cdocutils.nodes document q)q}q(U nametypesq}q(X darwin coreqNXesmlqNXoverviewqNXgcmd difq NX longevityq NX dublin coreq NX5additional specifications in use by relevant agenciesq NXanzlic metadata profileq NXidentifying metadata typesqNXgenbank internal formatqNX iso 19137qNXddiqNXudfrqXwater mlqNX iso 19115qNXadnqNX gml profilesqNXcsrqNX mutabilityqNXdata endiannessqNXiso 2146qNX fgdc csdgmqNXgdfrqXmetadata minimal contentqNXmageqNXmiensqNXpronomq Xemlq!NXmetadata typesq"NXhistoryq#Xnetcdf-cf-opendapq$NXmetadata character encodingq%NX#what is data (dataone perspective)?q&NXdryad metadata profileq'NXnexmlq(NuUsubstitution_defsq)}q*Uparse_messagesq+]q,Ucurrent_sourceq-NU decorationq.NUautofootnote_startq/KUnameidsq0}q1(hU darwin-coreq2hUesmlq3hUoverviewq4h Ugcmd-difq5h U longevityq6h U dublin-coreq7h U5additional-specifications-in-use-by-relevant-agenciesq8h Uanzlic-metadata-profileq9hUidentifying-metadata-typesq:hUgenbank-internal-formatq;hU iso-19137qhUwater-mlq?hU iso-19115q@hUadnqAhU gml-profilesqBhUcsrqChU mutabilityqDhUdata-endiannessqEhUiso-2146qFhU fgdc-csdgmqGhUgdfrqHhUmetadata-minimal-contentqIhUmageqJhUmiensqKh UpronomqLh!UemlqMh"Umetadata-typesqNh#UhistoryqOh$Unetcdf-cf-opendapqPh%Umetadata-character-encodingqQh&U what-is-data-dataone-perspectiveqRh'Udryad-metadata-profileqSh(UnexmlqTuUchildrenqU]qVcdocutils.nodes section qW)qX}qY(U rawsourceqZUUparentq[hUsourceq\Xf/var/lib/jenkins/jobs/API_Documentation_trunk/workspace/api-documentation/source/design/WhatIsData.txtq]Utagnameq^Usectionq_U attributesq`}qa(Udupnamesqb]Uclassesqc]Ubackrefsqd]Uidsqe]qfhRaUnamesqg]qhh&auUlineqiKUdocumentqjhhU]qk(cdocutils.nodes title ql)qm}qn(hZX#What is Data (DataONE Perspective)?qoh[hXh\h]h^Utitleqph`}qq(hb]hc]hd]he]hg]uhiKhjhhU]qrcdocutils.nodes Text qsX#What is Data (DataONE Perspective)?qtqu}qv(hZhoh[hmubaubcdocutils.nodes paragraph qw)qx}qy(hZX_This document describes the concept of "data" within the first iteration of the DataONE system.qzh[hXh\h]h^U paragraphq{h`}q|(hb]hc]hd]he]hg]uhiKhjhhU]q}hsX_This document describes the concept of "data" within the first iteration of the DataONE system.q~q}q(hZhzh[hxubaubhW)q}q(hZUh[hXh\h]h^h_h`}q(hb]hc]hd]he]qh4ahg]qhauhiKhjhhU]q(hl)q}q(hZXOverviewqh[hh\h]h^hph`}q(hb]hc]hd]he]hg]uhiKhjhhU]qhsXOverviewqq}q(hZhh[hubaubhw)q}q(hZXData, in the context of DataONE, is a discrete unit of digital content that is expected to represent information obtained from some experiment or scientific study. The :term:`data` is accompanied by :term:`science metadata`, which is a separate unit of digital content that describes properties of the data. Each unit of science data or science metadata is accompanied by a :term:`system metadata` document which contains attributes that describe the digital object it accompanies (e.g. hash, time stamps, ownership, relationships).h[hh\h]h^h{h`}q(hb]hc]hd]he]hg]uhiK hjhhU]q(hsXData, in the context of DataONE, is a discrete unit of digital content that is expected to represent information obtained from some experiment or scientific study. The qq}q(hZXData, in the context of DataONE, is a discrete unit of digital content that is expected to represent information obtained from some experiment or scientific study. The h[hubcsphinx.addnodes pending_xref q)q}q(hZX :term:`data`qh[hh\h]h^U pending_xrefqh`}q(UreftypeXtermUrefwarnqU reftargetqXdataU refdomainXstdqhe]hd]U refexplicithb]hc]hg]UrefdocqXdesign/WhatIsDataquhiK hU]qcdocutils.nodes inline q)q}q(hZhh`}q(hb]hc]q(UxrefqhXstd-termqehd]he]hg]uh[hhU]qhsXdataqq}q(hZUh[hubah^UinlinequbaubhsX is accompanied by qq}q(hZX is accompanied by h[hubh)q}q(hZX:term:`science metadata`qh[hh\h]h^hh`}q(UreftypeXtermhhXscience metadataU refdomainXstdqhe]hd]U refexplicithb]hc]hg]hhuhiK hU]qh)q}q(hZhh`}q(hb]hc]q(hhXstd-termqehd]he]hg]uh[hhU]qhsXscience metadataqq}q(hZUh[hubah^hubaubhsX, which is a separate unit of digital content that describes properties of the data. Each unit of science data or science metadata is accompanied by a qq}q(hZX, which is a separate unit of digital content that describes properties of the data. Each unit of science data or science metadata is accompanied by a h[hubh)q}q(hZX:term:`system metadata`qh[hh\h]h^hh`}q(UreftypeXtermhhXsystem metadataU refdomainXstdqhe]hd]U refexplicithb]hc]hg]hhuhiK hU]qh)q}q(hZhh`}q(hb]hc]q(hhXstd-termqehd]he]hg]uh[hhU]qhsXsystem metadataqυq}q(hZUh[hubah^hubaubhsX document which contains attributes that describe the digital object it accompanies (e.g. hash, time stamps, ownership, relationships).q҅q}q(hZX document which contains attributes that describe the digital object it accompanies (e.g. hash, time stamps, ownership, relationships).h[hubeubhw)q}q(hZX8In the initial version of DataONE, science data are treated as opaque sets of bytes and are stored on :term:`Member Node`\s (MN). A copy of the science metadata is held by the :term:`Coordinating Node`\s (CN) and is parsed to extract attributes to assist the discovery process (i.e. users searching for content).h[hh\h]h^h{h`}q(hb]hc]hd]he]hg]uhiKhjhhU]q(hsXfIn the initial version of DataONE, science data are treated as opaque sets of bytes and are stored on qمq}q(hZXfIn the initial version of DataONE, science data are treated as opaque sets of bytes and are stored on h[hubh)q}q(hZX:term:`Member Node`qh[hh\h]h^hh`}q(UreftypeXtermhhX member nodeU refdomainXstdqhe]hd]U refexplicithb]hc]hg]hhuhiKhU]qh)q}q(hZhh`}q(hb]hc]q(hhXstd-termqehd]he]hg]uh[hhU]qhsX Member Nodeq腁q}q(hZUh[hubah^hubaubhsX6s (MN). A copy of the science metadata is held by the q녁q}q(hZX7\s (MN). A copy of the science metadata is held by the h[hubh)q}q(hZX:term:`Coordinating Node`qh[hh\h]h^hh`}q(UreftypeXtermhhXcoordinating nodeU refdomainXstdqhe]hd]U refexplicithb]hc]hg]hhuhiKhU]qh)q}q(hZhh`}q(hb]hc]q(hhXstd-termqehd]he]hg]uh[hhU]qhsXCoordinating Nodeqq}q(hZUh[hubah^hubaubhsXns (CN) and is parsed to extract attributes to assist the discovery process (i.e. users searching for content).qq}q(hZXo\s (CN) and is parsed to extract attributes to assist the discovery process (i.e. users searching for content).h[hubeubhw)r}r(hZXThe opaqueness of data in DataONE is likely to change in the future to enable processing of the data with operations such as translation (e.g. for format migration), extraction (e.g. for rendering), and merging (e.g. to combine multiple instances of data that are expressed in different formats). Such operations rely upon a stable, accessible framework supporting reliable data access, and so are targeted after the initial requirements of DataONE are met and the core infrastructure is demonstrably robust.rh[hh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKhjhhU]rhsXThe opaqueness of data in DataONE is likely to change in the future to enable processing of the data with operations such as translation (e.g. for format migration), extraction (e.g. for rendering), and merging (e.g. to combine multiple instances of data that are expressed in different formats). Such operations rely upon a stable, accessible framework supporting reliable data access, and so are targeted after the initial requirements of DataONE are met and the core infrastructure is demonstrably robust.rr}r(hZjh[jubaubhw)r}r (hZX:doc:`DataPackage` provides a more complete description of data, science metadata, and system metadata and their relationship to one another.h[hh\h]h^h{h`}r (hb]hc]hd]he]hg]uhiK hjhhU]r (h)r }r (hZX:doc:`DataPackage`rh[jh\h]h^hh`}r(UreftypeXdocrhhX DataPackageU refdomainUhe]hd]U refexplicithb]hc]hg]hhuhiK hU]rh)r}r(hZjh`}r(hb]hc]r(hjehd]he]hg]uh[j hU]rhsX DataPackagerr}r(hZUh[jubah^hubaubhsX{ provides a more complete description of data, science metadata, and system metadata and their relationship to one another.rr}r(hZX{ provides a more complete description of data, science metadata, and system metadata and their relationship to one another.h[jubeubeubhW)r}r(hZUh[hXh\h]h^h_h`}r(hb]hc]hd]he]r hNahg]r!h"auhiK$hjhhU]r"(hl)r#}r$(hZXMetadata Typesr%h[jh\h]h^hph`}r&(hb]hc]hd]he]hg]uhiK$hjhhU]r'hsXMetadata Typesr(r)}r*(hZj%h[j#ubaubhw)r+}r,(hZXThe following metadata formats are of interest to the DataONE project for the initial version and are representative of the types of content that will need to be stored and parsed.r-h[jh\h]h^h{h`}r.