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Linnaeus' Philosophia Botanica
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- ISBN-100198569343
- ISBN-13978-0198569343
- PublisherOxford University Press
- Publication dateAugust 11, 2005
- LanguageEnglish
- Dimensions9.69 x 7.44 x 0.87 inches
- Print length428 pages
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- Publisher : Oxford University Press (August 11, 2005)
- Language : English
- Paperback : 428 pages
- ISBN-10 : 0198569343
- ISBN-13 : 978-0198569343
- Item Weight : 1.69 pounds
- Dimensions : 9.69 x 7.44 x 0.87 inches
- Best Sellers Rank: #2,919,350 in Books (See Top 100 in Books)
- #483 in Botany (Books)
- #2,612 in Biology (Books)
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The book at hand, "Philosophia Botanica", is a summarizing work on Botany and classification of plants. The introduction is very enthusiastic and informative on all his botanical works and refers to "Philosophia Botanica" as being like a set of lectures. One can think of it that way. The introduction also sheds light on his cultural heritage. He is one of the most beloved scientists in his native Sweden and was a very good lecturer. Actually, he is best known there for his work as a teacher, not as a botanist or taxonomist of animals. For sure there is much to learn from this book such as the history of botany and the history of taxonomy in general since he does discuss issues that overlap with issues in animal taxonomy. This book would be good for those who are interested in the history of botany or the history of science in general.
Here are the chapters and some of the contents discussed therein (not exhaustive):
I. The Library
Discusses essentially the history of botany, notes ancient to contemporary botanists, notes famous gardens (in Universities, public, private), notes cultures that have contributed to botanical research, botanical commentators by countries/regions, illustrators of botanicals, notes different contributors to botany (Travelers, Physiologists, Systematists [Orthodox, Heterodox, Universal], Gardeners, etc), discusses many ways people have tried to classify botanicals (by roots, by chemical effects, by language, etc)
II. Systems
Shows the different classification systems used by many botanists, ends with his own classification system "Natural Method" (which is meant to be all that is needed in botany); notes that his system will be made more perfect as more knowledge accumulates and says "for nature does not make leaps" (49)
III. Plants
Discusses the Vegetables which are 7 families (funguses, algae, mosses, ferns, grasses, palms, and plants); the three parts of vegetables are the root, the herb, and the fruit-body; describes many leaf types and textures
IV. The Fruit-Body
7 parts of the fruit-body which are dedicated to reproduction (Calyx, Corolla, Stamen, Pistil, Pericarp, Seed, Receptacle) are discussed; fruit-bodies are classified as flowers and fruits and Linnaeus provides definitions of flowers by other authorities; the essences of flowers, fruit, fruit-bodies, vegetables discussed; extensively discusses how a fruit-body's structure needs to be described as 1 of 3 kinds (most natural, differing, peculiar) with 4 measurements (number, shape, proportion, position)
V. Sex
"...in the beginning of things, a single sexual pair of every species of living being was created."(99); how plants have spread across the globe; points about how vegetables are also living creatures as they have functional similarities to animals; offspring of plants come from both an "egg" and "sperm" since hybrid species exist; flowering comes before fruits emerge; the Anthers are the male genitals of plants and Pollen is the sperm; Stigmas are the female genitals; sexual systems in plants described; different sexual configurations: Male, Female, Hermaphrodites, Androgynous, Polygamous
VI. Characters
The Foundation of Botany is: "Arrangement" (divisions and connection of the vegetables i.e. Class, Order, Genera, etc) and "Nomenclature"; discusses "System" (Classes, Orders, Genera, Species, Varieties); "We reckon the number of species as the number of different forms that were created in the beginning." and "The number of species is the number of different forms produced by the Infinite Being from the beginning; and these forms have produced more forms, according to the laws laid down, but always ones that are similar to themselves. Therefore the number of species is the number of different forms or structures that occur today." and "That new species can come to exist in vegetables is disproved by continued generation, propagation, daily observations, and the cotyledons." (113); "A variety is a plant that is changed by an accidental cause: climate, soil, heat, winds, etc, and likewise it is restored by change in soil." and "Kinds of variety are size, fullness, curling, color, savor, and smell." (114); "Species and genera are always the work of Nature; variety is quite often the work of Cultivation; class and order are the work of Nature and Art." (115); extensive review of "Habits" (conformities of vegetables); *fruit-bodies should always be used to infer primary arrangements of classifications; rules for preventing misclassifications because of ambiguity, confusion, disagreement; "Character" exists in 3 forms (the Factitious, the Essential, the Natural); the Natural character is the most important for botanists as it is an ideal for classification of existing or undiscovered genera; emphasis on using well defined technical terminology to preserve the general classifications of botanicals just like other sciences have (mathematics, anatomy, chemistry); Classes and Orders that are too long or numerous cause great difficulties; reviews many contemporary classification by other botanists and his too
