Changeset 12444 in main
- Timestamp:
- 12/04/16 14:57:39 (6 years ago)
- Location:
- adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml
- Files:
-
- 22 edited
- 1 moved
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- Unmodified
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adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/about/resources/publications/Factsheets.xml
r12357 r12444 4 4 5 5 <TITLE>Factsheets</TITLE> 6 <!-- the following script enables wiki formatting --> 7 <OTHER_HEAD_CONTENT> 8 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/> 9 <script type="text/javascript"> 10 // <![CDATA[ 11 $(document).ready(function() 12 { 13 $(".Content").wikiToHTML(); 14 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 15 // ]]> 16 </script> 17 </OTHER_HEAD_CONTENT> 6 18 7 <CONTENT> 19 20 View NM EPHT Program Factsheets: 21 <br/><br/> 8 <h3>View NM EPHT Program Factsheets:</h3> 22 9 <ibis:SelectionsList> 23 10 <SELECTIONS> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/about/resources/publications/Introduction.xml
r12357 r12444 5 5 <TITLE>Publications</TITLE> 6 6 <!-- the following script enables wiki formatting --> 7 <OTHER_HEAD_CONTENT> 8 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/> 9 <script type="text/javascript"> 10 // <![CDATA[ 11 $(document).ready(function() 12 { 13 $(".Content").wikiToHTML(); 14 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 15 // ]]> 16 </script> 17 </OTHER_HEAD_CONTENT> 7 18 8 <CONTENT> 19 The Publications page provides users with access to documents online and in pdf format 20 avaliable from the NM EPHT Program. You need to have [https://get.adobe.com/reader/ Adobe Reader] 21 to read PDF files. 22 <br/><br/> 23 View NM EPHT Program publications: 24 <br/><br/> 9 The Publications page provides users with access to documents online and 10 in pdf format avaliable from the NM EPHT Program. You need to have 11 <a href="https://get.adobe.com/reader/">Adobe Reader</a> to read PDF files. 12 13 <h3>View NM EPHT Program publications:</h3> 25 14 <ibis:SelectionsList> 26 15 <SELECTIONS> … … 42 31 </SELECTIONS> 43 32 </ibis:SelectionsList> 33 <SHOW/> 44 34 </CONTENT> 45 35 -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/dataportal/Introduction.xml
r12433 r12444 9 9 10 10 <TITLE>Data Portal</TITLE> 11 <OTHER_HEAD_CONTENT> 12 <style> 13 #content .Sections h2 14 { 15 margin-top: 0.5em !important; 16 } 17 p 18 { 19 margin-top: 1em !important; 20 } 21 </style> 22 </OTHER_HEAD_CONTENT> 11 23 12 <OTHER_HEAD_CONTENT>13 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/>14 <script type="text/javascript">15 // <![CDATA[16 $(document).ready(function()17 {18 $(".Content").wikiToHTML();19 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~20 // ]]>21 </script>22 </OTHER_HEAD_CONTENT>23 24 24 <CONTENT> 25 26 Welcome to the New Mexico EPHT Data Portal. On this page you can quickly access all of the 27 data offered on this website: 28 29 <h2><a ibis:href="dataportal/query/PublicDatasetIndex.html">Queryable Public Datasets</a></h2> 30 The public NMEPHT dataset portal provides "EPHT Topics" (contextual information), "Indicator Reports" 31 (contextual information along with charts and data values), and "Queryable Datasets" 32 (user-defined data criteria with limited textual information). 33 These public datasets contain non-sensitive, de-identified data values 34 35 '''Secure Datasets''' 36 Some NMEPHT datasets can be queried in such a way that sensitive, small population data results are possible. 37 Users wishing to access these datasets must apply for and receive authorization before access is granted. 38 See the <a ibis:href="user/SecureDatasetRegistration.html">Request Access to to Secure Datasets</a> page for more information about secure datasets. 39 <br/><br/> 40 You can also set up a <a ibis:href="user/Registration.html">MyEPHT account</a>, which allows you 41 to save preferences and custom query definitions for future reference. 42 43 <h2><a ibis:href="dataportal/metadata/Index.html">Metadata</a></h2> 44 Metadata are data about NMEPHT-acquired data and datasets. Once obtained, NMEPHT datasets are critically examined to fully characterize 45 and describe the data elements, including the content, quality, and geographic and temporal extent. 46 Exploring metadata is a way to discover data and learn about the NMEPHT datasets, specifically. 47 <br/><br/> 48 For more information about NMEPHT Metadata see the <a ibis:href="dataportal/metadata/Introduction.html">Metadata Introduction</a> page. 25 Welcome to the New Mexico EPHT Data Portal. The NM EPHT website provides 26 different types of data which ranges from highly textual "EPHT Topics" 27 (contextual information about <a ibis:href="health/Introduction.html">Health</a> 28 and <a ibis:href="environment/Introduction.html">Environment</a>) down to 29 access to numerical datasets. The dataportal provides access to the more 30 detailed information, charts, maps, and data about our EPHT Topics. The 31 dataportal provides: 49 32 50 33 <h2><a ibis:href="dataportal/indicator/Index.html">Indicators and Indicator Reports</a></h2> 51 NMEPHT indicators are numeric measures of the state or condition of the environment and/or population health as a result of exposures to the 52 environment or other factors that we want to track. Indicator Reports provide online numeric data combined with public health 53 context (such as why it is important and what is being done to improve it) for environmental factors (e.g., levels of ozone as a way of gauging air quality) 54 or health outcomes (e.g., emergency department visits for asthma) potentially related to those environmental factors along with charts and data values. 55 <br/><br/> 56 For more detailed information about Indicator Reports see the <a ibis:href="dataportal/indicator/Introduction.html">Indicator Reports Introduction</a> page. 34 NM EPHT indicators are numeric measures of the state or condition of the 35 environment and/or population health as a result of exposures to the 36 environment or other factors that we want to track. Indicator Reports provide 37 online numeric data combined with public health context (such as why it is 38 important and what is being done to improve it) for environmental factors 39 (e.g., levels of ozone as a way of gauging air quality) or health outcomes 40 (e.g., emergency department visits for asthma) potentially related to those 41 environmental factors along with charts, maps, and data values. 42 43 <p>For more detailed information about Indicator Reports see the 44 <a ibis:href="dataportal/indicator/Introduction.html">Indicator Reports Introduction</a> page. 45 </p> 46 47 <h2><a ibis:href="dataportal/query/PublicDatasetIndex.html">Queryable Public Datasets</a></h2> 48 "Queryable Datasets" provides access to public, deidentified datasets with 49 user-defined data criteria. The resulant data has limited contextual information 50 when compared to an indicator report but provides more flexibility when 51 analyzing data. These datasets are public and do not contain sensitive, 52 personal identifiable data values. 53 54 <h2><a ibis:href="secure/selection/Index.html">Queryable Secure Datasets</a></h2> 55 Some NM EPHT datasets can be queried in such a way that sensitive, small 56 population data results are possible. Users wishing to access these datasets 57 must apply for and receive authorization before access is granted. See the 58 <a ibis:href="user/SecureDatasetRegistration.html">Request Access to to 59 Secure Datasets</a> page for more information about secure datasets. 