(hb]hc]hd]he]hg]uhiK&hjhhU]r/hsXThe following metadata formats are of interest to the DataONE project for the initial version and are representative of the types of content that will need to be stored and parsed.r0r1}r2(hZj-h[j+ubaubhw)r3}r4(hZXIn all cases the descriptive text was retrieved from the URL provided with the description, and so where there is discrepancy, the referenced location (or the currently authoritative location) takes precedence.r5h[jh\h]h^h{h`}r6(hb]hc]hd]he]hg]uhiK*hjhhU]r7hsXIn all cases the descriptive text was retrieved from the URL provided with the description, and so where there is discrepancy, the referenced location (or the currently authoritative location) takes precedence.r8r9}r:(hZj5h[j3ubaubcdocutils.nodes table r;)r<}r=(hZUh[jh\Nh^Utabler>h`}r?(hb]hc]hd]he]r@Uid1rAahg]uhiNhjhhU]rB(hl)rC}rD(hZXhTypes of :term:`science metadata` and their corresponding :attr:`SystemMetdata.ObjectFormat` identifier.h`}rE(hb]hc]hd]he]hg]uh[j<hU]rF(hsX Types of rGrH}rI(hZX Types of h[jCubh)rJ}rK(hZX:term:`science metadata`rLh[jCh\h]h^hh`}rM(UreftypeXtermhhXscience metadataU refdomainXstdrNhe]hd]U refexplicithb]hc]hg]hhuhiK/hU]rOh)rP}rQ(hZjLh`}rR(hb]hc]rS(hjNXstd-termrTehd]he]hg]uh[jJhU]rUhsXscience metadatarVrW}rX(hZUh[jPubah^hubaubhsX and their corresponding rYrZ}r[(hZX and their corresponding h[jCubh)r\}r](hZX":attr:`SystemMetdata.ObjectFormat`r^h[jCh\h]h^hh`}r_(UreftypeXattrhhXSystemMetdata.ObjectFormatU refdomainXpyr`he]hd]U refexplicithb]hc]hg]hhUpy:classraNU py:modulerbNuhiK/hU]rccdocutils.nodes literal rd)re}rf(hZj^h`}rg(hb]hc]rh(hj`Xpy-attrriehd]he]hg]uh[j\hU]rjhsXSystemMetdata.ObjectFormatrkrl}rm(hZUh[jeubah^UliteralrnubaubhsX identifier.rorp}rq(hZX identifier.h[jCubeh^hpubcdocutils.nodes tgroup rr)rs}rt(hZUh`}ru(he]hd]hb]hc]hg]UcolsKuh[j<hU]rv(cdocutils.nodes colspec rw)rx}ry(hZUh`}rz(he]hd]hb]hc]hg]UcolwidthK uh[jshU]h^Ucolspecr{ubjw)r|}r}(hZUh`}r~(he]hd]hb]hc]hg]UcolwidthKuh[jshU]h^j{ubcdocutils.nodes thead r)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jshU]rcdocutils.nodes row r)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(cdocutils.nodes entry r)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXNamerh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK3hU]rhsXNamerr}r(hZjh[jubaubah^Uentryrubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZX Object Formatrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK4hU]rhsX Object Formatrr}r(hZjh[jubaubah^jubeh^Urowrubah^Utheadrubcdocutils.nodes tbody r)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jshU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZX Dublin Corerh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK5hU]rhsX Dublin Corerr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZX%http://dublincore.org/documents/dces/rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK6hU]rcdocutils.nodes reference r)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX%http://dublincore.org/documents/dces/rr}r(hZUh[jubah^U referencerubaubah^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZX Darwin Corerh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK7hU]rhsX Darwin Corerr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXhttp://rs.tdwg.org/dwc/rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK8hU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsXhttp://rs.tdwg.org/dwc/rr}r(hZUh[jubah^jubaubah^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXEMLrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK9hU]rhsXEMLrr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rcdocutils.nodes bullet_list r)r}r(hZUh`}r(UbulletrX-he]hd]hb]hc]hg]uh[jhU]r(cdocutils.nodes list_item r)r}r(hZX"eml://ecoinformatics.org/eml-2.0.0r h`}r (hb]hc]hd]he]hg]uh[jhU]r hw)r }r (hZj h[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK:hU]rhsX"eml://ecoinformatics.org/eml-2.0.0rr}r(hZj h[j ubaubah^U list_itemrubj)r}r(hZX"eml://ecoinformatics.org/eml-2.0.1rh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZjh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK;hU]rhsX"eml://ecoinformatics.org/eml-2.0.1rr}r(hZjh[jubaubah^jubj)r }r!(hZX"eml://ecoinformatics.org/eml-2.1.0r"h`}r#(hb]hc]hd]he]hg]uh[jhU]r$hw)r%}r&(hZj"h[j h\h]h^h{h`}r'(hb]hc]hd]he]hg]uhiK(hZUh`}r?(hb]hc]hd]he]hg]uh[j-hU]r@hw)rA}rB(hZXFGDC-STD-001.1-1999rCh[j=h\h]h^h{h`}rD(hb]hc]hd]he]hg]uhiK>hU]rEhsXFGDC-STD-001.1-1999rFrG}rH(hZjCh[jAubaubah^jubeh^jubj)rI}rJ(hZUh`}rK(hb]hc]hd]he]hg]uh[jhU]rL(j)rM}rN(hZUh`}rO(hb]hc]hd]he]hg]uh[jIhU]rPhw)rQ}rR(hZX FGDC CSDGMrSh[jMh\h]h^h{h`}rT(hb]hc]hd]he]hg]uhiK?hU]rUhsX FGDC CSDGMrVrW}rX(hZjSh[jQubaubah^jubj)rY}rZ(hZUh`}r[(hb]hc]hd]he]hg]uh[jIhU]r\hw)r]}r^(hZXFGDC-STD-001-1998r_h[jYh\h]h^h{h`}r`(hb]hc]hd]he]hg]uhiK@hU]rahsXFGDC-STD-001-1998rbrc}rd(hZj_h[j]ubaubah^jubeh^jubj)re}rf(hZUh`}rg(hb]hc]hd]he]hg]uh[jhU]rh(j)ri}rj(hZUh`}rk(hb]hc]hd]he]hg]uh[jehU]rlhw)rm}rn(hZXGCMD DIFroh[jih\h]h^h{h`}rp(hb]hc]hd]he]hg]uhiKAhU]rqhsXGCMD DIFrrrs}rt(hZjoh[jmubaubah^jubj)ru}rv(hZUh`}rw(hb]hc]hd]he]hg]uh[jehU]h^jubeh^jubj)rx}ry(hZUh`}rz(hb]hc]hd]he]hg]uh[jhU]r{(j)r|}r}(hZUh`}r~(hb]hc]hd]he]hg]uh[jxhU]rhw)r}r(hZX ISO 19137rh[j|h\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKChU]rhsX ISO 19137rr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jxhU]h^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXNEXMLrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKEhU]rhsXNEXMLrr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]h^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXWater MLrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKGhU]rhsXWater MLrr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rj)r}r(hZUh`}r(jX-he]hd]hb]hc]hg]uh[jhU]r(j)r}r(hZX"http://www.cuahsi.org/waterML/1.0/rh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZjh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKHhU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX"http://www.cuahsi.org/waterML/1.0/rr}r(hZUh[jubah^jubaubah^jubj)r}r(hZX#http://www.cuahsi.org/waterML/1.1/ h`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZX"http://www.cuahsi.org/waterML/1.1/rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKIhU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX"http://www.cuahsi.org/waterML/1.1/rr}r(hZUh[jubah^jubaubah^jubeh^j,ubah^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXGenbank internal formatrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKKhU]rhsXGenbank internal formatrr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]h^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZX ISO 19115rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKMhU]rhsX ISO 19115rr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXINCITS 453-2009rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKNhU]rhsXINCITS 453-2009rr}r(hZjh[jubaubah^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r }r (hZUh`}r (hb]hc]hd]he]hg]uh[jhU]r hw)r }r(hZXDryad Application Profilerh[j h\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKOhU]rhsXDryad Application Profilerr}r(hZjh[j ubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]h^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r }r!(hZXADNr"h[jh\h]h^h{h`}r#(hb]hc]hd]he]hg]uhiKQhU]r$hsXADNr%r&}r'(hZj"h[j ubaubah^jubj)r(}r)(hZUh`}r*(hb]hc]hd]he]hg]uh[jhU]h^jubeh^jubj)r+}r,(hZUh`}r-(hb]hc]hd]he]hg]uh[jhU]r.