Mineral and chemical composition of surface bottom sediments from the Onega Bay, White Sea

Fuente: PANGAEA
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Auteurs principaux: Dolotov, Yury S, Filatov, N N, Shevchenko, Vladimir P, Petrov, M P, Tolstikov, A V, Zdorovennov, R E, Platonov, A V, Filippov, Alexander S, Bushuev, K L, Kutcheva, I P, Denisenko, Nina V, Stein, Ruediger, Saukel, Cornelia
Format: Dataset Open Access
Langue:en
Publié: PANGAEA 2009
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author Dolotov, Yury S
Filatov, N N
Shevchenko, Vladimir P
Petrov, M P
Tolstikov, A V
Zdorovennov, R E
Platonov, A V
Filippov, Alexander S
Bushuev, K L
Kutcheva, I P
Denisenko, Nina V
Stein, Ruediger
Saukel, Cornelia
author_facet Dolotov, Yury S
Filatov, N N
Shevchenko, Vladimir P
Petrov, M P
Tolstikov, A V
Zdorovennov, R E
Platonov, A V
Filippov, Alexander S
Bushuev, K L
Kutcheva, I P
Denisenko, Nina V
Stein, Ruediger
Saukel, Cornelia
collection Datos científicos de ciencias marinas y ambientales
contents The distribution of temperature and salinity, current velocities, suspended particulate matter, bottom sediments, bottom morphology, and planktonic and benthic organisms during the summer period are studied in the estuary of the large Onega River and coastal areas of the Onega Bay (White Sea) influenced by interacting marine and riverine factors.
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_726931
institution PANGAEA
language en
publishDate 2009
publisher PANGAEA
record_format pangaea
spellingShingle Mineral and chemical composition of surface bottom sediments from the Onega Bay, White Sea
Dolotov, Yury S
Filatov, N N
Shevchenko, Vladimir P
Petrov, M P
Tolstikov, A V
Zdorovennov, R E
Platonov, A V
Filippov, Alexander S
Bushuev, K L
Kutcheva, I P
Denisenko, Nina V
Stein, Ruediger
Saukel, Cornelia
Archive of Ocean Data; ARCOD; Ekolog; Ekolog-2004; Ekolog-2004-100; Ekolog-2004-101; Ekolog-2004-102; Ekolog-2004-103; Ekolog-2004-104; Ekolog-2004-15; Ekolog-2004-16; Ekolog-2004-18; Ekolog-2004-22; Ekolog-2004-23; Grab; GRAB; MULT; Multiple investigations; White Sea
The distribution of temperature and salinity, current velocities, suspended particulate matter, bottom sediments, bottom morphology, and planktonic and benthic organisms during the summer period are studied in the estuary of the large Onega River and coastal areas of the Onega Bay (White Sea) influenced by interacting marine and riverine factors.
title Mineral and chemical composition of surface bottom sediments from the Onega Bay, White Sea
topic Archive of Ocean Data; ARCOD; Ekolog; Ekolog-2004; Ekolog-2004-100; Ekolog-2004-101; Ekolog-2004-102; Ekolog-2004-103; Ekolog-2004-104; Ekolog-2004-15; Ekolog-2004-16; Ekolog-2004-18; Ekolog-2004-22; Ekolog-2004-23; Grab; GRAB; MULT; Multiple investigations; White Sea
url https://doi.org/10.1594/PANGAEA.726931