<?xml version="1.0" encoding="UTF-8"?>
<inport-metadata xmlns:xs="http://www.w3.org/2001/XMLSchema"
                 version="1.11"
                 source="https://www.fisheries.noaa.gov">
   <item-identification>
      <catalog-item-id>17858</catalog-item-id>
      <title>Experimental streams - Recolonization of the Cedar River, WA by Pacific salmon</title>
      <short-name>Experimental streams (Recolonization of the Cedar River, WA by Pacific salmon)</short-name>
      <catalog-item-type>Data Set</catalog-item-type>
      <metadata-workflow-state ccs-id="9">Published / External</metadata-workflow-state>
      <parent-catalog-item-id>17697</parent-catalog-item-id>
      <parent-title>FE (Fish Ecology) Division</parent-title>
      <parent-catalog-item-type>Project</parent-catalog-item-type>
      <status>Completed</status>
      <creation-date>2006-09-01</creation-date>
      <publication-date>2017-02-16</publication-date>
      <abstract>The objective of this study is to quantify population, community, and ecosystem level changes as a result of salmon recolonization of the Cedar River, WA above Landsburg Dam. The dam was installed in 1901, blocking the upstream migration of adult salmon and steelhead from about 43 km of river habitat. A fish ladder was installed in 2003 to allow adult salmon passage. We collected baseline data on water chemistry, habitat, and fish populations including resident trout and sculpin populations in 2000-2002. These field surveys have been ongoing since 2000. 

A mark-recapture study in Rock Creek, the largest tributary available to salmon, was started in 2004 and ended in 2010 to quantify growth, movement, and survival of juvenile coho and resident trout.

Two experimental stream studies conducted to quantify salmon carcass effects on resident organisms.
Data on nutrients and insects to salmon carcass additions.</abstract>
      <purpose>Addresses Legal Mandate
Raw/field data, Laboratory data</purpose>
      <notes>Loaded by batch 4147, 01-23-2013 19:43</notes>
      <supplemental-information>Subject to Public Access to Research Results (PARR): Yes</supplemental-information>
   </item-identification>
   <keywords>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>PIT tag</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>abundance</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>experiments</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>fish passage</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>isotopes</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>juvenile salmonid</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>movement</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>recolonization</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Theme</keyword-type>
         <keyword>survival</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Spatial</keyword-type>
         <keyword>Cedar River watershed</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Spatial</keyword-type>
         <keyword>Invertebrate processing</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Spatial</keyword-type>
         <keyword>Rock Creek Pit tagging; tributary to Cedar R.</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Instrument</keyword-type>
         <keyword>Balance</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Instrument</keyword-type>
         <keyword>Length Board</keyword>
      </keyword>
      <keyword controlled="No">
         <keyword-type>Instrument</keyword-type>
         <keyword>Temperature Sensor</keyword>
      </keyword>
   </keywords>
   <physical-location>
      <organization>Northwest Fisheries Science Center</organization>
      <city>Seattle</city>
      <state-province>WA</state-province>
      <country>USA</country>
   </physical-location>
   <data-set-information>
      <data-set-scope-code>Data Set</data-set-scope-code>
      <data-set-type>Spreadsheet</data-set-type>
      <data-presentation-form>Table (digital)</data-presentation-form>
      <instrument>Balance, Length Board, Temperature Sensor</instrument>
      <platform>Unknown Platform</platform>
      <physical-collection-fishing-gear>Not Applicable</physical-collection-fishing-gear>
   </data-set-information>
   <entity-attribute-information partial-listing="No" total-count="1">
      <entity>
         <item-identification>
            <catalog-item-id>36828</catalog-item-id>
            <title>Mesocosms 2 by 2 Salmon Carcass and Wood Experiment</title>
            <short-name>Mesocosms 2 by 2 Salmon Carcass and Wood Experiment</short-name>
            <metadata-workflow-state ccs-id="9">Published / External</metadata-workflow-state>
            <status>Planned</status>
            <abstract>This data contains analytical results from a 2 by 2 factorial experiment where salmon carcasses or small wood were added to stream mesocosms. Experiment conducted over a 45 day period summer 2007. Experimental streams were located along the bank of the Cedar River near Landsbug Dam, WA.  Included in this table are data on water chemistry and benthic invertebrates colonizing unglazed ceramic tiles. The experiment was designed to test the effects of adding 0.6 kg/m2 of carcass tissue and small wood on water chemistry and invertebrates. Water chemistry samples were analyzed at the Oceanography lab, University of Washington. Benthic invertebrates were identifed to family or order using a dissecting scope.</abstract>