(j)r/}r0(hZUh`}r1(hb]hc]hd]he]hg]uh[j+hU]r2hw)r3}r4(hZX GML Profilesr5h[j/h\h]h^h{h`}r6(hb]hc]hd]he]hg]uhiKShU]r7hsX GML Profilesr8r9}r:(hZj5h[j3ubaubah^jubj)r;}r<(hZUh`}r=(hb]hc]hd]he]hg]uh[j+hU]h^jubeh^jubj)r>}r?(hZUh`}r@(hb]hc]hd]he]hg]uh[jhU]rA(j)rB}rC(hZUh`}rD(hb]hc]hd]he]hg]uh[j>hU]rEhw)rF}rG(hZXNetCDF-CF-OPeNDAPrHh[jBh\h]h^h{h`}rI(hb]hc]hd]he]hg]uhiKUhU]rJhsXNetCDF-CF-OPeNDAPrKrL}rM(hZjHh[jFubaubah^jubj)rN}rO(hZUh`}rP(hb]hc]hd]he]hg]uh[j>hU]rQj)rR}rS(hZUh`}rT(jX-he]hd]hb]hc]hg]uh[jNhU]rU(j)rV}rW(hZXCF-1.0rXh`}rY(hb]hc]hd]he]hg]uh[jRhU]rZhw)r[}r\(hZjXh[jVh\h]h^h{h`}r](hb]hc]hd]he]hg]uhiKVhU]r^hsXCF-1.0r_r`}ra(hZjXh[j[ubaubah^jubj)rb}rc(hZXCF-1.1rdh`}re(hb]hc]hd]he]hg]uh[jRhU]rfhw)rg}rh(hZjdh[jbh\h]h^h{h`}ri(hb]hc]hd]he]hg]uhiKWhU]rjhsXCF-1.1rkrl}rm(hZjdh[jgubaubah^jubj)rn}ro(hZXCF-1.2rph`}rq(hb]hc]hd]he]hg]uh[jRhU]rrhw)rs}rt(hZjph[jnh\h]h^h{h`}ru(hb]hc]hd]he]hg]uhiKXhU]rvhsXCF-1.2rwrx}ry(hZjph[jsubaubah^jubj)rz}r{(hZXCF-1.3r|h`}r}(hb]hc]hd]he]hg]uh[jRhU]r~hw)r}r(hZj|h[jzh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKYhU]rhsXCF-1.3rr}r(hZj|h[jubaubah^jubj)r}r(hZXCF-1.4rh`}r(hb]hc]hd]he]hg]uh[jRhU]rhw)r}r(hZjh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKZhU]rhsXCF-1.4rr}r(hZjh[jubaubah^jubeh^j,ubah^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZX(NetCDF Classic and 64-bit offset formatsrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK[hU]rhsX(NetCDF Classic and 64-bit offset formatsrr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXnetCDF-3rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK\hU]rhsXnetCDF-3rr}r(hZjh[jubaubah^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZX+NetCDF-4 and netCDF-4 classic model formatsrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK]hU]rhsX+NetCDF-4 and netCDF-4 classic model formatsrr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXnetCDF-4rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK^hU]rhsXnetCDF-4rr}r(hZjh[jubaubah^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXDDIrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK_hU]rhsXDDIrr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]h^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXMAGErh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKahU]rhsXMAGErr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]h^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXESMLrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKchU]rhsXESMLrr}r(hZjh[jubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]h^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r (hb]hc]hd]he]hg]uh[jhU]r hw)r }r (hZXCSRr h[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKehU]rhsXCSRrr}r(hZj h[j ubaubah^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]h^jubeh^jubj)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]r(j)r}r(hZUh`}r(hb]hc]hd]he]hg]uh[jhU]rhw)r}r(hZXNcMLr h[jh\h]h^h{h`}r!(hb]hc]hd]he]hg]uhiKghU]r"hsXNcMLr#r$}r%(hZj h[jubaubah^jubj)r&}r'(hZUh`}r((hb]hc]hd]he]hg]uh[jhU]r)hw)r*}r+(hZX6http://www.unidata.ucar.edu/namespaces/netcdf/ncml-2.2r,h[j&h\h]h^h{h`}r-(hb]hc]hd]he]hg]uhiKhhU]r.j)r/}r0(hZj,h`}r1(Urefurij,he]hd]hb]hc]hg]uh[j*hU]r2hsX6http://www.unidata.ucar.edu/namespaces/netcdf/ncml-2.2r3r4}r5(hZUh[j/ubah^jubaubah^jubeh^jubj)r6}r7(hZUh`}r8(hb]hc]hd]he]hg]uh[jhU]r9(j)r:}r;(hZUh`}r<(hb]hc]hd]he]hg]uh[j6hU]r=hw)r>}r?(hZX Dryad METSr@h[j:h\h]h^h{h`}rA(hb]hc]hd]he]hg]uhiKihU]rBhsX Dryad METSrCrD}rE(hZj@h[j>ubaubah^jubj)rF}rG(hZUh`}rH(hb]hc]hd]he]hg]uh[j6hU]rIhw)rJ}rK(hZXhttp://www.loc.gov/METS/rLh[jFh\h]h^h{h`}rM(hb]hc]hd]he]hg]uhiKjhU]rNj)rO}rP(hZjLh`}rQ(UrefurijLhe]hd]hb]hc]hg]uh[jJhU]rRhsXhttp://www.loc.gov/METS/rSrT}rU(hZUh[jOubah^jubaubah^jubeh^jubeh^UtbodyrVubeh^UtgrouprWubeubhW)rX}rY(hZUh[jh\h]h^h_h`}rZ(hb]hc]hd]he]r[h7ahg]r\h auhiKnhjhhU]r](hl)r^}r_(hZX Dublin Corer`h[jXh\h]h^hph`}ra(hb]hc]hd]he]hg]uhiKnhjhhU]rbhsX Dublin Corercrd}re(hZj`h[j^ubaubj)rf}rg(hZUh[jXh\h]h^j,h`}rh(jX-he]hd]hb]hc]hg]uhiKphjhhU]rij)rj}rk(hZX&http://dublincore.org/documents/dces/ h[jfh\h]h^jh`}rl(hb]hc]hd]he]hg]uhiNhjhhU]rmhw)rn}ro(hZX%http://dublincore.org/documents/dces/rph[jjh\h]h^h{h`}rq(hb]hc]hd]he]hg]uhiKphU]rrj)rs}rt(hZjph`}ru(Urefurijphe]hd]hb]hc]hg]uh[jnhU]rvhsX%http://dublincore.org/documents/dces/rwrx}ry(hZUh[jsubah^jubaubaubaubhw)rz}r{(hZXkThe Dublin Core Metadata Element Set is a vocabulary of fifteen properties for use in resource description.r|h[jXh\h]h^h{h`}r}(hb]hc]hd]he]hg]uhiKrhjhhU]r~hsXkThe Dublin Core Metadata Element Set is a vocabulary of fifteen properties for use in resource description.rr}r(hZj|h[jzubaubeubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rh2ahg]rhauhiKwhjhhU]r(hl)r}r(hZX Darwin Corerh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiKwhjhhU]rhsX Darwin Corerr}r(hZjh[jubaubj)r}r(hZUh[jh\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiKyhjhhU]rj)r}r(hZX!http://rs.tdwg.org/dwc/index.htm h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZX http://rs.tdwg.org/dwc/index.htmrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKyhU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX http://rs.tdwg.org/dwc/index.htmrr}r(hZUh[jubah^jubaubaubaubhw)r}r(hZXyThe Darwin Core is body of standards. It includes a glossary of terms (in other contexts these might be called properties, elements, fields, columns, attributes, or concepts) intended to facilitate the sharing of information about biological diversity by providing reference definitions, examples, and commentaries. The Darwin Core is primarily based on taxa, their occurrence in nature as documented by observations, specimens, and samples, and related information. Included are documents describing how these terms are managed, how the set of terms can be extended for new purposes, and how the terms can be used. The Simple Darwin Core [SIMPLEDWC] is a specification for one particular way to use the terms - to share data about taxa and their occurrences in a simply structured way - and is probably what is meant if someone suggests to "format your data according to the Darwin Core".rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiK{hjhhU]rhsXyThe Darwin Core is body of standards. It includes a glossary of terms (in other contexts these might be called properties, elements, fields, columns, attributes, or concepts) intended to facilitate the sharing of information about biological diversity by providing reference definitions, examples, and commentaries. The Darwin Core is primarily based on taxa, their occurrence in nature as documented by observations, specimens, and samples, and related information. Included are documents describing how these terms are managed, how the set of terms can be extended for new purposes, and how the terms can be used. The Simple Darwin Core [SIMPLEDWC] is a specification for one particular way to use the terms - to share data about taxa and their occurrences in a simply structured way - and is probably what is meant if someone suggests to "format your data according to the Darwin Core".rr}r(hZjh[jubaubeubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rhMahg]rh!auhiKhjhhU]r(hl)r}r(hZXEMLrh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiKhjhhU]rhsXEMLrr}r(hZjh[jubaubj)r}r(hZUh[jh\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiKhjhhU]rj)r}r(hZX+http://knb.ecoinformatics.org/software/eml h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZX*http://knb.ecoinformatics.org/software/emlrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKhU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX*http://knb.ecoinformatics.org/software/emlrr}r(hZUh[jubah^jubaubaubaubhw)r}r(hZXThe Ecological Metadata Language (EML) is a metadata specification developed by the ecology discipline and for the ecology discipline. It is based on prior work done by the Ecological Society of America and associated