Changeset 26932 in main


Ignore:
Timestamp:
03/03/23 11:49:16 (4 weeks ago)
Author:
ChelseaLanger_NM
Message:

Update air quality metadata files.

Location:
adopters/nm-epht/trunk/src/main/webapps/nmepht-content/xml/metadata
Files:
7 edited

Legend:

Unmodified
Added
Removed

  • adopters/nm-epht/trunk/src/main/webapps/nmepht-content/xml/metadata/AirQualityNO2AnnualConcentration.xml

    r24416 r26932  
    55<citeinfo>
    66<origin>New Mexico EPHTN Project Manager</origin>
    7 <pubdate>20220104</pubdate>
     7<pubdate>20230303</pubdate>
    88<title>Annual Average Ambient Concentration of NO2 by County</title>
    99<onlink/>
    … …  
    1111</citation>
    1212<descript>
    13 <abstract>The county-level daily NO2 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (http://aqsdr1.epa.gov/aqsweb/aqstmp/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Program, as required under the Clean Air Act. Data are only provided for counties with monitors that pass the completeness criterion and those monitors that use a federal reference method (FRM) to monitor NO2.  Most NO2 monitors take samples every third day (some every sixth day) and a few measure every day; taking quarterly averages and then calculating an annual average addresses the comparability of these data. The air quality NO2 data used in calculating the indicator are tested for completeness to ensure that there are 11 samples per quarter and 4 quarters per year for each area's year.  If data for a county do not meet this completeness test, then they are designated as having "Insufficient Data" and estimates should be interpreted with caution. For counties without monitors, missing values are designated as "No Monitor." Effective April 12, 2010, the 1-hour NAAQS for NO2 is 100 parts per billion (ppb) based on the 3-year average 98th percentile of the yearly distribution of 1-hour daily maximum concentrations, and an annual standard at a level of 53 ppb. The dataset contains, for each county with complete monitoring data: the year, state and county FIPS code (individually and combined), county name, county population, average annual ambient NO2 concentration (ug/m3). The dataset was created using guidelines provided in the CDC NCDM Recommendations.  The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
     13<abstract>The county-level daily NO2 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (https://aqs.epa.gov/aqsweb/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Bureau, as required under the Clean Air Act. Data are only provided for counties with monitors that pass the completeness criterion and those monitors that use a federal reference method (FRM) to monitor NO2.  Most NO2 monitors take samples every third day (some every sixth day) and a few measure every day; taking quarterly averages and then calculating an annual average addresses the comparability of these data. The air quality NO2 data used in calculating the indicator are tested for completeness to ensure that there are 11 samples per quarter and 4 quarters per year for each area's year.  If data for a county do not meet this completeness test, then they are designated as having "Insufficient Data" and estimates should be interpreted with caution. For counties without monitors, missing values are designated as "No Monitor." Effective April 12, 2010, the 1-hour NAAQS for NO2 is 100 parts per billion (ppb) based on the 3-year average 98th percentile of the yearly distribution of 1-hour daily maximum concentrations, and an annual standard at a level of 53 ppb. The dataset contains, for each county with complete monitoring data: the year, county FIPS code, and daily maximum ambient NO2 concentration (ug/m3). The dataset was created using guidelines provided in the CDC NCDM Recommendations.  The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
    1414<purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing NO2-related air quality across NM by county with FRM NO2 monitors. These data are not intended for performing health assessments or otherwise being directly related or linked to health data. The data for this indicator represent highly populated counties that have NO2 monitors.  As a result, the data tend to reflect urban air quality and longer-term average air quality levels.  Populations in counties without FRM monitors may also be exposed to concentrations that exceed a standard. The annual NO2 level data help summarize long-term trends in particulate matter concentrations.  These data will give an idea of what the yearly level of NO2 is in an area. This indicator can be used to inform policy makers and the public about the degree of potential exposures to fine particles within New Mexico during a year and over time (trends).  The indicator measure (annual average concentration of NO2) can be compared to health-based benchmarks to communicate the degree of public health concern to policy makers and the general public.  The measure can be affected by density and placement of monitors, and coverage will vary within the state. It does not directly reflect exposure.  Certain geographic areas, such as those near busy roads, are likely to have higher values of NO2 levels.  It is also important to understand that the relationship between ambient concentrations and personal exposure is uncertain, and it varies depending upon pollutant, activity patterns, and locality or microenvironments.  The percentage of state population living in counties with no NO2 measurements must always be considered when attempting to estimate the proportion of population at risk.</purpose>
    1515</descript>
    … …  
    1919<begdate>19990101</begdate>
    2020<begtime/>
    21 <enddate>20201231</enddate>
     21<enddate>20211231</enddate>
    2222<endtime/>
    2323</rngdates>
    … …  
    8686<procstep>
    8787<procdesc>Calculate the indicator and measure.</procdesc>
    88 <procdate>20160215</procdate>
     88<procdate>20230112</procdate>
    8989</procstep>
    9090</lineage>
    … …  
    9292<eainfo>
    9393<overview>
    94 <eaover>Ambient air quality county indicator measure for NO2 for 1999 - 2020.</eaover>
    95 <eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 3.0, Air.</eadetcit>
     94<eaover>Ambient air quality county indicator measure for NO2 for 1999 - 2021.</eaover>
     95<eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 4.0, Air Quality.</eadetcit>
    9696</overview>
    9797</eainfo>
    … …  
    126126</distinfo>
    127127<metainfo>
    128 <metd>20220104</metd>
     128<metd>20230303</metd>
    129129<metc>
    130130<cntinfo>
    … …  
    151151</cntinfo>
    152152</metc>
    153 <metstdn>EPHTN Tracking Network Profile Version 3.0</metstdn>
     153<metstdn>EPHTN Tracking Network Profile Version 3.1</metstdn>
    154154<metac>None</metac>
    155155<metuc>None</metuc>

