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      string: "<resultset numFound='1347' start='0' rows='10'>\n    <document>\n        <abstract>This
        project contains data collected from sites located on the campus of Mars Hill
        University in Mars Hill, NC. Weather data includes measurements of air temperature,
        relative humidity, wind speed and direction, precipitation, and photosynthetically
        active solar radiation. Soil moisture, soil temperature, and air temperature
        data were measured at two forested locations. At each forested location, eight
        soil moisture sensors were installed in transects radiating NE, NW, SE, and
        SW from the datalogger. Sensors were installed approximately 20m and 40m along
        the transect. Measurements were taken every minute and hourly and daily data
        values recorded.</abstract>\n        <begindate>2004-11-09</begindate>\n        <doi>doi:10.6073/pasta/ef073af5a58c7e2290ffc49b64c54a57</doi>\n
        \       <enddate>2018-01-25</enddate>\n        <funding>This material is based
        upon work supported by the National Science Foundation under grant numbers
        DEB-0823293, DEB-9632854 and DEB-0218001. Any opinions, findings, conclusions,
        or recommendations expressed in the material are those of the author(s) and
        do not necessarily reflect the views of the National Science Foundation.</funding>\n
        \       <geographicdescription></geographicdescription>\n        <id>knb-lter-cwt.4038</id>\n
        \       <methods>Photosynthetically Active Radiation\n            Photosynthetically
        Active Radiation is measured using a LiCor LI-190SB sensor installed approximately
        one meter above ground.\n          \n        \n        LiCOR 190- SB Photosynthetically
        Active Radiation meter\n      \n      \n        \n          \n            Reference
        Air Temperature\n            Reference air temperature is measured using a
        Campbell Scientific CR10XTCR thermocouple located inside the enclosure.\n
        \         \n        \n      \n      \n        \n          \n            Relative
        Humidity\n            Relative humiditiy was measured using a Vaisala HMP45C
        sensor. Beginning in 2013, RH was measured using a Campbell Scientific HC2S3
        sensor\n          \n        \n        Vaisala HMP45C\n      \n      \n        \n
        \         \n            Soil Moisture Content\n            Soil moisture content
        is measured using Campbell Scientific CS616 Soil Moisture probes tha tare
        inserted at the ground surface.\n          \n        \n      \n      \n        \n
        \         \n            Soil Temperature\n            Soil temperature was
        measured using thermocouples made from Omega type-T 20 gauge SLE thermocouple
        wire. Sensors are installed approximately 10cm below the ground surface.  Beginning
        in 2013, soil temperature measurements were taken with a Campbell Scientific
        model 107 temp. probe\n          \n        \n        Omega type T 24 gauge
        thermocouple sensor\n      \n      \n        \n          \n            Station
        control and data recording\n            Station sensors were controlled and
        all data was recorded using a Campbell Scientific CR10X datalogger, until
        2013 when Campbell Scientific CR1000 dataloggers were installed.\n          \n
        \       \n        Campbell Scientific CR10X\n      \n      \n        \n          \n
        \           Air Temperature- Open Site\n            Air temperature  is measured
        using Campbell Scientific HMP45C sensor. Sensor is installed approximately
        one meter above ground. Beginning in 2013, air temp. was measured using a
        Campbell Scientific HC2S3 sensor\n          \n        \n        Vaisala HMP45C\n
        \     \n      \n        \n          \n            Air Temperature- President
        House, Maint. Facility\n            Air temperature at these sites is measured
        using thermocouples created from Omega type-T 20 gauge SLE thermocouple wire.
