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http://id.loc.gov/authorities/subjects |
Library of Congress Subject Headings (LCSH) |
The Library of Congress Subject Headings (LCSH) are part of a Linked Data Service,
actively maintained since 1898 to catalog materials held at the Library of Congress. |
information |
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http://www.epsg-registry.org/ |
European Petroleum Survey Group Geodetic Parameter Dataset |
Registry that accesses the EPSG Geodetic Parameter Dataset, which is a structured
dataset of Coordinate Reference Systems and Coordinate Transformations. |
search |
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http://www.seadatanet.org/Standards-Software/Common-Vocabularies |
SeaDataNet Common Vocabularies |
The SeaDataNet Vocabulary Server is populated with lists describing a wide range of
entities relevant to marine metadata and data such as parameters, sea area names,
platform classes, instrument types, and so on. |
information |
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https://data.noaa.gov/metaview/page?xml=NOAA/NESDIS/NGDC/Collection/iso/xml/Marine_Geology.xml&view=getDataView&header=none |
Parent Archive |
Information about the Marine Geology Data Archive at NCEI. |
information |
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https://data.noaa.gov/waf/NOAA/NESDIS/NGDC/MGG/Geology/iso/ |
Marine geology metadata records. |
|
search |
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https://doi.org/10.13140/RG.2.1.2297.0403 |
doi:10.13140/RG.2.1.2297.0403 |
This data set contains related data and information. |
information |
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|
https://doi.org/10.7289/V52Z13FT |
doi:10.7289/V52Z13FT |
This data set contains related data and information. |
information |
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|
https://doi.org/10.7289/V53X84KN |
Metadata Landing Page |
How to cite this data set (doi:10.7289/V53X84KN), all access options, and complete
documentation. |
information |
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|
https://www.earthdata.nasa.gov/learn/find-data/idn/gcmd-keywords |
Global Change Master Directory (GCMD) Keywords |
The information provided on this page seeks to define how the GCMD Keywords are structured,
used and accessed. It also provides information on how users can participate in the
further development of the keywords. |
information |
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|
https://www.ncei.noaa.gov/contact |
NCEI Contact Information |
Information for contacts at NCEI. |
information |
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https://www.ngdc.noaa.gov/mgg/geology/data/g00497/ |
Data files and documentation |
ASCII flat file of the bibliography, bibliography documentation and coding instructions,
and project information. |
information |
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https://www.ngdc.noaa.gov/mgg/geology/mmdb.html |
Web page |
Web page of information about the data set with links to download data and documentation
from NCEI. |
information |
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https://www.ngdc.noaa.gov/mgg_mmbib/ |
Web forms interface |
Search the bibliography by multiple criteria. |
search |
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https://www2.usgs.gov/science/about/ |
USGS Thesaurus |
The USGS Thesaurus contains thematic terms for categorizing information resources
intended to support finding and understanding scientific information. |
information |
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MMBIB Identifier |
A unique identifier for a reference within the NOAA and MMS Marine Minerals Bibliography
consisting of the first four letters of the (first) author last name, followed by
the first letter of the (first) author first name, then the first letter of the (first)
author middle name (a if no middle name), then the last two digits of the year of
publication, then a two digit sequence number within the year. E.g., CRONTM8301 (Cronin,
T.M., 1983). The MMBIB is also used to cross-reference source articles with geochemical
data in the NOAA and MMS Marine Minerals Geochemistry database. This convention has
been continued by the International Seabed Authority (ISA) in their bibliography and
geochemical databases which are partially derived from the NOAA and MMS Marine Minerals
Bibliography and Database. |
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Author |
The author(s) of the reference |
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Title |
The title of the reference |
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In |
The title of the encompassing reference if the article is within a composite volume |
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Serial |
The name of a series (journal, special publication series, etc.) of which the reference
is a part |
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Volume |
The number, issue, or other designator for a volume within a series. |
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Pages |
The page numbers within an encompassing publication occupied by the reference. |
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Crossreference |
Indication of a cross reference |
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Part of MMBIB |
The MMBIB Identifier of an encompassing work of which this reference is part. |
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Publication Type |
The MMBIB Identifier of an encompassing work of which this reference is part. |
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Language |
The language in which the reference is written. |
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Deposit type |
Type: Refers to the type of deposit being described on this form - more than one form
is required (1 per type) if more than one relevant type of deposit is treated in the
article. Deposit - Refers to an actual concentration of Manganese (crust, pavement,
micronodules, nodules, etc.), Phosphorite (nodules, layers, massive deposits), Placer
(Placer or Heavy Mineral study on a continental shelf or other insular margin less
than 200 meters water depth - deposits where the only heavy mineral mentioned is pyrite
do not qualify as heavy mineral/placer), or Polymetallic Sulfides (veins, stockwork,
layers, massive sulfides, etc.) associated with hydrothermal systems in the ocean.
Where the sulfides are finely disseminated in a hard rock rather than isolated as
significant veins, etc., it is not considered to be a polymetallic sulfide deposit
for purposes of this bibliography. This does not include disseminated Mn or Sulfides
in sediments (including pyrite) unless closely associated with a hydrothermal vent
or ridge system. It also does not include mn, sulfate, sulfide, phosphorus or phosphate
dissolved in the water column, or phosphorus/phosphate disseminated in sediment. 'Phosphorite'
is a specific term referring to a rock of higher than a certain % phosphorus - we
don't draw a line because the % varies. Phosphorus is an element, and phosphates are
a group of compounds - we are interested in 'phosphorites' or 'phosphate-rich' rocks,
sand, gravel, pebbles, cobbles, crusts, or layers. |
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Relevance 1 |
Whole Article - refers to whether the type of mineral deposit on this form was the
main subject of the article, or was only mentioned as a secondary (less important)
subject. If any one chapter in a multiauthor volume has a relevance of P, then the
entire multiauthor volume should be given a relevance of P for that deposit type. |
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Relevance 2 |
For 1 digit fields - refers to whether this particular subject is covered in the article
as a general, common knowledge, item, or is studied in technical detail - quantitative
analyses are always technical, but some non-quantitative data can also be classified
as technical. |
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Subjects - Geochemistry |
where weight percentages of elements or compounds are measured within the deposit.
