also stated that organisms altered their behavior in response to environmental change
JEAN BAPTISTE LAMARCK
Also well known in the world of botany for the establishments of species as the ultimate unit of taxonomy
JOHN RAY
he believed that living things evolved in continuous upward direction
JEAN BAPTISTE LAMARCK
natural history book, age of the earth, role of vestigial organs
GEORGES LOUIS LECLERC, COMTE DE BUFFON
Principles of geology
CHARLES LYELL
theory of evolution by natural selection
CHARLES ROBERT DARWIN
theory of inheritance of acquired characteristics
JEAN BAPTISTE LAMARCK
theory of use and disuse
JEAN BAPTISTE LAMARCK
developed the modern taxonomic system
CARL LINNAEUS
established the modern concept of species. first used the term "species". Studied fossils
JOHN RAY
french zoologists that established books and the science of comparative anatomy and paleonthology
GEORGE CUVIER
he published zoological philosophy
JEAN BAPTISTE LAMARCK
Offspring inherited features from their parents, all that all organisms today descended from a common ancestor
ERASMUS DARWIN
proposed that individuals were able to pass on their traits to their offspring
JEAN BAPTISTE LAMARCK
scottish naturalist and proponent of uniformitarianism
JAMES HUTTON
studied the origin or organisms
ALFRED RUSSEL WALLACE
indicate the 2 kinds of extinction
GRADUAL AND MASS EXTINCTION
indicate the 3 from the domain system
ARCHAEA, BACTERIA, EUKARYOTES
indicate the 4 major categories of evidence of evolution
FOSSIL, ANATOMICAL, EMBRYOLOGICAL, BIOCHEMICAL
a number of different species arise from one common ancestor
DIVERGENT EVOLUTION
a system of naming plants and animals in which each species is given a name consisting two terms of which the first name's the genus and the second is the species itself
BINOMIAL NOMENCLATURE
branch of biology dealing with the identification, naming, and classification of organisms
TAXONOMY
busts of change followed by periods of stability
PANCTUATED EQUILIBRIUM
comparing embryoic development of different animals helps determine evolutionary relationships in nature
EMBRYOLOGICAL EVIDENCE
elimination of species, has two kinds
EXTINCTION
evidence produced from comparison of the dna and rna of different species. common ancestry can be seen in the complex metabolic molecules that many different organisms share
BIOCHEMICAL EVIDENCE
extinction that occurs in a slow rate
GRADUAL EXTINCTION
extinction that occurs when a catastrophic event changes the environment suddenly
MASS EXTINCTION
features present in modern animals that are no longer in use (human tailbone, appendix, etc.)
VESTIGIAL STRUCTURES
formation of new species by evolution from pre-existing species
SPECIATION
groups of organisms that can successfully interbreed and produce viable, fertile offspring
SPECIES
it is made up of all the fossils ever discovered on earth can help scientist figure out what species that no longer exist looked like when they were still alive
FOSSIL RECORD
method of measuring age of object in years
ABSOLUTE DATING
occurs when two populations of organisms from a specialized relationship and thus change in response to each other
COEVOLUTION
slow, constant changes over a period of time
GRADUALISM
structures that are similar in function but have different ancestral origins, but don't have a common ancestor and are structurally different
ANALOGOUS STRUCTURES
structures that are similar in function but with different structural compositions
ANALOGOUS STRUCTURES
structures that have similar physical features in organisms that share a common ancestor, but serves a completely different function
HOMOLOGOUS STRUCTURES
the study of where organisms live now and where they and their ancestors lived before in the past
BIOGEOGRAPHY
type of divergent evolution occuring on a small scale over a shorter period of time