        Sensors are installed approximately one meter above ground.  Beginning in
        2013, air temperature measurements were taken with a Campbell Scientific model
        107 temp. probe\n          \n        \n        Omega type T 24 gauge thermocouple
        sensor\n      \n      \n        \n          \n            \n              \n
        \               \n                  2004-11-09\n                \n                \n
        \                 2018-01-25\n                \n              \n            \n
        \         \n        \n        \n          \n            Mars Hill Weather
        Stations\n            The weather station site is located at an elevation
        of 709 meters.\n            The Open area weather station consisted of 3 poles
        located near the greenhouse at the facilities maintenance area.  All sensors
        were located between 1.5 to 2 meters above ground.\n            Measurements
        were taken every minute and hourly and daily data values recorded.\n          \n
        \         \n            Mars Hill Terrestrial Microclimate\n            The
        Facilities Maintenace and President&apos;s House microclimate sites are both
        located under the forest canopy at elevations of 700m and 745m, respectively.\n
        \           The Microclimate stations had eight soil moisture sensors installed
        in transects radiating NE, NW, SE, and SW from the datalogger. Sensors were
        installed approximately 20m and 40m along the transect. Air temperature was
        measured 1 meter above ground at the datalogger enclosure.\n            Measurements
        were taken every minute and hourly and daily data values recorded.\n          \n
        \       \n        \n          4038.kml</methods>\n        <packageid>knb-lter-cwt.4038.19</packageid>\n
        \       <pubdate>2013</pubdate>\n        <responsibleParties>Coweeta Long
        Term Ecological Research Program\nMars Hill University\nPearson, Scott M</responsibleParties>\n
        \       <scope>knb-lter-cwt</scope>\n        <site>cwt</site>\n        <taxonomic></taxonomic>\n
        \       <title>Weather and Terrestrial Microclimate Measurements from sites
        located at Mars Hill University</title>\n        <authors>\n            <author>Pearson,
        Scott M</author>\n        </authors>\n        <spatialCoverage>\n        </spatialCoverage>\n
        \       <sources>\n        </sources>\n        <keywords>\n            <keyword>Mars
        Hill</keyword>\n            <keyword>North Carolina</keyword>\n            <keyword>Coweeta
        Hydrologic Laboratory</keyword>\n            <keyword>North Carolina</keyword>\n
        \           <keyword>USA</keyword>\n            <keyword>CWT</keyword>\n            <keyword>LTER</keyword>\n
        \           <keyword>air temperature</keyword>\n            <keyword>climate</keyword>\n
        \           <keyword>microclimate</keyword>\n            <keyword>relative
        humidity</keyword>\n            <keyword>soil moisture</keyword>\n            <keyword>soil
        temperature</keyword>\n            <keyword>soil water content</keyword>\n
        \           <keyword>solar radiation</keyword>\n            <keyword>weather</keyword>\n
        \           <keyword>Inorganic Fluxes</keyword>\n        </keywords>\n        <organizations>\n
        \           <organization>Coweeta Long Term Ecological Research Program</organization>\n
        \           <organization>Mars Hill University</organization>\n        </organizations>\n
        \       <singledates>\n        </singledates>\n        <timescales>\n        </timescales>\n
        \   </document>\n</resultset>\n"
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      string: "<resultset numFound='1347' start='0' rows='10'>\n    <document>\n        <abstract>This
        project contains data collected from sites located on the campus of Mars Hill
        University in Mars Hill, NC. Weather data includes measurements of air temperature,
        relative humidity, wind speed and direction, precipitation, and photosynthetically
        active solar radiation. Soil moisture, soil temperature, and air temperature
        data were measured at two forested locations. At each forested location, eight
        soil moisture sensors were installed in transects radiating NE, NW, SE, and
        SW from the datalogger. Sensors were installed approximately 20m and 40m along
        the transect. Measurements were taken every minute and hourly and daily data
        values recorded.</abstract>\n        <begindate>2004-11-09</begindate>\n        <doi>doi:10.6073/pasta/ef073af5a58c7e2290ffc49b64c54a57</doi>\n
        \       <enddate>2018-01-25</enddate>\n        <funding>This material is based
        upon work supported by the National Science Foundation under grant numbers
        DEB-0823293, DEB-9632854 and DEB-0218001. Any opinions, findings, conclusions,
        or recommendations expressed in the material are those of the author(s) and
        do not necessarily reflect the views of the National Science Foundation.</funding>\n
        \       <geographicdescription></geographicdescription>\n        <id>knb-lter-cwt.4038</id>\n
        \       <methods>Photosynthetically Active Radiation\n            Photosynthetically
        Active Radiation is measured using a LiCor LI-190SB sensor installed approximately
        one meter above ground.\n          \n        \n        LiCOR 190- SB Photosynthetically
        Active Radiation meter\n      \n      \n        \n          \n            Reference
        Air Temperature\n            Reference air temperature is measured using a
        Campbell Scientific CR10XTCR thermocouple located inside the enclosure.\n
        \         \n        \n      \n      \n        \n          \n            Relative
        Humidity\n            Relative humiditiy was measured using a Vaisala HMP45C
        sensor. Beginning in 2013, RH was measured using a Campbell Scientific HC2S3
        sensor\n          \n        \n        Vaisala HMP45C\n      \n      \n        \n
        \         \n            Soil Moisture Content\n            Soil moisture content
        is measured using Campbell Scientific CS616 Soil Moisture probes tha tare
        inserted at the ground surface.\n          \n        \n      \n      \n        \n
        \         \n            Soil Temperature\n            Soil temperature was
        measured using thermocouples made from Omega type-T 20 gauge SLE thermocouple
        wire. Sensors are installed approximately 10cm below the ground surface.  Beginning
        in 2013, soil temperature measurements were taken with a Campbell Scientific
        model 107 temp. probe\n          \n        \n        Omega type T 24 gauge
        thermocouple sensor\n      \n      \n        \n          \n            Station
        control and data recording\n            Station sensors were controlled and
        all data was recorded using a Campbell Scientific CR10X datalogger, until
        2013 when Campbell Scientific CR1000 dataloggers were installed.\n          \n
        \       \n        Campbell Scientific CR10X\n      \n      \n        \n          \n
        \           Air Temperature- Open Site\n            Air temperature  is measured
        using Campbell Scientific HMP45C sensor. Sensor is installed approximately
        one meter above ground. Beginning in 2013, air temp. was measured using a
        Campbell Scientific HC2S3 sensor\n          \n        \n        Vaisala HMP45C\n
        \     \n      \n        \n          \n            Air Temperature- President
        House, Maint. Facility\n            Air temperature at these sites is measured
        using thermocouples created from Omega type-T 20 gauge SLE thermocouple wire.
