260(1)
Simple (Nonfiltering) Pipes
261(1)
Water Pipes
262(1)
Vaporizers
263(1)
Dabbing
264(2)
Edible Cannabis
266(2)
Preferred Modes of Marijuana Consumption
268(1)
Fake Marijuana
269(1)
Ethical Perspectives of Decriminalization and Legalization of Recreational Marijuana
269(1)
Curiosities of Science, Technology, and Human Behavior
270(5)
Chapter 13 Medical Marijuana: Theory and Practice
275(76)
Introduction to the Controversy
275(1)
How Medical Does Marijuana Have to Be to Qualify as "Medical Marijuana?"
275(1)
Medical Marijuana as a Pretext for Nonmedical Use
276(1)
A Brief History of Medical Usage of Cannabis
277(3)
Noncannabinoid Medicinal Components
280(1)
Bias in Research on Medical Marijuana
281(1)
Bias against Euphoric Medicines
282(1)
The Issue of Addiction
283(1)
The Issue of Incapacitation (Reduction in Abilities) while Intoxicated
283(1)
Transfer of Bias against THC to Nonintoxicating Cannabinoids
284(1)
The Importance of Experimental Design in Evaluating Medical Marijuana
284(1)
The Precautionary Principle in Relation to Medical Marijuana
284(1)
Recent Authorized Medical Marijuana Production and Usage
285(1)
Pharmacological Terminology for Marijuana
286(1)
Comparative Therapeutic Value of Pure Chemicals and Herbal Mixtures
287(1)
Medicinal Importance of Combining THC and CBD
288(1)
The Accidental Medicinal Value of Indica Type Strains
289(1)
Overview of Medical Marijuana Preparations
289(3)
Medical Marijuana Drug Delivery Systems
292(1)
Safer Respiratory Systems
292(1)
Conventional Smoking
292(1)
Valsalva Maneuver and Prolonged Breath-Holding
293(1)
Water Pipes
294(1)
Vaporization
294(1)
Oral Consumption
295(1)
Synthetic Oral Cannabis Drugs
296(2)
Dermal and Mucosal Drug Absorption
298(1)
THC Dosages, Absorption Rates, and Time Course of Effects
298(1)
Bioavailability
298(1)
Dosages
299(1)
Pharmacokinetics
299(1)
Blood Concentrations of THC in Relation to Safe Driving
300(1)
The Endocannabinoid System as a Basis for Much of the Medical Value of Marijuana
300(1)
Overview of the Endocannabinoid System
300(2)
Introduction to Cell Receptors and G Protein-Coupled Receptors
302(1)
Endocannabinoids
303(1)
Endocannabinoid Receptors
304(2)
Intercellular Communication Involving Endocannabinoids
306(3)
The Broad Range of Compounds Affecting the Endocannabinoid System
309(1)
Effects of Cannabinoids on Nonendocannabinoid Physiological Systems
309(1)
Medical Importance of the Endocannabinoid System
309(1)
Extensive Activity of the Endocannabinoid System Limits Targeted Therapy
310(1)
Evolution of the Endocannabinoid System and Potential for Nonhuman Patients
310(2)
The Endocannabinoid System in Relation to the Lack of Overdose Marijuana Mortality
312(1)
LD50 (Median Lethal Dose)
312(1)
Therapeutic Index
313(1)
Comparative Overdose Lethality of Cannabis and Other Drugs
313(1)
Cannabinoids as a Possible Basis for Eliminating the Need for Herbal Medical Marijuana
314(1)
Medical Conditions for Which Cannabis Has or May Have Value
314(1)
Alzheimer's Disease and Other Forms of Dementia
315(1)
Amyotrophic Lateral Sclerosis (Lou Gehrig's Disease)
316(1)
Anorexia and Appetite Loss
317(1)
Arthritis and Rheumatism
317(1)
Brain Injury
318(1)
Cancer
319(1)
Cardiovascular Diseases
320(1)
Atherosclerosis
321(1)
Hypertension
321(1)
Ischemia
321(1)
Diabetes
321(1)
Epilepsy
322(1)
Fibromyalgia
323(1)
Gastrointestinal Diseases
323(1)
Glaucoma
324(1)
Headache
325(1)
Migraine
325(1)
HIV and AIDS
326(1)
Huntington's Disease
326(1)
Insomnia
326(1)
Liver Disease
327(1)
Morning Sickness
327(1)
Multiple Sclerosis and Spasticity
328(1)
Neurodegenerative Diseases
329(1)
Neuropathy
330(1)
Obesity
331(1)
Osteoporosis
332(1)
Pain
332(1)
Parkinson's Disease
333(1)
Psychiatric Disorders
334(1)
Addiction
335(1)
Anxiety
335(1)
Autism Spectrum Disorder
335(1)
Attention Deficit/Hyperactivity Disorder
336(1)
Bipolar Disorder