efforts (Michener et al., 1997, Ecological Applications). EML is implemented as a series of XML document types that can by used in a modular and extensible manner to document ecological data. Each EML module is designed to describe one logical part of the total metadata that should be included with any ecological dataset.rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKhjhhU]rhsXThe Ecological Metadata Language (EML) is a metadata specification developed by the ecology discipline and for the ecology discipline. It is based on prior work done by the Ecological Society of America and associated efforts (Michener et al., 1997, Ecological Applications). EML is implemented as a series of XML document types that can by used in a modular and extensible manner to document ecological data. Each EML module is designed to describe one logical part of the total metadata that should be included with any ecological dataset.rr}r(hZjh[jubaubeubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rhGahg]rhauhiKhjhhU]r(hl)r}r(hZX FGDC CSDGMrh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiKhjhhU]rhsX FGDC CSDGMrr}r(hZjh[jubaubj)r}r(hZUh[jh\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiKhjhhU]rj)r}r(hZX;http://www.fgdc.gov/metadata/geospatial-metadata-standards h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZX:http://www.fgdc.gov/metadata/geospatial-metadata-standardsrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKhU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX:http://www.fgdc.gov/metadata/geospatial-metadata-standardsrr}r(hZUh[jubah^jubaubaubaubhw)r}r(hZX5The Content Standard for Digital Geospatial Metadata (CSDGM), Vers. 2 (FGDC-STD-001-1998) is the US Federal Metadata standard. The Federal Geographic Data Committee (FGDC) originally adopted the CSDGM in 1994 and revised it in 1998. According to Executive Order 12096 all Federal agencies are ordered to use this standard to document geospatial data created as of January, 1995. The standard is often referred to as the FGDC Metadata Standard and has been implemented beyond the federal level with State and local governments adopting the metadata standard as well.rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiKhjhhU]rhsX5The Content Standard for Digital Geospatial Metadata (CSDGM), Vers. 2 (FGDC-STD-001-1998) is the US Federal Metadata standard. The Federal Geographic Data Committee (FGDC) originally adopted the CSDGM in 1994 and revised it in 1998. According to Executive Order 12096 all Federal agencies are ordered to use this standard to document geospatial data created as of January, 1995. The standard is often referred to as the FGDC Metadata Standard and has been implemented beyond the federal level with State and local governments adopting the metadata standard as well.rr}r(hZjh[jubaubcdocutils.nodes literal_block r)r}r(hZX-bio (word document available for descriptions, Matt has XSD of FGDCbio) (Excel spreadsheet listing mapping, xslt: EML->FGDC (lossy), FGDC->EML) (mapping available for EML -> DC (Duane))h[jh\h]h^U literal_blockrh`}r(U xml:spacerUpreserverhe]hd]hb]hc]hg]uhiKhjhhU]rhsX-bio (word document available for descriptions, Matt has XSD of FGDCbio) (Excel spreadsheet listing mapping, xslt: EML->FGDC (lossy), FGDC->EML) (mapping available for EML -> DC (Duane))rr }r (hZUh[jubaubeubhW)r }r (hZUh[jh\h]h^h_h`}r (hb]hc]hd]he]rh5ahg]rh auhiKhjhhU]r(hl)r}r(hZXGCMD DIFrh[j h\h]h^hph`}r(hb]hc]hd]he]hg]uhiKhjhhU]rhsXGCMD DIFrr}r(hZjh[jubaubj)r}r(hZUh[j h\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiKhjhhU]rj)r}r(hZX/http://gcmd.nasa.gov/User/difguide/difman.html h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]r hw)r!}r"(hZX.http://gcmd.nasa.gov/User/difguide/difman.htmlr#h[jh\h]h^h{h`}r$(hb]hc]hd]he]hg]uhiKhU]r%j)r&}r'(hZj#h`}r((Urefurij#he]hd]hb]hc]hg]uh[j!hU]r)hsX.http://gcmd.nasa.gov/User/difguide/difman.htmlr*r+}r,(hZUh[j&ubah^jubaubaubaubhw)r-}r.(hZXThe DIF does not compete with other metadata standards. It is simply the "container" for the metadata elements that are maintained in the IDN database, where validation for mandatory fields, keywords, personnel, etc. takes place.r/h[j h\h]h^h{h`}r0(hb]hc]hd]he]hg]uhiKhjhhU]r1hsXThe DIF does not compete with other metadata standards. It is simply the "container" for the metadata elements that are maintained in the IDN database, where validation for mandatory fields, keywords, personnel, etc. takes place.r2r3}r4(hZj/h[j-ubaubhw)r5}r6(hZXqThe DIF is used to create directory entries which describe a group of data. A DIF consists of a collection of fields which detail specific information about the data. Eight fields are required in the DIF; the others expand upon and clarify the information. Some of the fields are text fields, others require the use of controlled keywords (sometimes known as "valids").r7h[j h\h]h^h{h`}r8(hb]hc]hd]he]hg]uhiKhjhhU]r9hsXqThe DIF is used to create directory entries which describe a group of data. A DIF consists of a collection of fields which detail specific information about the data. Eight fields are required in the DIF; the others expand upon and clarify the information. Some of the fields are text fields, others require the use of controlled keywords (sometimes known as "valids").r:r;}r<(hZj7h[j5ubaubhw)r=}r>(hZXThe DIF allows users of data to understand the contents of a data set and contains those fields which are necessary for users to decide whether a particular data set would be useful for their needs.r?h[j h\h]h^h{h`}r@(hb]hc]hd]he]hg]uhiKhjhhU]rAhsXThe DIF allows users of data to understand the contents of a data set and contains those fields which are necessary for users to decide whether a particular data set would be useful for their needs.rBrC}rD(hZj?h[j=ubaubj)rE}rF(hZUh[j h\h]h^j,h`}rG(jX-he]hd]hb]hc]hg]uhiKhjhhU]rHj)rI}rJ(hZXVMapping to DC available at http://gcmd.nasa.gov/Aboutus/standards/dublin_to_dif.html h[jEh\h]h^jh`}rK(hb]hc]hd]he]hg]uhiNhjhhU]rLhw)rM}rN(hZXTMapping to DC available at http://gcmd.nasa.gov/Aboutus/standards/dublin_to_dif.htmlh[jIh\h]h^h{h`}rO(hb]hc]hd]he]hg]uhiKhU]rP(hsXMapping to DC available at rQrR}rS(hZXMapping to DC available at h[jMubj)rT}rU(hZX9http://gcmd.nasa.gov/Aboutus/standards/dublin_to_dif.htmlrVh`}rW(UrefurijVhe]hd]hb]hc]hg]uh[jMhU]rXhsX9http://gcmd.nasa.gov/Aboutus/standards/dublin_to_dif.htmlrYrZ}r[(hZUh[jTubah^jubeubaubaubeubhW)r\}r](hZUh[jh\h]h^h_h`}r^(hb]hc]hd]he]r_hhsX WMO profiler?r@}rA(hZj<h[j:ubaubaubeubeubhW)rB}rC(hZUh[jh\h]h^h_h`}rD(hb]hc]hd]he]rEhSahg]rFh'auhiM hjhhU]rG(hl)rH}rI(hZXDryad Metadata ProfilerJh[jBh\h]h^hph`}rK(hb]hc]hd]he]hg]uhiM hjhhU]rLhsXDryad Metadata ProfilerMrN}rO(hZjJh[jHubaubhw)rP}rQ(hZX1https://www.nescent.org/wg_dryad/Metadata_ProfilerRh[jBh\h]h^h{h`}rS(hb]hc]hd]he]hg]uhiM hjhhU]rTj)rU}rV(hZjRh`}rW(UrefurijRhe]hd]hb]hc]hg]uh[jPhU]rXhsX1https://www.nescent.org/wg_dryad/Metadata_ProfilerYrZ}r[(hZUh[jUubah^jubaubhw)r\}r](hZXjThe Dryad metadata team has developed a metadata application profile based on the Dublin Core Metadata Initiative Abstract Model (DCAM) following the Dublin Core guidelines for application profiles. The Dryad metadata profile is being developed to conform to the Dublin Core Singapore Framework, a framework aligning with Semantic Web development and deployment.r^h[jBh\h]h^h{h`}r_(hb]hc]hd]he]hg]uhiM hjhhU]r`hsXjThe Dryad metadata team has developed a metadata application profile based on the Dublin Core Metadata Initiative Abstract Model (DCAM) following the Dublin Core guidelines for application profiles. The Dryad metadata profile is being developed to conform to the Dublin Core Singapore Framework, a framework aligning with Semantic Web development and