Aerosols in the Arctic


Autoria(s): Shevchenko, Vladimir P
Cobertura

MEDIAN LATITUDE: 74.811979 * MEDIAN LONGITUDE: 58.733341 * SOUTH-BOUND LATITUDE: 64.325000 * WEST-BOUND LONGITUDE: -130.763333 * NORTH-BOUND LATITUDE: 87.518333 * EAST-BOUND LONGITUDE: 150.228333 * DATE/TIME START: 1991-08-14T08:00:00 * DATE/TIME END: 2001-08-10T22:30:00

Data(s)

08/12/2006

Resumo

In this monograph on the basis of materials obtained by the author and his colleagues in Arctic expeditions of 1991-2005 and of published data results of studies effect of aerosols on environmental conditions and marine sedimentation in the Arctic are summarizes. Processes of aeolian transport and transformation of sedimentary material from sources to places of its accumulation in bottom sediments are described. Results of this study can be used to assess current state of ecosystem of Arctic seas and as a background for evaluation of possible human impact on nature during exploration of mineral resources of the Arctic shelf. For oceanographers, geochemists, geoecologists.

Formato

application/zip, 31 datasets

Identificador

https://doi.pangaea.de/10.1594/PANGAEA.772312

doi:10.1594/PANGAEA.772312

Idioma(s)

en

Publicador

PANGAEA

Direitos

CC-BY: Creative Commons Attribution 3.0 Unported

Access constraints: unrestricted

Fonte

P.P. Shirshov Institute of Oceanology, Russian Academy of Sciences, Moscow

Supplement to: Shevchenko, Vladimir P (2006): Vliyanie Aerozoley na Sredu i Morskoe Osadkonakoplenie v Arktike (Influence of Aerosols on Environment and Marine Sedimentation in the Arctic). Nauka Publ. (Moscow): in Russian, 226 pp