336(1)
Depression
337(1)
Posttraumatic Stress Disorder
337(1)
Schizophrenia
337(1)
Skin Conditions
338(1)
Acne and Seborrhea
338(1)
Alopecia
338(1)
Dermatitis
339(1)
Hirsutism
339(1)
Pruritis
339(1)
Psoriasis
339(1)
Scleroderma
339(1)
Tourette's Syndrome
339(1)
Medical Application of Specific Cannabinoids
340(1)
Tetrahydrocannabinol
340(1)
Cannabidiol
341(1)
Arthritis
342(1)
Cancer
342(1)
Diabetes
342(1)
Epilepsy
342(1)
Inflammatory Bowel Diseases
342(1)
Nausea and Vomiting
342(1)
Neurodegenerative Diseases
342(1)
Pain
342(1)
Psychiatric Disorders
343(1)
Cannabinol
343(1)
Other Natural Cannabinoids
343(1)
Tetrahydrocannabivarin
343(1)
Cannabigerol
344(1)
Cannabichromene
344(1)
Cautions Regarding Medical Marijuana
344(1)
Limitations of Expert Medical Guidance in the Use of Medical Marijuana
345(1)
Allergies Due to Cannabis sativa
345(1)
Is Marijuana a Bona Fide Medicine? Tentative Conclusions
346(3)
Medical-Ethical Perspectives of Legalization of Medical Marijuana
349(1)
Curiosities of Science, Technology, and Human Behavior
349(2)
Chapter 14 Medical Marijuana: Production
351(20)
The Need for High Standards of Professionalism
351(1)
Fundamentals of Marijuana Plant Production
351(1)
Overview of Production
351(2)
Planting Density and Yields
353(1)
Indoor Yields
353(1)
Outdoor Yields
354(1)
Governmental Production Quotas
354(1)
Growth Media
355(1)
Vegetative Propagation
355(1)
Lighting
356(1)
Light Intensity
356(1)
Light Quality
357(1)
Fluorescent Lighting
358(1)
High-Pressure Sodium Lighting
358(1)
Metal Halide Lighting
358(1)
Light-Emitting Diode Lighting
358(1)
Recommended Lighting
358(1)
Temperature
359(1)
Atmospheric Growth Conditions
359(1)
Humidity
359(1)
Air-Borne Contaminants in Relation to Stickiness
360(1)
Carbon Dioxide Concentration
360(1)
Insect Control
360(1)
Harvest and Drying
361(1)
Processing
362(1)
Storage
362(1)
Quality Control
362(1)
Microbiological Safety and Sterilization
363(1)
Monitoring and Controlling the Production of Standardized Herbal Marijuana
363(1)
Informative Online Documents and Websites Regarding Production of Medical Marijuana
364(1)
Security Considerations
365(1)
Biotechnological Approaches of Potential Importance to Medicinal Marijuana
366(1)
In Vitro Production
366(1)
Genetic Engineering
367(1)
Curiosities of Science, Technology, and Human Behavior
367(4)
Chapter 15 The Commercial Marijuana Revolution
371(34)
A Sea Change for Better or Worse
371(1)
Commercial Obscuration of the Distinction between Medical and Recreational Marijuana
371(1)
Physician Gatekeepers for Hire to Provide Legal Access to Pseudopatients
372(1)
Prescription Drugs vs. Over-the-Counter Herbals
373(1)
The Evolution of Physician Acceptance of Medical Cannabis
373(1)
Softening of Medical Opposition
373(1)
Medicine by Popular Vote
374(1)
Profit-Driven vs. Health-Driven Medical Marijuana
374(1)
Patient Financial Reimbursement
374(1)
Medical vs. Recreational Marijuana Markets
374(1)
The Role of "Big Tobacco"
375(1)
Professional Niches in the Developing Marijuana Business Sector
376(1)
Opposition to Commercialization of Recreational Marijuana
377(1)
Medical Opposition to Recreational Marijuana
377(1)
Political Opposition to Recreational Marijuana
378(1)
Badmouthing the Competition
378(1)
Growing Societal Acceptance of Recreational Marijuana
378(1)
The Need for Caution in Legitimizing Recreational Marijuana
379(1)
Chronic Consumption
379(1)
Effects of Increased Availability of Authorized Cannabis
380(1)
Effects on Prevalence of Usage
380(1)
Effects on Health
380(1)
Effects on Crime Rate
380(1)
Financial Guesti mates of the Potential Monetary Value of Recreational Marijuana
381(1)
Economic Effects of Legitimizing Recreational Marijuana on the Illegitimate Marijuana Industry
382(1)
Costs of Production of Marijuana
383(1)
Elementary Business Hazards: Will the "Pot Boom" Become a "Pot Bubble?"
