Dataset - B2FIND

Abundance of mesozooplankton from the S-IT3 cruise in the Sicily Channel in M...

The "SESAME_IT3_ZooAbundance_0-50-100m_SZN" dataset contains data of mesozooplankton species composition and abundance (ind. m-3) from samples collected in the Sicily Channel in...

Abundance of mesozooplankton in the SESAME Italian cruise S-IT2 in the Ionian...

The "SESAME_IT2_ZooAbundance_0-50-100m_SZN" dataset contains data of mesozooplankton species composition and abundance (ind. m-3) from samples collected in the Ionian Sea in the...

Abundance of mesozooplankton in the North Balearic Sea in March 2003

Mouth diameter of the net was 113 cm, mesh size 200 µm. Volumes of filtered seawater were estimated by multiplying the area of the net mouth by heights of sampled layers from...

Abundance of planktonic Copepoda (Crustacea) during METEOR cruise M42/3 (Grea...

07-11-2018: The identfied specimens of Rhincalanus rostrifrons are probably Rhincalanus cornutus

Abundance of planktonic Copepoda (Crustacea) during METEOR cruise M44/2 (Gulf...

This dataset has no description

Abundance of planktonic Copepoda (Crustacea) during METEOR cruise M44/2 (Gulf...

This dataset has no description

Abundance of copepods during POLARSTERN cruise ANT-XX/1 (PS63)

Abundance and species composition of copepods were studied during the expedition ANT XXI/1 on a latitudinal transect in the eastern Atlantic from 34°49.5' N to 27°28.1' S...

Seasonal distribution of mesozooplankton in the upper 100 m of the northern G...

The abundance and composition of the mesozooplankton were studied in the upper 100 m of the northern Gulf of Aqaba over a period of 22 months between February 2002 and December...

Abundance of copepods from multinet samples during POLARSTERN cruise ANT-XX/1...

Multinet opening: 0.25 m². This dataset has been replaced by the revised dataset https://doi.pangaea.de/10.1594/PANGAEA.880927 (2017-09-25).

Correction of mutations by 5'-tailed duplexes

Correction of different type of mutations by 5'-tailed duplexes. Up to three-base substitution, deletion, and insertion mutations could be targets for correction by TDs.