  • adopters/nm-epht/trunk/src/main/webapps/nmepht-content/xml/metadata/AirQualityNO2AnnualPercentofDays.xml

    r24626 r26932  
    55<citeinfo>
    66<origin>New Mexico EPHTN Project Manager</origin>
    7 <pubdate>20220104</pubdate>
     7<pubdate>20230303</pubdate>
    88<title>Annual Percentage of Days with NO2 Levels Above the National Ambient Air Quality Standard (NAAQS) by County</title>
    99<onlink/>
    … …  
    1111</citation>
    1212<descript>
    13 <abstract>The county-level daily NO2 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (http://aqsdr1.epa.gov/aqsweb/aqstmp/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Program, as required under the Clean Air Act. Data are only provided for counties with FRM (method code 8801) monitors that have annual monitoring. Most NO2 monitors take samples every third day (some every sixth day) and a few measure every day; summing the total number of days for each county above the National Ambient Air Quality Standard (NAAQS) standard and dividing by the total number of days monitored effectively provides an estimate of the percentage of days above the NAAQS standard for a given year for each county with FRM monitoring. Effective April 12, 2010, the 1-hour NAAQS for NO2 is 100 parts per billion (ppb) based on the 3-year average 98th percentile of the yearly distribution of 1-hour daily maximum concentrations, and an annual standard at a level of 53 ppb. For counties without  FRM monitors, missing values are designated as "No Monitor." The dataset contains, for each county with complete monitoring data: the year, state and county FIPS code (individually and combined), and percent of days with NO2 above the NAAQS. The dataset was created using guidelines provided in the CDC NCDM Recommendations (version 3.0).  The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
    14 <purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing NO2-related air quality across NM by county with NO2 FRM monitors. These data are not intended for performing health assessments or otherwise being directly related or linked to health data. The data for this indicator represent highly populated counties that have NO2 FRM monitors.  As a result, the data tend to reflect urban air quality and longer-term average air quality levels.  Populations in counties without monitors may also be exposed to concentrations that exceed a standard. The daily NO2 level data help summarize exceedance of short-term trends in fine particulate matter concentrations within and between counties.  These data will give an idea of what the yearly exceedance of daily NO2 is in an area. This indicator can be used to inform policy makers and the public about the degree of potential exposures to fine particles within New Mexico during a given year and over time (trends).  The measure (annual percentage of days above the NO2 NAAQS) can be compared to health-based benchmarks to communicate the degree of public health concern to policy makers and the general public.  The measure can be affected by monitor density, placement of monitors, and frequency of monitoring, and spatial and temporal coverage will vary within the state. However, this measure does not directly reflect exposure. Certain geographic areas, such as those near busy roads, are likely to have higher values of NO2 levels.  It is also important to understand that the relationship between ambient concentrations and personal exposure is uncertain, and it varies depending upon pollutant, activity patterns, and locality or microenvironments.  The percentage of state population living in counties with no NO2 measurements must always be considered when attempting to estimate the proportion of population at risk.</purpose>
     13<abstract>The county-level daily NO2 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (https://aqs.epa.gov/aqsweb/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Bureau, as required under the Clean Air Act. Data are only provided for counties with federal reference methods (FRM, method code 8801) monitors that have annual monitoring. Most NO2 monitors take samples every third day (some every sixth day) and a few measure every day; summing the total number of days for each county above the National Ambient Air Quality Standard (NAAQS) standard and dividing by the total number of days monitored effectively provides an estimate of the percentage of days above the NAAQS standard for a given year for each county with FRM monitoring. Effective April 12, 2010, the 1-hour NAAQS for NO2 is 100 parts per billion (ppb) based on the 3-year average 98th percentile of the yearly distribution of 1-hour daily maximum concentrations, and an annual standard at a level of 53 ppb. For counties without  FRM monitors, missing values are designated as "No Monitor." The dataset contains, for each county with complete monitoring data: year, county FIPS code, days monitored, days over NAAQS, and percent of days with NO2 above the NAAQS. The dataset was created using guidelines provided in the CDC NCDM Recommendations (version 4.0).  The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