         </item-identification>
         <entity-information>
            <entity-type>Spreadsheet</entity-type>
            <active-version>Yes</active-version>
            <schema>PARR</schema>
            <description>This data contains analytical results from a 2 by 2 factorial experiment where salmon carcasses or small wood were added to stream mesocosms. Experiment conducted over a 45 day period summer 2007. Experimental streams were located along the bank of the Cedar River near Landsbug Dam, WA.  Included in this table are data on water chemistry and benthic invertebrates colonizing unglazed ceramic tiles. The experiment was designed to test the effects of adding 0.6 kg/m2 of carcass tissue and small wood on water chemistry and invertebrates. Water chemistry samples were analyzed at the Oceanography lab, University of Washington. Benthic invertebrates were identifed to family or order using a dissecting scope.</description>
         </entity-information>
         <data-attributes partial-listing="No" total-count="31">
            <data-attribute cc-id="732278">
               <seq-order>1</seq-order>
               <name>Date</name>
               <data-storage-type>DATE</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Date water sample was collected. Units for values are migrograms per liter.</description>
               <general-data-type>DATE</general-data-type>
               <units>migrograms per liter</units>
               <allowed-values>NA</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732279">
               <seq-order>2</seq-order>
               <name>BLOCK</name>
               <data-storage-type>VARCHAR2</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>There were two blocks of 8 streams. Blocking can be used in statistical analysis to account for variation explained by location. Units for values are NA.</description>
               <general-data-type>VARCHAR2</general-data-type>
               <units>NA</units>
               <allowed-values>A OR B</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732280">
               <seq-order>3</seq-order>
               <name>Stream</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>There were a total of 16 experimental streams. Units for values are NA.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>NA</units>
               <allowed-values>1 TO 16</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732281">
               <seq-order>4</seq-order>
               <name>day</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>We sampled water chemistry and benthic invertebrates on day 7 and 32 of the experiment.</description>
               <general-data-type>NUMBER</general-data-type>
               <allowed-values>7 OR 32</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732282">
               <seq-order>5</seq-order>
               <name>Nutrient treatment</name>
               <data-storage-type>VARCHAR2</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Y (yes) if carcasses were added N (no) if not. Units for values are NA.</description>
               <general-data-type>VARCHAR2</general-data-type>
               <units>NA</units>
               <allowed-values>Y OR N</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732283">
               <seq-order>6</seq-order>
               <name>Wood Treatment</name>
               <data-storage-type>VARCHAR2</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Y (yes) if wood was added N (no) if not. Units for values are NA.</description>
               <general-data-type>VARCHAR2</general-data-type>
               <units>NA</units>
               <allowed-values>Y OR N</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732284">
               <seq-order>7</seq-order>
               <name>TP(ug/L)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Total phosphorus measured in the stream. Units for values are migrograms per liter.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>migrograms per liter</units>
               <allowed-values>0-100</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732285">
               <seq-order>8</seq-order>
               <name>TN (ug/L)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Total nitrogen measured in the stream. Units for values are migrograms per liter.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>migrograms per liter</units>
               <allowed-values>0-500</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732286">
               <seq-order>9</seq-order>
               <name>[ PO4-P  UG/L]</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Dissolved phosphate measured in stream. Units for values are migrograms per liter.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>migrograms per liter</units>
               <allowed-values>0-30</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732287">
               <seq-order>10</seq-order>