60 <br/><br/> 61 62 <h2><a ibis:href="dataportal/metadata/Index.html">Metadata</a></h2> 63 Metadata are data about NM EPHT-acquired data and datasets. Once obtained, 64 NM EPHT datasets are critically examined to fully characterize and describe 65 the data elements, including the content, quality, and geographic and temporal 66 extent. Exploring metadata is a way to discover data and learn about the 67 NM EPHT datasets, specifically. 68 69 <p> 70 For more information about NM EPHT Metadata see the 71 <a ibis:href="dataportal/metadata/Introduction.html">Metadata Introduction</a> page. 72 </p> 57 73 58 59 60 61 62 </CONTENT>74 <h2><a ibis:href="user/Introduction.html">MyEPHT</a></h2> 75 You can also set up a <a ibis:href="user/Registration.html">MyEPHT account</a>, 76 which allows you to save preferences custom query definitions for future 77 reference, or share them with others. 78 </CONTENT> 63 79 </HTML_CONTENT> 64 80 -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/dataportal/indicator/Introduction.xml
r12433 r12444 8 8 </ibis:doc> 9 9 10 <TITLE>NMEPHT Indicator Reports</TITLE> 11 12 <OTHER_HEAD_CONTENT> 13 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/> 14 <script type="text/javascript"> 15 // <![CDATA[ 16 $(document).ready(function() 17 { 18 $(".Content").wikiToHTML(); 19 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 20 // ]]> 21 </script> 22 </OTHER_HEAD_CONTENT> 10 <TITLE>NM EPHT Indicator Reports</TITLE> 23 11 24 12 <CONTENT> 13 NM EPHT indicators are numeric measures of the state or condition of the environment and/or population health as a result of exposures to 14 the environment or other factors that we want to track. They help the NM EPHT Program monitor trends, compare situations, and better 15 understand the link between environment and health. They also help environmental health community understand where we are, 16 where we are going and how far we are from our goals. 17 <br/><br/> 25 18 26 NMEPHT indicators are numeric measures of the state or condition of the environment and/or population health as a result of exposures to 27 the environment or other factors that we want to track. They help the NMEPHT Program monitor trends, compare situations, and better 28 understand the link between environment and health. They also help environmental health community understand where we are, 29 where we are going and how far we are from our goals. 30 <br/><br/> 31 NMEPHT indicators are based on recognized or anticipated/potential relationships between environmental exposures 32 (e.g., ozone in outdoor air) and health outcomes (e.g., asthma). They are assessed through direct measures ( 33 e.g., number of emergency visits for asthma) or indirect measures (e.g., levels of ozone in outdoor air as a measures of possible human exposure to ozone) 34 that describe health or factors associated with health (e.g., environmental ozone or population age) in a defined/specified population. 35 They were developed in collaboration with national and the state environmental health partners. 36 <br/><br/> 37 Indicator Reports provide online numeric data combined with public health context (such as why it is important and what is being done to improve it) 38 for environmental factors (e.g., levels of ozone as a way of gauging air quality) or health outcomes 39 (e.g., emergency department visits for asthma) potentially related to those environmental factors along with charts and data values. 40 <br/><br/> 41 Visit the <a ibis:href="dataportal/indicator/Index.html">Indicator Reports Index</a> page 19 NM EPHT indicators are based on recognized or anticipated/potential relationships between environmental exposures 20 (e.g., ozone in outdoor air) and health outcomes (e.g., asthma). They are assessed through direct measures ( 21 e.g., number of emergency visits for asthma) or indirect measures (e.g., levels of ozone in outdoor air as a measures of possible human exposure to ozone) 22 that describe health or factors associated with health (e.g., environmental ozone or population age) in a defined/specified population. 23 They were developed in collaboration with national and the state environmental health partners. 24 <br/><br/> 42 25 26 Indicator Reports provide online numeric data combined with public health context (such as why it is important and what is being done to improve it) 27 for environmental factors (e.g., levels of ozone as a way of gauging air quality) or health outcomes 28 (e.g., emergency department visits for asthma) potentially related to those environmental factors along with charts and data values. 29 <br/><br/> 30 31 Visit the <a ibis:href="dataportal/indicator/Index.html">Indicator Reports Index</a> 32 page for a complete list of available reports. 43 33 </CONTENT> 44 34 </HTML_CONTENT> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/dataportal/metadata/Introduction.xml
r12433 r12444 12 12 <CONTENT> 13 13 14 Metadata are data about NM EPHT-acquired data and datasets. Once obtained,15 NM EPHT datasets are critically examined to fully characterize and describe the data elements,14 Metadata are data about NM EPHT-acquired data and datasets. Once obtained, 15 NM EPHT datasets are critically examined to fully characterize and describe the data elements, 16 16 including the content, quality, and geographic and temporal extent. 17 Exploring metadata is a way to discover data and learn about the NM EPHT data.17 Exploring metadata is a way to discover data and learn about the NM EPHT data. 18 18 <br/><br/> 19 Visit the <a ibis:href="dataportal/metadata/Index.html">Metadata Index</a> page for a complete list of NM EPHT metadata.19 Visit the <a ibis:href="dataportal/metadata/Index.html">Metadata Index</a> page for a complete list of NM EPHT metadata. 20 20 21 21 </CONTENT> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/dataportal/query/Introduction.xml
r12433 r12444 32 32 33 33 <h3>Secure Datasets</h3> 34 Some NM EPHT datasets can be queried in such a way that sensitive, small population34 Some NM EPHT datasets can be queried in such a way that sensitive, small population 35 35 data results are possible. See the <a ibis:href="dataportal/metadata/Index.html">Metadata Index</a> 36 36 for a list of available datasets. -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/environment/air/FireAndSmoke.xml
