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<resource>
<alternateIdentifier>
10.5281/zenodo.841183
</alternateIdentifier>
</resource>

<dataset> 
<title>water reservoir of Cuerda del Pozo</title>
 <creator id="1465301815644"> <individualName><salutation>Mr</salutation>
<givenName>Jesus Marco</givenName>
<surName>De Lucas</surName>
</individualName>
<organizationName>IFCA</organizationName>
<address><deliveryPoint>Avda Castros s/n</deliveryPoint>
<city>Santander</city>
<postalCode>39005</postalCode>
<country>Spain</country>
</address>
<electronicMailAddress>marco@ifca.unican.es</electronicMailAddress>
</creator>
 <associatedParty id="1465302104227"><individualName><givenName>Fernando</givenName>
<surName>Aguilar</surName>
</individualName>
<organizationName>IFCA</organizationName>
<address><deliveryPoint>Avda Castros s/n</deliveryPoint>
<city>Santander</city>
<postalCode>39005</postalCode>
<country>Spain</country>
</address>
<electronicMailAddress>aguilarf@ifca.unican.es</electronicMailAddress>
<role>guardian</role>
</associatedParty>
<abstract><para>The CTD 60 is a precision probe for oceanographic and limnological measurements of physical, chemical and optical parameters up to a depth of 2000 m. It allows the simultaneous measurement of following parameters: Pressure (depth), temperature, conductivity, raw O2, REDOX, dissolved oxygen, pH, Oxigen Saturation, Salinity.</para>
</abstract>
<keywordSet><keyword>measure</keyword>
<keyword>water reservoir</keyword>
<keyword>sensor</keyword>
<keyword>physical and chemical parameters</keyword>
</keywordSet>
<coverage><geographicCoverage><geographicDescription>water reservoir</geographicDescription>
<boundingCoordinates><westBoundingCoordinate>-3.75</westBoundingCoordinate>
<eastBoundingCoordinate>-2.375</eastBoundingCoordinate>
<northBoundingCoordinate>42.0</northBoundingCoordinate>
<southBoundingCoordinate>40.875</southBoundingCoordinate>
</boundingCoordinates>
</geographicCoverage>
<temporalCoverage><rangeOfDates><beginDate><calendarDate>2010</calendarDate>
</beginDate>
<endDate><calendarDate>2010</calendarDate>
</endDate>
</rangeOfDates>
</temporalCoverage>
</coverage>
<contact id="1465301978258"><individualName><givenName>Daniel</givenName>
<surName>Garcia</surName>
</individualName>
<organizationName>IFCA</organizationName>
<address><deliveryPoint>Avda Castros S/N</deliveryPoint>
<city>Santander</city>
<postalCode>39005</postalCode>
<country>Spain</country>
</address>
<electronicMailAddress>garciad@ifca.unican.es</electronicMailAddress>
</contact>
<methods><methodStep><description><section><title>stationary measures</title>
<para>measures taken at a stationary depth of about 4 meters with a CTD 60. Measurements of physical, chemical and optical parameter.</para>
</section>
</description>
<instrumentation id="1872817298438">CTD60M-Probe. It allows the simultaneous measurement of following parameters: Pressure (depth), temperature, conductivity, raw O2, REDOX, dissolved oxygen, pH, Oxigen Saturation, Salinity.</instrumentation>
</methodStep>
</methods>
<dataTable id="1465311292523"><entityName>AMT</entityName>
<entityDescription>Measurement of following parameters: Pressure (depth), temperature, conductivity, raw O2, REDOX, dissolved oxygen, pH, Oxigen Saturation, Salinity.</entityDescription>

<physical>
<objectName>amt.csv</objectName>
<size unite="bytes">4275737</size>
<authentication>f38ded28383d9f69af7cb9c98aed798b</authentication>
<encodingMethod>ASCII text</encodingMethod>
<characterEncoding>us-ascii</characterEncoding>
<dataFormat> 
<textFormat>
<numHeaderLines>1</numHeaderLines>
<numFooterLines>0</numFooterLines>
<attributeOrientation>column</attributeOrientation>
<simpleDelimited>
<fieldDelimiter>;</fieldDelimiter>
<quoteCharacter>"</quoteCharacter>
</simpleDelimited>
<recordDelimiter>\n</recordDelimiter>
<physicalLineDelimiter>\n</physicalLineDelimiter>
</textFormat>
</dataFormat>
<distribution id="amt">
<online>
<url function="download">https://zenodo.org/api/files/73f3573e-3dd9-48af-bca1-2e3948baeb2c/amt_2010.csv</url>
</online></distribution>
</physical>