383(3)
Possible Scenarios of Success or Collapse of Sectors of the Marijuana Market
386(1)
Herbal
386(1)
Extracts
386(1)
Why Not Harvest CBD from Hemp?
387(1)
Synthetics
387(1)
Genetically Engineered Cannabis sativa
387(1)
Marketplace Constraints Related to "Cheap Highs"
388(1)
Comparative Costs of Pot and Booze
388(1)
Coexistence of Black and White Markets
389(1)
Absence of Foreign Competition for Authorized Marijuana
389(1)
Consumer Trends
389(1)
Market Production Models: Big vs. Small-Scale Businesses
389(1)
Market Outlet Formats
390(1)
State Monopoly vs. Private Sector
390(1)
"Weed Bars"
391(1)
Pot Restaurants
392(1)
Home Delivery ("Weed on Wheels")
392(1)
Advertising
393(1)
Potency as a Determinant of Sales Restriction
394(1)
The Age of Majority---A Problematical Determinant of Sales and Consumption Restrictions
394(1)
Legal Considerations
394(1)
Cautions
394(1)
International Treaties
395(1)
Legal Models
395(1)
The Netherlands
395(1)
United States
396(1)
Uruguay
396(1)
Other Countries
396(1)
Patents
396(1)
Opium Poppy as a Business Model for Marijuana Production
397(3)
Laughing Gas as a Business Model for Marijuana Production
400(1)
The Great Irony: From Counterculture Drug to Mass-Marketed Commodity
401(1)
The Cannabis Roads to Heaven and Hell
401(1)
The Precautionary Principle in Relation to Commercial Development of Cannabis
401(1)
Reasonable Regulatory Risk Management
402(1)
Curiosities of Science, Technology, and Human Behavior
402(3)
Chapter 16 Sustainability
405(18)
The Reputation of the Cannabis Plant for Sustainability
405(1)
How Major Crops Harm the World and Why Cannabis sativa Can Be Beneficial
405(1)
Comparative Environmental Friendliness of Cannabis sativa and Other Crops
406(1)
Biocide Reduction
407(1)
Using Up Surplus Manure
408(1)
Miscellaneous Environmental Advantages
408(1)
Environmental Disadvantages
409(1)
Saving Trees
410(1)
Bioremediation
411(1)
Wildlife Support
412(1)
Environmentally Friendly Commercial Products
412(1)
Hemp vs. Cotton
412(1)
Recyclability
413(1)
Carbon Sequestering
413(1)
Thermal Insulation Products
414(1)
Erosion Control Blankets
414(1)
State Subsidization of Industrial Hemp---Good or Bad?