     14<purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing NO2-related air quality across NM by county with NO2 FRM monitors. These data are not intended for performing health assessments or otherwise being directly related or linked to health data. The data for this indicator represent highly populated counties that have NO2 FRM monitors.  As a result, the data tend to reflect urban air quality and longer-term average air quality levels.  Populations in counties without monitors may also be exposed to concentrations that exceed the standard. These data will give an idea of what the yearly exceedance of daily NO2 is in an area. This indicator can be used to inform policy makers and the public about the degree of potential exposures to NO2 within New Mexico during a given year and over time (trends).  The measure (annual percentage of days above the NO2 NAAQS) can be compared to health-based benchmarks to communicate the degree of public health concern to policy makers and the general public.  The measure can be affected by monitor density, placement of monitors, and frequency of monitoring, and spatial and temporal coverage will vary within the state. However, this measure does not directly reflect exposure. Certain geographic areas, such as those near busy roads, are likely to have higher values of NO2 levels.  It is also important to understand that the relationship between ambient concentrations and personal exposure is uncertain, and it varies depending upon pollutant, activity patterns, and locality or microenvironments.  The percentage of state population living in counties with no NO2 measurements must always be considered when attempting to estimate the proportion of population at risk.</purpose>
    1515</descript>
    1616<timeperd>
    … …  
    1919<begdate>19990101</begdate>
    2020<begtime/>
    21 <enddate>20201231</enddate>
     21<enddate>20211231</enddate>
    2222<endtime/>
    2323</rngdates>
    … …  
    2727<status>
    2828<progress>Complete</progress>The National Ambient Air Quality Standard (NAAQS) for NO2 is 53 ppb.
    29 Data Sources
     29
    3030<update>Annually</update>
    3131</status>
    … …  
    8383<dataqual>
    8484<logic>None</logic>
    85 <complete>The air quality data used in calculating the indicator and measure are tested for completeness to ensure annual monitoring such that there sampling within the four (4) quarters for each area's year.  If data for a county do not achieve this completeness test, then the NO2 estimate should be interpreted with caution.</complete>
     85<complete>The air quality data used in calculating the indicator and measure are tested for completeness to ensure annual monitoring such that there is sampling within the four (4) quarters for each area's year.  If data for a county do not achieve this completeness test, then the NO2 estimate should be interpreted with caution.</complete>
    8686<lineage>
    8787<procstep>
    8888<procdesc>Calculate the indicator and measure.</procdesc>
    89 <procdate>20211019</procdate>
     89<procdate>20230112</procdate>
    9090</procstep>
    9191</lineage>
    … …  
    9393<eainfo>
    9494<overview>
    95 <eaover>NM EPHT air quality county measure for NO2 for 1999 - 2020.</eaover>
    96 <eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 3.0, Air.</eadetcit>
     95<eaover>NM EPHT air quality county measure for NO2 for 1999 - 2021.</eaover>
     96<eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 4.0, Air Quality.</eadetcit>
    9797</overview>
    9898</eainfo>
    … …  
    127127</distinfo>
    128128<metainfo>
    129 <metd>20220105</metd>
     129<metd>20230303</metd>
    130130<metc>
    131131<cntinfo>
    … …  
    152152</cntinfo>
    153153</metc>
    154 <metstdn>EPHTN Tracking Network Profile Version 3.0</metstdn>
     154<metstdn>EPHTN Tracking Network Profile Version 3.1</metstdn>
    155155<metac>None</metac>
    156156<metuc>None</metuc>