r12368 r12444 4 4 5 5 <TITLE>Protect Your Health During Fires and On Smoky Days</TITLE> 6 <OTHER_HEAD_CONTENT> <!-- this permits the use of limited wiki formattting - see epht-view-content\xml\html_content\about\wiki_test.xml for more info" --> 7 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/> 8 <script type="text/javascript"> 9 // <![CDATA[ 10 $(document).ready(function() 11 { 12 $(".Content").wikiToHTML(); 13 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 14 // ]]> 15 </script> 16 <style> 17 .MyLarger 18 { 19 font-size:larger; 20 } 21 .MyCustom 22 { 23 cursor: pointer; 24 color: black; 25 background-color: #ffffff; 26 } 27 </style> 28 </OTHER_HEAD_CONTENT> 6 29 7 <CONTENT> 30 8 <ibis:ExpandableContent titleLevel="2"> 31 9 <TITLE>Use the 5-3-1 Visibility Method to Protect Your Health from Smoke</TITLE> 32 10 <CONTENT> … … 40 18 your health when the air quality outside is poor. 41 19 <br/><br/> 20 42 21 You can decide if you should remain indoors or if it's safe to go outdoors by taking a 43 22 few easy actions, called the 5-3-1 Visibility Method. 44 23 <br/><br/> 45 Step one is to determine how smoky it is based on how far you can see. This is an easy way to assess the air quality. 46 <br/><br/> 47 Step two is to decide what you should do based on the quality of the air. 48 <br/><br/> 24 25 <span class="Bold">Step one</span> is to determine how smoky it is based on how far you can see. This is an easy way to assess the air quality. 26 <br/><br/> 27 28 <span class="Bold">Step two</span> is to decide what you should do based on the quality of the air. 29 <br/><br/> 30 49 31 The 5-3-1 Visibility Method is a health campaign created by the New Mexico Department of 50 32 Health Environmental Public Health Tracking Program and its locally-based state and federal … … 52 34 <div style="clear: both;"/> 53 35 </CONTENT> 54 </ibis:ExpandableContent> 55 <ibis:ExpandableContent titleLevel="2"> 36 </ibis:ExpandableContent> 37 38 <ibis:ExpandableContent titleLevel="2"> 56 39 <TITLE>How to Use 5-3-1 Visibility Method</TITLE> 57 40 <CONTENT> 58 '''If it is smoky outside find out how far you can see.''' 59 <br/><br/> 41 <div class="Bold">If it is smoky outside find out how far you can see.</div> 60 42 First, decide if the visibility is closer to 5 miles, 3 miles or 1 mile. pick a landmark you 61 43 are familiar with and see if you can see it. Facing away from the sun, look for landmarks such 62 44 as mountains, mesas, hills, or buildings in those mile ranges to help you estimate visibility. 63 If these objects are not easy to see in these mile ranges, '''then decide:''' 64 <br/><br/> 45 If these objects are not easy to see in these mile ranges, then decide: 46 <br/><br/> 47 65 48 <img ibis:src="view/image/5miles.jpg" style="float:left; vertical-align:text-top; margin:0 10px 0 0;" title="5 miles"/> 66 '''Is the visibility under 5 miles?'''If you can see less than 5 miles, the air quality is49 <span class="Bold">Is the visibility under 5 miles?</span> If you can see less than 5 miles, the air quality is 67 50 unhealthy for young children, adults over age 65, pregnant women, and people with heart and/or 68 51 lung disease, asthma or other respiratory illness; they should minimize outdoor activity. These … … 72 55 <div style="clear: both;"/> 73 56 <br/> 57 74 58 <img ibis:src="view/image/3miles.jpg" style="float:left; vertical-align:text-top; margin:0 10px 0 0;" title="3 miles"/> 75 '''Is the visibility just about 3 miles?'''Young children, adults over age 65, pregnant women, and59 <span class="Bold">Is the visibility just about 3 miles?</span> Young children, adults over age 65, pregnant women, and 76 60 people with heart and/or lung disease, asthma or other respiratory illness should avoid all outdoor 77 61 activities. These people should stay indoors. All outdoor activities should be avoided, including … … 80 64 <div style="clear: both;"/> 81 65 <br/> 66 82 67 <img ibis:src="view/image/1mile.jpg" style="float:left; vertical-align:text-top; margin:0 10px 0 0;" title="1 mile"/> 83 '''Is the visibility about 1 mile?'''If you can see less than 1 mile that means the air quality68 <span class="Bold">Is the visibility about 1 mile?</span> If you can see less than 1 mile that means the air quality 84 69 is unhealthy for everyone. People should remain indoors and avoid all outdoor activities including 85 70 running errands. Unless an evacuation has been issued, stay inside your home, indoor workplace, … … 87 72 <div style="clear: both;"/> 88 73 <br/> 74 89 75 Regardless of the visibility, if you are feeling as though you are having health effects from smoke, 90 76 take precautions to avoid exposure to smoke and see your doctor or health professional as needed. 91 77 <br/><br/> 92 ''Since the southwest United States typically has very low humidity, visibility can be an effective 78 79 <div class="Note">Since the southwest United States typically has very low humidity, visibility can be an effective 93 80 tool to determine if it is healthy to be outside when smoke is present. The visibility test is not 94 81 appropriate or effective in areas with high humidity, such as the southeastern United States, 95 where water vapor (fog) may limit visibility.'' 96 </CONTENT> 97 </ibis:ExpandableContent> 98 <ibis:ExpandableContent titleLevel="2"> 82 where water vapor (fog) may limit visibility. 83 </div> 84 </CONTENT> 85 </ibis:ExpandableContent> 86 87 <ibis:ExpandableContent titleLevel="2"> 99 88 <TITLE>What is the 5, 3, or 1-mile radius in your area?</TITLE> 100 89 <CONTENT> 101 '''Where are you?''' 102 <br/><br/> 103 NM EPHT created tool that helps you determine the visibility of landmarks by using your 104 phone, computer or device. Use this on-line map to draw a 5-3-1-mile radius buffer to 105 estimate the distance of landmarks that are visible from where you are standing. 106 <br/><br/> 107 <a href="https://nmtracking.org/WildFireSmoke" title="Try the 5-3-1 Mile Buffer Map tool">Try the 5-3-1 Mile Buffer Map tool</a> 108 <img ibis:src="view/image/Buffermapforweb278x224.png" style="float:left; vertical-align:text-top; margin:0 10px 0 0;" title="Try the 5-3-1 Mile Buffer Map tool" onclick="javascript:location.href='https://nmtracking.org/WildFireSmoke'" /> 90 <span class="Bold">Where are you?</span> NM EPHT created tool that 91 helps you determine the visibility of landmarks by using your 92 phone, computer or device. Use this on-line map to draw a 5-3-1-mile 93 radius buffer to estimate the distance of landmarks that are visible 94 from where you are standing. 95 <br/><br/> 96 97 <a ibis:href="WildFireSmoke" title="Try the 5-3-1 Mile Buffer Map tool">Try the 5-3-1 Mile Buffer Map tool 98 <img ibis:src="view/image/Buffermapforweb278x224.png" 99 style="float:left; vertical-align:text-top; margin:0 10px 0 0;" 100 title="Try the 5-3-1 Mile Buffer Map tool"/> 101 </a> 109 102 <div style="clear: both;"/> 110 103 <br/><br/> 111 '''Examples of a five-mile radius in three New Mexico metro areas:''' 112 <br/><br/> 113 <img ibis:src="view/image/roadimage278x185.png" style="float:left; vertical-align:text-top; margin:0 10px 0 0;" title="Try the 5-3-1 Mile Buffer Map tool" /> 104 105 <div class="Bold">Examples of a five-mile radius in three New Mexico metro areas:</div> 106 <img ibis:src="view/image/roadimage278x185.png" 107 style="float:left; vertical-align:text-top; margin:0.5em 10px 0 0;" 108 title="Try the 5-3-1 Mile Buffer Map tool" 109 /><br/> 114 110 <a ibis:href="view/pdf/environment/Albuquerque_5mi_buffer.pdf">Albuquerque Metro Area Five Mile Radius (1.2MB)</a><br/><br/> 115 111 <a ibis:href="view/pdf/environment/Las_Cruces_5mi_buffer.pdf">Las Cruces Five Mile Radius (1.1 MB)</a><br/><br/> 116 112 <a ibis:href="view/pdf/environment/Santa_Fe_5mi_buffer.pdf">Santa Fe Five Mile Radius (1.3 MB)</a><br/><br/> 117 <div style="clear: both;"/> 113 <div style="clear: both;"/><br/> 114 118 115 If the fire is nearby follow all precautions and instructions given by fire management authorities in the area. 119 116 All evacuation orders by the sheriff and/or local fire authority should be followed and any recommendation to 120 117 leave the area due to unhealthy air quality should be seriously considered. <!-- Learn more about --> 121 118 </CONTENT> 122 </ibis:ExpandableContent> 123 <ibis:ExpandableContent titleLevel="2"> 119 </ibis:ExpandableContent> 120 121 <ibis:ExpandableContent titleLevel="2"> 124 122 <TITLE>What else can you do to protect yourself on smoky days?