               <name>[ SiO4 -Si] ug/L</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Silicate measured in each stream. Units for values are migrograms per liter.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>migrograms per liter</units>
               <allowed-values>4000-6000</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732288">
               <seq-order>11</seq-order>
               <name>[ NO3-N ] ug/L</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Dissolved nitrate-N in each stream. Units for values are migrograms per liter.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>migrograms per liter</units>
               <allowed-values>0-500</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732289">
               <seq-order>12</seq-order>
               <name>[ NO2-N ] ug/L</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Dissolved nitrite-N in each stream. Units for values are migrograms per liter.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>migrograms per liter</units>
               <allowed-values>0-5</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732290">
               <seq-order>13</seq-order>
               <name>[ NH4-N ] ug/L</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Dissolved ammonium-N in each stream. Units for values are migrograms per liter.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>migrograms per liter</units>
               <allowed-values>0-15</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732291">
               <seq-order>14</seq-order>
               <name>Ephemerellidae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Ephemereliidae on tile. Units for values are Abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>Abundance</units>
               <allowed-values>0-100</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732292">
               <seq-order>15</seq-order>
               <name>Heptageniidae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Heptageniidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-500</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732293">
               <seq-order>16</seq-order>
               <name>Baetidae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Baetidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-500</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732294">
               <seq-order>17</seq-order>
               <name>Ameletus (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Ameletus  on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-30</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732295">
               <seq-order>18</seq-order>
               <name>Nemouridae</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Nemouridae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-5</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732296">
               <seq-order>19</seq-order>
               <name>Chloroperlidae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Chloroperlidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-5</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732297">
               <seq-order>20</seq-order>
               <name>Perlodidae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Perlodidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-5</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732298">
               <seq-order>21</seq-order>
               <name>Glossosoma (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Glossosoma on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-50</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732299">
               <seq-order>22</seq-order>
               <name>Hydropsychidae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Hydropsychidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-25</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732300">
               <seq-order>23</seq-order>
               <name>Rhycophilidae(n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Heptageniidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-15</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732301">
               <seq-order>24</seq-order>
               <name>Chironomidae (larvae) (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Chironomidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-600</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732302">
               <seq-order>25</seq-order>
               <name>Simuliidae (n )</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Simuliidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-500</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732303">
               <seq-order>26</seq-order>
               <name>Atherix (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Atherix on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-25</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732304">
               <seq-order>27</seq-order>
               <name>Tabaniidae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Tabaniidae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-5</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732305">
               <seq-order>28</seq-order>