        Sensors are installed approximately one meter above ground.  Beginning in
        2013, air temperature measurements were taken with a Campbell Scientific model
        107 temp. probe\n          \n        \n        Omega type T 24 gauge thermocouple
        sensor\n      \n      \n        \n          \n            \n              \n
        \               \n                  2004-11-09\n                \n                \n
        \                 2018-01-25\n                \n              \n            \n
        \         \n        \n        \n          \n            Mars Hill Weather
        Stations\n            The weather station site is located at an elevation
        of 709 meters.\n            The Open area weather station consisted of 3 poles
        located near the greenhouse at the facilities maintenance area.  All sensors
        were located between 1.5 to 2 meters above ground.\n            Measurements
        were taken every minute and hourly and daily data values recorded.\n          \n
        \         \n            Mars Hill Terrestrial Microclimate\n            The
        Facilities Maintenace and President&apos;s House microclimate sites are both
        located under the forest canopy at elevations of 700m and 745m, respectively.\n
        \           The Microclimate stations had eight soil moisture sensors installed
        in transects radiating NE, NW, SE, and SW from the datalogger. Sensors were
        installed approximately 20m and 40m along the transect. Air temperature was
        measured 1 meter above ground at the datalogger enclosure.\n            Measurements
        were taken every minute and hourly and daily data values recorded.\n          \n
        \       \n        \n          4038.kml</methods>\n        <packageid>knb-lter-cwt.4038.19</packageid>\n
        \       <pubdate>2013</pubdate>\n        <responsibleParties>Coweeta Long
        Term Ecological Research Program\nMars Hill University\nPearson, Scott M</responsibleParties>\n
        \       <scope>knb-lter-cwt</scope>\n        <site>cwt</site>\n        <taxonomic></taxonomic>\n
        \       <title>Weather and Terrestrial Microclimate Measurements from sites
        located at Mars Hill University</title>\n        <authors>\n            <author>Pearson,
        Scott M</author>\n        </authors>\n        <spatialCoverage>\n        </spatialCoverage>\n
        \       <sources>\n        </sources>\n        <keywords>\n            <keyword>Mars
        Hill</keyword>\n            <keyword>North Carolina</keyword>\n            <keyword>Coweeta
        Hydrologic Laboratory</keyword>\n            <keyword>North Carolina</keyword>\n
        \           <keyword>USA</keyword>\n            <keyword>CWT</keyword>\n            <keyword>LTER</keyword>\n
        \           <keyword>air temperature</keyword>\n            <keyword>climate</keyword>\n
        \           <keyword>microclimate</keyword>\n            <keyword>relative
        humidity</keyword>\n            <keyword>soil moisture</keyword>\n            <keyword>soil
        temperature</keyword>\n            <keyword>soil water content</keyword>\n
        \           <keyword>solar radiation</keyword>\n            <keyword>weather</keyword>\n
        \           <keyword>Inorganic Fluxes</keyword>\n        </keywords>\n        <organizations>\n
        \           <organization>Coweeta Long Term Ecological Research Program</organization>\n
        \           <organization>Mars Hill University</organization>\n        </organizations>\n
        \       <singledates>\n        </singledates>\n        <timescales>\n        </timescales>\n
        \   </document>\n</resultset>\n"
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