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Kingdom Metazoa
Kingdom Metazoa - The Kingdom Metazoa includes all multicellular animals. The unicellular animals have been placed in the phylum protozoa which is now a part of the kingdom protista . Thus, all the remaining animals from sponges to mammals are now placed in the Kingdom Meta..
Kingdom Metazoa
The Kingdom Metazoa includes all multicellular animals. The unicellular animals have been placed in the phylum protozoa which is now a part of the kingdom protista. Thus, all the remaining animals from sponges to mammals are now placed in the Kingdom Metazoa..
Five Kingdom Classification
Five Kingdom Classification - The present trend in biology is to follow the five kingdom classification proposed by R.H.Whittaker in the year 1969. Whittaker classified the living organisms into five kingdoms namely. 1. KINGDOM: MONERA (prokaryotic organisms) 2. KINGDOM: PROTIST..
Kingdoms of the Living World Introduction
Introduction - The present system of classification, recognises the living organisms under five kingdoms namely 1. KINGDOM: MONERA 2. KINGDOM: PROTISTA 3. KINGDOM: MYCOTA (FUNGI) 4. KINGDOM: METAPHYTA (PLANTS) 5. KINGDOM: METAZOA (ANIMALS) Let us now go into a detailed account o..
Cellularity
One of the main characteristics used in defining grades of animal complexity is the presence or absence of tissues. Tissues are the aggregations of embryologically and morphologically similar cells that become arranged to perform specific functions. The protozoans occur as single cells or colonies ..
Fungi
. The blue-green algae among algae and the bacteria which were earlier placed in the group Thallophyta, were found to contain prokaryotic cells. All other algae, fungi, protozoans and multicellular animals were found to be composed of eukaryotic cells. Copeland suggested in 1966, the erection of a ..
. The blue-green algae among algae and the bacteria which were earlier placed in the group Thallophyta, were found to contain prokaryotic cells. All other algae, fungi, protozoans and multicellular animals were found to be composed of eukaryotic cells. Copeland suggested in 1966, the erection of a ..Systematic position
Kingdom : Metazoa Subkingdom : Eumetazoa Division : Bilateria Grade : Eucoelomata Phylum : Chordata Subphylum : Vertebrata Class : Mammalia Order : Rodentia Family : Muridae Genus : Rattus Species : ratt..
Rat - A Representative Mammal
Systematic position - Kingdom : Metazoa Subkingdom : Eumetazoa Division : Bilateria Grade : Eucoelomata Phylum : Chordata Subphylum : Vertebrata Class : Mammalia Order : Rodentia Family : Muridae Genus : Rattus Species : ratt..
Cockroach - A Representative Arthropod
Systematic Position - Kingdom : Metazoa Subkingdom: Eumetazoa Division : Bilateria Grade : Eucoelomata Phylum : Arthopoda Class : Insecta Order : Orthoptera Family : Blattidae Genus : Periplaneta Species : america..
Systematic Position - Kingdom : Metazoa Subkingdom: Eumetazoa Division : Bilateria Grade : Eucoelomata Phylum : Arthopoda Class : Insecta Order : Orthoptera Family : Blattidae Genus : Periplaneta Species : america..Animal Kingdom Summary
Summary - All multicellular animals are now placed in the kingdom of Metazoa. The multicellular animals show a very specific body organisation which ranges from cellular grade to organ system grade. Higher in the hierarchy of animal kingdom, one can recognise appearance of specific featur..
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