Palavras-Chave #<1 µm; >5 µm; 1-0.5 µm; 10-5 µm; 2-1 µm; 3-2 µm; 5-2 µm; 5-3 µm; above a deck; AC; Aerial sample, pump; AEROS; Aerosol concentration; Aerosol sample; Ag; AIRPUMP; Akademik Mstislav Keldysh; Akademik Sergey Vavilov; Al; Aluminium; AMK31; AMK31-1; AMK31-2; AMK31-3; AMK31-4; AMK31-5; Antimony; Archive of Ocean Data; ARCOD; Arctic; ARK-XI/1; ARK-XI/1_1; ARK-XI/1_10AFA-XA; ARK-XI/1_11AFA-XA; ARK-XI/1_12AFA-XA; ARK-XI/1_1AFA-XA; ARK-XI/1_2; ARK-XI/1_2AFA-XA; ARK-XI/1_3AFA-XA; ARK-XI/1_4AFA-XA; ARK-XI/1_5AFA-XA; ARK-XI/1_6AFA-XA; ARK-XI/1_7AFA-XA; ARK-XI/1_8AFA-XA; ARK-XI/1_9AFA-XA; ARK-XI/1-10AS; ARK-XI/1-10PhC; ARK-XI/1-11AS; ARK-XI/1-11PhC; ARK-XI/1-12AS; ARK-XI/1-12PhC; ARK-XI/1-13PhC; ARK-XI/1-14PhC; ARK-XI/1-15PhC; ARK-XI/1-16PhC; ARK-XI/1-17PhC; ARK-XI/1-18PhC; ARK-XI/1-19PhC; ARK-XI/1-1AS; ARK-XI/1-1PhC; ARK-XI/1-20PhC; ARK-XI/1-21PhC; ARK-XI/1-22PhC; ARK-XI/1-23PhC; ARK-XI/1-24PhC; ARK-XI/1-25PhC; ARK-XI/1-26PhC; ARK-XI/1-27PhC; ARK-XI/1-28PhC; ARK-XI/1-29PhC; ARK-XI/1-2AS; ARK-XI/1-2PhC; ARK-XI/1-30PhC; ARK-XI/1-31PhC; ARK-XI/1-32PhC; ARK-XI/1-33PhC; ARK-XI/1-34PhC; ARK-XI/1-35PhC; ARK-XI/1-36PhC; ARK-XI/1-37PhC; ARK-XI/1-38PhC; ARK-XI/1-39PhC; ARK-XI/1-3AS; ARK-XI/1-3PhC; ARK-XI/1-40PhC; ARK-XI/1-41PhC; ARK-XI/1-42PhC; ARK-XI/1-43PhC; ARK-XI/1-44PhC; ARK-XI/1-45PhC; ARK-XI/1-46PhC; ARK-XI/1-47PhC; ARK-XI/1-48PhC; ARK-XI/1-49PhC; ARK-XI/1-4AS; ARK-XI/1-4PhC; ARK-XI/1-50PhC; ARK-XI/1-51PhC; ARK-XI/1-52PhC; ARK-XI/1-53PhC; ARK-XI/1-54PhC; ARK-XI/1-55PhC; ARK-XI/1-56PhC; ARK-XI/1-57PhC; ARK-XI/1-58PhC; ARK-XI/1-59PhC; ARK-XI/1-5AS; ARK-XI/1-5PhC; ARK-XI/1-60PhC; ARK-XI/1-61PhC; ARK-XI/1-62PhC; ARK-XI/1-63PhC; ARK-XI/1-6AS; ARK-XI/1-6PhC; ARK-XI/1-7AS; ARK-XI/1-7PhC; ARK-XI/1-8AS; ARK-XI/1-8PhC; ARK-XI/1-9AS; ARK-XI/1-9PhC; ARK-XIII/2; ARK-XIII/2_1AFA-XA; ARK-XIII/2_2AFA-XA; ARK-XIII/2_3AFA-XA; ARK-XIII/2_4AFA-XA; ARK-XIII/2_5AFA-XA; ARK-XIII/2_6AFA-XA; ARK-XIII/2_7AFA-XA; ARK-XIII/2_8AFA-XA; ARK-XIII/2-10PhC; ARK-XIII/2-11PhC; ARK-XIII/2-12PhC; ARK-XIII/2-13PhC; ARK-XIII/2-14PhC; ARK-XIII/2-15PhC; ARK-XIII/2-16PhC; ARK-XIII/2-17PhC; ARK-XIII/2-18PhC; ARK-XIII/2-19PhC; ARK-XIII/2-1PhC; ARK-XIII/2-20PhC; ARK-XIII/2-21PhC; ARK-XIII/2-22PhC; ARK-XIII/2-23PhC; ARK-XIII/2-24PhC; ARK-XIII/2-25PhC; ARK-XIII/2-26PhC; ARK-XIII/2-27PhC; ARK-XIII/2-28PhC; ARK-XIII/2-29PhC; ARK-XIII/2-2PhC; ARK-XIII/2-30PhC; ARK-XIII/2-31PhC; ARK-XIII/2-32PhC; ARK-XIII/2-33PhC; ARK-XIII/2-34PhC; ARK-XIII/2-35PhC; ARK-XIII/2-36PhC; ARK-XIII/2-37PhC; ARK-XIII/2-38PhC; ARK-XIII/2-39PhC; ARK-XIII/2-3PhC; ARK-XIII/2-40PhC; ARK-XIII/2-41PhC; ARK-XIII/2-42PhC; ARK-XIII/2-43PhC; ARK-XIII/2-44PhC; ARK-XIII/2-45PhC; ARK-XIII/2-46PhC; ARK-XIII/2-47PhC; ARK-XIII/2-48PhC; ARK-XIII/2-49PhC; ARK-XIII/2-4PhC; ARK-XIII/2-50PhC; ARK-XIII/2-51PhC; ARK-XIII/2-52PhC; ARK-XIII/2-53PhC; ARK-XIII/2-54PhC; ARK-XIII/2-55PhC; ARK-XIII/2-56PhC; ARK-XIII/2-57PhC; ARK-XIII/2-58PhC; ARK-XIII/2-59PhC; ARK-XIII/2-5PhC; ARK-XIII/2-60PhC; ARK-XIII/2-61PhC; ARK-XIII/2-62PhC; ARK-XIII/2-63PhC; ARK-XIII/2-64PhC; ARK-XIII/2-65PhC; ARK-XIII/2-66PhC; ARK-XIII/2-6PhC; ARK-XIII/2-7PhC; ARK-XIII/2-8PhC; ARK-XIII/2-9PhC; ARK-XIV/1a; ARK-XIV/1a-10PhC; ARK-XIV/1a-11PhC; ARK-XIV/1a-12PhC; ARK-XIV/1a-13PhC; ARK-XIV/1a-14PhC; ARK-XIV/1a-15PhC; ARK-XIV/1a-16PhC; ARK-XIV/1a-17PhC; ARK-XIV/1a-18PhC; ARK-XIV/1a-19PhC; ARK-XIV/1a-1PhC; ARK-XIV/1a-20PhC; ARK-XIV/1a-21PhC; ARK-XIV/1a-22PhC; ARK-XIV/1a-23PhC; ARK-XIV/1a-24PhC; ARK-XIV/1a-25PhC; ARK-XIV/1a-26PhC; ARK-XIV/1a-27PhC; ARK-XIV/1a-28PhC; ARK-XIV/1a-29PhC; ARK-XIV/1a-2PhC; ARK-XIV/1a-30PhC; ARK-XIV/1a-31PhC; ARK-XIV/1a-32PhC; ARK-XIV/1a-33PhC; ARK-XIV/1a-34PhC; ARK-XIV/1a-35PhC; ARK-XIV/1a-36PhC; ARK-XIV/1a-37PhC; ARK-XIV/1a-38PhC; ARK-XIV/1a-39PhC; ARK-XIV/1a-3PhC; ARK-XIV/1a-40PhC; ARK-XIV/1a-41PhC; ARK-XIV/1a-42PhC; ARK-XIV/1a-43PhC; ARK-XIV/1a-44PhC; ARK-XIV/1a-45PhC; ARK-XIV/1a-46PhC; ARK-XIV/1a-47PhC; ARK-XIV/1a-48PhC; ARK-XIV/1a-49PhC; ARK-XIV/1a-4PhC; ARK-XIV/1a-50PhC; ARK-XIV/1a-51PhC; ARK-XIV/1a-52PhC; ARK-XIV/1a-53PhC; ARK-XIV/1a-54PhC; ARK-XIV/1a-55PhC; ARK-XIV/1a-56PhC; ARK-XIV/1a-57PhC; ARK-XIV/1a-5PhC; ARK-XIV/1a-6PhC; ARK-XIV/1a-7PhC; ARK-XIV/1a-8PhC; ARK-XIV/1a-9PhC; Arsenic; As; As/Sb; ASV11; ASV11-1; ASV11-10PhC; ASV11-11PhC; ASV11-12PhC; ASV11-13PhC; ASV11-14PhC; ASV11-15PhC; ASV11-16PhC; ASV11-17PhC; ASV11-18PhC; ASV11-19PhC; ASV11-1PhC; ASV11-2; ASV11-20PhC; ASV11-21PhC; ASV11-22PhC; ASV11-23PhC; ASV11-24PhC; ASV11-25PhC; ASV11-26PhC; ASV11-27PhC; ASV11-2PhC; ASV11-3PhC; ASV11-4PhC; ASV11-5PhC; ASV11-6PhC; ASV11-7PhC; ASV11-8PhC; ASV11-9PhC; ASV12; ASV12-1; ASV13; ASV13-1; ASV13-2; ASV13-3; ASV13-4; Atomic absorption spectrometry, graphite furnace (GF-AAS); Atomic absorption spectrometry (AAS); Au; Ba; Barium; Br; Bromide; Bromine; C_black/C_org; Ca; Cadmium; Caesium; Calcium; Calculated; Carbon, organic, total; Carbon analyser AN-7529, 7560; Cd; Ce; Cerium; Chl+Kln; Chlorite+Kaolinite; Chromium; Co; Cobalt; Copper; Cr; Cs; Cu; dd; DM49; DM49-10; DM49-10WhF; DM49-11; DM49-11WhF; DM49-12; DM49-12WhF; DM49-13; DM49-13WhF; DM49-14; DM49-14WhF; DM49-15; DM49-16; DM49-17; DM49-18; DM49-19; DM49-1WhF; DM49-20; DM49-21; DM49-22; DM49-23; DM49-2WhF; DM49-3; DM49-3WhF; DM49-4; DM49-4WhF; DM49-5; DM49-5WhF; DM49-6; DM49-6WhF; DM49-7; DM49-7WhF; DM49-8; DM49-8WhF; DM49-9; DM49-9WhF; Dmitry Mendeleev; Dy; Dysprosium; EF; Element