A) Carl Linnaeus B) Alfred Wallace C) Charles Darwin D) Gregor Mendel
A) Phylum B) Order C) Genus D) Species
A) Age B) Relationships C) Diet D) Habitats
A) Kingdom, Family, Order, Genus, Species B) Kingdom, Order, Family, Genus, Species C) Kingdom, Family, Order, Species, Genus D) Family, Kingdom, Order, Genus, Species
A) Family B) Phylum C) Class D) Species
A) Botany B) Taxonomy C) Ecology D) Genetics
A) World Health Organization B) Environmental Protection Agency C) International Code of Nomenclature D) United Nations
A) Monomial B) Trinomial C) Uninomial D) Binomial
A) Three B) Seven C) Five D) Ten
A) It is derived from French terms related to classification. B) It has roots in Germanic languages referring to science. C) It comes from Ancient Greek words meaning 'arrangement' and 'method'. D) It originates from Latin words for 'study' and 'life'.
A) 'Family'. B) 'Division'. C) 'Order'. D) 'Class'.
A) The field that provides scientific names, describes organisms, preserves collections, provides classifications and keys for identification, investigates evolutionary histories, and considers environmental adaptations. B) The examination of cellular structures in living organisms. C) The analysis of ecological interactions among species. D) The study of genetic inheritance patterns.
A) 'Genetics'. B) 'Systematics' and 'biosystematics'. C) 'Ecology'. D) 'Taxonomy' exclusively.
A) Carl Linnaeus. B) John Lindley. C) De Candolle, in his Théorie élémentaire de la botanique. D) Charles Darwin.
A) Carl Linnaeus. B) William Bertram Turrill. C) Ernst Mayr. D) Charles Darwin.
A) Molecular genetics data. B) Evolutionary relationships. C) Arbitrary criteria, known as artificial systems. D) Monophyly and synapomorphies.
A) 2002 B) 1999 C) 2012 D) 1977
A) A trait found in polyphyletic groups B) A shared derived character state used to diagnose monophyletic groups C) A characteristic unique to paraphyletic groups D) An ancestral trait not present in descendants
A) 2004 B) 2012 C) 1977 D) 2002
A) Extant taxa to the rank of Family B) Fossil representatives C) Eukaryotes with an emphasis on protists D) Prokaryotes
A) Anhaima B) Scala naturae C) Enhaima D) Great chain of being
A) Procopius B) Theophrastus C) Al-Damiri D) Timotheus of Gaza
A) Phylum B) Kingdom C) Domain D) Class
A) Cells lack a nucleus B) Cells contain a nucleus C) Cells have cell walls D) Cells are prokaryotic
A) Thomas Aquinas B) Theophrastus C) Procopius D) Al-Damiri
A) Great chain of being B) Enhaima C) Anhaima D) Scala naturae
A) 1901 B) 1809 C) 1758 D) 1859
A) Ruggiero et al., 2015 B) Paleobiology Database C) Adl et al., 2012 D) Encyclopedia of Life
A) NCBI taxonomy database B) Global Biodiversity Information Facility C) Interim Register of Marine and Nonmarine Genera D) Ruggiero, 2014
A) Aristotle B) Procopius C) Al-Damiri D) Theophrastus
A) Thomas Cavalier-Smith B) Darwin C) Carl Woese D) Stefan Luketa
A) Insects, linked to arachnids B) Fish, linked to amphibians C) Birds, linked to dinosaurs using fossils like Archaeopteryx D) Mammals, linked to reptiles
A) Paleobiology Database B) NCBI taxonomy database C) Global Biodiversity Information Facility D) Encyclopedia of Life
A) Cladistic analysis B) Maximum likelihood C) Bayesian inference D) Neighbor joining
A) Thomas Cavalier-Smith B) Carl Woese C) Stefan Luketa D) Linnaeus
A) Anhaima B) Aristotle C) Cornus D) Enhaima
A) Three B) Four C) Six D) Five
A) All known species B) More than three-quarters C) One-quarter D) Half
A) Bacteria (also called Monera) B) Fungi C) Eukaryota D) Protista
A) 500,000 B) 10 million C) 3 million D) 1.64 million |