The 3 major areas of evolution: homologies, fossil evidence and geographical distribution of species
A. Homology or similarities between and across species is a key evidence for evolution. The theory goes that species that are related to each other share similarities that were derived from a common ancestor. For example, the forelimb of tetrapods: i.e. the arm of a human, flipper of a dolphin, wing of a bat, and the wing of a bird--reveal similar structures. When compared to a common ancestor such as the Eusthenopteron -- one can see that each aforementioned descendants retains some of the same ancestral characteristics.
B. Fossil are remnants of organisms fro past geological times that have been encased in rocks. Through radioactive dating, scientist can determine the approximate age of the fossils. In addition, by examining each stratigraphic levels (rock layers)--scientists can make assessments that for example if an when an organism originated and died out. Comparative studies of fossil records with now-living organisms can be used to show how that organism or related ones evolved over time.
C. Different species can be found in geographic regions. Some species can also be found in one region. For example, the flightless cormorant can only be found on the Galapagos Island. Other cormorants found in other regions still retain the ability to fly.
Three major adaptations in flowering plants are the evolution of flowers to attract pollinators for reproduction, the development of fruits to protect and disperse seeds, and the ability to undergo double fertilization for efficient seed production.
The three major areas of professional careers are business, technology, and healthcare. These fields offer diverse opportunities for individuals with different interests and skill sets. They continue to experience growth and demand in the job market.
Physics, Chemistry and Biology are three major fields in science.
List three pieces of evidence that support the idea that the Dust Bowl was “the worst hard time.”
The three types of historical evidence are primary sources (created at the time of the event), secondary sources (interpretations of primary sources), and archaeological evidence (physical remains from the past).
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Morphological evidence.Genetic and genomic evidence.Geographical evidence.
The three roots of science evolution are empirical observations and experimentation, logical reasoning and critical thinking, and the constant revision of theories based on new evidence and data.
The three forms of evidence supporting evolution are fossil record showing transitional forms, comparative anatomy highlighting similarities in structures across species, and genetic similarities indicating common ancestry.
weather, movement of plates,
The major areas of the lens are the nucleus, the cortex, and the capsule.
The three major categories of evidence provided by the fossil record are body fossils (actual remains of organisms), trace fossils (impressions or structures left by past organisms), and chemical fossils (organic molecules preserved in rocks). These categories help scientists understand past life forms, their environments, and evolution over time.
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The three main pieces of evidence for the theory of evolution by natural selection are the fossil record showing transitional forms, comparative anatomy and embryology demonstrating similarities between different species, and molecular biology revealing genetic similarities indicating common ancestry.
evidence in real time - finches fossil evidence evidence now backed up by genetics geological evidence of strata not just fossils
vestgial structures fossils embryology also a big one is that there is a universal genetic code
adult, service, and storage