News
April 4, 2023
The open Veps and Karelian corpus VepKar was supplemented with audio recordings of words in the Mikhailovsky dialect of the Ludic supradialect. Employees of the Institute of Linguistics, Literature and History KarRC RAS visited the village of Mikhailovskoye and recorded new material from a native speaker. Scientists are creating an audio map of the Balto-Finnic languages of Karelia and neighboring regions, containing fragments of Veps and Karelian dialectal speech. Dictionary entries in VepKar can now be not only read, but also listened to.
Researchers are creating an audio map within the project “Creating a spoken corpus of Balto-Finnic languages of Karelia”, supported by a regional grant from the Russian Science Foundation. At the project leader, Researcher at the Institute of Linguistics, Literature and History (ILLH) KarRC RAS Alexandra Rodionova told us, the work to supply dictionary entries of the VepKar language corpus with audio started last autumn. During a trip to the village of Mikhailovskoye in Olonetsky District last October, scientists managed to make more than 1,000 audio recordings of words in the local dialect. Nadezhda Kovalchuk, a native of the village of Nyukhovo and a native speaker of the Mikhailovsky dialect, was the speaker for the audio dictionary. On April 1-2, the linguists paid another visit to Mihailovskoye. Thus, VepKar website visitors can now listen to some 1300 words recorded from a native speaker.

Mikhailovsky dialect is one of the three in the Ludic supradialect of Karelian, which some researchers even classify as a language in its own right. In Russian linguistics, however, Ludic is treated as one of the three major supradialects of Karelian. Besides Mikhailovsky dialect, which is spoken in the south of the republic, in the Olonets District, there are also the Kondopozhsky and Svyatozersky dialects.


Fragment of a page of the VepKar portal

The spoken corpus of Balto-Finnic languages of Karelia is an open-access collection of sounded texts in different dialects of Karelian and Veps, marked up and translated into Russian. It’ll form an important part of the VepKar portal produced previously by specialists from ILLH KarRC RAS and the Institute of Applied Mathematical Research (IAMR) KarRC RAS. It comprises over 4 thousands text in 47 dialects. However, textual data alone do not suffice for adequate phonetic research.

– The basis for the audio dictionary is the «Contrastive onomasiological dictionary of dialects of the Karelian, Veps, and Sami languages». It includes more than 1400 concepts in 24 genetically interrelated Karelian, 6 Veps and 5 Sami dialects. Materials of the dialect dictionary for 30 Karelian and Veps dialects have already been included into "VepKar", - said Alexandra Rodionova.

The project participants - operator of the ILLH KarRC RAS Audio Record Archive Fyodor Gerasimov and Leading Research Engineer at IAMP KarRC RAS Natalya Krizhanovskaya - have developed a module for voicing dictionary entries, which facilitates interaction with informants during expeditions. A native speaker can record, listen to, and re-record a word conveniently.

The nearest plan is to supplement the audio dictionary with recordings of words in the dialects spoken in the villages of Yurkostrov and Svyatozero.

Photo by Fyodor Gerasimov / ILLH KarRC RAS

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April 28, 2025
Karelian biologists ran successful trials of a technique for detecting fish infection with helminths based on traces of their DNA in water

Specialists of the Institute of Biology KarRC RAS were the first in the republic to test the method of environmental DNA analysis (eDNA) to detect a model fish parasite in an area impacted by trout farms. This is especially important in the context of a growing number of fish farms that use the practice of transporting stock (fry) from between water bodies, which creates a risk of new parasites appearing in lakes. Currently, fish have to be captured and examined to detect an infection, and for the output to be accurate the sample should be at least 15 fish. This may be problematic in the wild and costly in cage facilities. The eDNA diagnosis system can detect the presence of parasites directly in water samples.