415(1)
Environmental Cost of Indoor Production of Marijuana
415(1)
Ecological Damage from Irresponsible Illegal Cultivation of Marijuana
416(3)
The Dangerous Concept of Employing Bioweapons to Eliminate Marijuana Plants
419(1)
Sustainability Depends on Using Sustainable Methods
420(1)
Curiosities of Science, Technology, and Human Behavior
420(3)
Chapter 17 Germplasm Resources
423(24)
Definition of Germplasm
423(1)
In Situ vs. Ex Situ Conservation of Wild Germplasm
423(1)
Private Ownership of Germplasm vs. Long-Term Conservation in Public Collections
423(1)
World Gene Bank Situation
424(2)
Seed Storage in Gene Banks
426(1)
Clonal Storage in Gene Banks
426(1)
Cell and Tissue Storage in Gene Banks
427(1)
Core Collections
428(1)
The Importance of N.I. Vavilov
428(1)
Seed Storage Conditions for Cannabis sativa
429(1)
The Challenge of Preventing Pollen Contamination of Cannabis sativa Germplasm
430(1)
The Shamefully Inadequate State of Germplasm Preservation of Cannabis sativa
430(1)
The Germplasm Importance of Wild-Growing Cannabis sativa
430(1)
The Germplasm Importance of Landraces of Cannabis sativa
431(1)
Chinese Germplasm of Cannabis sativa
432(1)
World Gene Bank Collections of Cannabis sativa
432(1)
European "National Collections" of Cannabis sativa
432(1)
The Vavilov Institute Collection
432(3)
The Gatersleben Collection
435(1)
North American Public Germplasm Collections of Cannabis sativa
435(1)
Germplasm Collections and the Future of Industrial Hemp
436(1)
Germplasm Resources for Fiber
436(1)
Germplasm Resources for Oilseed
436(1)
Germplasm Resources for Essential Oil
437(1)
Germplasm Collections and the Future of Medicinal and Recreational Marijuana
437(1)
Databases
438(1)
Industrial Hemp
438(1)
Medicinal and Recreational Cannabis
439(1)
Guide to the Most Commonly Grown Industrial Hemp Cultivars
439(1)
Curiosities of Science, Technology, and Human Behavior
439(8)
Chapter 18 Botanical Classification and Nomenclatural Issues
447(28)
Theoretical Classification Issues
447(1)
Scientific Classifications Often Differ
447(2)
Scientific Names Are Often Ambiguous
449(1)
Geographical Uncertainties Complicate Interpretation of Groups
450(1)
Possible Relationships among Wild Ancestors, Domesticates, and Escapes
450(1)
Classification Difficulties Due to Hybridization
451(1)
Stereotypical Thinking---A Roadblock to Biological Classification
452(1)
Classification Difficulties Due to Obliteration of Populations by Humans
452(1)
Taxonomic Splitting and Rank Inflation
453(2)
The Semantic "Legal Species" Issue (or Dressing Up a Wolf in Sheep's Clothing)
455(2)
Domestication Complicates Classification
457(2)
A Comparison of Competing Classification Systems for Cannabis
459(3)
Semantic Difficulties Concerning Sativa Type and Indica Type Cannabis sativa
462(1)
Homogenization Due to Gene Flow
462(1)
Alternative Taxonomic and Nomenclatural Treatments
462(1)
Cannabis Assemblages as Conventional Taxa
463(1)
Cannabis Cultivar Assemblages as "Groups" under the Cultivated Plant Code
464(2)
Crop-Wild Assemblages as Nonformal Groups
466(1)
Occam's Razor in Relation to the Evolution and Classification of Cannabis
467(1)
How Many Species of Cannabis Merit Recognition?
468(1)
A Rationale for Emphasizing the Principal Selected Character Complexes in Classification
469(1)
A Practical and Natural Taxonomy for Cannabis
470(2)
Identification Key to Subspecies and Varieties of Cannabis sativa L.
472(1)
Curiosities of Science, Technology, and Human Behavior
472(3)
Literature Cited 475(66)
Index 541
Dr. Ernest Small received a doctorate in plant evolution from the University of California at Los Angeles in 1969, and has since been employed with the Research Branch of Agriculture and Agri-Food Canada, where he presently holds the status of Principal Research Scientist. He is the author of 14 previous books, six of which received or were nominated for major awards. He has also authored over 350 scientific publications on plants. Dr. Smalls career has included dozens of appearances as an expert botanical witness in court cases, acting as an adviser to national governments, presenting numerous invited university and professional association lectures, supervising post-graduate students at various universities, participating in international societies and committees, journal editing and media interviews. He has been an adjunct professor at several universities, and currently has this status at Ryerson University in Toronto. Dr. Small is widely known for his work on hemp and marijuana, which has included development of a standard strain that has been the basis of all licensed medicinal marijuana in Canada for more than a decade, supplying over 100,000 patients. Dr. Small published two previous books and more than 40 research papers on Cannabis. He has received several professional honors, including: election as a Fellow of the Linnean Society of London; the G.M. Cooley Prize of the American Association of Plant Taxonomists for work on the marijuana plant; the Agcellence Award for distinguished contributions to agriculture; the Queen Elizabeth Diamond Jubilee medal for contributions to science; the George Lawson Medal, the most prestigious award of the Canadian Botanical Association, for lifetime contributions to botany; and the Lane Anderson Award, a $10,000.00 prize for science popularization, received for "Top 100 Food Plants." His most recent books, "Top 100 Exotic Food Plants," and "North American Cornucopia: top 100 indigenous food plants," were finalists for the Botanical and Horticultural Libraries award.