By introduction of DNA barcodes in Adriatic larval fish identification possible presence of new Gobiidae - Buenia massutii Kovačić, Ordines, and Schliewen, 2017, was noticed. Till now, occurrence of this species was restricted only to the Western Mediterranean and to the neighbouring part of the Atlantic Ocean.Larva nedavno opisane vrste Buenia massutii Kovačić, Ordines i Schliewen, 2017, s poznatom geografskom distribucijom ograničenom na zapadno Sredozemlje i susjedni dio Atlanskog oceana, je pronađena u Jadranskom moru. Naime, tijekom ihtioplanktonskog uzorkovanja je izolirana larva navedene vrste, čija je taksonomija utvrđena molekularnom analizom (DNA barcoding)
The identification key covers 20 species of Blennioidea presently known in the Adriatic Sea, and one...
The observation of a new species in a new area represents the first opportunity to follow and study ...
With the rapid development of aquaculture in the Mediterranean, a number of parasitic diseases have ...
By introduction of DNA barcodes in Adriatic larval fish identification possible presence of new Gobi...
Leptocephali are the characteristic larvae of the superorder Elopomorpha that are difficult to ident...
The recently described Mediterranean goby species, Buenia massutii, was found at the deep shelf in t...
The key covers 46 gobiid species presently known in the Adriatic Sea. For the present key the standa...
The finding of an irregular sea urchin test in Mljet Channel near Pelješac Peninsula has provided fi...
This study evaluates the utility of DNA barcoding (mitochondrial cytochrome oxidase subunit I; COI) ...
International audienceThe Adriatic Sea and Adriatic Sea drainage system (or Adriatic region) is char...
Two specimens of Gammogobius steinitzi Bath, 1971 were caught during scuba diving, 16th October 1998...
A recent study based on molecular biological data revealed that Gobius canestrinii (Ninni, 1883), a ...
DNA barcoding is a molecular tool that enables rapid and accurate identification of biological speci...
Preliminary results of DNA barcoding survey of deep-sea mega-faunal biota are presented, collected b...
Leptocephali are the characteristic larvae of the superorder Elopomorpha that are difficult to ident...
The identification key covers 20 species of Blennioidea presently known in the Adriatic Sea, and one...
The observation of a new species in a new area represents the first opportunity to follow and study ...
With the rapid development of aquaculture in the Mediterranean, a number of parasitic diseases have ...
By introduction of DNA barcodes in Adriatic larval fish identification possible presence of new Gobi...
Leptocephali are the characteristic larvae of the superorder Elopomorpha that are difficult to ident...
The recently described Mediterranean goby species, Buenia massutii, was found at the deep shelf in t...
The key covers 46 gobiid species presently known in the Adriatic Sea. For the present key the standa...
The finding of an irregular sea urchin test in Mljet Channel near Pelješac Peninsula has provided fi...
This study evaluates the utility of DNA barcoding (mitochondrial cytochrome oxidase subunit I; COI) ...
International audienceThe Adriatic Sea and Adriatic Sea drainage system (or Adriatic region) is char...
Two specimens of Gammogobius steinitzi Bath, 1971 were caught during scuba diving, 16th October 1998...
A recent study based on molecular biological data revealed that Gobius canestrinii (Ninni, 1883), a ...
DNA barcoding is a molecular tool that enables rapid and accurate identification of biological speci...
Preliminary results of DNA barcoding survey of deep-sea mega-faunal biota are presented, collected b...
Leptocephali are the characteristic larvae of the superorder Elopomorpha that are difficult to ident...
The identification key covers 20 species of Blennioidea presently known in the Adriatic Sea, and one...
The observation of a new species in a new area represents the first opportunity to follow and study ...
With the rapid development of aquaculture in the Mediterranean, a number of parasitic diseases have ...