The classification of plants results in an organized system for the naming and cataloging of future specimens, and ideally reflects scientific ideas about inter-relationships between plants.
Classification: A grouping of plants according to shared qualities or characteristics. Plant taxonomy: A hierarchical classificationsystem based on morphological (see below) and phylogenetic (see below) similarities among plants.
Taxonomy is the branch of biology that deals with describing, identifying, nomenclature, and classifying plants based on their similarities and differences with other species. It involves naming and placing organisms in the same group based on their physical characteristics, evolution, and genetics.
Cultivar – plant group from a cultivated variety. Written in plain text, botanical or wild variety, a group of plants intermediate between species and forma and usually associated with inheritable differences. They are recognized as distinct populations breeding true to type.
Plants and its ClassificationClassifyingplants involves categorizing them into groups according to their shared and unique characteristics. Plants are categorized into several groups: families, genera, orders, divisions, classes, and species.
In 1753, the Swedish botanist Carl Linnaeus published Species Plantarum, establishing the binomial (Genus + species) system of naming plants. Each new plant species must be described and published in a recognized scientific journal or book.
Plant taxonomy involves organizing plants based on shared characteristics. This process begins with broad categories like the plant kingdom and narrows down to order, family, genus, and finally species. Each level in this hierarchy helps identify plants and understand their evolutionary history.
By categorizing plants into groups based on shared characteristics, taxonomy simplifies identification and study. This classification system includes hierarchical levels, such as kingdom, phylum, class, order, family, genus, and species.
plants based on sexual reproductive parts. Other plantclassificationsystems used different morphological charac teristics, such as l. af and stem qualities, to classifyplants. Linnaeus’ basic .
