What causes Cyclomorphosis?
Cyclomorphosis is a temporal, cyclic or induced morphological change that occurs in the planktonic population, primarily as the outcome of abiotic or biotic factors in the environment. This phenomenon is noted in the dinoflagellates, rotifers, cladocerans and much strikingly in the copepods.
Why is Cyclomorphosis important in Daphnia?
Cyclomorphosis also termed as the seasonal polyphenism is the occurrence of the cyclic or seasonal changes in the phenotype of any individual occurring in successive generations. For example, Morphological variability in Daphnia populations has often been associated to phenotypic plasticity.
What is Cyclomorphosis phenomenon?
Cyclomorphosis (also known as seasonal polyphenism) is the name given to the occurrence of cyclic or seasonal changes in the phenotype of an organism through successive generations. It occurs in small aquatic invertebrates that reproduce by parthenogenesis and give rise to several generations annually.
What is Cyclomorphosis with example?
Cyclomorphosis is seasonal polyphenism or the occurrence of seasonal changes in the phenotype of small aquatic invertebrate organisms that reproduce by parthenogenesis and can give rise to several generations annually, for example as rotifers and cladoceran crustaceans.
What is Cyclomorphosis explain its phenomenon?
What are Cyclomorphosis explain the phenomenon?
When does cyclomorphosis occur in a rotifer?
Cyclomorphosis is a change that occurs seasonally in the rotifers,because of the seasonal change temparature change is usually play a important role as one of the major causative factors . Food supply, ph effects, and the influence of the female principle were also investigeted.
Where does cyclomorphosis occur in the aquatic world?
It occurs in small aquatic invertebrates that reproduce by parthenogenesis and give rise to several generations annually, such as rotifers and cladoceran crustaceans.
What kind of polyphenism is cyclomorphosis?
Cyclomorphosis is seasonal polyphenism or the occurrence of seasonal changes in the phenotype of small aquatic invertebrate organisms that reproduce by parthenogenesis and can give rise to several generations annually, for example as rotifers and cladoceran crustaceans.
Why do some rotifers react to temperature differently than others?
Food supply, ph effects, and the influence of the female principle were also investigeted. But in the case of rotifera however the situation is still unclear, because some certain rotifer species react to temperature in the same manner as the cladocera. Other species reactions seems to differ considerably in this situation.