analysis, neutron activation (NAA); Elements; Enrichment factor; Er; Erbium; Eu; Europium; Event; Fe; Feldspar; ff; Filtration; Flame photometry; Flux of total mass; Flux tot; Fsp; Gadolinium; Gd; Gold; Grain size, mean; Grain size analysis after Petelin (1967, Nauka, Moscow); Group; gs mean; Hafnium; Height; Height, maximum; Height, minimum; Height above sea level; Height max; Height min; Hf; Ho; Holmium; ID; Identification; Ill; Illite; Insol mat; Insoluble material; Instrumental neutron activation analysis (INAA); Ir; Iridium; Iron; K; Kara Sea; La; Lanthanum; Laptev Sea; Lead; Litho; Lithogenic material; Lu; Lutetium; Magnesium; main; Manganese; Mg; Mn; Mnt; Mo; Molybdenum; Montmorillonite; Na; Nd; Neodymium; Ni; Nickel; Occur; Occurrence; OM; Organic matter; P; PAR sensor LI-1400, LI-COR Inc.; Pb; Phosphorus; Photoelectric counter PC-218 (Royco Instr. Inc.); PL-1996-B; PL-1996-N; PL94; PL94_10AFA-XA; PL94_10air; PL94_11air; PL94_12air; PL94_13air; PL94_14air; PL94_15air; PL94_16air; PL94_17air; PL94_18air; PL94_19air; PL94_1AFA-XA; PL94_1air; PL94_20air; PL94_2AFA-XA; PL94_2air; PL94_3AFA-XA; PL94_3air; PL94_4AFA-XA; PL94_4air; PL94_5AFA-XA; PL94_5air; PL94_6AFA-XA; PL94_6air; PL94_7AFA-XA; PL94_7air; PL94_8AFA-XA; PL94_8air; PL94_9AFA-XA; PL94_9air; PL96-4; PL96-4AFA-XA; PL96-5; PL96-5AFA-XA; PL96-6; PL96-6AFA-XA; PL96-7; PL96-7AFA-XA; PL96-8; PL96-8AFA-XA; Polarstern; Port of Arkhangelsk; Potassium; Pr; Praseodymium; Professor Logachev; Professor Shtokman; PS36; PS44; PS51; PSh49; PSh49-1; PSh49-2; PSh49-3; PSh49-4; Quartz; Quartz/Feldspar ratio; Qz; Qz/Fsp; Ratio; Rb; Rubidium; Salt; Salt content; Samarium; Sample volume; Samp vol; Sb; Sc; Scandium; Se; Se/Sb; Sea salt; sea salt + insoluble material; Selenium; Si; Si/Al; Silicon; Silicon/Aluminium ratio; Silver; Size fraction < 0.001 mm, clay; Size fraction > 0.005 mm; Size fraction 0.0010-0.0005 mm; Size fraction 0.002-0.001 mm; Size fraction 0.002-0.001 mm, 9.0-10.0 phi; Size fraction 0.003-0.002 mm; Size fraction 0.005-0.002 mm; Size fraction 0.005-0.003 mm; Size fraction 0.010-0.005 mm; Sm; Sodium; SPASIBA-91; SPASIBA-91_Air1; SPASIBA-91_Air10; SPASIBA-91_Air2; SPASIBA-91_Air3; SPASIBA-91_Air4; SPASIBA-91_Air5; SPASIBA-91_Air6; SPASIBA-91_Air7; SPASIBA-91_Air8; SPASIBA-91_Air9; SPASIBAIII; Sr; SS; Standard deviation; Std dev; Strontium; Sum; Ta; Tantalum; Tb; Temperature, air; Terbium; Th; Thermometer; Thorium; Thulium; Tm; TOC; TTT; Tungsten; U; Uranium; Visib; Visibility; Visibility sensor; W; Wet chemistry; Wind direction; Wind monitor; Wind speed; X-ray diffraction (XRD); Yakov Smirnitskiy; Yb; Ytterbium; Zinc; Zirconium; Zn; Zn/Sb; Zr
Tipo

Dataset