57Fe Mossbauer and NAA studies of Core ANTA91-8 from Ross Sea (Antartica)

The sedimentary core ANTA91-8, with geographic co-ordinates 70°47’ S 172°50’ E, was sampled in the Ross Sea at a water depth of 2,383 m. The core length of 511 cm covers the sedimentary hronology of the last three hundred kyears. Mossbauer data concerning the iron-bearing species present in 39 layer...

Full description

Bibliographic Details
Main Authors: S. Calogero, G. Leotta, M. Bertelle, L. Stievano, ODDONE, MASSIMO
Other Authors: S., Calogero, G., Leotta, M., Bertelle, L., Stievano, Oddone, Massimo
Format: Article in Journal/Newspaper
Language:English
Published: Editore Universit¿ di Siena. Dipartimento di Scienze della Terra Luogo pubbl. Siena 2000
Subjects:
MARINE CORE ANTA91-8
MÒSSBAUER
NAA
Ross Sea
antartic*
Online Access:http://hdl.handle.net/11571/105021
id ftunivpavia:oai:iris.unipv.it:11571/105021
record_format openpolar
spelling ftunivpavia:oai:iris.unipv.it:11571/105021 2024-01-28T10:01:49+01:00 57Fe Mossbauer and NAA studies of Core ANTA91-8 from Ross Sea (Antartica) S. Calogero G. Leotta M. Bertelle L. Stievano ODDONE, MASSIMO S., Calogero G., Leotta M., Bertelle L., Stievano Oddone, Massimo 2000 ELETTRONICO http://hdl.handle.net/11571/105021 eng eng Editore Universit¿ di Siena. Dipartimento di Scienze della Terra Luogo pubbl. Siena volume:4 firstpage:229 lastpage:239 numberofpages:11 journal:TERRA ANTARTICA http://hdl.handle.net/11571/105021 MARINE CORE ANTA91-8 MÒSSBAUER NAA info:eu-repo/semantics/article 2000 ftunivpavia 2024-01-03T17:44:26Z The sedimentary core ANTA91-8, with geographic co-ordinates 70°47’ S 172°50’ E, was sampled in the Ross Sea at a water depth of 2,383 m. The core length of 511 cm covers the sedimentary hronology of the last three hundred kyears. Mossbauer data concerning the iron-bearing species present in 39 layers of ANTA91-8, and neutron activation analysis of 28 elements in 18 layers are reported and discussed. Article in Journal/Newspaper antartic* Ross Sea IRIS UNIPV (Università degli studi di Pavia) Ross Sea
institution Open Polar
collection IRIS UNIPV (Università degli studi di Pavia)
op_collection_id ftunivpavia
language English
topic MARINE CORE ANTA91-8
MÒSSBAUER
NAA
spellingShingle MARINE CORE ANTA91-8
MÒSSBAUER
NAA
S. Calogero
G. Leotta
M. Bertelle
L. Stievano
ODDONE, MASSIMO
57Fe Mossbauer and NAA studies of Core ANTA91-8 from Ross Sea (Antartica)
topic_facet MARINE CORE ANTA91-8
MÒSSBAUER
NAA
description The sedimentary core ANTA91-8, with geographic co-ordinates 70°47’ S 172°50’ E, was sampled in the Ross Sea at a water depth of 2,383 m. The core length of 511 cm covers the sedimentary hronology of the last three hundred kyears. Mossbauer data concerning the iron-bearing species present in 39 layers of ANTA91-8, and neutron activation analysis of 28 elements in 18 layers are reported and discussed.
author2 S., Calogero
G., Leotta
M., Bertelle
L., Stievano
Oddone, Massimo
format Article in Journal/Newspaper
author S. Calogero
G. Leotta
M. Bertelle
L. Stievano
ODDONE, MASSIMO
author_facet S. Calogero
G. Leotta
M. Bertelle
L. Stievano
ODDONE, MASSIMO
author_sort S. Calogero
title 57Fe Mossbauer and NAA studies of Core ANTA91-8 from Ross Sea (Antartica)
title_short 57Fe Mossbauer and NAA studies of Core ANTA91-8 from Ross Sea (Antartica)
title_full 57Fe Mossbauer and NAA studies of Core ANTA91-8 from Ross Sea (Antartica)
title_fullStr 57Fe Mossbauer and NAA studies of Core ANTA91-8 from Ross Sea (Antartica)
title_full_unstemmed 57Fe Mossbauer and NAA studies of Core ANTA91-8 from Ross Sea (Antartica)
title_sort 57fe mossbauer and naa studies of core anta91-8 from ross sea (antartica)
publisher Editore Universit¿ di Siena. Dipartimento di Scienze della Terra Luogo pubbl. Siena
publishDate 2000
url http://hdl.handle.net/11571/105021
geographic Ross Sea
geographic_facet Ross Sea
genre antartic*
Ross Sea
genre_facet antartic*
Ross Sea
op_relation volume:4
firstpage:229
lastpage:239
numberofpages:11
journal:TERRA ANTARTICA
http://hdl.handle.net/11571/105021
_version_ 1789327244134449152

Similar Items