Add to ORKGThe role of parasites in the marine ecosystems on the population level is considered. The biocenotic functions of parasites, namely regulatory, protective, energy and stabilizing are distinguished. The contribution of parasites in biodiversity of marine coastal biocenosises is shown.Рассмотрена роль паразитов в морских экосистемах на популяционном уровне в контексте структуры паразитарных систем. Выделены биоценотические функции паразитов: регуляторная, защитная, энергетическая и стабилизирующая
The giant oyster, Crassostrea gigas (Thunberg, 1793), the edible oyster, Ostrea edulis L., 1758, and...
The main stages of development of marine parasitology in Sevastopol Biological Station–the A. O. Kov...
The review of parasites (80 species) and diseases of mullets and Far-East haarder from the Black Sea...
Parasitological aspects of introduction of alien organisms into marine ecosystems are discussed. The...
In the first time the parasite faunae of two muraenolepid species (Muraenolepis microps and M. marm...
Analyzis of ecological-parasilolgical investigations carried out in the Institute of Biology of the ...
Characters of function of Hysterothylacium aduncum parasite system in the Black Sea are discussed. S...
Analysis of parasite fauna of shrimps (gen. Palaemon and Crangon) in the Black Sea and the Sea of Az...
The impact of aquatic pollution on some common parasite systems and their components from the Black...
Parasitic infection of the shrimp, Palaemon elegans from the Karantinnaya Bay and the Omega Bay (Sev...
The Parvatrema duboisi distribution at the Black Sea Ukranian coast was investigated. The arial of m...
The structural - functional model of the artificial reef ecosystem is carried out. The theoretic mod...
Septante gregarine Nematopsis legeri is the most spreading parasite of Black Sea molluscs. The data ...
Выполнен анализ размерно-возрастной изменчивости зараженности гельминтами крылорукого кальмара на фо...
Parasitism is an immensely successful mode of nutrition and parasitic organisms are abundant in most...
The giant oyster, Crassostrea gigas (Thunberg, 1793), the edible oyster, Ostrea edulis L., 1758, and...
The main stages of development of marine parasitology in Sevastopol Biological Station–the A. O. Kov...
The review of parasites (80 species) and diseases of mullets and Far-East haarder from the Black Sea...
Parasitological aspects of introduction of alien organisms into marine ecosystems are discussed. The...
In the first time the parasite faunae of two muraenolepid species (Muraenolepis microps and M. marm...
Analyzis of ecological-parasilolgical investigations carried out in the Institute of Biology of the ...
Characters of function of Hysterothylacium aduncum parasite system in the Black Sea are discussed. S...
Analysis of parasite fauna of shrimps (gen. Palaemon and Crangon) in the Black Sea and the Sea of Az...
The impact of aquatic pollution on some common parasite systems and their components from the Black...
Parasitic infection of the shrimp, Palaemon elegans from the Karantinnaya Bay and the Omega Bay (Sev...
The Parvatrema duboisi distribution at the Black Sea Ukranian coast was investigated. The arial of m...
The structural - functional model of the artificial reef ecosystem is carried out. The theoretic mod...
Septante gregarine Nematopsis legeri is the most spreading parasite of Black Sea molluscs. The data ...
Выполнен анализ размерно-возрастной изменчивости зараженности гельминтами крылорукого кальмара на фо...
Parasitism is an immensely successful mode of nutrition and parasitic organisms are abundant in most...
The giant oyster, Crassostrea gigas (Thunberg, 1793), the edible oyster, Ostrea edulis L., 1758, and...
The main stages of development of marine parasitology in Sevastopol Biological Station–the A. O. Kov...
The review of parasites (80 species) and diseases of mullets and Far-East haarder from the Black Sea...