deployment.rarb}rc(hZj^h[j\ubaubeubhW)rd}re(hZUh[jh\h]h^h_h`}rf(hb]hc]hd]he]rghAahg]rhhauhiMhjhhU]ri(hl)rj}rk(hZXADNrlh[jdh\h]h^hph`}rm(hb]hc]hd]he]hg]uhiMhjhhU]rnhsXADNrorp}rq(hZjlh[jjubaubj)rr}rs(hZUh[jdh\h]h^j,h`}rt(jX-he]hd]hb]hc]hg]uhiMhjhhU]ruj)rv}rw(hZX(http://www.dlese.org/Metadata/adn-item/ h[jrh\h]h^jh`}rx(hb]hc]hd]he]hg]uhiNhjhhU]ryhw)rz}r{(hZX'http://www.dlese.org/Metadata/adn-item/r|h[jvh\h]h^h{h`}r}(hb]hc]hd]he]hg]uhiMhU]r~j)r}r(hZj|h`}r(Urefurij|he]hd]hb]hc]hg]uh[jzhU]rhsX'http://www.dlese.org/Metadata/adn-item/rr}r(hZUh[jubah^jubaubaubaubhw)r}r(hZXThe purpose of the ADN (ADEPT/DLESE/NASA) metadata framework is to describe resources typically used in learning environments (e.g. classroom activities, lesson plans, modules, visualizations, some datasets) for discovery by the Earth system education community.rh[jdh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhjhhU]rhsXThe purpose of the ADN (ADEPT/DLESE/NASA) metadata framework is to describe resources typically used in learning environments (e.g. classroom activities, lesson plans, modules, visualizations, some datasets) for discovery by the Earth system education community.rr}r(hZjh[jubaubeubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rhBahg]rhauhiM"hjhhU]r(hl)r}r(hZX GML Profilesrh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiM"hjhhU]rhsX GML Profilesrr}r(hZjh[jubaubj)r}r(hZUh[jh\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiM$hjhhU]rj)r}r(hZX?http://en.wikipedia.org/wiki/Geography_Markup_Language#Profile h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZX>http://en.wikipedia.org/wiki/Geography_Markup_Language#Profilerh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiM$hU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX>http://en.wikipedia.org/wiki/Geography_Markup_Language#Profilerr}r(hZUh[jubah^jubaubaubaubhw)r}r(hZXhGML profiles are logical restrictions to GML, and may be expressed by a document, an XML schema or both.rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiM&hjhhU]rhsXhGML profiles are logical restrictions to GML, and may be expressed by a document, an XML schema or both.rr}r(hZjh[jubaubeubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rhPahg]rh$auhiM,hjhhU]r(hl)r}r(hZXNetCDF-CF-OPeNDAPrh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiM,hjhhU]rhsXNetCDF-CF-OPeNDAPrr}r(hZjh[jubaubj)r}r(hZUh[jh\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiM.hjhhU]r(j)r}r(hZXhttp://opendap.org/ h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZXhttp://opendap.org/rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiM.hU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsXhttp://opendap.org/rr}r(hZUh[jubah^jubaubaubj)r}r(hZXohttp://www.oceanobs09.net/work/cwp_proposals/docs/100_Hankin_StandardsOceanDataInteroperability_CWPprop.doc h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZXkhttp://www.oceanobs09.net/work/cwp_proposals/docs/100_Hankin_StandardsOceanDataInteroperability_CWPprop.docrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiM0hU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsXkhttp://www.oceanobs09.net/work/cwp_proposals/docs/100_Hankin_StandardsOceanDataInteroperability_CWPprop.docrr}r(hZUh[jubah^jubaubaubeubeubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rh=ahg]rhauhiM6hjhhU]r(hl)r}r(hZXDDIrh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiM6hjhhU]rhsXDDIrr}r(hZjh[jubaubj)r}r(hZUh[jh\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiM8hjhhU]rj)r}r(hZXhttp://www.ddialliance.org/ h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZXhttp://www.ddialliance.org/rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiM8hU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsXhttp://www.ddialliance.org/r r }r (hZUh[jubah^jubaubaubaubhw)r }r (hZXThe Data Documentation Initiative is an international effort to establish a standard for technical documentation describing social science data. A membership-based Alliance is developing the DDI specification, which is written in XML.rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiM:hjhhU]rhsXThe Data Documentation Initiative is an international effort to establish a standard for technical documentation describing social science data. A membership-based Alliance is developing the DDI specification, which is written in XML.rr}r(hZjh[j ubaubeubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rhJahg]rhauhiMBhjhhU]r(hl)r}r(hZXMAGErh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiMBhjhhU]rhsXMAGErr }r!(hZjh[jubaubj)r"}r#(hZUh[jh\h]h^j,h`}r$(jX-he]hd]hb]hc]hg]uhiMDhjhhU]r%j)r&}r'(hZX.http://www.mged.org/Workgroups/MAGE/mage.html h[j"h\h]h^jh`}r((hb]hc]hd]he]hg]uhiNhjhhU]r)hw)r*}r+(hZX-http://www.mged.org/Workgroups/MAGE/mage.htmlr,h[j&h\h]h^h{h`}r-(hb]hc]hd]he]hg]uhiMDhU]r.j)r/}r0(hZj,h`}r1(Urefurij,he]hd]hb]hc]hg]uh[j*hU]r2hsX-http://www.mged.org/Workgroups/MAGE/mage.htmlr3r4}r5(hZUh[j/ubah^jubaubaubaubhw)r6}r7(hZXThe MicroArray and Gene Expression (MAGE) provides a standard for the representation of microarray expression data that would facilitate the exchange of microarray information between different data systems.r8h[jh\h]h^h{h`}r9(hb]hc]hd]he]hg]uhiMFhjhhU]r:hsXThe MicroArray and Gene Expression (MAGE) provides a standard for the representation of microarray expression data that would facilitate the exchange of microarray information between different data systems.r;r<}r=(hZj8h[j6ubaubeubhW)r>}r?(hZUh[jh\h]h^h_h`}r@(hb]hc]hd]he]rAh3ahg]rBhauhiMMhjhhU]rC(hl)rD}rE(hZXESMLrFh[j>h\h]h^hph`}rG(hb]hc]hd]he]hg]uhiMMhjhhU]rHhsXESMLrIrJ}rK(hZjFh[jDubaubj)rL}rM(hZUh[j>h\h]h^j,h`}rN(jX-he]hd]hb]hc]hg]uhiMOhjhhU]rO(j)rP}rQ(hZXEarth Science Markup Language h[jLh\h]h^jh`}rR(hb]hc]hd]he]hg]uhiNhjhhU]rShw)rT}rU(hZXEarth Science Markup LanguagerVh[jPh\h]h^h{h`}rW(hb]hc]hd]he]hg]uhiMOhU]rXhsXEarth Science Markup LanguagerYrZ}r[(hZjVh[jTubaubaubj)r\}r](hZXhttp://esml.itsc.uah.edu/ h[jLh\h]h^jh`}r^(hb]hc]hd]he]hg]uhiNhjhhU]r_hw)r`}ra(hZXhttp://esml.itsc.uah.edu/rbh[j\h\h]h^h{h`}rc(hb]hc]hd]he]hg]uhiMQhU]rdj)re}rf(hZjbh`}rg(Urefurijbhe]hd]hb]hc]hg]uh[j`hU]rhhsXhttp://esml.itsc.uah.edu/rirj}rk(hZUh[jeubah^jubaubaubeubhw)rl}rm(hZX.The Earth Science Markup Language (ESML) is a interchange standard that supports the description of both syntactic (structural) and semantic information about Earth science data. Semantic tags provide linking of different domain ontologies to provide a complete machine understandable data description.rnh[j>h\h]h^h{h`}ro(hb]hc]hd]he]hg]uhiMShjhhU]rphsX.The Earth Science Markup Language (ESML) is a interchange standard that supports the description of both syntactic (structural) and semantic information about Earth science data. Semantic tags provide linking of different domain ontologies to provide a complete machine understandable data description.rqrr}rs(hZjnh[jlubaubeubhW)rt}ru(hZUh[jh\h]h^h_h`}rv(hb]hc]hd]he]rwhCahg]rxhauhiM\hjhhU]ry(hl)rz}r{(hZXCSRr|h[jth\h]h^hph`}r}(hb]hc]hd]he]hg]uhiM\hjhhU]r~hsXCSRrr}r(hZj|h[jzubaubj)r}r(hZUh[jth\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiM^hjhhU]rj)r}r(hZXShttp://www.oceanteacher.org/oceanteacher/index.php/Cruise_Summary_Report_%28CSR%29 h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZXRhttp://www.oceanteacher.org/oceanteacher/index.php/Cruise_Summary_Report_%28CSR%29rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiM^hU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsXRhttp://www.oceanteacher.org/oceanteacher/index.php/Cruise_Summary_Report_%28CSR%29rr}r(hZUh[jubah^jubaubaubaubhw)r}r(hZXwThe Cruise Summary Report (CSR), previously known as ROSCOP (Report of Observations/Samples Collected by Oceanographic Programmes), is an established international standard designed to gather information about oceanographic data. ROSCOP was conceived in the late 1960s by the IOC to provide a low level inventory for tracking oceanographic data collected on Research