BIO | 4th Q Flashcards

1
Q

The process of grouping organisms using a multi-level approach based on their similarities.

A

CLASSIFICATION

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2
Q

Aristotle’s classification by the Greeks and Romans into basic units- cats, oaks, and horses. Latin name for “group”.

A

GENERA

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3
Q

is the science of describing, naming, and classifying species. It means “arrangement”.

A

TAXONOMY

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4
Q

a Swedish color and botanist.

A

Carolus Linnaeus

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5
Q

tenth edition of his book.

A

Systema Naturae

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6
Q

Homo.

A

Genus

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7
Q

Linnaeus’ legacy is his system of assigning a specific name to a species, which consists of two components:

A

Genus
Sapiens

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8
Q

a specific identifier or epithet

A

Sapiens

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9
Q

The naming system of Linnaeus.

A

Binomial Nomenclature

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10
Q

means “two names”.

A

Binomial

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11
Q

means “list”.

A

Calatus

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12
Q

means “name”

A

Nomen

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13
Q

science that focuses on the evolutionary history of a group of species.

A

Phylogenetics

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13
Q

focuses on analyzing the diversity of organisms in the context of their natural relationships.

A

Systematics

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14
Q

a common method used by taxonomists to create an evolutionary tree.

A

Cladistics

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15
Q

an illustration or diagram used to visually present the evolutionary relationships or variability among groups of organisms.

A

Phylogenic Tree

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16
Q

a branch of biology that studies the relationships of organisms based on their DNA and protein compositions using computer algorithms.

A

Molecular Phylogenetics

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16
Q

is a model that uses mutation rate for the part of the hemoglobin protein.

A

Molecular Clock

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17
Q

proposed a new method of measuring evolutionary time in the early 1960s.

A

Linus Pauling & Emil Zuckerandl

18
Q

Present only inside the mitochondria, the organelle responsible for providing every cell’s energy.

A

Mitochondrial DNA (mtDNA)

19
Q

Considered for studying distantly related species such as those from different kingdoms and phyla.

A

Ribosomal DNA (rRNA)

19
Q

tends to have a lower rate, which is useful for studying the relationships between species separated by longer geologic time scales.

20
Q

Kingdom Archeabacteria, which consists of single-celled prokaryotes with features that have chemically distinctive cell membranes and cell walls.

A

Domain Archaea

21
Q

meaning “ancient”.

22
includes the kingdoms Protista, Fungi, and Animilia. All members of these kingdoms have eukaryotic cells in their bodies.
Domain Eukarya
23
Prokaryotes that cannot live in the presence of oxygen.
Obligate Anaerobes
24
Prokaryotes that need oxygen to survive.
Obligate Aerobes
24
Prokaryotes that can live with or without the presence of oxygen.
Facultative Aerobes
25
Asexually reproduce via type of cell division, which means "divisions by half".
Binary Fission
26
a method that tells the type of bacteria apart, which is especially useful for diagnosing infectious diseases and prescribing the right kind of antibiotics.
Gram Staining
27
highly diverse group of organisms that includes hundreds of phyla. These are eukaryotic organisms that exhibit plant, animal, or fungal characteristics.
Protists
28
protozoans with pseudopods or false feet. They feed by extending a part of their cytoplasm to help them move and they surround the food to eat.
Amoebas
29
Marine planktons that are made up of about 90 percent of plantlike protists.
Dinoflagellates
30
Photosynthetic plantlike protists that can produce food via photosynthesis .
Algae
31
Some dinoflagellates produce light through internal chemical reactions in a phenomenon.
Bioluminescence
31
Occurs when there is a buildup of nutrients leading to the explosion of the dinoflagellate's population or blooms.
Red Tide
32
The structure of multicellular fungi are made up of long strands.
Byphae
32
It is believed that plants organisms from ancestors related to the green algae (Phylum Chlorophyta in Kingdom Protista).
Charophytes
33
Also known as bryophytes, are most low-growing and do not possess true roots for absorbing water from the ground.
Non-vascular plants
34
Have true vascular tissues containing well-defined tubes that are suited for life in dry land and allow them to grow tall.
Vascular plants
35
Plants are able to develop roots, leaves, and stems.
Vascular Plants
36
There are two types of vascular tissues:
Phloem Xylem
37
conducts manufactured food to other parts of the body.
Phloem
38
absorbs water and minerals from the soil.
Xylem
39
Seedless plants that also have underground seeds.
Rhizome
40
Rhizomes also produce spores within their tiny leaflets called
sori (singular:seed)
41
Seedless plants that also reproduce asexually and sexually
Rhizome