               <name>snails (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of snails on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-10</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732306">
               <seq-order>29</seq-order>
               <name>Coeloptera (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Coeloptera on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-5</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732307">
               <seq-order>30</seq-order>
               <name>Midge pupae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Midge pupae ( on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-50</allowed-values>
            </data-attribute>
            <data-attribute cc-id="732308">
               <seq-order>31</seq-order>
               <name>Blackfly pupae (n)</name>
               <data-storage-type>NUMBER</data-storage-type>
               <required>No</required>
               <primary-key>No</primary-key>
               <status>Active</status>
               <description>Count of Blackfly pupae on tile. Units for values are abundance.</description>
               <general-data-type>NUMBER</general-data-type>
               <units>abundance</units>
               <allowed-values>0-50</allowed-values>
            </data-attribute>
         </data-attributes>
      </entity>
   </entity-attribute-information>
   <support-roles>
      <support-role cc-id="851542" in-effect="Yes">
         <support-role-type>Data Steward</support-role-type>
         <from-date>2015-10-01</from-date>
         <contact-type>Person</contact-type>
         <contact-name>Kiffney, Peter</contact-name>
         <contact-email>Peter.Kiffney@noaa.gov</contact-email>
         <contact-address>10 Park Avenue</contact-address>
         <contact-address-city>Mukilteo</contact-address-city>
         <contact-address-state>WA</contact-address-state>
         <contact-address-zip>98275</contact-address-zip>
         <contact-phone-number>425-347-6935 x240</contact-phone-number>
         <contact-fax-number>425-247-4702</contact-fax-number>
      </support-role>
      <support-role cc-id="851543" in-effect="Yes">
         <support-role-type>Distributor</support-role-type>
         <from-date>2015-10-01</from-date>
         <contact-type>Organization</contact-type>
         <contact-name>Northwest Fisheries Science Center</contact-name>
         <contact-noaa-acronym>NWFSC</contact-noaa-acronym>
         <contact-email>nmfs.nwfsc.metadata@noaa.gov</contact-email>
         <contact-ror>https://ror.org/05r7z1k40</contact-ror>
         <contact-address>2725 Montlake Boulevard East</contact-address>
         <contact-address-city>Seattle</contact-address-city>
         <contact-address-state>WA</contact-address-state>
         <contact-address-zip>98112</contact-address-zip>
         <contact-address-country>USA</contact-address-country>
         <contact-phone-number>206-860-3200</contact-phone-number>
         <contact-url>https://www.nwfsc.noaa.gov</contact-url>
         <contact-url-name>NWFSC Home</contact-url-name>
         <contact-url-function>Online Resource</contact-url-function>
      </support-role>
      <support-role cc-id="851541" in-effect="Yes">
         <support-role-type>Metadata Contact</support-role-type>
         <from-date>2015-10-01</from-date>
         <contact-type>Organization</contact-type>
         <contact-name>Northwest Fisheries Science Center</contact-name>
         <contact-noaa-acronym>NWFSC</contact-noaa-acronym>
         <contact-email>nmfs.nwfsc.metadata@noaa.gov</contact-email>
         <contact-ror>https://ror.org/05r7z1k40</contact-ror>
         <contact-address>2725 Montlake Boulevard East</contact-address>
         <contact-address-city>Seattle</contact-address-city>
         <contact-address-state>WA</contact-address-state>
         <contact-address-zip>98112</contact-address-zip>
         <contact-address-country>USA</contact-address-country>
         <contact-phone-number>206-860-3200</contact-phone-number>
         <contact-url>https://www.nwfsc.noaa.gov</contact-url>
         <contact-url-name>NWFSC Home</contact-url-name>
         <contact-url-function>Online Resource</contact-url-function>
      </support-role>
      <support-role cc-id="851545" in-effect="Yes">
         <support-role-type>Originator</support-role-type>
         <from-date>2015-10-01</from-date>
         <contact-type>Person</contact-type>
         <contact-name>Kiffney, Peter</contact-name>
         <contact-email>Peter.Kiffney@noaa.gov</contact-email>
         <contact-address>10 Park Avenue</contact-address>
         <contact-address-city>Mukilteo</contact-address-city>
         <contact-address-state>WA</contact-address-state>
         <contact-address-zip>98275</contact-address-zip>
         <contact-phone-number>425-347-6935 x240</contact-phone-number>
         <contact-fax-number>425-247-4702</contact-fax-number>
      </support-role>
      <support-role cc-id="851544" in-effect="Yes">
         <support-role-type>Point of Contact</support-role-type>
         <from-date>2015-10-01</from-date>
         <contact-type>Person</contact-type>
         <contact-name>Kiffney, Peter</contact-name>