  • adopters/nm-epht/trunk/src/main/webapps/nmepht-content/xml/metadata/AirQualityOzoneAnnualPercentofDays.xml

    r24462 r26932  
    55<citeinfo>
    66<origin>New Mexico EPHTN Project Manager</origin>
    7 <pubdate>20220105</pubdate>
     7<pubdate>20230303</pubdate>
    88<title>Annual Percentage of Days with Ozone Levels Above the National Ambient Air Quality Standard (NAAQS) by County</title>
    99<onlink/>
    … …  
    1111</citation>
    1212<descript>
    13 <abstract>The county-level daily ozone dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (http://aqsdr1.epa.gov/aqsweb/aqstmp/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico air program, as required under the Clean Air Act. Data are only provided for counties with monitors that pass the completeness criterion.  Data completeness for each monitor was based on the availability of samples for at least 75% of the year. If data for a county do not meet this completeness test, then they are designated as having "Insufficient Data" and estimates should be interpreted with caution. For counties without ozone monitors, missing values are designated as "No Monitor." Effective December 28, 2015, the daily ozone National Ambient Air Quality Standard (NAAQS) is 0.070 parts per million (ppm). Previously the 8-hour standard was set at 0.075 ppm in 2008. Prior to that, the 8-hour standard was 0.080 ppm. The dataset contains, for each county with complete monitoring data: the year, state and county FIPS code (individually and combined), county name, number of days above ozone standard, and percentage of days above ozone standard. The dataset was created using guidelines provided in the CDC NCDM Recommendations (version 3.0). The indicator documentation is available from CDC's Environmental Public Health Tracking Network. </abstract>
    14 <purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing ozone-related air quality across NM by county with ozone monitors.  The number of days in which the daily maximum 8-hour average ozone concentration exceeds a standard provides an indication of short-term spikes in ozone concentrations.  This may not provide information of how many days per year people may be exposed to unhealthy levels of ozone.  These data are not intended for performing health assessments or otherwise being directly related or linked to health data.</purpose>
     13<abstract>The county-level daily ozone dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (https://aqs.epa.gov/aqsweb/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Bureau, as required under the Clean Air Act. Data are only provided for counties with monitors that pass the completeness criterion.  Data completeness for each monitor was based on the availability of samples for at least 75% of the year. If data for a county do not meet this completeness test, then they are designated as having "Insufficient Data" and estimates should be interpreted with caution. For counties without ozone monitors, missing values are designated as "No Monitor." Effective December 28, 2015, the daily ozone National Ambient Air Quality Standard (NAAQS) is 0.070 parts per million (ppm). Previously the 8-hour standard was set at 0.075 ppm in 2008. Prior to that, the 8-hour standard was 0.080 ppm. The dataset contains, for each county with complete monitoring data: the year, county FIPS code, number of days monitored, number of days above ozone standard, and percentage of days above ozone standard. The dataset was created using guidelines provided in the CDC NCDM Recommendations (version 4.0). The indicator documentation is available from CDC's Environmental Public Health Tracking Network. </abstract>
     14<purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing ozone-related air quality across NM by county with ozone monitors.  The number of days in which the daily maximum 8-hour average ozone concentration exceeds a standard provides an indication of short-term spikes in ozone concentrations.  This may provide information of how many days per year people may be exposed to unhealthy levels of ozone.  These data are not intended for performing health assessments or otherwise being directly related or linked to health data.</purpose>
    1515</descript>
    1616<timeperd>
    … …  
    1919<begdate>19990101</begdate>
    2020<begtime/>
    21 <enddate>20201231</enddate>
     21<enddate>20211231</enddate>
    2222<endtime/>
    2323</rngdates>
    … …  
    8787<procstep>
    8888<procdesc>Calculate the indicators and measures.</procdesc>
    89 <procdate>20211019</procdate>
     89<procdate>20230112</procdate>
    9090</procstep>
    9191<procstep>
    92 <procdesc>NM EPHT data queries through nmtracking.org (NMTracking) result in query-specific data sets that are aggregated by geographic unit. These aggregated data are dynamically joined to boundary data sets for display in the NMTracking interactive map. Boundaries are for County and 2010 U.S. Census Tract.&#13;
     92<procdesc>NM EPHT data queries through nmtracking.doh.nm.gov (NMTracking) result in query-specific data sets that are aggregated by geographic unit. These aggregated data are dynamically joined to boundary data sets for display in the NMTracking interactive map. Boundaries are for County and 2010 U.S. Census Tract.&#13;
    9393&#13;
    9494Please note that some data queries and displays might be available only to those with restricted-access permissions.&#13;
    … …  
    9696Mapped results for the interactive data query include options for a background with an NM base map or shaded relief. Both background maps are served from the NM Resource Geographic Information System (NM RGIS, rgis.unm.edu) or other servers hosted at UNM Earth Data Analysis Center.&#13;
    9797</procdesc>
    98 <procdate>20211019</procdate>
     98<procdate>20230112</procdate>
    9999</procstep>
    100100</lineage>
    … …  
    103103<overview>
    104104<eaover>Air Quality Ozone Indicators</eaover>
    105 <eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 3.0, Air.</eadetcit>
     105<eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 4.0, Air Quality.</eadetcit>
    106106</overview>
    107107</eainfo>
    … …  
    136136</distinfo>
    137137<metainfo>
    138 <metd>20220105</metd>
     138<metd>20230303</metd>
    139139<metc>
    140140<cntinfo>
    … …  
    161161</cntinfo>
    162162</metc>
    163 <metstdn>EPHTN Tracking Network Profile Version 3.0</metstdn>
     163<metstdn>EPHTN Tracking Network Profile Version 3.1</metstdn>
    164164<metac>None</metac>
    165165<metuc>None</metuc>