<project>
<researchProjectType>
<title>ROEM +</title>
<personnel>Agustin Monteoliva</personnel>
<abstract>Life + Project... eutrophication</abstract>
<funding>EC</funding>
<studyAreaDescription>
<descriptor>Ecology</descriptor>
</studyAreaDescription>
</researchProjectType>
</project>

<attributeList>

<attribute id="1465311292527">
<attributeName>date</attributeName>
<attributeLabel>date</attributeLabel>
<attributeDefinition>date of measure</attributeDefinition>
<storageType typeSystem="java">string</storageType>
<measurementScale>
<dateTime>
<formatString>YYYY-MM-DD , hh:mm</formatString>
<dateTimePrecision>1</dateTimePrecision>
<dateTimeDomain>
 <bounds>
<minimum exclusive="true">2010-01-01 , 00:00</minimum>
<maximum exclusive="true">2016-12-31 , 23:59</maximum>
</bounds>
</dateTimeDomain>
</dateTime>
</measurementScale>
</attribute>

<attribute id="1465311292531"><attributeName>Temperature</attributeName>
<attributeLabel>Temp</attributeLabel>
<attributeDefinition>Temperature</attributeDefinition>
<storageType typeSystem="java">double</storageType>
<measurementScale>
<ratio>
<unit>
<standardUnit>celsius</standardUnit>
</unit>
<precision>0.01</precision>
<numericDomain>
<numberType>real</numberType>
<bounds>
<minimum exclusive="true">-2.0</minimum>
<maximum exclusive="true">32.0</maximum>
</bounds>
</numericDomain>
</ratio>
</measurementScale>
<method>
<qualityControl>
<description>
<para>This parameter is filtered from raw when value is less than -1.0 or higher than 35.0</para>
</description>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
<methodStep>
<description>
<para>Temperature calibration</para>
</description>
<protocol>
<proceduralStep>
<description>Calibration step for temperature</description>
</proceduralStep>
</protocol>
</methodStep>
</method>
</attribute>

<attribute id="1465311292535"><attributeName>Press</attributeName>
<attributeLabel>Press</attributeLabel>
<attributeDefinition>Press (Depth)</attributeDefinition>
<storageType typeSystem="java">double</storageType>
<measurementScale><interval><unit><customUnit>dbar</customUnit>
</unit>
<precision>0.1</precision>
<numericDomain><numberType>real</numberType>
<bounds><minimum exclusive="true">0</minimum>
<maximum exclusive="true">50</maximum>
</bounds>
</numericDomain>
</interval>
</measurementScale>
<method>
<qualityControl>
<description>
<para>Parameter is filtered when Press * 1.02 less than 0.0 or Press * 1.02 is higher than  30.0</para>
</description>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
</method>
</attribute>

<attribute id="1465311292539"><attributeName>Conductivity</attributeName>
<attributeLabel>Cond</attributeLabel>
<attributeDefinition>Conductivity of an electrolyte solution is a measure of its ability to conduct electricity. The SI unit of conductivity is siemens per meter (S/m).</attributeDefinition>
<storageType typeSystem="java">double</storageType>
<measurementScale><interval><unit><customUnit>mS/cm</customUnit>
</unit>
<precision>0.005</precision>
<numericDomain><numberType>real</numberType>
<bounds><minimum exclusive="true">0</minimum>
<maximum exclusive="true">6</maximum>
</bounds>
</numericDomain>
</interval>
</measurementScale>
<method>
<qualityControl>
<description>
<para>Parameter is filtered when is less than 0.0001 or higher than 0.3</para>
</description>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
</method>
</attribute>

<attribute id="1465311292543"><attributeName>Salinity</attributeName>
<attributeLabel>Salinity</attributeLabel>
<attributeDefinition>Salinity of water cannot be measured directly by one single sensor, it is calculated from the individual sensors for pressure, temperature and conductivity</attributeDefinition>
<storageType typeSystem="java">Double</storageType>
<measurementScale><interval><unit><customUnit>psu</customUnit>
</unit>
<precision>0.0001</precision>
<numericDomain><numberType>real</numberType>
<bounds><minimum exclusive="true">0</minimum>
<maximum exclusive="true">0.1</maximum>
</bounds>
</numericDomain>
</interval>
</measurementScale>
<method>
<qualityControl>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
</method>
</attribute>

<attribute id="1465311292547"><attributeName>Dissolved oxygen</attributeName>
<attributeLabel>DO</attributeLabel>
<attributeDefinition>Dissolved oxygen refers to the level of free</attributeDefinition>
<storageType typeSystem="java">double</storageType>
<measurementScale><interval><unit><standardUnit>milligramsPerLiter</standardUnit>
</unit>
<precision>0.1</precision>
<numericDomain><numberType>real</numberType>
<bounds><minimum exclusive="true">0</minimum>
<maximum exclusive="true">20</maximum>
</bounds>
</numericDomain>
</interval>
</measurementScale>
<method>
<qualityControl>
<description>
<para>Parameter is filtered when is less than 0 and higher than 30</para>
</description>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
</method>
</attribute>