         <contact-email>Peter.Kiffney@noaa.gov</contact-email>
         <contact-address>10 Park Avenue</contact-address>
         <contact-address-city>Mukilteo</contact-address-city>
         <contact-address-state>WA</contact-address-state>
         <contact-address-zip>98275</contact-address-zip>
         <contact-phone-number>425-347-6935 x240</contact-phone-number>
         <contact-fax-number>425-247-4702</contact-fax-number>
      </support-role>
   </support-roles>
   <extents>
      <extent cc-id="851549">
         <geographic-areas>
            <geographic-area cc-id="851551">
               <west-bound>-122.3062</west-bound>
               <east-bound>-122.3062</east-bound>
               <north-bound>47.6449</north-bound>
               <south-bound>47.6449</south-bound>
               <description>Invertebrate processing: Identification and processing of stream invertebrates at NWFSC.</description>
            </geographic-area>
         </geographic-areas>
         <time-frames>
            <time-frame cc-id="851550">
               <time-frame-type>Continuing</time-frame-type>
               <start-date-time>2000-06-01</start-date-time>
            </time-frame>
         </time-frames>
      </extent>
      <extent cc-id="851552">
         <geographic-areas>
            <geographic-area cc-id="851554">
               <west-bound>-122.3062</west-bound>
               <east-bound>-122.3062</east-bound>
               <north-bound>47.6449</north-bound>
               <south-bound>47.6449</south-bound>
               <description>Rock Creek Pit tagging; tributary to Cedar R.: Mark-recapture study in Rock Creek, tributary to Cedar River</description>
            </geographic-area>
         </geographic-areas>
         <time-frames>
            <time-frame cc-id="851553">
               <time-frame-type>Range</time-frame-type>
               <start-date-time>2005-10-01</start-date-time>
               <end-date-time>2010-12-31</end-date-time>
            </time-frame>
         </time-frames>
      </extent>
      <extent cc-id="851555">
         <geographic-areas>
            <geographic-area cc-id="851557">
               <west-bound>-122.3062</west-bound>
               <east-bound>-122.3062</east-bound>
               <north-bound>47.6449</north-bound>
               <south-bound>47.6449</south-bound>
               <description>Cedar River watershed: City of Seattle's Municipal Watershed starting at Landsburg Dam and ending at Cedar Falls and all associated tributaries</description>
            </geographic-area>
         </geographic-areas>
         <time-frames>
            <time-frame cc-id="851556">
               <time-frame-type>Continuing</time-frame-type>
               <start-date-time>2000-06-01</start-date-time>
            </time-frame>
         </time-frames>
      </extent>
   </extents>
   <access-information>
      <security-class>Unclassified</security-class>
      <data-access-procedure>At this time, contact the Data Manager for information on obtaining access to this data set. In the near future, the NWFSC will strive to provide all non-sensitive data resources as a web service in order to meet the NOAA Data Access Policy Directive (https://nosc.noaa.gov/EDMC/PD.DA.php).</data-access-procedure>
      <data-access-constraints>NA</data-access-constraints>
   </access-information>
   <distribution-information>
      <distribution cc-id="851547">
         <download-url>https://www.webapps.nwfsc.noaa.gov/apex/parr/mesocosms_2_by_2_salmon_carcass_and_wood_experiment/data/page/</download-url>
         <distributor cc-id="851543">
            <from-date>2015-10-01</from-date>
            <contact-type>Organization</contact-type>
            <contact-name>Northwest Fisheries Science Center</contact-name>
            <contact-ror>https://ror.org/05r7z1k40</contact-ror>
         </distributor>
         <file-name>Mesocosms 2 by 2 Salmon Carcass and Wood Experimen</file-name>
         <description>This data contains analytical results from a 2 by 2 factorial experiment where salmon carcasses or small wood were added to stream mesocosms. Experiment conducted over a 45 day period summer 2007. Experimental streams were located along the bank of the Cedar River near Landsbug Dam, WA.  Included in this table are data on water chemistry and benthic invertebrates colonizing unglazed ceramic tiles. The experiment was designed to test the effects of adding 0.6 kg/m2 of carcass tissue and small wood on water chemistry and invertebrates. Water chemistry samples were analyzed at the Oceanography lab, University of Washington. Benthic invertebrates were identifed to family or order using a dissecting scope.</description>
      </distribution>
      <distribution cc-id="851546">
         <download-url>https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/tables/table/mesocosms_2_by_2_salmon_carcass_and_wood_experiment</download-url>
         <distributor cc-id="851543">
            <from-date>2015-10-01</from-date>
            <contact-type>Organization</contact-type>
            <contact-name>Northwest Fisheries Science Center</contact-name>
            <contact-ror>https://ror.org/05r7z1k40</contact-ror>
         </distributor>