  • adopters/nm-epht/trunk/src/main/webapps/nmepht-content/xml/metadata/AirQualityPM10AnnualConcentration.xml

    r24626 r26932  
    55<citeinfo>
    66<origin>New Mexico EPHTN Project Manager</origin>
    7 <pubdate>20220110</pubdate>
     7<pubdate>20230303</pubdate>
    88<title>Annual Average Ambient Concentration of Coarse Particulate Matter (PM10) by County</title>
    99<onlink/>
    … …  
    1111</citation>
    1212<descript>
    13 <abstract>The county-level daily PM10 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (http://aqsdr1.epa.gov/aqsweb/aqstmp/airdata/download_files.html). These data were originally provided to EPA by the state of New Mexico Air Quality Program, as required under the Clean Air Act. Data are only provided for counties with monitors that use a federal reference method (FRM) to monitor PM10. Most PM10 monitors take samples every third day (some every sixth day) and a few measure every day; taking quarterly averages and then calculating an annual average addresses the comparability of these data. The air quality PM10 data used in calculating the indicator are tested for completeness to ensure that there are 11 samples per quarter and 4 quarters per year for each area. If data for a county do not meet this completeness test, they are designated as "Insufficient Data" and estimates should be interpreted with caution. For counties without monitors, missing values are designated as "No Monitor." The 24-hour National Ambient Air Quality Standard (NAAQS) for PM10 is 150 micrograms per cubic meter of air (mcg/m3), which is not to be exceeded more than once per year on average over a three year period; to attain this standard, the 3-year average of the maximum of 24-hour concentrations at each population-oriented monitor within an area must not exceed 150 mcg/m3. The dataset contains, for each county with complete monitoring data: the year, state and county FIPS code (individually and combined), county name, and average annual ambient PM10 concentration (mcg/m3). The dataset was created using guidelines provided in the CDC NCDM Recommendations. The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
     13<abstract>The county-level daily PM10 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (https://aqs.epa.gov/aqsweb/airdata/download_files.html). These data were originally provided to EPA by the state of New Mexico Air Quality Bureau, as required under the Clean Air Act. Data are only provided for counties with monitors that use a federal reference method (FRM) to monitor PM10. Most PM10 monitors take samples every third day (some every sixth day) and a few measure every day; taking quarterly averages and then calculating an annual average addresses the comparability of these data. The air quality PM10 data used in calculating the indicator are tested for completeness to ensure that there are 11 samples per quarter and 4 quarters per year for each area. If data for a county do not meet this completeness test, they are designated as "Insufficient Data" and estimates should be interpreted with caution. For counties without monitors, missing values are designated as "No Monitor." The 24-hour National Ambient Air Quality Standard (NAAQS) for PM10 is 150 micrograms per cubic meter of air (mcg/m3), which is not to be exceeded more than once per year on average over a three year period; to attain this standard, the 3-year average of the maximum of 24-hour concentrations at each population-oriented monitor within an area must not exceed 150 mcg/m3. The dataset contains, for each county with complete monitoring data: the year, county FIPS code, and daily maximum ambient PM10 concentration (mcg/m3). The dataset was created using guidelines provided in the CDC NCDM Recommendations. The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
    1414<purpose>This dataset contains calculated measures for air quality for use on the NM EPHT public portal. The dataset is intended for use on the NM EPHT portal for displays describing PM10-related air quality across NM by county with FRM PM10 monitors. These data are not intended for performing health assessments or otherwise being directly related or linked to health data. The data for this indicator represent highly populated counties that have PM10 monitors. As a result, the data tend to reflect urban air quality and longer-term average air quality levels. Populations in counties without FRM monitors may also be exposed to concentrations that exceed a standard. The annual PM10 level data help summarize long-term trends in particulate matter concentrations.  These data will give an idea of what the annual level of PM10 is in an area. This indicator can be used to inform policy makers and the public about the degree of potential exposures to coarse particles within New Mexico during a year and over time (trends). The indicator measure (annual average concentration of PM10) can be compared to the NAAQS level of 150 mcg/m3 or other health-based benchmarks to communicate the degree of public health concern to policy makers and the general public. The measure can be affected by density and placement of monitors, and coverage will vary within the state. It does not directly reflect exposure. Certain geographic areas, such as those near busy roads, are likely to have higher values of PM10 levels. It is also important to understand that the relationship between ambient concentrations and personal exposure is uncertain, and it varies depending upon pollutant, activity patterns, and locality or microenvironments. The percentage of state population living in counties with no PM10 measurements must always be considered when attempting to estimate the proportion of population at risk.</purpose>
    1515</descript>
    … …  
    1919<begdate>19990101</begdate>
    2020<begtime/>
    21 <enddate>20201231</enddate>
     21<enddate>20211231</enddate>
    2222<endtime/>
    2323</rngdates>
    … …  
    8686<procstep>
    8787<procdesc>Calculate the indicator and measure.</procdesc>
    88 <procdate>20211019</procdate>
     88<procdate>20230111</procdate>
    8989</procstep>
    9090</lineage>
    … …  
    9292<eainfo>
    9393<overview>
    94 <eaover>Ambient air quality county indicator measure for PM10 for 1999 - 2020.</eaover>
    95 <eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 3.0, Air.</eadetcit>
     94<eaover>Ambient air quality county indicator measure for PM10 for 1999 - 2021.</eaover>
     95<eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 4.0, Air Quality</eadetcit>
    9696</overview>
    9797</eainfo>
    … …  
    126126</distinfo>
    127127<metainfo>
    128 <metd>20220110</metd>
     128<metd>20230303</metd>
    129129<metc>
    130130<cntinfo>
    … …  
    151151</cntinfo>
    152152</metc>
    153 <metstdn>EPHTN Tracking Network Profile Version 3.0</metstdn>
     153<metstdn>EPHTN Tracking Network Profile Version 3.1</metstdn>
    154154<metac>None</metac>
    155155<metuc>None</metuc>

  • adopters/nm-epht/trunk/src/main/webapps/nmepht-content/xml/metadata/AirQualityPM10AnnualPercentofDays.xml

