Unit 2 Classification (chapter 18) Test Review
... 29. Look at the table above, Which organism is most closely related to the chimp? human The lion is most closely related to the House cat ...
... 29. Look at the table above, Which organism is most closely related to the chimp? human The lion is most closely related to the House cat ...
Bacteria Kingdoms
... • Types of Cells: • Fungus is eukaryotic and has cell walls. • Some Unicellular and some Multicellular. • Type of Organism: • Decomposer: get energy by feeding on dead or decaying tissue • Fungi digest food outside their bodies: they release enzymes into the surrounding environment, breaking down or ...
... • Types of Cells: • Fungus is eukaryotic and has cell walls. • Some Unicellular and some Multicellular. • Type of Organism: • Decomposer: get energy by feeding on dead or decaying tissue • Fungi digest food outside their bodies: they release enzymes into the surrounding environment, breaking down or ...
Name
... 29. Look at the table above, Which organism is most closely related to the chimp? human ...
... 29. Look at the table above, Which organism is most closely related to the chimp? human ...
Unit 9: Classification
... If two organisms have the same Genus then the kingdom, phylum, class, order, and family are likely to be the same Which ones are more closely related? Felis domestica ...
... If two organisms have the same Genus then the kingdom, phylum, class, order, and family are likely to be the same Which ones are more closely related? Felis domestica ...
Classification:
... 4. Why do scientists avoid using common names when discussing organisms? 5. Which category has more biological meaning— all brown birds or all hawklike birds? Why? ...
... 4. Why do scientists avoid using common names when discussing organisms? 5. Which category has more biological meaning— all brown birds or all hawklike birds? Why? ...
6 Kingdoms - Lisle CUSD 202
... Types of Cells: • Unicellular and Multicellular: some have one cell and others are made of many cells. • Fungus is eukaryotic and has cell walls. Type of Organism: • Decomposer: get energy by feeding on dead or decaying tissue • Fungi digest food outside their bodies: they release enzymes into the s ...
... Types of Cells: • Unicellular and Multicellular: some have one cell and others are made of many cells. • Fungus is eukaryotic and has cell walls. Type of Organism: • Decomposer: get energy by feeding on dead or decaying tissue • Fungi digest food outside their bodies: they release enzymes into the s ...
Sample Exam II
... from that of the crocodilians. Read carefully. Similar logic would lead one to conclude that a. dolphins should be classified as fish because of their fins and streamlined shape and fins. b. because some plants in the Old World family Euphorbiaceaea and the New World family Cactaceae have undergone ...
... from that of the crocodilians. Read carefully. Similar logic would lead one to conclude that a. dolphins should be classified as fish because of their fins and streamlined shape and fins. b. because some plants in the Old World family Euphorbiaceaea and the New World family Cactaceae have undergone ...
Phylogeny of Bacteria, Archaea, and Eukaryotic
... predominately of archaea that have been postulated but not cultured: Aigarchaeota, Korarchaeota, Thamarchaeota, Nanoarchaeota Comparison to other domains: http://en.wikipedia.org/wiki/Archaea ...
... predominately of archaea that have been postulated but not cultured: Aigarchaeota, Korarchaeota, Thamarchaeota, Nanoarchaeota Comparison to other domains: http://en.wikipedia.org/wiki/Archaea ...
THE LOWLY PARAMECIUM
... Read the pages noted above first and then do combination note taking for the blocks below. In addition, FOSS computer media questions are found toward the end of this note-taking sheet. NOTES DRAWINGS TO MATCH NOTES. Introductory paragraphs (p. 65) Taxonomists- Scientists who classify living organis ...
... Read the pages noted above first and then do combination note taking for the blocks below. In addition, FOSS computer media questions are found toward the end of this note-taking sheet. NOTES DRAWINGS TO MATCH NOTES. Introductory paragraphs (p. 65) Taxonomists- Scientists who classify living organis ...
UbD-viruses and survey of kingdoms - Glenbard High School District
... inquiry, understanding, and transfer of learning? -‐Viral structure is related to how they cause disease (Why might it important for a doctor to know if a disease is caused -‐Personal behavior and ch ...
... inquiry, understanding, and transfer of learning? -‐Viral structure is related to how they cause disease (Why might it important for a doctor to know if a disease is caused -‐Personal behavior and ch ...
Three Domains – Archaea, Bacteria, Eukarya
... “hairy” flagella and include the water molds, diatoms, and brown algae This clade includes Fungus-like water molds ...
... “hairy” flagella and include the water molds, diatoms, and brown algae This clade includes Fungus-like water molds ...
Chapter 10 Classification
... have dead carcasses laying everywhere. Kingdom: Protista Members of this kingdom are commonly called Protists. These are single celled or simple multi-cellular organisms. The protests are eukaryotes (RECALL), which means they have membrane bound organelles. Protists are not plants or animals or fung ...