</TITLE> 125 123 <CONTENT> … … 209 207 </ibis:ExpandableContent> 210 208 </CONTENT> 211 </ibis:ExpandableContent> 212 <ibis:ExpandableContent titleLevel="2"> 209 </ibis:ExpandableContent> 210 211 <ibis:ExpandableContent titleLevel="2"> 213 212 <TITLE>Smoke and Your Health</TITLE> 214 213 <CONTENT> … … 239 238 <li>Headaches</li> 240 239 <li>If you have heart or lung disease, smoke might make your symptoms worse.</li> 241 </ul> 240 </ul><br/> 241 242 242 People who have heart disease might experience: 243 243 <ul class="Indent"> … … 246 246 <li>Shortness of breath</li> 247 247 <li>Fatigue</li> 248 </ul> 248 </ul><br/> 249 249 250 Smoke may worsen symptoms for people who have pre-existing respiratory conditions 250 251 such as seasonal allergies, asthma and chronic obstructive pulmonary disease (COPD), … … 272 273 </ibis:ExpandableContent> 273 274 </CONTENT> 274 </ibis:ExpandableContent> 275 <ibis:ExpandableContent titleLevel="2"> 275 </ibis:ExpandableContent> 276 277 <ibis:ExpandableContent titleLevel="2"> 276 278 <TITLE>Communications and Safety Decision Making Toolkit: Schools, Public Health Local Governments, Event or Recreation Organizers and Sports Coaches</TITLE> 277 279 <CONTENT> … … 280 282 not a fire within New Mexico state line boundaries the air quality can be impacted by forests burning in neighboring states. 281 283 <br/><br/> 284 282 285 Be prepared to make decisions that will protect the health of the people in your community when forests, woodlands, grasslands 283 286 and bosques catch fire and smoke travels into your community. If you are a community leader, an event/sports organizer, or … … 285 288 baseball or softball game continue? Should that golf tournament be rescheduled? Should school be held school or recess held indoors? Do I cancel my outdoor event? 286 289 <br/><br/> 290 287 291 The health of the participants, students, athletes and spectators is something that should be considered during wildfires 288 292 season and smoky days, especially if they are part of a sensitive population. … … 290 294 <TITLE>Decisions That Local Leaders Must Make </TITLE> 291 295 <CONTENT> 292 Poor air quality from nearby fires can mean unhealthy conditions for the people participating in the activity you 293 organize or sponsor outdoors. When it is smoky outside the health of the participants, students, athletes and 294 spectators, especially if they are part of a sensitive population, should be considered when determining if the event 295 or game you organize should continue. 296 <br/><br/> 297 '''If you''': 296 Poor air quality from nearby fires can mean unhealthy conditions for the people participating in the activity you 297 organize or sponsor outdoors. When it is smoky outside the health of the participants, students, athletes and 298 spectators, especially if they are part of a sensitive population, should be considered when determining if the event 299 or game you organize should continue. 300 <br/><br/> 301 302 <div class="Bold">If you:</div> 298 303 <ul class="Indent"> 299 304 <li> … … 308 313 <li>manage a city, county, or tribal government or are a local official</li> 309 314 <li>manage a ranch, farm, or oversee outdoor labor</li> 310 </ul> 311 '''you need to make some quick decisions when it is smoky outside such as:''' 315 </ul><br/> 316 317 <div class="Bold">you need to make some quick decisions when it is smoky outside such as:</div> 312 318 <ul class="Indent"> 313 319 <li>should that game go on?</li> … … 318 324 <li>should work be done indoors?</li> 319 325 <li>should transport services for sensitive population be delayed until it is safe to outdoors?</li> 320 </ul> 326 </ul><br/> 327 321 328 The health of the participants, students, athletes and spectators is something that should be considered 322 329 during wildfires season and smoky days, especially if they are part of a sensitive population. You should … … 330 337 of the people you serve and an estimation of quality of air based on the smoke visibility method. 331 338 <br/><br/> 339 332 340 <img ibis:src="view/image/5-3-1version3withWhitesmall.jpg" style="float:right; vertical-align:text-top; margin:0;" title="5-3-1 visibility method"/> 333 341 Use the 5-3-1 Mile Visibility Method to make decisions especially if the people you serve are part of a 334 342 sensitive population. Then educate and communicate with the people you serve. 335 343 <br/><br/> 336 '''If it is smoky outside find out how far you can see.''' 337 < br/><br/>344 345 <div class="Bold">If it is smoky outside find out how far you can see.</div> 338 346 First, decide if the visibility is closer to 5 miles, 3 miles or 1 mile. pick a landmark you are familiar 339 347 with and see if you can see it. Facing away from the sun, look for landmarks such as mountains, mesas, 340 348 hills, or buildings in those mile ranges to help you estimate visibility. If these objects are not easy to 341 see in these mile ranges, '''then decide:''' 342 <br/><br/> 349 see in these mile ranges, then decide: 350 <br/><br/> 351 343 352 <img ibis:src="view/image/5miles.jpg" style="float:left; vertical-align:text-top; margin:0 10px 0 0;" title="5 miles"/> 344 '''Is the visibility under 5 miles?'''If you can see less than 5 miles, the air quality is unhealthy for young353 <span class="Bold">Is the visibility under 5 miles?</span> If you can see less than 5 miles, the air quality is unhealthy for young 345 354 children, adults over age 65, pregnant women, and people with heart and/or lung disease, asthma or other 346 355 respiratory illness; they should minimize outdoor activity. 347 356 <br/><br/> 348 <ul class="Indent"> 349 <li>If your activity involves people from these groups you might '''consider moving your event indoors.'''</li> 350 <ul class="Indent"> 351 <li> 352 Try to keep the indoor air as clean as possible by not allowing use of air fresheners (fragrances), 353 chemicals, cigarettes, vapor cigarettes or anything else that could compromise the air quality. 354 </li> 355 <li> 356 If it is warm, consider moving it into a place that is cooled with air conditioning 357 (not swamp/evaporative coolers). 358 </li> 359 </ul> 360 <li> 361 If you cannot move your event indoors, '''consider rescheduling it for a day with better air quality.''' 357 358 <ul class="Indent"> 359 <li>If your activity involves people from these groups you might <span class="Bold">consider moving your event indoors.</span> 360 <ul class="Indent"> 361 <li> 362 Try to keep the indoor air as clean as possible by not allowing use of air fresheners (fragrances), 363 chemicals, cigarettes, vapor cigarettes or anything else that could compromise the air quality. 364 </li> 365 <li> 366 If it is warm, consider moving it into a place that is cooled with air conditioning 367 (not swamp/evaporative coolers). 368 </li> 369 </ul> 370 </li> 371 <li> 372 If you cannot move your event indoors, <span class="Bold">consider rescheduling it for a day with better air quality.</span> 362 373 </li> 363 374 </ul> 364 375 <br/> 376 365 377 It is okay for adults in good health to be out and about but they should periodically check visibility 366 378 especially when fires are nearby. 