Note - Any element/compound mentioned should be included as key word, type other,
but only if it is mentioned in relation to a relevant deposit. |
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Subjects - Photographs |
Photographs included relevant to a mineral deposit. |
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Subjects - Mineralogy |
Any mineral mentioned should be included as an 'other key word'- only if it is mentioned
in relation to a relevant deposit. |
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Subject - Age Date |
Age dating of relevant mineral deposits included in reference. |
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Subject - Deposit Genesis |
Discussion of method of deposit formation |
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Subject - Growth/Accumulation |
where the rate of growth of nodules (or accumulation of matter by the deposit in general
is given) |
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Subject - Geophysical Exploration |
For placer/heavy minerals articles. Refers to geophysical exploration directly related
to the heavy mineral deposit ONLY. For example, a magnetometer survey to discover
the limits of the deposit. |
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Subject - Grain Size |
For placer/heavy minerals articles. Refers to a grain size analysis of the actual
heavy mineral-rich area or placer deposit ONLY. |
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Subject - Predictive Modeling |
For placer/heavy minerals articles. A study of the possible sources of the heavy minerals
found in the deposit - development of a THEORETICAL MODEL to explain the deposit location,
configuration, or composition, or predict location of other placers. |
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Subject - Surrounding Sediment/Geochemistry |
Sediment - When the sediment surrounding a deposit is studied, for manganese deposits,
then use this category - it usually refers to sediments around hydrothermal vents
or around Mn nodules. Used if the geochemistry of the sediment or its interstitial
waters is given. Same criteria for T/G as in deposit, includes isotope chemistry of
sediments. |
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Subject - Surrounding Sediment/Properties |
Sediment - When the sediment surrounding a deposit is studied, for manganese deposits,
then use this category - it usually refers to sediments around hydrothermal vents
or around Mn nodules. used if any physical properties of the sediment are measured
- e.g., grain size, density, porosity, permeability, general makeup, thickness, etc. |
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Subject - Hard Rock Studies |
This category is used when hard rock associated with a deposit, or an area where deposit
formation is likely (ie. around a hydrothermal vent) is studied, rather than/or in
addition to, the actual mineral deposit. (if a hard rock study of a massive sulfide
or phosphorite itself is made, then use the deposit category above). Any study of
the rock qualifies - use appropriate key word type other to qualify the type of study. |
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Subject - Water Column Studies/Chemistry |
This refers to water above or surrounding a deposit, or a hydrothermal vent (not to
interstitial or pore water of sediment, or fluid inclusions in hardrock). It can be
used for hydrothermal vent waters after they exit the vent into the water column.
Waters within vents are described using the key word type other fields. Any chemical
study. |
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Subject - Water Column Studies/Temperature |
This refers to water above or surrounding a deposit, or a hydrothermal vent (not to
interstitial or pore water of sediment, or fluid inclusions in hardrock). It can be
used for hydrothermal vent waters after they exit the vent into the water column.
Waters within vents are described using the key word type other fields. Any measurement
of water temperature. |
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Subject - Economics |
The value, mining potential, or political/economic importance of a mineral deposit. |
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Subject - Instruments |
The instruments used to study, retrieve, or process the deposit are discussed (includes
patents) |
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Subject - Law |
National or international laws, treaties, agreements, or principles are discussed |
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Subject - Extraction |
Also known as beneficiation - involves the removal of selected elements or compounds
from deposit materials once they are recovered from the sea floor - may be chemical
or mechanical or both (methods of recovery of material from the sea floor are instruments) |
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Subject - Environmental Impact |
Discussion of the impact of mining the deposit on the surrounding environment. |
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Subject - Biology |
Living organisms near the deposit are mentioned, or their possible role in the deposit
formation is discussed (also note environmental impact, if applicable) |
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Settings - Geologic Setting |
Applicable geologic settings were indicated with an X in the column. |
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Settings - Feature Name |
List all applicable names, if on present list, use exact spelling, if not, please
add to the list. Maximum length of a feature name is 30 characters including blanks
and punctuation. For deposits described as being offshore from a region with a placename
(beach, town, etc.). Please code that placename as a feature name also. Definitely
list all state names in the U.S. if known, from which the deposits are offshore. |
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Settings - U.S. EEZ Zone |
An X in the field for a U.S. EEZ Zone indicates that a mineral deposit within that
zone was discussed in the reference. |
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Settings - L.O.S. Areas |
Three digit codes for ocean areas from the International Hydrographic Organization
(1953). Limits of Oceans and Seas. International Hydrographic Organization Special
Publication No 23, 3rd edition, Monte Carlo. Use 999 for Worldwide See map and list
of area codes - code 2-digit number in first 2 blanks of field, leaving 3rd blank
for letter code. |
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Key Words - Other |
Note all minerals, elements, and compounds studied which DIRECTLY RELATE TO THE DEPOSIT.
Use proper names, not chemical formulas. Note the form of the deposit (nodules, pellets,
etc.), for placer/heavy mineral deposits note if it is a placer or heavy mineral.
Note any major topic in the article not covered by these instructions - check indexes
in bibliography to try to keep terms consistent, where possible. Always note the following
when they are discussed in an article; Please spell out words exactly - do not use
portion in parentheses. |
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ns |
Indicator of whether latitude is north or south of the equator. |