Vessels.rh[jth\h]h^h{h`}r(hb]hc]hd]he]hg]uhiM`hjhhU]rhsXwThe Cruise Summary Report (CSR), previously known as ROSCOP (Report of Observations/Samples Collected by Oceanographic Programmes), is an established international standard designed to gather information about oceanographic data. ROSCOP was conceived in the late 1960s by the IOC to provide a low level inventory for tracking oceanographic data collected on Research Vessels.rr}r(hZjh[jubaubhw)r}r(hZXyThe ROSCOP form was extensively revised in 1990, and was re-named CSR (Cruise Summary Report), but the name ROSCOP still persists with many marine scientists. Most marine disciplines are represented in ROSCOP, including physical, chemical, and biological oceanography, fisheries, marine contamination/pollution, and marine meteorology. The ROSCOP database is maintained by ICESrh[jth\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMfhjhhU]rhsXyThe ROSCOP form was extensively revised in 1990, and was re-named CSR (Cruise Summary Report), but the name ROSCOP still persists with many marine scientists. Most marine disciplines are represented in ROSCOP, including physical, chemical, and biological oceanography, fisheries, marine contamination/pollution, and marine meteorology. The ROSCOP database is maintained by ICESrr}r(hZjh[jubaubeubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rhKahg]rhauhiMnhjhhU]r(hl)r}r(hZXMIENSrh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiMnhjhhU]rhsXMIENSrr}r(hZjh[jubaubj)r}r(hZUh[jh\h]h^j,h`}r(jX-he]hd]hb]hc]hg]uhiMphjhhU]r(j)r}r(hZX<Minimum Information about an ENvironmental Sequence (MIENS) h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZX;Minimum Information about an ENvironmental Sequence (MIENS)rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMphU]rhsX;Minimum Information about an ENvironmental Sequence (MIENS)rr}r(hZjh[jubaubaubj)r}r(hZX)http://gensc.org/gc_wiki/index.php/MIENS h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZX(http://gensc.org/gc_wiki/index.php/MIENSrh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMrhU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX(http://gensc.org/gc_wiki/index.php/MIENSrr}r(hZUh[jubah^jubaubaubj)r}r(hZX6http://precedings.nature.com/documents/5252/version/2 h[jh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZX5http://precedings.nature.com/documents/5252/version/2rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMthU]rj)r}r(hZjh`}r(Urefurijhe]hd]hb]hc]hg]uh[jhU]rhsX5http://precedings.nature.com/documents/5252/version/2rr}r(hZUh[jubah^jubaubaubeubhw)r}r(hZXA metadata specification for representing the contextual and environmental information associated with marker gene data sets collected in the environment. The MIENS specification extends the MIGS/MIMS specification.rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMvhjhhU]rhsXA metadata specification for representing the contextual and environmental information associated with marker gene data sets collected in the environment. The MIENS specification extends the MIGS/MIMS specification.rr}r(hZjh[jubaubeubeubhW)r}r(hZUh[hXh\h]h^h_h`}r(hb]hc]hd]he]rh8ahg]rh auhiM{hjhhU]r(hl)r}r(hZX5Additional specifications in use by relevant agenciesrh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiM{hjhhU]rhsX5Additional specifications in use by relevant agenciesrr}r(hZjh[jubaubhW)r}r(hZUh[jh\h]h^h_h`}r(hb]hc]hd]he]rhFahg]rhauhiM~hjhhU]r(hl)r}r(hZXISO 2146rh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiM~hjhhU]rhsXISO 2146rr}r(hZjh[jubaubhw)r}r (hZXmISO 2146 (Registry Services for Libraries and Related Organisations) is an international standard currently under development by ISO TC46 SC4 WG7 to operate as a framework for building registry services for libraries and related organizations. It takes the form of an information model that identifies the objects and data elements needed for the collaborative construction of registries of all types. It is not bound to any specific protocol or data schema. The aim is to be as abstract as possible, in order to facilitate a shared understanding of the common processes involved, across multiple communities of practice.r h[jh\h]h^h{h`}r (hb]hc]hd]he]hg]uhiMhjhhU]r hsXmISO 2146 (Registry Services for Libraries and Related Organisations) is an international standard currently under development by ISO TC46 SC4 WG7 to operate as a framework for building registry services for libraries and related organizations. It takes the form of an information model that identifies the objects and data elements needed for the collaborative construction of registries of all types. It is not bound to any specific protocol or data schema. The aim is to be as abstract as possible, in order to facilitate a shared understanding of the common processes involved, across multiple communities of practice.r r}r(hZj h[jubaubhw)r}r(hZXUsed by the Australian National Data Service (ANDS) for describing data collections in ANDS, which for many Australian data sets corresponds to the concept of a 'data set' used here. The term 'collection' is loosely defined so that different disciplines can apply it appropriately.rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhjhhU]rhsXUsed by the Australian National Data Service (ANDS) for describing data collections in ANDS, which for many Australian data sets corresponds to the concept of a 'data set' used here. The term 'collection' is loosely defined so that different disciplines can apply it appropriately.rr}r(hZjh[jubaubhw)r}r(hZXbSee: http://www.nla.gov.au/wgroups/ISO2146/ Schema: http://www.nla.gov.au/wgroups/ISO2146/n198.xsdh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhjhhU]r(hsXSee: rr}r(hZXSee: h[jubj)r}r (hZX&http://www.nla.gov.au/wgroups/ISO2146/r!h`}r"(Urefurij!he]hd]hb]hc]hg]uh[jhU]r#hsX&http://www.nla.gov.au/wgroups/ISO2146/r$r%}r&(hZUh[jubah^jubhsX Schema: r'r(}r)(hZX Schema: h[jubj)r*}r+(hZX.http://www.nla.gov.au/wgroups/ISO2146/n198.xsdr,h`}r-(Urefurij,he]hd]hb]hc]hg]uh[jhU]r.hsX.http://www.nla.gov.au/wgroups/ISO2146/n198.xsdr/r0}r1(hZUh[j*ubah^jubeubeubhW)r2}r3(hZUh[jh\h]h^h_h`}r4(hb]hc]hd]he]r5h9ahg]r6h auhiMhjhhU]r7(hl)r8}r9(hZXANZLIC Metadata Profiler:h[j2h\h]h^hph`}r;(hb]hc]hd]he]hg]uhiMhjhhU]r<hsXANZLIC Metadata Profiler=r>}r?(hZj:h[j8ubaubhw)r@}rA(hZXiA profile of ISO 19115 for Australia. See: http://www.osdm.gov.au/ANZLIC_MetadataProfile_v1-1.pdf?ID=303h[j2h\h]h^h{h`}rB(hb]hc]hd]he]hg]uhiMhjhhU]rC(hsX,A profile of ISO 19115 for Australia. See: rDrE}rF(hZX,A profile of ISO 19115 for Australia. See: h[j@ubj)rG}rH(hZX=http://www.osdm.gov.au/ANZLIC_MetadataProfile_v1-1.pdf?ID=303rIh`}rJ(UrefurijIhe]hd]hb]hc]hg]uh[j@hU]rKhsX=http://www.osdm.gov.au/ANZLIC_MetadataProfile_v1-1.pdf?ID=303rLrM}rN(hZUh[jGubah^jubeubeubeubhW)rO}rP(hZUh[hXh\h]h^h_h`}rQ(hb]hc]hd]he]rRh:ahg]rShauhiMhjhhU]rT(hl)rU}rV(hZXIdentifying Metadata TypesrWh[jOh\h]h^hph`}rX(hb]hc]hd]he]hg]uhiMhjhhU]rYhsXIdentifying Metadata TypesrZr[}r\(hZjWh[jUubaubhw)r]}r^(hZXIt is a requirement (#384) of DataONE that users are able to search the holdings, and so a mechanism for indexing the content and therefore a mechanism for specifying how to retrieve attribute values from the different :term:`science metadata` formats is required. This in turn requires that the system is able to accurately determine the format of the metadata in order to utilize the correct parser for extracting the necessary attribute values for indexing. Potential resources may be found at:h[jOh\h]h^h{h`}r_(hb]hc]hd]he]hg]uhiMhjhhU]r`(hsXIt is a requirement (#384) of DataONE that users are able to search the holdings, and so a mechanism for indexing the content and therefore a mechanism for specifying how to retrieve attribute values from the different rarb}rc(hZXIt is a requirement (#384) of DataONE that users are able to search