VII. Names
"Nomenclature" is the 2nd foundation of botany and must be done on names after the "Arrangements" have been done; "If you do not know the names of things, the knowledge of them is lost also." (169); only genuine botanists should assign names to plants - he lists absurd names for plants that have been made before; names of a Class or Order should never be included in the name of a plant; general rules and linguistical protocols for generating names of plants; rules for avoiding lack of clarity and redundancy with other in use classifications (animals, minerals) or classifications from other fields (anatomists, pathologists, etc); extensively lists acceptable Latin and Greek names and unacceptable names; tempering or replacing agreed upon names after they are established can do much damage to Botany so it is better to invest time on getting correct generic names early on; shorter names are better since long names make things more confusing
VIII. Definitions
"A plant is completely named, if it is provided with a generic name and a specific name." (219); generally provides rules on making specific names; "Definitions that pass off varieties as species are erroneous." (221); "Size does not separate species." (223); features that draw comparisons between the species of a different genus are deceptive and the same applies to comparisons of species of the same genus (224-225); name of discoverer should not be applied to a definition; native location does not indicate separate species (264); rules on what belongs and what does not belong in definitions; other things that do not establish different species; leaves show most natural definitions; parts of the fruit-bodies often provide the best definitions; every definition must be taken from number, shape, relative size, and various parts of a plant; a specific name is either "synoptic" or "essential"; specific names must be in Latin (for precision) and generic names can be foreign (more broad); specific names should make use of positive terms (what it is), not negative terms (what it is not)
IX. Varieties
Varietal names may be added to the generic and specific names; names of genera (capital letters), species (ordinary letters), and varieties (italics) must be written in letters of different sizes respectively; other rules on naming
X. Synonyms
Like chapter title says
XI. Sketches
Rules on what information to include on sketches
XII. Potencies
Chemical and sensory considerations
Plates (Drawings)
Leaves, Compound Leaves, Leaves in their Circumstances, Stems, Supports, Roots, Parts of the Flower, Parts of the Fruit-Body, Peduncle, Foliage
For those who are more interested in his most notable work "Systema Naturae" (which has animal, plant, and mineral taxonomies) you can look up one of the few English translations available "A general system of nature, through the three grand kingdoms of animals, vegetables, and minerals, systematically divided into their several classes, orders, genera, species, and varieties, with their habitations, manners, economy, structure and peculiarities" (1806) in 7 Volumes under the name Sir Charles Linne with contributions from William Turton. It was quite hard for me to find it, so I am giving out the information needed to find this book. Hopefully its easier for others to procure.
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Despite the welter of new scientific books coming on to the scene, and then disappearing without trace, there are very few that are truly classic masterworks that will pass the test of time. This is one of those few.
Coming to the subject of biological classification as little more than an amateur entomologist (perhaps enthusiastic ‘bug hunter’ would be a more apt description) as spin-off from my passion for fly fishing; I found this book, although quite technical, absolutely fascinating. It provides a very enlightening insight into the complexity, yet systematic order, of God’s creation. The depth of the information compiled by Linnaeus is truly breath-taking.
I will not comment on Linnaeus’ original work because it is still, over 250 years later, the definitive reference work on the subject. I will leave that to those who are more scholarly than me. To have it available in the English language in this form is long overdue but that has now been remedied here. It took Stephen Freer 7 years to complete the task which is not surprising considering the vastness of the subject.
The book is well laid out and produced and, although not cheap, is well worth the price. It is not the sort of book that in a few years’ time you will want to discard.
It is highly recommended for experts and students alike, and just about anybody with an interest in the classification of the natural world, not just biology.