<attribute id="1465311292551"><attributeName>rawO2</attributeName>
<attributeLabel>rawO2</attributeLabel>
<attributeDefinition>dissolved oxygen</attributeDefinition>
<storageType typeSystem="java">double</storageType>
<measurementScale><interval><unit><standardUnit>dimensionless</standardUnit>
</unit>
<precision>10</precision>
<numericDomain><numberType>real</numberType>
<bounds><minimum exclusive="true">0</minimum>
<maximum exclusive="true">5000</maximum>
</bounds>
</numericDomain>
</interval>
</measurementScale>
<method>
<qualityControl>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
</method>
</attribute>


<attribute id="1465311292555"><attributeName>Oxygen Saturation</attributeName>
<attributeLabel>OxySat</attributeLabel>
<attributeDefinition>relative measure of the amount of oxygen that is dissolved or carried in a given medium. %</attributeDefinition>
<storageType typeSystem="java">double</storageType>
<measurementScale><ratio><unit><standardUnit>dimensionless</standardUnit>
</unit>
<precision>1</precision>
<numericDomain><numberType>real</numberType>
<bounds><minimum exclusive="true">0</minimum>
<maximum exclusive="true">120</maximum>
</bounds>
</numericDomain>
</ratio>
</measurementScale>
<method>
<qualityControl>
<description>
<para>Parameter is filtered when is less than 0  or higher than 200</para>
</description>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
</method>
</attribute>

<attribute id="1465311292559"><attributeName>ph</attributeName>
<attributeLabel>ph</attributeLabel>
<attributeDefinition>numeric scale used to specify the acidity or basicity</attributeDefinition>
<storageType typeSystem="java">double</storageType>
<measurementScale><ratio><unit><standardUnit>dimensionless</standardUnit>
</unit>
<precision>0.1</precision>
<numericDomain><numberType>real</numberType>
<bounds><minimum exclusive="true">4</minimum>
<maximum exclusive="true">10</maximum>
</bounds>
</numericDomain>
</ratio>
</measurementScale>
<method>
<qualityControl>
<description>
<para>Parameter is filtered when is less tha 5 or higher than10</para>
</description>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
</method>
</attribute>

<attribute id="1465311292563"><attributeName>Redox</attributeName>
<attributeLabel>redox</attributeLabel>
<attributeDefinition>Redox</attributeDefinition>
<storageType typeSystem="java">double</storageType>
<measurementScale><interval><unit><standardUnit>dimensionless</standardUnit>
</unit>
<precision>10</precision>
<numericDomain><numberType>real</numberType>
<bounds><minimum exclusive="true">0</minimum>
<maximum exclusive="true">5000</maximum>
</bounds>
</numericDomain>
</interval>
</measurementScale>
<method>
<qualityControl>
<software>
<references>1827473819284</references>
</software>
</qualityControl>
</method>
</attribute>
</attributeList>
</dataTable>
</dataset>

<software id="1827473819284">
<title>Peaks Detector</title>
<abstract>
<para>Detects and filter peaks from parameters defined in a CSV file </para>
</abstract>
<creator>
<references>1465302104227</references>
</creator>
<implementation>
<distribution>
<offline>
<mediumName>doriiie02 Server HDD</mediumName>
</offline>
</distribution>
<programmingLanguage>Python 2.7.3</programmingLanguage>
</implementation>
<license>GPL</license>
<version>1.0</version>
</software>

 <additionalMetadata><metadata><unitList><unit id="dbar" multiplierToSI="0,0001" name="dbar" parentSI="pascal" unitType="pressure"><description>decibar, Units derived from the bar.</description>
</unit>
</unitList>
</metadata>
</additionalMetadata>
<additionalMetadata><metadata><unitList><unit id="mS/cm" multiplierToSI="10" name="mS/cm" parentSI="ohmMeter" unitType="resistivity"><description>Conductivity of an electrolyte solution is a measure of its ability to conduct electricity. The SI unit of conductivity is siemens per meter (S/m).</description>
</unit>
</unitList>
</metadata>
</additionalMetadata>
<additionalMetadata><metadata><unitList><unit id="psu" multiplierToSI="0.001" name="psu" parentSI="gramsPerGram" unitType="massPerMass"><description>practical salinity unit</description>
</unit>
</unitList>
</metadata>
</additionalMetadata>
</eml:eml>