367 379 <br/><br/> 380 368 381 <img ibis:src="view/image/3miles.jpg" style="float:left; vertical-align:text-top; margin:0 10px 0 0;" title="3 miles"/> 369 '''Is the visibility just about 3 miles?'''If it is, air quality is unhealthy. Everyone should try to stay382 <span class="Bold">Is the visibility just about 3 miles?</span> If it is, air quality is unhealthy. Everyone should try to stay 370 383 indoors as much as possible. 371 384 <div style="clear: both;"/> 372 385 <br/> 373 <ul class="Indent"> 374 <li>'''Move your event indoors or reschedule it. '''</li> 375 <ul class="Indent"> 376 <li> 377 Try to keep the indoor air as clean as possible by not allowing use of air fresheners 378 (fragrances), chemicals, cigarettes, vapor cigarettes or anything else that could compromise 379 the air quality. 380 </li> 381 <li> 382 If it is warm, consider moving it into a place that is cooled with air conditioning (not swamp/evaporative coolers). 383 </li> 384 </ul> 386 387 <ul class="Indent"> 388 <li><span class="Bold">Move your event indoors or reschedule it. </span> 389 <ul class="Indent"> 390 <li> 391 Try to keep the indoor air as clean as possible by not allowing use of air fresheners 392 (fragrances), chemicals, cigarettes, vapor cigarettes or anything else that could compromise 393 the air quality. 394 </li> 395 <li> 396 If it is warm, consider moving it into a place that is cooled with air conditioning (not swamp/evaporative coolers). 397 </li> 398 </ul> 399 </li> 385 400 <li> 386 401 Young children, adults over age 65, pregnant women, and people with heart and/or lung disease, asthma … … 388 403 including going outside to get to your event even if your event was moved indoors. If your activity 389 404 involves young children, adults age 65 and over, pregnant women, and people with heart and/or lung 390 disease, asthma or other respiratory illness, '''reschedule your event for a day with better air quality.'''405 disease, asthma or other respiratory illness, <span class="Bold">reschedule your event for a day with better air quality.</span> 391 406 </li> 392 407 </ul> 393 408 <br/> 409 394 410 <img ibis:src="view/image/1mile.jpg" style="float:left; vertical-align:text-top; margin:0 10px 0 0;" title="1 mile"/> 395 411 Is the visibility about 1 mile? If you can see less than 1 mile that means the air quality is unhealthy for 396 412 everyone. People should remain indoors and avoid all outdoor activities including driving, biking and walking. 397 413 Unless an evacuation has been issued, people should stay inside their homes, indoor workplace, or in a safe shelter. 398 <br/><br/> 399 <ul class="Indent"> 400 <li> 401 '''Cancel or reschedule all events.''' Poor visibility outdoors means it could be dangerous for participants 402 to drive to your event even if you move it indoors. Being outdoors including briefly walking outside could 403 be unhealthy during this time. 404 </li> 405 </ul> 406 </CONTENT> 407 </ibis:ExpandableContent> 414 415 <span class="Bold">Cancel or reschedule all events.</span> 416 Poor visibility outdoors means it could be dangerous 417 for participants to drive to your event even if 418 you move it indoors. Being outdoors including briefly 419 walking outside could be unhealthy during this time. 420 </CONTENT> 421 </ibis:ExpandableContent> 422 408 423 <ibis:ExpandableContent titleLevel="3"> 409 424 <TITLE>Communicate with Participants and Event-Goers</TITLE> 410 425 <CONTENT> 411 As you postpone, reschedule, or cancel your event use communicate with members of your community and distribute 412 the 5-3-1 Visibility message to them so they can make similar decisions for their families. 413 <br/><br/> 414 First consider using your local means of mass communication to let your community know of changes in the schedule. 415 Let them know that these changes were done to protect their health. Common ways to communicate with you participates 416 include phone trees, e-mail listserv, social media feeds such as an event page or a team page on Facebook, an 417 announcement on Twitter and, using your local media such as the newspaper and radio station to disseminate your message. 418 Direct your participants to [https://nmfireinfo.com/] to learn about fires in the state and to [https://nmtracking.org/] to learn how they can protect their health on smoky days. 419 <br/><br/> 420 Next, help educate your participants on how they can make decision during smoky days. The 5-3-1 Visibility Method is 421 public campaign from the New Mexico Department of Health, Environmental Public Health Tracking Program, and its state 422 and federal partners. You may print the following items and distribute them in our community, to your teams, and hang 423 in your schools and workplaces, 424 <ul class="Indent"> 425 <li> 426 '''Poster: Print and Post.''' Use this in areas frequented by general audiences. For example, near hiking trails, 426 As you postpone, reschedule, or cancel your event use communicate with members of your community and distribute 427 the 5-3-1 Visibility message to them so they can make similar decisions for their families. 428 <br/><br/> 429 430 First consider using your local means of mass communication to let your community know of changes in the schedule. 431 Let them know that these changes were done to protect their health. Common ways to communicate with you participates 432 include phone trees, e-mail listserv, social media feeds such as an event page or a team page on Facebook, an 433 announcement on Twitter and, using your local media such as the newspaper and radio station to disseminate your message. 434 Direct your participants to <a href="https://nmfireinfo.com/">nmfireinfo.com</a> 435 to learn about fires in the state and to <a ibis:href="">nmtracking.org</a> to learn how they can protect their health on smoky days. 436 <br/><br/> 437 438 Next, help educate your participants on how they can make decision during smoky days. The 5-3-1 Visibility Method is 439 public campaign from the New Mexico Department of Health, Environmental Public Health Tracking Program, and its state 440 and federal partners. You may print the following items and distribute them in our community, to your teams, and hang 441 in your schools and workplaces, 442 <ul class="Indent"> 443 <li> 444 <span class="Bold">Poster: Print and Post.</span> Use this in areas frequented by general audiences. For example, near hiking trails, 427 445 sports fields or community gathering areas. 428 446 <br/><br/> 429 <a ibis:href="view/pdf/environment/5-3-1_Factsheet_poster.pdf">5-3-1 Smoke Visibility Method Poster (154.4 KB)</a><br/><br/> 447 448 <a ibis:href="view/pdf/environment/5-3-1_Factsheet_poster.pdf">5-3-1 Smoke Visibility Method Poster (154.4 KB)</a> 449 <br/><br/> 430 450 </li> 431 451 <li> 432 '''Patient Education: Print, Post and Distribute.'''Post this in senior and community centers,452 <span class="Bold">Patient Education: Print, Post and Distribute.</span> Post this in senior and community centers, 433 453 libraries, community gathering areas, schools, sports fields, and medical centers. This can also be 434 454 distributed as part of patient education to sensitive populations or used in door-to-door education 435 455 during wildfires. 436 456 <br/><br/> 457 437 458 <a ibis:href="view/pdf/environment/5-3-1.PatientEducation.Factsheet.pdf">5-3-1 Visibility Method Bulletin and Patient Education Information Sheet (151.4 KB)</a> 459 <br/><br/> 438 460 <!-- commented out until we have spanish version, be sure to change pdf name in url 439 461 <a ibis:href="view/pdf/environment/5-3-1.PatientEducation.Factsheet..pdf">5.3.1.In Spanish. En Espanol. (138.3 KB)</a><br/><br/>--> 440 462 </li> 441 463 <li> 442 '''Quick Guide: Print and Distribute.'''The postcard sized guides can be printed double-sided and given464 <span class="Bold">Quick Guide: Print and Distribute.</span> The postcard sized guides can be printed double-sided and given 443 465 out to all populations. Ask residents to keep it handy, such as posting it on their refrigerator, so 444 466 they may be prepared and know what to do when it quickly becomes smoky outside. 445 467 <br/><br/> 468 446 469 <a ibis:href="view/pdf/environment/5-3-1.Card.Guide.pdf"> 5-3-1 Visibility Method Card Guide (192.5 KB)</a> 447 470 </li> … … 450 473 </ibis:ExpandableContent> 451 474 </CONTENT> 452 475 </ibis:ExpandableContent> 453 476 </CONTENT> 454 477 </HTML_CONTENT> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/environment/water/Introduction.xml