    r24462 r26932  
    55<citeinfo>
    66<origin>New Mexico EPHTN Project Manager</origin>
    7 <pubdate>20220110</pubdate>
     7<pubdate>20230303</pubdate>
    88<title>Annual Percentage of Days with PM10 Levels Above the National Ambient Air Quality Standard (NAAQS) by County</title>
    99<onlink/>
    … …  
    1111</citation>
    1212<descript>
    13 <abstract>The county-level daily PM10 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (http://aqsdr1.epa.gov/aqsweb/aqstmp/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Program, as required under the Clean Air Act. Data are only provided for counties with monitors that use a federal reference method (FRM) to monitor PM10. Most PM10 monitors take samples every third day (some every sixth day) and a few measure every day; summing the total number of days for each county above the National Ambient Air Quality Standard (NAAQS) standard and dividing by the total number of days monitored effectively provides an estimate of the percentage of days above the NAAQS standard for a given year for each county with FRM monitoring. The air quality PM10 data used in calculating the indicator are tested for completeness to ensure that there are 11 samples per quarter and 4 quarters per year for each area's year. If data for a county do not meet this completeness test, they are designated as "Insufficient Data" and estimates should be interpreted with caution. For counties without monitors, missing values are designated as "No Monitor." The 24-hour NAAQS for PM10 is 150 micrograms per cubic meter of air (mcg/m3), which is not to be exceeded more than once per year on average over a three year period; to attain this standard, the 3-year average of the maximum of 24-hour concentrations at each population-oriented monitor within an area must not exceed 150 mcg/m3. The dataset contains, for each county with complete monitoring data: the year, state and county FIPS code (individually and combined), county name, and percent of days with PM10 above the NAAQS. The dataset was created using guidelines provided in the CDC NCDM Recommendations (version 3.0).  The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
     13<abstract>The county-level daily PM10 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (https://aqs.epa.gov/aqsweb/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Bureau, as required under the Clean Air Act. Data are only provided for counties with monitors that use a federal reference method (FRM) to monitor PM10. Most PM10 monitors take samples every third day (some every sixth day) and a few measure every day; summing the total number of days for each county above the National Ambient Air Quality Standard (NAAQS) standard and dividing by the total number of days monitored effectively provides an estimate of the percentage of days above the NAAQS standard for a given year for each county with FRM monitoring. The air quality PM10 data used in calculating the indicator are tested for completeness to ensure that there are 11 samples per quarter and 4 quarters per year for each area's year. If data for a county do not meet this completeness test, they are designated as "Insufficient Data" and estimates should be interpreted with caution. For counties without monitors, missing values are designated as "No Monitor." The 24-hour NAAQS for PM10 is 150 micrograms per cubic meter of air (mcg/m3), which is not to be exceeded more than once per year on average over a three year period; to attain this standard, the 3-year average of the maximum of 24-hour concentrations at each population-oriented monitor within an area must not exceed 150 mcg/m3. The dataset contains, for each county with complete monitoring data: the year, county FIPS code, number of days monitored, number of days over NAAQS, and percent of days with PM10 above the NAAQS. The dataset was created using guidelines provided in the CDC NCDM Recommendations (version 4.0).  The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
    1414<purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing PM10-related air quality across NM by county with PM10 FRM monitors. These data are not intended for performing health assessments or otherwise being directly related or linked to health data. The data for this indicator represent highly populated counties that have PM10 FRM monitors. As a result, the data tend to reflect urban air quality and longer-term average air quality levels. Populations in counties without monitors may also be exposed to concentrations that exceed a standard. These data will give an idea of what the yearly exceedance of daily PM10 is in an area. This indicator can be used to inform policy makers and the public about the degree of potential exposures to coarse particles within New Mexico during a given year and over time (trends). The measure (annual percentage of days above the PM10 NAAQS) can be compared to health-based benchmarks to communicate the degree of public health concern to policy makers and the general public. The measure can be affected by monitor density, placement of monitors, and frequency of monitoring, and spatial and temporal coverage will vary within the state. However, this measure does not directly reflect exposure. Certain geographic areas, such as those near busy roads, are likely to have higher values of PM10 levels. It is also important to understand that the relationship between ambient concentrations and personal exposure is uncertain, and it varies depending upon pollutant, activity patterns, and locality or microenvironments. The percentage of state population living in counties with no PM10 measurements must always be considered when attempting to estimate the proportion of population at risk.</purpose>
    1515</descript>
    … …  
    1919<begdate>19990101</begdate>
    2020<begtime/>
    21 <enddate>20201231</enddate>
     21<enddate>20211231</enddate>
    2222<endtime/>
    2323</rngdates>
    … …  
    8686<procstep>
    8787<procdesc>Calculate the indicator and measure.</procdesc>
    88 <procdate>20211019</procdate>
     88<procdate>20230111</procdate>
    8989</procstep>
    9090</lineage>
    … …  
    9292<eainfo>
    9393<overview>
    94 <eaover>NM EPHT air quality county measure for PM10 for 1999 - 2020.</eaover>
    95 <eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 3.0, Air.</eadetcit>
     94<eaover>NM EPHT air quality county measure for PM10 for 1999 - 2021.</eaover>
     95<eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 4.0, Air Quality</eadetcit>
    9696</overview>
    9797</eainfo>
    … …  
    126126</distinfo>
    127127<metainfo>
    128 <metd>20220110</metd>
     128<metd>20230303</metd>
    129129<metc>
    130130<cntinfo>
    … …  
    151151</cntinfo>
    152152</metc>
    153 <metstdn>EPHTN Tracking Network Profile Version 3.0</metstdn>
     153<metstdn>EPHTN Tracking Network Profile Version 3.1</metstdn>
    154154<metac>None</metac>
    155155<metuc>None</metuc>

  • adopters/nm-epht/trunk/src/main/webapps/nmepht-content/xml/metadata/AirQualityPM2.5AnnualConcentration.xml