the holdings, and so a mechanism for indexing the content and therefore a mechanism for specifying how to retrieve attribute values from the different h[j]ubh)rd}re(hZX:term:`science metadata`rfh[j]h\h]h^hh`}rg(UreftypeXtermhhXscience metadataU refdomainXstdrhhe]hd]U refexplicithb]hc]hg]hhuhiMhU]rih)rj}rk(hZjfh`}rl(hb]hc]rm(hjhXstd-termrnehd]he]hg]uh[jdhU]rohsXscience metadatarprq}rr(hZUh[jjubah^hubaubhsX formats is required. This in turn requires that the system is able to accurately determine the format of the metadata in order to utilize the correct parser for extracting the necessary attribute values for indexing. Potential resources may be found at:rsrt}ru(hZX formats is required. This in turn requires that the system is able to accurately determine the format of the metadata in order to utilize the correct parser for extracting the necessary attribute values for indexing. Potential resources may be found at:h[j]ubeubj)rv}rw(hZUh[jOh\h]h^j,h`}rx(jX-he]hd]hb]hc]hg]uhiMhjhhU]ry(j)rz}r{(hZXGDFR_r|h[jvh\h]h^jh`}r}(hb]hc]hd]he]hg]uhiNhjhhU]r~hw)r}r(hZj|h[jzh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhU]rj)r}r(hZXGDFR_UresolvedrKh[jh^jh`}r(UnameXGDFRUrefurirXhttp://www.gdfr.info/docs.htmlrhe]hd]hb]hc]hg]uhU]rhsXGDFRrr}r(hZUh[jubaubaubaubj)r}r(hZXUDFR_rh[jvh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZjh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhU]rj)r}r(hZXUDFR_jKh[jh^jh`}r(UnameXUDFRjXhttp://www.udfr.org/rhe]hd]hb]hc]hg]uhU]rhsXUDFRrr}r(hZUh[jubaubaubaubj)r}r(hZXPRONOM_ h[jvh\h]h^jh`}r(hb]hc]hd]he]hg]uhiNhjhhU]rhw)r}r(hZXPRONOM_h[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhU]rj)r}r(hZXPRONOM_jKh[jh^jh`}r(UnameXPRONOMjX6http://www.nationalarchives.gov.uk/PRONOM/Default.aspxrhe]hd]hb]hc]hg]uhU]rhsXPRONOMrr}r(hZUh[jubaubaubaubeubcdocutils.nodes target r)r}r(hZX(.. _GDFR: http://www.gdfr.info/docs.htmlU referencedrKh[jOh\h]h^Utargetrh`}r(jjhe]rhHahd]hb]hc]hg]rhauhiMhjhhU]ubj)r}r(hZX.. _UDFR: http://www.udfr.org/jKh[jOh\h]h^jh`}r(jjhe]rh>ahd]hb]hc]hg]rhauhiMhjhhU]ubj)r}r(hZXB.. _PRONOM: http://www.nationalarchives.gov.uk/PRONOM/Default.aspxjKh[jOh\h]h^jh`}r(jjhe]rhLahd]hb]hc]hg]rh auhiMhjhhU]ubeubhW)r}r(hZUh[hXh\h]h^h_h`}r(hb]hc]hd]he]rhDahg]rhauhiMhjhhU]r(hl)r}r(hZX Mutabilityrh[jh\h]h^hph`}r(hb]hc]hd]he]hg]uhiMhjhhU]rhsX Mutabilityrr}r(hZjh[jubaubhw)r}r(hZXData and science metadata are immutable for the first version of the DataONE system. As such, resolving the identifiers assigned to the data or the science metadata will always resolve to the same stream of bytes.rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhjhhU]rhsXData and science metadata are immutable for the first version of the DataONE system. As such, resolving the identifiers assigned to the data or the science metadata will always resolve to the same stream of bytes.rr}r(hZjh[jubaubj)r}r(hZUh[jh\h]h^jh`}r(he]hd]hb]hc]hg]UrefidrUindex-0ruhiNhjhhU]ubcsphinx.ext.todo todo_node r)r}r(hZXByte stream equivalence of replicated science metadata would require that MNs record an exact copy of the metadata document received during replication operations in addition to the content that would be extracted and stored as part of the normal (existing) operations of a MN. Is this a reasonable requirement for MNs? Since MNs are required to store a copy of data, it seems reasonable to assume a copy of the metadata can be stored as well.rh[jh\h]Uexpect_referenced_by_namer}h^U todo_noderh`}r(hb]hc]rUadmonition-todorahd]he]rjahg]uhiMhjhUexpect_referenced_by_idr}rjjshU]r(hl)r}r(hZXTodorh`}r(hb]hc]hd]he]hg]uh[jhU]rhsXTodorr}r(hZUh[jubah^hpubhw)r}r(hZXByte stream equivalence of replicated science metadata would require that MNs record an exact copy of the metadata document received during replication operations in addition to the content that would be extracted and stored as part of the normal (existing) operations of a MN. Is this a reasonable requirement for MNs? Since MNs are required to store a copy of data, it seems reasonable to assume a copy of the metadata can be stored as well.rh[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhU]rhsXByte stream equivalence of replicated science metadata would require that MNs record an exact copy of the metadata document received during replication operations in addition to the content that would be extracted and stored as part of the normal (existing) operations of a MN. Is this a reasonable requirement for MNs? Since MNs are required to store a copy of data, it seems reasonable to assume a copy of the metadata can be stored as well.rr}r(hZjh[jubaubeubhw)r}r(hZXhThe DataONE :func:`CN_crud.update` method will fail if attempting to modify an instance of science data.h[jh\h]h^h{h`}r(hb]hc]hd]he]hg]uhiMhjhhU]r(hsX The DataONE rr}r(hZX The DataONE h[jubh)r}r (hZX:func:`CN_crud.update`r h[jh\h]h^hh`}r (UreftypeXfunchhXCN_crud.updateU refdomainXpyr he]hd]U refexplicithb]hc]hg]hhjaNjbNuhiMhU]r jd)r }r (hZj h`}r (hb]hc]r (hj Xpy-funcr ehd]he]hg]uh[jhU]r hsXCN_crud.update()r r }r (hZUh[j ubah^jnubaubhsXF method will fail if attempting to modify an instance of science data.r r }r (hZXF method will fail if attempting to modify an instance of science data.h[jubeubhw)r }r (hZXfDeletion of content is only available to DataONE administrators (perhaps a curator role is required?).r h[jh\h]h^h{h`}r (hb]hc]hd]he]hg]uhiMhjhhU]r hsXfDeletion of content is only available to DataONE administrators (perhaps a curator role is required?).r r }r (hZj h[j ubaubj)r }r (hZUh[jh\h]h^jh`}r (he]hd]hb]hc]hg]jUindex-1r uhiNhjhhU]ubj)r }r (hZX{Define the procedures for content deletion - who is responsible, procedures for contacting authors, timeliness of response.r h[jh\h]j}h^jh`}r (hb]hc]r! jahd]he]r" j ahg]uhiMhjhj}r# j j shU]r$ (hl)r% }r& (hZXTodor' h`}r( (hb]hc]hd]he]hg]uh[j hU]r) hsXTodor* r+ }r, (hZUh[j% ubah^hpubhw)r- }r. (hZX{Define the procedures for content deletion - who is responsible, procedures for contacting authors, timeliness of response.r/ h[j h\h]h^h{h`}r0 (hb]hc]hd]he]hg]uhiMhU]r1 hsX{Define the procedures for content deletion - who is responsible, procedures for contacting authors, timeliness of response.r2 r3 }r4 (hZj/ h[j- ubaubeubeubhW)r5 }r6 (hZUh[hXh\h]h^h_h`}r7 (hb]hc]hd]he]r8 hEahg]r9 hauhiMhjhhU]r: (hl)r; }r< (hZXData Endiannessr= h[j5 h\h]h^hph`}r> (hb]hc]hd]he]hg]uhiMhjhhU]r? hsXData Endiannessr@ rA }rB (hZj= h[j; ubaubhw)rC }rD (hZXThe data component of a DataONE package is opaque to the DataONE system (though this may change in the future), and so the endianness of the content does not affect operations except that it must be preserved. However, processing modules may utilize content from DataONE and may be sensitive to the byte ordering of content. As such, the endianness of the data content should be recorded in the user supplied metadata (the science metadata), and where not present SHOULD be assumed to be least significant byte first (LSB, or small-endian).rE h[j5 h\h]h^h{h`}rF (hb]hc]hd]he]hg]uhiMhjhhU]rG hsXThe data component of a DataONE package is opaque to the DataONE system (though this may change in the future), and so the endianness of the content does not affect operations except that it must be preserved. However, processing modules may utilize content from DataONE and may be sensitive to the byte ordering of content. As such, the endianness of the data content should be recorded in the user supplied metadata (the science metadata), and where not present SHOULD be assumed to be least significant byte first (LSB, or small-endian).rH rI }rJ (hZjE h[jC ubaubj)rK }rL (hZUh[j5 h\h]h^jh`}rM (he]hd]hb]hc]hg]jUindex-2rN uhiNhjhhU]ubj)rO }rP (hZXIDescribe how endianness is specified in various science metadata formats.rQ h[j5 h\h]j}h^jh`}rR (hb]hc]rS jahd]he]rT jN ahg]uhiMhjhj}rU jN jK shU]rV (hl)rW }rX (hZXTodorY