r12194 r12444 4 4 5 5 <TITLE>Water Quality</TITLE> 6 7 <OTHER_HEAD_CONTENT> 8 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/> 9 <script type="text/javascript"> 10 // <![CDATA[ 11 $(document).ready(function() 12 { 13 $(".Content").wikiToHTML(); 14 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 15 // ]]> 16 </script> 17 <style> 18 .MyLarger 19 { 20 font-size:larger; 21 } 22 .MyCustom 23 { 24 cursor: pointer; 25 color: blue; 26 background-color: #eee; 27 } 28 </style> 29 </OTHER_HEAD_CONTENT> 30 6 31 7 <CONTENT> 32 33 <ibis:ExpandableContent titleLevel="2"><SHOW/> 8 <ibis:ExpandableContent titleLevel="2"> 34 9 <TITLE>Description</TITLE> 35 10 <CONTENT> … … 38 13 decrease in diseases such as typhoid and cholera. Most New Mexicans have access to 39 14 drinking water that meets standards under the national Safe Drinking Water Act. 40 <h4>Sources of Drinking Water in New Mexico </h4> 15 16 <h3>Sources of Drinking Water in New Mexico </h3> 41 17 New Mexicans access drinking water in three primary ways: 42 18 from community water systems, private wells or a water hauling system. … … 53 29 or 15 or more household connections.</li> 54 30 </ul> 55 <h4>How can things get into drinking water? </h4> 31 32 <h3>How can things get into drinking water? </h3> 56 33 Drinking water quality can be influenced by: 57 34 <ul class="Indent"> 58 35 <li> Natural sources, like bedrock.</li> 59 36 <li> Man-made sources, like chemicals, agricultural run-off, or plumbing fixtures.</li> 60 </ul> 37 </ul><br/> 38 61 39 We call these constituents. Common constituents in groundwater in New Mexico may include: 62 40 arsenic, uranium, manganese, selenium, nitrates, fluoride, sulfate, and bacteria. … … 70 48 </ibis:ExpandableContent> 71 49 72 <ibis:ExpandableContent titleLevel="2"> <SHOW/>50 <ibis:ExpandableContent titleLevel="2"> 73 51 <TITLE>Topic Pages: Water Quality</TITLE> 74 52 <CONTENT> … … 98 76 </ibis:SelectionsList> 99 77 </CONTENT> 78 <SHOW/> 100 79 </ibis:ExpandableContent> 101 <br/>102 80 103 81 </CONTENT> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/health/Introduction.xml
r11948 r12444 12 12 Health outcome data may help us better understand how some chronic diseases and health conditions may be linked to environmental conditions. 13 13 <br/><br/> 14 The NM EPHT Network serves to understand how environmental factors influence human health.14 The NM EPHT Network serves to understand how environmental factors influence human health. 15 15 Many adverse health outcomes have links to the environment, such as air pollution and an increased risk of asthma or heart attacks. 16 16 Having reliable data about these health outcomes provides a clearer picture of how the environment impacts public health in New Mexico. -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/health/_NOTUSED/_co_tracking/co_tracking.xml
r11373 r12444 72 72 <strong>Epidemiology Report: Burden of Unintentional Carbon Monoxide Poisonings in New Mexico</strong> 73 73 </p> 74 <p>This report analyzes data on morbidity and mortality from unintentional CO poisoning from NM EPHT Network from 2008-2013 to: 1) summarize the burden of unintentional CO poisoning in New Mexico, 2) examine special trends by New Mexico health regions and counties, and 3) focus public health interventions to prevent potential exposure to CO and reduce the burden of CO poisoning. <p class="plugin_file">74 <p>This report analyzes data on morbidity and mortality from unintentional CO poisoning from NM EPHT Network from 2008-2013 to: 1) summarize the burden of unintentional CO poisoning in New Mexico, 2) examine special trends by New Mexico health regions and counties, and 3) focus public health interventions to prevent potential exposure to CO and reduce the burden of CO poisoning. <p class="plugin_file"> 75 75 <a ibis:href="view/pdf/Burden of CO poisoning in NM_NM Epi Report_June2015.pdf"> 76 76 <img ibis:src="image/icon/16/pdf.gif" alt="pdf" /> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/health/_NOTUSED/_co_tracking/index.xml
r11373 r12444 72 72 </p><p>This report 73 73 analyzes data on morbidity and mortality from unintentional CO poisoning from 74 NM EPHT Network from 2008-2013 to: 1) summarize the burden of unintentional CO74 NM EPHT Network from 2008-2013 to: 1) summarize the burden of unintentional CO 75 75 poisoning in New Mexico, 2) examine special trends by New Mexico health regions 76 76 and counties, and 3) focus public health interventions to prevent potential -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/newsroom/newstrack/InTheNews.xml
r12341 r12444 4 4 5 5 <TITLE>In The News</TITLE> 6 <OTHER_HEAD_CONTENT> <!-- this permits the use of limited wiki formattting - see epht-view-content\xml\html_content\about\wiki_test.xml for more info" --> 7 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/> 8 <script type="text/javascript"> 9 // <![CDATA[ 10 $(document).ready(function() 11 { 12 $(".Content").wikiToHTML(); 13 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 14 // ]]> 15 </script> 16 <style> 17 .MyLarger 18 { 19 font-size:larger; 20 } 21 .MyCustom 22 { 23 cursor: pointer; 24 color: blue; 25 background-color: #eee; 26 } 27 </style> 28 </OTHER_HEAD_CONTENT> 6 29 7 <CONTENT> 30 What is going on in the field of environmental public health? Check here to learn about 31 exciting innovations in tracking environmental and health data, the implications of these, 32 and successes in the field.<br/><br/> 33 Sometimes NM EPHT makes the news. Come here to find out which outlets feature our program. 34 <ibis:ExpandableContent titleLevel="3"><SHOW/> 8 Sometimes NM EPHT makes the news. Come here to find out which outlets feature 9 our program. This page also lists the latest on what is going on in the 10 field of environmental public health? Check here to learn about exciting 11 innovations in tracking environmental and health data, the implications 12 of these, and successes in the field.<br/><br/> 13 14 <ibis:ExpandableContent titleLevel="3"><SHOW/> 35 15 <TITLE>Consumer Product Safety Concerns: Portable Generators and Carbon Monoxide</TITLE> 36 16 <CONTENT> 37 The U.S. Consumer Product Safety Commission has determined preliminarily that there 17 <a href="https://www.federalregister.gov/documents/2016/11/21/2016-26962/safety-standard-for-portable-generators" class="Bold">CPSC 18 Portable Generators and Carbon Monoxide Report</a>. The U.S. Consumer 19 Product Safety Commission has determined preliminarily that there 38 20 may be an unreasonable risk of injury and death associated with portable generators. 