    r24626 r26932  
    55<citeinfo>
    66<origin>New Mexico EPHTN Project Manager</origin>
    7 <pubdate>20220107</pubdate>
     7<pubdate>20230303</pubdate>
    88<title>Annual Average Ambient Concentration of Fine Particulate Matter (PM2.5) by County</title>
    99<onlink/>
    … …  
    1111</citation>
    1212<descript>
    13 <abstract>The county-level daily PM2.5 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (http://aqsdr1.epa.gov/aqsweb/aqstmp/airdata/download_files.html). These data were originally provided to EPA by the state of New Mexico Air Quality Program, as required under the Clean Air Act. Data are only provided for counties with monitors that pass the completeness criterion and those monitors that use a federal reference method (FRM) to monitor PM2.5. Most PM2.5 monitors take samples every third day (some every sixth day) and a few measure every day; taking quarterly averages and then calculating an annual average addresses the comparability of these data. The air quality PM2.5 data used in calculating the indicator are tested for completeness to ensure that there are 11 samples per quarter and 4 quarters per year for each area's year. If data for a county do not meet this completeness test, then they are designated as having "Insufficient Data" and estimates should be interpreted with caution. For counties without monitors, missing values are designated as "No Monitor." Effective December 17, 2006, the 24-hour National Ambient Air Quality Standard (NAAQS) is 35 mcg/m3; to attain this standard, the 3-year average of the 98th percentile of 24-hour concentrations at each population-oriented monitor within an area must not exceed 35 mcg/m3. The dataset contains, for each county with complete monitoring data: the year, state and county FIPS code (individually and combined), county name, county population, average annual ambient PM2.5 concentration (mcg/m3). The dataset was created using guidelines provided in the CDC NCDM Recommendations. The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
    14 <purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing PM2.5-related air quality across NM by county with FRM PM2.5 monitors. These data are not intended for performing health assessments or otherwise being directly related or linked to health data. The data for this indicator represent highly populated counties that have PM2.5 monitors. As a result, the data tend to reflect urban air quality and longer-term average air quality levels. Populations in counties without FRM monitors may also be exposed to concentrations that exceed a standard. The annual PM2.5 level data help summarize long-term trends in particulate matter concentrations. These data will give an idea of what the annual level of PM2.5 is in an area. This indicator can be used to inform policy makers and the public about the degree of potential exposures to fine particles within New Mexico during a year and over time (trends). The indicator measure (annual average concentration of PM2.5) can be compared to the NAAQS level of 35 mcg/m3 or other health-based benchmarks to communicate the degree of public health concern to policy makers and the general public. The measure can be affected by density and placement of monitors, and coverage will vary within the state. It does not directly reflect exposure. Certain geographic areas, such as those near busy roads, are likely to have higher values of PM2.5 levels. It is also important to understand that the relationship between ambient concentrations and personal exposure is uncertain, and it varies depending upon pollutant, activity patterns, and locality or microenvironments. The percentage of state population living in counties with no PM2.5 measurements must always be considered when attempting to estimate the proportion of population at risk.</purpose>
     13<abstract>The county-level daily PM2.5 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (https://aqs.epa.gov/aqsweb/airdata/download_files.html). These data were originally provided to EPA by the state of New Mexico Air Quality Bureau, as required under the Clean Air Act. Data are only provided for counties with monitors that pass the completeness criterion and those monitors that use a federal reference method (FRM) to monitor PM2.5. Most PM2.5 monitors take samples every third day (some every sixth day) and a few measure every day; taking quarterly averages and then calculating an annual average addresses the comparability of these data. The air quality PM2.5 data used in calculating the indicator are tested for completeness to ensure that there are 11 samples per quarter and 4 quarters per year for each area's year. If data for a county do not meet this completeness test, then they are designated as having "Insufficient Data" and estimates should be interpreted with caution. For counties without monitors, missing values are designated as "No Monitor." Effective December 17, 2006, the 24-hour National Ambient Air Quality Standard (NAAQS) is 35 mcg/m3; to attain this standard, the 3-year average of the 98th percentile of 24-hour concentrations at each population-oriented monitor within an area must not exceed 35 mcg/m3. The dataset contains, for each county with complete monitoring data: the year, county FIPS code, and daily maximum ambient PM2.5 concentration (mcg/m3). The dataset was created using guidelines provided in the CDC NCDM Recommendations. The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
     14<purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing PM2.5-related air quality across NM by county with FRM PM2.5 monitors. These data are not intended for performing health assessments or otherwise being directly related or linked to health data. The data for this indicator represent highly populated counties that have PM2.5 monitors. As a result, the data tend to reflect urban air quality and longer-term average air quality levels. Populations in counties without FRM monitors may also be exposed to concentrations that exceed the standard. The annual PM2.5 level data help summarize long-term trends in particulate matter concentrations. These data will give an idea of what the annual level of PM2.5 is in an area. This indicator can be used to inform policy makers and the public about the degree of potential exposures to fine particles within New Mexico during a year and over time (trends). The indicator measure (annual average concentration of PM2.5) can be compared to the NAAQS level of 35 mcg/m3 or other health-based benchmarks to communicate the degree of public health concern to policy makers and the general public. The measure can be affected by density and placement of monitors, and coverage will vary within the state. It does not directly reflect exposure. Certain geographic areas, such as those near busy roads, are likely to have higher values of PM2.5 levels. It is also important to understand that the relationship between ambient concentrations and personal exposure is uncertain, and it varies depending upon pollutant, activity patterns, and locality or microenvironments. The percentage of state population living in counties with no PM2.5 measurements must always be considered when attempting to estimate the proportion of population at risk.</purpose>
    1515</descript>
    1616<timeperd>
    … …  
    1919<begdate>19990101</begdate>
    2020<begtime/>
    21 <enddate>20201231</enddate>
     21<enddate>20211231</enddate>
    2222<endtime/>
    2323</rngdates>
    … …  
    8686<procstep>
    8787<procdesc>Calculate the indicator and measure.</procdesc>
    88 <procdate>20211019</procdate>
     88<procdate>20230110</procdate>
    8989</procstep>
    9090</lineage>
    … …  
    9292<eainfo>
    9393<overview>
    94 <eaover>Ambient air quality county indicator measure for PM2.5 for 1999 - 2020.</eaover>
    95 <eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 3.0, Air.</eadetcit>
     94<eaover>Ambient air quality county indicator measure for PM2.5 for 1999 - 2021.</eaover>
     95<eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 4.0, Air Quality</eadetcit>
    9696</overview>
    9797</eainfo>
    … …  
    126126</distinfo>
    127127<metainfo>
    128 <metd>20220107</metd>
     128<metd>20230303</metd>
    129129<metc>
    130130<cntinfo>
    … …  
    151151</cntinfo>
    152152</metc>
    153 <metstdn>EPHTN Tracking Network Profile Version 3.0</metstdn>
     153<metstdn>EPHTN Tracking Network Profile Version 3.1</metstdn>
    154154<metac>None</metac>
    155155<metuc>None</metuc>

