Thermophiles (heat-loving bacteria)
Halophiles (salt-loving bacteria)
Methanogens (methane producing bacteria)
I don't know about three advantages, however the one primary advantage is avoidance of confusion. For example if one just says "cat" one could be talking about a house cat (Felis catus), a bobcat (Lynx rufus), or a tiger (Panthera tigris). Using the scientific names avoids the confusion of exactly what type of cat you are talking about.
There are three subphyla of Chordata: Tunicata, Cephalochordata, and Vertebrata (sometimes Craniata).
There are three reasons: 1) The same species can have different common names in different languages 2) Different species can have the same common name eg the English and American robin are not the same species 3) The same species can have different common names in the same country
Snails Clams Squid
THERE ARE THREE REASONS FOR GIVING SCIENTIFIC NAMES TO THE ORGANISMS.1. Different names for the same organismDiffernet people gave different names to the same organism in the past.There were no system of giving the names to the organisms.DifferentReigons had different names of the same organism.For example:Ø Piyaz is name of Onion in URDU.It had different reignol names in Pakistan likeGanda.bassal and vassal.Ø Different countries have different names for the same plant.For example: amaltas, argvad, gurmala, golden shower and purging cassia are different common names of the same plant.2. Same name for different organismIn some cases, a single name is given to several different plants and animals.For example:Ø Dozen of plants with bell shaped flowers are named blue bell.Ø The name Black bird is given to the crow and raven.3. Common name without scientific basisØ Common names has no scientific basis. Fish is a vertebrate animal. It has bones, gills and fins. Silver fish, cray fish, jellyt fish and star fish do not have these characters. So they cannot be placed in fishes.
boner
three types of archaebacteria are halophiles, thermoacidophiles, and methanogens
Here are the 3 types of Archaebacteria Archaebacteria>>>>> 1. Methanogens 2. Halophiles 3. Thermoacidiophiles
Archaebacteria are simple organisms that thrive well in the heat of thermal vents deep in the ocean.
Scientists need to use scientific names for multiple reasons. Here are three of these reasons. First, it is to avoid confusion. You see, many organisms share a common name and differs from place to place. If scientists used the common names, it could lead to incorrect data. Another reason is that it describes an organism. It brings out the organisms certain characteristics. Lastly, Latin will not change over the years. As you most likely know, Latin is a dead language, or not spoken anymore. These are three reasons why Scientists use the scientific names instead of the common names.
Scientists need to use scientific names for multiple reasons. Here are three of these reasons. First, it is to avoid confusion. You see, many organisms share a common name and differs from place to place. If scientists used the common names, it could lead to incorrect data. Another reason is that it describes an organism. It brings out the organisms certain characteristics. Lastly, Latin will not change over the years. As you most likely know, Latin is a dead language, or not spoken anymore. These are three reasons why Scientists use the scientific names instead of the common names.
I don't know about three advantages, however the one primary advantage is avoidance of confusion. For example if one just says "cat" one could be talking about a house cat (Felis catus), a bobcat (Lynx rufus), or a tiger (Panthera tigris). Using the scientific names avoids the confusion of exactly what type of cat you are talking about.
Methane halophikes and thermophiles
The Percellio Scaber has five scientific names, which are:1. The Percellio Scaberes2. The Scabereses Percellys3. The Perscaberis4. The Persiscaberus5. The ScaberpercellabeHope this helps! :)
they are vascular plants and non-vascular plants
Yes. The three zebra species have the scientific names of Equus zebra, Equus quagga and Equus grevyi.
The answer is eubacteria, archaebacteria, and eukaryotes