39 21 To address this risk, the Commission proposes a rule that limits CO emissions from 40 operating portable generators. Learn more about this proposed rule at [https://www.federalregister.gov/documents/2016/11/21/2016-26962/safety-standard-for-portable-generators].22 operating portable generators. Learn more about this proposed rule at 41 23 <br/><br/> 42 NM EPHT provides practical tips for preventing [https://nmtracking.org/health/poisonings/CarbonMonoxidePoisoning.html carbon monoxide poisoning] 43 and [https://nmtracking.org/dataportal/indicator/view/EnvHlthCOPoisED.AARate.Cnty.html searchable data] 24 25 NM EPHT provides practical tips for preventing 26 <a ibis:href="health/poisonings/CarbonMonoxidePoisoning.html" class="Bold">carbon 27 monoxide poisoning</a> and <a ibis:href="dataportal/indicator/view/EnvHlthCOPoisED.AARate.Cnty.html" class="Bold">detailed data</a> 44 28 about CO poisonings in New Mexico. 45 29 </CONTENT> 46 </ibis:ExpandableContent> 47 <ibis:ExpandableContent titleLevel="3"><SHOW/> 30 </ibis:ExpandableContent> 31 32 <ibis:ExpandableContent titleLevel="3"><SHOW/> 48 33 <TITLE>Kidde Recalls Combination Smoke/CO Alarms Due to Alarm Failure</TITLE> 49 34 <CONTENT> … … 51 36 If you do, check to see if it is one the recently recalled models from Kidde. 52 37 The recall is due to a malfunction in the alarm system when it reaches its 53 seven-year end-of-life. You can learn more about the recall here: [https://www.cpsc.gov/Recalls/2017/Kidde-Recalls-Combination-Smoke-CO-Alarms]. 38 seven-year end-of-life. <a href="https://www.cpsc.gov/Recalls/2017/Kidde-Recalls-Combination-Smoke-CO-Alarms" class="Bold">Learn 39 more about CPSC Kidde CO Alarm Recalls</a>. 54 40 <br/><br/> 41 55 42 One of the best ways to prevent carbon monoxide poisoning is to check your home 56 43 heating sources such as furnaces, water heaters, wood stoves, and portable heaters 57 44 for leaks, cracks and proper function every year. It is still important to replace 58 45 batteries annually in both the carbon monoxide and smoke detectors in your home and 59 replace detectors every few years based on the manufacturer 60 [https://nmtracking.org/health/poisonings/CarbonMonoxidePoisoning.html Learn more about preventing carbon monoxide poisoning.] 46 replace detectors every few years based on the manufacturer. 47 <a ibis:href="health/poisonings/CarbonMonoxidePoisoning.html" class="Bold">Learn 48 more about preventing carbon monoxide poisoning</a>. 61 49 </CONTENT> 62 50 </ibis:ExpandableContent> 63 51 </CONTENT> 64 52 </HTML_CONTENT> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/newsroom/trackinginaction/PublicHealthActions.xml
r12268 r12444 5 5 <TITLE>Public Health Actions</TITLE> 6 6 7 <!-- the following script enables wiki formatting --> 8 <OTHER_HEAD_CONTENT> 9 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/> 10 <script type="text/javascript"> 11 // <![CDATA[ 12 $(document).ready(function() 13 { 14 $(".Content").wikiToHTML(); 15 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 16 // ]]> 17 </script> 18 </OTHER_HEAD_CONTENT> 7 <CONTENT> 8 New Mexico Environmental Public Health Tracking program has proved to be an asset to New Mexico's 9 public health system and community networks. It often serves as the platform for 10 stimulating actions that result in improved public health services and responses. 11 New Mexico's successes are featured on the <a href="http://www.cdc.gov/nceh/tracking/success/newmexico.htm"> 12 CDC's website</a>. 13 <br/><br/> 19 14 20 <CONTENT> 21 New Mexico Environmental Public Health Tracking program has proved to be an asset to New Mexico's 22 public health system and community networks. It often serves as the platform for 23 stimulating actions that result in improved public health services and responses. 24 <br/><br/> 25 New Mexico's successes are featured on CDC's site: <br/><br/> 26 [http://www.cdc.gov/nceh/tracking/success/newmexico.htm] 27 <ibis:ExpandableContent titleLevel="2"><SHOW/> 15 <ibis:ExpandableContent titleLevel="2"> 16 <SHOW/> 28 17 <TITLE>Public Health Action: New Mexicans protect themselves from smoke during wildland fires.</TITLE> 29 18 <CONTENT> 30 </CONTENT>31 </ibis:ExpandableContent>32 19 <ibis:ExpandableContent titleLevel="3"><SHOW/> 33 20 <TITLE>Wildfire Smoke Affects Health</TITLE> … … 56 43 </CONTENT> 57 44 </ibis:ExpandableContent> 45 </CONTENT> 46 </ibis:ExpandableContent> 47 58 48 <ibis:ExpandableContent titleLevel="2"><SHOW/> 59 49 <TITLE>Residents Can Now Take Action to Protect Health</TITLE> … … 68 58 visibility tool for use in their forest management programs. 69 59 <br/><br/> 70 ''"Before the tracking network came up with the 5-3-1 tool we had a system which 60 61 <p class="Quote"> 62 "Before the tracking network came up with the 5-3-1 tool we had a system which 71 63 was wholly convoluted and complicated. It was very difficult for us to use as 72 people trying to help inform the public and for the public to understand." ''73 < br/><br/>64 people trying to help inform the public and for the public to understand." 65 </p> 74 66 -- Chuck Maxwell, Predictive Services Meteorologist, Southwest Coordination Center 75 67 </CONTENT> 76 68 </ibis:ExpandableContent> 77 78 69 70 </CONTENT> 79 71 80 72 </HTML_CONTENT> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/html_content/newsroom/trackinginaction/SuccessStories.xml
r12443 r12444 5 5 <TITLE>Public Health Actions</TITLE> 6 6 7 <!-- the following script enables wiki formatting --> 8 <OTHER_HEAD_CONTENT> 9 <script type="text/javascript" ibis:src="js/jquery.wikitohtml.js"/> 10 <script type="text/javascript"> 11 // <![CDATA[ 12 $(document).ready(function() 13 { 14 $(".Content").wikiToHTML(); 15 }); //~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ End of Function ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ 16 // ]]> 17 </script> 18 </OTHER_HEAD_CONTENT> 7 <CONTENT> 8 New Mexico Environmental Public Health program has proved to be an asset to New Mexico's 9 public health system and community networks. It often serves as the platform for 10 stimulating actions that result in improved public health services and responses. 11 New Mexico's successes are featured on the 12 <a href="http://www.cdc.gov/nceh/tracking/success/newmexico.htm">CDC's website</a>. 13 Listed below are more success stories: 14 <br/><br/> 19 15 20 <CONTENT> 21 New Mexico Environmental Public Health program has proved to be an asset to New Mexico's 22 public health system and community networks. It often serves as the platform for 23 stimulating actions that result in improved public health services and responses. 24 <br/><br/> 25 New Mexico's successes are featured on CDC's site: <br/><br/> 26 [http://www.cdc.gov/nceh/tracking/success/newmexico.htm] 27 <ibis:ExpandableContent titleLevel="2"><SHOW/> 16 <ibis:ExpandableContent titleLevel="2"> 17 <SHOW/> 28 18 <TITLE>Public Health Action: New Mexicans protect themselves from smoke during wildland fires.</TITLE> 29 19 <CONTENT> 30 </CONTENT>31 </ibis:ExpandableContent>32 20 <ibis:ExpandableContent titleLevel="3"><SHOW/> 33 21 <TITLE>Wildfire Smoke Affects Health</TITLE> … … 41 29 </CONTENT> 42 30 </ibis:ExpandableContent> 31 43 32 <ibis:ExpandableContent titleLevel="3"><SHOW/> 44 33 <TITLE>Tracking Program Helps Residents Determine Smoke Danger</TITLE> … … 56 45 </CONTENT> 57 46 </ibis:ExpandableContent> 47 </CONTENT> 48 </ibis:ExpandableContent> 49 58 50 <ibis:ExpandableContent titleLevel="2"><SHOW/> 59 51 <TITLE>Residents Can Now Take Action to Protect Health</TITLE> … … 68 60 visibility tool for use in their forest management programs. 69 61 <br/><br/> 70 ''"Before the tracking network came up with the 5-3-1 tool we had a system which 71 was wholly convoluted and complicated. It was very difficult for us to use as 72 people trying to help inform the public and for the public to understand."'' 73 <br/><br/> 62 63 <p class="Quote"> 64 "Before the tracking network came up with the 5-3-1 tool we 65 had a system which was wholly convoluted and complicated. It 66 was very difficult for us to use as people trying to help 67 inform the public and for the public to understand." 68 </p> 74 69 -- Chuck Maxwell, Predictive Services Meteorologist, Southwest Coordination Center 75 70 </CONTENT> 76 71 </ibis:ExpandableContent> 77 78 </CONTENT> 72 </CONTENT> 79 73 80 74 </HTML_CONTENT> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/menu/navigation/NewsroomSelection.xml