  • adopters/nm-epht/trunk/src/main/webapps/nmepht-content/xml/metadata/AirQualityPM2.5AnnualPercentofDays.xml

    r24462 r26932  
    55<citeinfo>
    66<origin>New Mexico EPHTN Project Manager</origin>
    7 <pubdate>20220110</pubdate>
     7<pubdate>20230303</pubdate>
    88<title>Annual Percentage of Days with PM2.5 Levels Above the National Ambient Air Quality Standard (NAAQS) by County</title>
    99<onlink/>
    … …  
    1111</citation>
    1212<descript>
    13 <abstract>The county-level daily PM2.5 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (http://aqsdr1.epa.gov/aqsweb/aqstmp/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Program, as required under the Clean Air Act. Data are only provided for counties with FRM (method code 8801) monitors that have annual monitoring. Most PM2.5 monitors take samples every third day (some every sixth day) and a few measure every day; summing the total number of days for each county above the National Ambient Air Quality Standard (NAAQS) standard and dividing by the total number of days monitored effectively provides an estimate of the percentage of days above the NAAQS standard for a given year for each county with FRM monitoring. Effective December 17, 2006, the 24-hour NAAQS for PM2.5 is 35 micrograms per cubic meter of air (mcg/m3); to attain this standard, the 3-year average of the 98th percentile of 24-hour concentrations at each population-oriented monitor within an area must not exceed 35 mcg/m3. For counties without  FRM monitors, missing values are designated as "No Monitor." The dataset contains, for each county with complete monitoring data: the year, state and county FIPS code (individually and combined), and percent of days with PM2.5 above the NAAQS. The dataset was created using guidelines provided in the CDC NCDM Recommendations (version 3.0).  The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
     13<abstract>The county-level daily PM2.5 dataset is created using data downloaded from the US Environmental Protection Agency (EPA) (https://aqs.epa.gov/aqsweb/airdata/download_files.html).  These data were originally provided to EPA by the state of New Mexico Air Quality Bureau, as required under the Clean Air Act. Data are only provided for counties with FRM (method code 8801) monitors that have annual monitoring. Most PM2.5 monitors take samples every third day (some every sixth day) and a few measure every day; summing the total number of days for each county above the National Ambient Air Quality Standard (NAAQS) standard and dividing by the total number of days monitored effectively provides an estimate of the percentage of days above the NAAQS standard for a given year for each county with FRM monitoring. Effective December 17, 2006, the 24-hour NAAQS for PM2.5 is 35 micrograms per cubic meter of air (mcg/m3); to attain this standard, the 3-year average of the 98th percentile of 24-hour concentrations at each population-oriented monitor within an area must not exceed 35 mcg/m3. For counties without  FRM monitors, missing values are designated as "No Monitor." The dataset contains, for each county with complete monitoring data: the year, county FIPS code, number of days monitored, number of days over NAAQS, and percent of days with PM2.5 above the NAAQS. The dataset was created using guidelines provided in the CDC NCDM Recommendations (version 4.0).  The indicator documentation is available from CDC's Environmental Public Health Tracking Network.</abstract>
    1414<purpose>This dataset contains calculated measures for air quality for use on the NM public portal. The dataset is intended for use on the NM EPHT portal for displays describing PM2.5-related air quality across NM by county with PM2.5 FRM monitors. These data are not intended for performing health assessments or otherwise being directly related or linked to health data. The data for this indicator represent highly populated counties that have PM2.5 FRM monitors.  As a result, the data tend to reflect urban air quality and longer-term average air quality levels.  Populations in counties without monitors may also be exposed to concentrations that exceed a standard. The daily PM2.5 level data help summarize exceedance of short-term trends in fine particulate matter concentrations within and between counties.  These data will give an idea of what the yearly exceedance of daily PM2.5 is in an area. This indicator can be used to inform policy makers and the public about the degree of potential exposures to fine particles within New Mexico during a given year and over time (trends). The measure (annual percentage of days above the PM2.5 NAAQS) can be compared to health-based benchmarks to communicate the degree of public health concern to policy makers and the general public. The measure can be affected by monitor density, placement of monitors, and frequency of monitoring, and spatial and temporal coverage will vary within the state. However, this measure does not directly reflect exposure. Certain geographic areas, such as those near busy roads, are likely to have higher values of PM2.5 levels.  It is also important to understand that the relationship between ambient concentrations and personal exposure is uncertain, and it varies depending upon pollutant, activity patterns, and locality or microenvironments. The percentage of state population living in counties with no PM2.5 measurements must always be considered when attempting to estimate the proportion of population at risk.</purpose>
    1515</descript>
    … …  
    1919<begdate>19990101</begdate>
    2020<begtime/>
    21 <enddate>20201231</enddate>
     21<enddate>20211231</enddate>
    2222<endtime/>
    2323</rngdates>
    … …  
    8686<procstep>
    8787<procdesc>Calculate the indicator and measure.</procdesc>
    88 <procdate>20211019</procdate>
     88<procdate>20230110</procdate>
    8989</procstep>
    9090</lineage>
    … …  
    9292<eainfo>
    9393<overview>
    94 <eaover>NM EPHT air quality county measure for PM2.5 for 1999 - 2020.</eaover>
    95 <eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 3.0, Air.</eadetcit>
     94<eaover>NM EPHT air quality county measure for PM2.5 for 1999 - 2021.</eaover>
     95<eadetcit>CDC Environmental Public Health Tracking Network, NCDM Recommendations Version 4.0, Air Quality</eadetcit>
    9696</overview>
    9797</eainfo>
    … …  
    126126</distinfo>
    127127<metainfo>
    128 <metd>20220110</metd>
     128<metd>20230303</metd>
    129129<metc>
    130130<cntinfo>
    … …  
    151151</cntinfo>
    152152</metc>
    153 <metstdn>EPHTN Tracking Network Profile Version 3.0</metstdn>
     153<metstdn>EPHTN Tracking Network Profile Version 3.1</metstdn>
    154154<metac>None</metac>
    155155<metuc>None</metuc>
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