h`}rZ (hb]hc]hd]he]hg]uh[jO hU]r[ hsXTodor\ r] }r^ (hZUh[jW ubah^hpubhw)r_ }r` (hZXIDescribe how endianness is specified in various science metadata formats.ra h[jO h\h]h^h{h`}rb (hb]hc]hd]he]hg]uhiMhU]rc hsXIDescribe how endianness is specified in various science metadata formats.rd re }rf (hZja h[j_ ubaubeubeubhW)rg }rh (hZUh[hXh\h]h^h_h`}ri (hb]hc]hd]he]rj h6ahg]rk h auhiMhjhhU]rl (hl)rm }rn (hZX Longevityro h[jg h\h]h^hph`}rp (hb]hc]hd]he]hg]uhiMhjhhU]rq hsX Longevityrr rs }rt (hZjo h[jm ubaubhw)ru }rv (hZXAn original copy of the data is maintained for a long as practicable (ideally, the original content is never deleted). Derived copies of content, such as might occur when a new copy of a data object is created to migrate to a different binary format (e.g. an Excel 1.0 spreadsheet translated to Open Document Format) always create a new data object that will be noted as an annotation recorded in the system metadata of the data package.rw h[jg h\h]h^h{h`}rx (hb]hc]hd]he]hg]uhiMhjhhU]ry hsXAn original copy of the data is maintained for a long as practicable (ideally, the original content is never deleted). Derived copies of content, such as might occur when a new copy of a data object is created to migrate to a different binary format (e.g. an Excel 1.0 spreadsheet translated to Open Document Format) always create a new data object that will be noted as an annotation recorded in the system metadata of the data package.rz r{ }r| (hZjw h[ju ubaubeubhW)r} }r~ (hZUh[hXh\h]h^h_h`}r (hb]hc]hd]he]r hQahg]r h%auhiMhjhhU]r (hl)r }r (hZXMetadata Character Encodingr h[j} h\h]h^hph`}r (hb]hc]hd]he]hg]uhiMhjhhU]r hsXMetadata Character Encodingr r }r (hZj h[j ubaubhw)r }r (hZXAll metadata, including the science metadata and DataONE package metadata MUST be encoded in the UTF-8 encoding. The DataONE :func:`CN_crud.create` and :func:`CN_crud.update` methods always expect UTF-8 encoded information, and so content that contains characters outside of the ASCII character set should be converted to UTF-8 through an appropriate mechanism before adding to DataONE.h[j} h\h]h^h{h`}r (hb]hc]hd]he]hg]uhiMhjhhU]r (hsX}All metadata, including the science metadata and DataONE package metadata MUST be encoded in the UTF-8 encoding. The DataONE r r }r (hZX}All metadata, including the science metadata and DataONE package metadata MUST be encoded in the UTF-8 encoding. The DataONE h[j ubh)r }r (hZX:func:`CN_crud.create`r h[j h\h]h^hh`}r (UreftypeXfunchhXCN_crud.createU refdomainXpyr he]hd]U refexplicithb]hc]hg]hhjaNjbNuhiMhU]r jd)r }r (hZj h`}r (hb]hc]r (hj Xpy-funcr ehd]he]hg]uh[j hU]r hsXCN_crud.create()r r }r (hZUh[j ubah^jnubaubhsX and r r }r (hZX and h[j ubh)r }r (hZX:func:`CN_crud.update`r h[j h\h]h^hh`}r (UreftypeXfunchhXCN_crud.updateU refdomainXpyr he]hd]U refexplicithb]hc]hg]hhjaNjbNuhiMhU]r jd)r }r (hZj h`}r (hb]hc]r (hj Xpy-funcr ehd]he]hg]uh[j hU]r hsXCN_crud.update()r r }r (hZUh[j ubah^jnubaubhsX methods always expect UTF-8 encoded information, and so content that contains characters outside of the ASCII character set should be converted to UTF-8 through an appropriate mechanism before adding to DataONE.r r }r (hZX methods always expect UTF-8 encoded information, and so content that contains characters outside of the ASCII character set should be converted to UTF-8 through an appropriate mechanism before adding to DataONE.h[j ubeubeubhW)r }r (hZUh[hXh\h]h^h_h`}r (hb]hc]hd]he]r hIahg]r hauhiMhjhhU]r (hl)r }r (hZXMetadata Minimal Contentr h[j h\h]h^hph`}r (hb]hc]hd]he]hg]uhiMhjhhU]r hsXMetadata Minimal Contentr r }r (hZj h[j ubaubhw)r }r (hZX^Experiment metadata MUST contain a minimal set of fields to be accepted by the DataONE system.r h[j h\h]h^h{h`}r (hb]hc]hd]he]hg]uhiMhjhhU]r hsX^Experiment metadata MUST contain a minimal set of fields to be accepted by the DataONE system.r r }r (hZj h[j ubaubj)r }r (hZUh[j h\h]h^jh`}r (he]hd]hb]hc]hg]jUindex-3r uhiNhjhhU]ubj)r }r (hZXList and define the minimal set of fields with examples. A starting point would be the union of the required search properties and the information required for accurate citation.r h[j h\h]j}h^jh`}r (hb]hc]r jahd]he]r j ahg]uhiMhjhj}r j j shU]r (hl)r }r (hZXTodor h`}r (hb]hc]hd]he]hg]uh[j hU]r hsXTodor r }r (hZUh[j ubah^hpubhw)r }r (hZXList and define the minimal set of fields with examples. A starting point would be the union of the required search properties and the information required for accurate citation.r h[j h\h]h^h{h`}r (hb]hc]hd]he]hg]uhiMhU]r hsXList and define the minimal set of fields with examples. A starting point would be the union of the required search properties and the information required for accurate citation.r r }r (hZj h[j ubaubeubj)r }r (hZX.. _history: https://redmine.dataone.org/projects/d1/repository/changes/documents/Projects/cicore/architecture/api-documentation/source/design/UseCases/01_uc.txth[j h\h]h^jh`}r (jXhttps://redmine.dataone.org/projects/d1/repository/changes/documents/Projects/cicore/architecture/api-documentation/source/design/UseCases/01_uc.txthe]r hOahd]hb]hc]hg]r h#auhiMhjhhU]ubeubeubahZUU transformerr NU footnote_refsr }r Urefnamesr }r (Xgdfr]r jaXudfr]r jaXpronom]r jauUsymbol_footnotesr ]r Uautofootnote_refsr ]r Usymbol_footnote_refsr ]r U citationsr ]r hjhU current_liner NUtransform_messagesr ]r (cdocutils.nodes system_message r )r }r (hZUh`}r (hb]UlevelKhe]hd]Usourceh]hc]hg]UtypeUINFOr uhU]r hw)r }r (hZUh`}r (hb]hc]hd]he]hg]uh[j hU]r hsX-Hyperlink target "index-0" is not referenced.r r }r (hZUh[j ubah^h{ubah^Usystem_messager ubj )r }r (hZUh`}r (hb]UlevelKhe]hd]Usourceh]hc]hg]Utypej uhU]r hw)r }r (hZUh`}r (hb]hc]hd]he]hg]uh[j hU]r hsX-Hyperlink target "index-1" is not referenced.r r }r (hZUh[j ubah^h{ubah^j ubj )r }r (hZUh`}r (hb]UlevelKhe]hd]Usourceh]hc]hg]Utypej uhU]r hw)r }r (hZUh`}r (hb]hc]hd]he]hg]uh[j hU]r hsX-Hyperlink target "index-2" is not referenced.r! r" }r# (hZUh[j ubah^h{ubah^j ubj )r$ }r% (hZUh`}r& (hb]UlevelKhe]hd]Usourceh]hc]hg]Utypej uhU]r' hw)r( }r) (hZUh`}r* (hb]hc]hd]he]hg]uh[j$ hU]r+ hsX-Hyperlink target "index-3" is not referenced.r, r- }r. (hZUh[j( ubah^h{ubah^j ubj )r/ }r0 (hZUh`}r1 (hb]UlevelKhe]hd]Usourceh]hc]hg]UlineMUtypej uhU]r2 hw)r3 }r4 (hZUh`}r5 (hb]hc]hd]he]hg]uh[j/ hU]r6 hsX-Hyperlink target "history" is not referenced.r7 r8 }r9 (hZUh[j3 ubah^h{ubah^j ubeUreporterr: NUid_startr; KU autofootnotesr< ]r= U citation_refsr> }r? Uindirect_targetsr@ ]rA UsettingsrB (cdocutils.frontend Values rC orD }rE (Ufootnote_backlinksrF KUrecord_dependenciesrG NU rfc_base_urlrH Uhttps://tools.ietf.org/html/rI U tracebackrJ Upep_referencesrK NUstrip_commentsrL NU toc_backlinksrM jU language_coderN UenrO U datestamprP NU report_levelrQ KU _destinationrR NU halt_levelrS KU strip_classesrT NhpNUerror_encoding_error_handlerrU UbackslashreplacerV UdebugrW NUembed_stylesheetrX Uoutput_encoding_error_handlerrY UstrictrZ U sectnum_xformr[ KUdump_transformsr\ NU docinfo_xformr] KUwarning_streamr^ NUpep_file_url_templater_ Upep-%04dr` Uexit_status_levelra KUconfigrb NUstrict_visitorrc NUcloak_email_addressesrd Utrim_footnote_reference_spacere Uenvrf NUdump_pseudo_xmlrg NUexpose_internalsrh NUsectsubtitle_xformri U source_linkrj NUrfc_referencesrk NUoutput_encodingrl Uutf-8rm U source_urlrn NUinput_encodingro U utf-8-sigrp U_disable_configrq NU id_prefixrr UU tab_widthrs KUerror_encodingrt UUTF-8ru U_sourcerv h]Ugettext_compactrw U generatorrx NUdump_internalsry NU smart_quotesrz U pep_base_urlr{ U https://www.python.org/dev/peps/r| Usyntax_highlightr} Ulongr~ Uinput_encoding_error_handlerr jZ Uauto_id_prefixr Uidr Udoctitle_xformr Ustrip_elements_with_classesr NU _config_filesr ]Ufile_insertion_enabledr U raw_enabledr KU dump_settingsr NubUsymbol_footnote_startr KUidsr }r (hSjBh3j>hRhXh4hhQj} h6jg h;jhEj5 hNjjAj<h2jh8jh=jh>jjjh?jjN jO hHjhAjdh