... have dead carcasses laying everywhere. Kingdom: Protista Members of this kingdom are commonly called Protists. These are single celled or simple multi-cellular organisms. The protests are eukaryotes (RECALL), which means they have membrane bound organelles. Protists are not plants or animals or fung ...
Chapter Two Line Title Here and Chapter Title
... b. heterotrophs, called protozoans, eating bacteria and other protists, c. heterotrophs, called parasites, deriving their nutrition from a living host, and d. mixotrophs, using photosynthesis and heterotrophy. 3. Protists are found in many habitats including a. anywhere there is moisture and b. the ...
... b. heterotrophs, called protozoans, eating bacteria and other protists, c. heterotrophs, called parasites, deriving their nutrition from a living host, and d. mixotrophs, using photosynthesis and heterotrophy. 3. Protists are found in many habitats including a. anywhere there is moisture and b. the ...
Biol2421Tem_topic1.doc
... methanogens – produce methane as a waste product extreme halophiles – thrive in high salt environments extreme thermophiles – thrive in hot waters Fungi – are eukaryoutes. HAVE NUCLEI. Unicellular or multicellular. Cell wall of chitin. Reproduce sexually or asexually (eg. budding) yeast is a unicell ...
... methanogens – produce methane as a waste product extreme halophiles – thrive in high salt environments extreme thermophiles – thrive in hot waters Fungi – are eukaryoutes. HAVE NUCLEI. Unicellular or multicellular. Cell wall of chitin. Reproduce sexually or asexually (eg. budding) yeast is a unicell ...
Chapter 18 Classification
... organisms into orderly groups based on their similarities Classification is also known as ...
... organisms into orderly groups based on their similarities Classification is also known as ...
Microbes and Protists
... Which statement best contrasts a bacterium and a virus? A) A bacterium can reproduce, whereas a virus will not reproduce. B) A bacterium does not live on living things, whereas a virus does. C) A bacterium is a one-celled living organism, whereas a virus is a nonliving organism. D) A bacteriu ...
... Which statement best contrasts a bacterium and a virus? A) A bacterium can reproduce, whereas a virus will not reproduce. B) A bacterium does not live on living things, whereas a virus does. C) A bacterium is a one-celled living organism, whereas a virus is a nonliving organism. D) A bacteriu ...
Diversity of Organisms
... Originally thought to be bacteria Live in extreme habitats Do not cause disease Prokaryotic Unicellular ...
... Originally thought to be bacteria Live in extreme habitats Do not cause disease Prokaryotic Unicellular ...
Unit II - Microbiology - mics-bio2
... “Culture Media for the Growth of Bacteria” Page 16 of Word document on CD ...
... “Culture Media for the Growth of Bacteria” Page 16 of Word document on CD ...
Chapter 27: Bacteria and Archaea
... systematics has revealed that the kingdom is paraphyletic and in need of extensive reworking. The kingdom formally known as Protista has been divided into many separate kingdoms. Biologists now use the term Protista in a general, nontechnical way to refer to eukaryotes that are neither plants nor an ...
... systematics has revealed that the kingdom is paraphyletic and in need of extensive reworking. The kingdom formally known as Protista has been divided into many separate kingdoms. Biologists now use the term Protista in a general, nontechnical way to refer to eukaryotes that are neither plants nor an ...
Protist
In all biological taxonomy schemes, protists (/ˈproʊtɨst/) were a large group of diverse eukaryotic microorganisms, mainly unicellular animals and plants, that do not form tissues. Formerly, these were assigned to the now-obsolete kingdom Protista. However in modern taxonomy the Protista are understood to be paraphyletic (not a clade), so the term remains in use only for convenience, similar to ""invertebrate"". An equivalent term Protoctista is used for these organisms by various organisations and institutions. Molecular analyses in modern taxonomy have been used to redistribute former members of this group into diverse and sometimes distantly related phyla. When used, the term “protists” is now considered to mean similar-appearing but diverse phyla that are not related through an exclusive common ancestor, and which have different life cycles, trophic levels, modes of locomotion, and cellular structures. Besides their relatively simple levels of organization, the protists do not have much in common.The term protista was first used by Ernst Haeckel in 1866. Protists were traditionally subdivided into several groups based on similarities to the ""higher"" kingdoms: the unicellular ""animal-like"" protozoa, the ""plant-like"" protophyta (mostly unicellular algae), and the ""fungus-like"" slime molds and water molds. These traditional subdivisions, largely based on superficial commonalities, have been replaced by classifications based on phylogenetics (evolutionary relatedness among organisms). However, the older terms are still used as informal names to describe the morphology and ecology of various protists.Protists live in almost any environment that contains liquid water. Many protists, such as algae, are photosynthetic and are vital primary producers in ecosystems, particularly in the ocean as part of the plankton. Other protists include pathogenic species such as the kinetoplastid Trypanosoma brucei, which causes sleeping sickness and species of the apicomplexan Plasmodium which cause malaria.