         <file-name>Mesocosms 2 by 2 Salmon Carcass and Wood Experimen</file-name>
         <description>This data contains analytical results from a 2 by 2 factorial experiment where salmon carcasses or small wood were added to stream mesocosms. Experiment conducted over a 45 day period summer 2007. Experimental streams were located along the bank of the Cedar River near Landsbug Dam, WA.  Included in this table are data on water chemistry and benthic invertebrates colonizing unglazed ceramic tiles. The experiment was designed to test the effects of adding 0.6 kg/m2 of carcass tissue and small wood on water chemistry and invertebrates. Water chemistry samples were analyzed at the Oceanography lab, University of Washington. Benthic invertebrates were identifed to family or order using a dissecting scope.</description>
      </distribution>
   </distribution-information>
   <urls>
      <url cc-id="851548">
         <url>https://www.webapps.nwfsc.noaa.gov/apex/parrdata/inventory/datasets/dataset/2581</url>
         <name>Experimental streams</name>
         <url-type>Online Resource</url-type>
         <file-resource-format>Web site</file-resource-format>
         <description>NWFSC Dataset Information page. Data on nutrients and insects to salmon carcass additions</description>
      </url>
   </urls>
   <technical-environment>
      <description>Spreadsheet</description>
   </technical-environment>
   <data-quality>
      <accuracy>High</accuracy>
      <quality-control-procedures>These data were collected and processed in accordance with established protocols and best practices under the direction of the project’s Principal Investigator. Contact the dataset Data Manager in section 3 for full QA/QC methodology.</quality-control-procedures>
   </data-quality>
   <data-management>
      <resources-identified>No</resources-identified>
      <resources-budget-percentage>0</resources-budget-percentage>
      <data-access-directive-compliant>No</data-access-directive-compliant>
      <data-access-directive-waiver>No</data-access-directive-waiver>
      <hosting-service-needed>No</hosting-service-needed>
      <delay-collection-dissemination>0 days</delay-collection-dissemination>
      <delay-collection-dissemination-explanation>No Delay</delay-collection-dissemination-explanation>
      <archive-location>NCEI-MD</archive-location>
      <delay-collection-archive>7</delay-collection-archive>
      <data-protection-plan>The Northwest Fisheries Science Center facilitates backup and recovery of all data and IT components which are managed by IT Operations through the capture of static (point-in-time) backup data to physical media. Once data is captured to physical media (every 1-3 days), a duplicate is made and routinely (weekly) transported to an offsite archive facility where it is maintained throughout the data's applicable life-cycle.</data-protection-plan>
   </data-management>
   <lineage>
      <lineage-statement>These data were collected and processed in accordance with established protocols and best practices under the direction of the project’s Principal Investigator. Contact the dataset Data Manager in section 3 for full QA/QC methodology.</lineage-statement>
   </lineage>
   <child-items>
      <child-item>
         <catalog-item-id>36828</catalog-item-id>
         <catalog-item-type>Entity</catalog-item-type>
         <title>Mesocosms 2 by 2 Salmon Carcass and Wood Experiment</title>
      </child-item>
   </child-items>
   <catalog-details>
      <guid>gov.noaa.nmfs.inport:17858</guid>
      <metadata-record-created-by pers-id="0">SysAdmin InPortAdmin</metadata-record-created-by>
      <metadata-record-created>2013-01-23T19:43:24</metadata-record-created>
      <metadata-record-last-modified-by pers-id="0">SysAdmin InPortAdmin</metadata-record-last-modified-by>
      <metadata-record-last-modified>2026-03-04T19:17:17</metadata-record-last-modified>
      <record-published>2019-06-04</record-published>
      <owner-organization>Northwest Fisheries Science Center</owner-organization>
      <owner-organization-acronym>NWFSC</owner-organization-acronym>
      <owner-organization-address>2725 Montlake Boulevard East</owner-organization-address>
      <owner-organization-address-city>Seattle</owner-organization-address-city>
      <owner-organization-address-state>WA</owner-organization-address-state>
      <owner-organization-address-zip>98112</owner-organization-address-zip>
      <owner-organization-address-country>USA</owner-organization-address-country>
      <owner-organization-phone>206-860-3200</owner-organization-phone>
      <owner-organization-url>https://www.nwfsc.noaa.gov</owner-organization-url>
      <owner-organization-business-hours/>
      <owner-organization-group-id>1001</owner-organization-group-id>
      <publication-status>Public</publication-status>
      <limited-metadata-available>No</limited-metadata-available>
      <is-do-not-publish>No</is-do-not-publish>
      <metadata-last-review-date>2019-06-04</metadata-last-review-date>
      <metadata-review-frequency>1 Year</metadata-review-frequency>
      <metadata-next-review-date>2020-06-04</metadata-next-review-date>
   </catalog-details>
</inport-metadata>