r12429 r12444 125 125 <SELECTION> 126 126 <TITLE>Program Highlights</TITLE> 127 <LOCAL_URL>newsroom/trackinginaction/Suc essStories.html</LOCAL_URL>127 <LOCAL_URL>newsroom/trackinginaction/SuccessStories.html</LOCAL_URL> 128 128 <DESCRIPTION/> 129 129 </SELECTION> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/metadata/Atrazine_CommunityWater.xml
r11544 r12444 94 94 </procstep> 95 95 <procstep> 96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc>96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc> 97 97 <procdate>20160505</procdate> 98 98 </procstep> 99 99 <procstep> 100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc>100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc> 101 101 <procdate>20160505</procdate> 102 102 </procstep> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/metadata/DEHP_CommunityWater.xml
r11544 r12444 94 94 </procstep> 95 95 <procstep> 96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc>96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc> 97 97 <procdate>20160505</procdate> 98 98 </procstep> 99 99 <procstep> 100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc>100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc> 101 101 <procdate>20160505</procdate> 102 102 </procstep> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/metadata/Nitrate_CommunityWater.xml
r11544 r12444 93 93 </procstep> 94 94 <procstep> 95 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc>95 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc> 96 96 <procdate>20151015</procdate> 97 97 </procstep> 98 98 <procstep> 99 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc>99 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc> 100 100 <procdate>20151015</procdate> 101 101 </procstep> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/metadata/Old Metadata/Atrazine_CommunityWater.xml
r11544 r12444 94 94 </procstep> 95 95 <procstep> 96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc>96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc> 97 97 <procdate>20160505</procdate> 98 98 </procstep> 99 99 <procstep> 100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc>100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc> 101 101 <procdate>20160505</procdate> 102 102 </procstep> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/metadata/Old Metadata/DEHP_CommunityWater.xml
r11544 r12444 94 94 </procstep> 95 95 <procstep> 96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc>96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc> 97 97 <procdate>20151229</procdate> 98 98 </procstep> 99 99 <procstep> 100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc>100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc> 101 101 <procdate>20151229</procdate> 102 102 </procstep> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/metadata/Old Metadata/Nitrate_CommunityWater.xml
r11544 r12444 93 93 </procstep> 94 94 <procstep> 95 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc>95 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc> 96 96 <procdate>20130411</procdate> 97 97 </procstep> 98 98 <procstep> 99 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc>99 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc> 100 100 <procdate>20130411</procdate> 101 101 </procstep> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/metadata/Old Metadata/PCE_CommunityWater.xml
r11544 r12444 94 94 </procstep> 95 95 <procstep> 96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc>96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc> 97 97 <procdate>20160513</procdate> 98 98 </procstep> 99 99 <procstep> 100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc>100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc> 101 101 <procdate>20160513</procdate> 102 102 </procstep> -
adopters/nm-epht/trunk/src/main/webapps/epht-view-content/xml/metadata/Old Metadata/TCE_CommunityWater.xml
r11544 r12444 94 94 </procstep> 95 95 <procstep> 96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc>96 <procdesc>NM EPHT receives drinking water data for community water systems (CWS) from the NM Environment Department Safe Drinking Water Information System (SDWIS). Data are received in MS Excel spreadsheet, with location coordinates in four different datums: three geographic and one unknown. NM EPHT uses Esri ArcGIS 10.0 to prepare a shapefile from the spreadsheet data, geocode the shapefile, and re-project the CWS data to the Geographic Coordinate System, WGS84 Spheroid, and WGS84 Datum. Geocoded and re-projected CWS data are de-identified using Esri models to merge multiple facilities within a CWS and to geographically mask a single-point CWS. Coordinates for a CWS that contain one facility are masked to de-identify exact location by randomly displacing the point according to buffer parameters (200 m to 500 m) and while locating the point within the CWS County. CWSs that contain multiple facilities require one final set of coordinates. For each CWS, the multiple points are merged by computing their centroid/arithmetic mean coordinates.</procdesc> 97 97 <procdate>20160513</procdate> 98 98 </procstep> 99 99 <procstep> 100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc>100 <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 joint to boundary data sets for display in the NMTracking interactive map. Boundaries are for County, Census Track, and Small Areas data sets and are created using U.S. Census 2010 boundary data. The Small Areas data set consists of combined census tracts and was developed at the NM Department of Health. NM Small Areas are 109 geographic areas across the state with population size that is just large enough to calculate rates for selected health events (e.g., asthma mortality, female breast cancer incidence). Most (95%) NM small-area population sizes range from 9,000 to 30,000 persons. Some counties have multiple small areas (e.g., Bernalillo County has 34 small areas within its boundaries). In other cases, whole counties (e.g., Harding, Quay, and DeBaca) are combined to create a single small area. Mapped results for the interactive data query include options for a background with a 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.</procdesc> 101 101 <procdate>20160513</procdate> 102 102 </procstep>
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