       serviceUrl: app.geoserverUrl
       serviceType: "WFS"
       typeName: "azgs:earthquakedata"
-      description: '<h4>Layer Description</h4><p>The earthquakes displayed are from the AZGS Earthquake Catalog, and are the minimum number of earthquakes that have occurred in historical times.  Older events are represented by estimated Modified Mercalli Intensity Scale (MMI) roman-numeral values which reflect the amount of shaking experienced by those who felt and reported the earthquake. For a full description of the MMI scale, please refer to: <a href="http://earthquake.usgs.gov/learn/topics/mercalli.php">http://earthquake.usgs.gov/learn/topics/mercalli.php</a></p><p>The earthquake layer in the AZGS Hazard Viewer includes an epicentral location denoted in Latitude and Longitude, depth (in kilometers), date and time (UTC; -7:00 for MST). There are several magnitude scales employed to estimate the size (i.e., energy release) of an earthquake, such as Md - duration magnitude, ML - local magnitude, Mw - moment magnitude.  AZGS calculates duration magnitude, Md; however, the catalog includes all three types of magnitude scales depending on who located the event. For example, northern Arizona earthquakes located by the University of Utah are frequently assigned a local magnitude (Ml).  Sources of earthquake data reported in the AZGS Earthquake Catalog, include: AZGS (Arizona Geological Survey), USGS (United States Geological Survey), AEIC (Arizona Earthquake Information Center), UU (University of Utah), CI (California Integrated Seismic Network), and ASU (thesis work by Lockridge, Arizona State University). The earthquake layer does not include small magnitude events (< 2.0) because of the difficulty inherent in identifying and locating such events.</p>'
+      citation: "Arizona Geological Survey"
+      details: '<p>The earthquakes displayed are from the AZGS Earthquake Catalog, and are the minimum number of earthquakes that have occurred in historical times.  Older events are represented by estimated Modified Mercalli Intensity Scale (MMI) roman-numeral values which reflect the amount of shaking experienced by those who felt and reported the earthquake. For a full description of the MMI scale, please refer to: <a href="http://earthquake.usgs.gov/learn/topics/mercalli.php">http://earthquake.usgs.gov/learn/topics/mercalli.php</a></p><p>The earthquake layer in the AZGS Hazard Viewer includes an epicentral location denoted in Latitude and Longitude, depth (in kilometers), date and time (UTC; -7:00 for MST). There are several magnitude scales employed to estimate the size (i.e., energy release) of an earthquake, such as Md - duration magnitude, ML - local magnitude, Mw - moment magnitude.  AZGS calculates duration magnitude, Md; however, the catalog includes all three types of magnitude scales depending on who located the event. For example, northern Arizona earthquakes located by the University of Utah are frequently assigned a local magnitude (Ml).  Sources of earthquake data reported in the AZGS Earthquake Catalog, include: AZGS (Arizona Geological Survey), USGS (United States Geological Survey), AEIC (Arizona Earthquake Information Center), UU (University of Utah), CI (California Integrated Seismic Network), and ASU (thesis work by Lockridge, Arizona State University). The earthquake layer does not include small magnitude events (< 2.0) because of the difficulty inherent in identifying and locating such events.</p>'
+      brief: 'The earthquakes displayed are from the AZGS Earthquake Catalog, and are the minimum number of earthquakes that have occurred in the historical period dating to about 1850.'
+      links: [
+          text: "Description of Modified Mercalli Intensity Scale"
+          url: "http://earthquake.usgs.gov/learn/topics/mercalli.php"
+      ]
+      lastUpdate: "Aug. 7, 2013"
+      description: '<h4>Layer Description</h4>'
       filterClause: "&filter=#{(new app.models.Filter([{calculated_magnitude: "[2.0,9.0]"}])).urlEncoded()}"
       active: false
       legend: new app.models.Legend [

      typeName: "azgs:earthfissures"
      active: false
      useD3: true
      description: '<h4>Layer Description</h4><p>Earth fissures are open surface fractures that may be as much as a mile in length, up to 15 ft wide, and 10s of feet deep. In Arizona, earth fissures form as a result of land subsidence driven by groundwater withdrawal. The Arizona Geological Survey has mapped and reported earth fissures throughout south-central and southeastern Arizona since the 1990s and published earth fissure study area maps in accordance with Arizona Revised Statute § 27-152.01(3) since 2007.  Mapping of fissures involves incorporating mapped earth fissures from previous studies, examining remotely sensed subsidence data and aerial imagery, and on-site field mapping using high-precision GPS receivers.</p><p>Between 2007 and 2012, AZGS identified 24 discreet areas throughout southern and central Arizona with concentrations of earth fissures totaling more than 150 miles of mapped fissures. These include uninterrupted open fissures and fissure gullies and discontinuous linear trends of potholes, abbreviated open cracks, elongated depressions, and other collapse features. An additional 180 miles of reported/unconfirmed earth fissures appear on AZGS maps. These features include fissures previously mapped by professional geologists appearing in published maps or figures which could not be confirmed through recent surface mapping by AZGS Geologists. </p><p>A reasonable effort was made to identify all earth fissures in the study area although some fissures may remain unmapped due to overprinting or disturbance by development, agricultural tilling, or lack of surface expression along the fissure at the time mapping was conducted. In addition, earth fissures are not static features. They may change in width, depth or length, and new fissures may appear after an area has been mapped. For these reasons the State of Arizona does not guarantee the maps are error free. Blank areas within study area boundaries have been investigated and no surface evidence of fissures was found as of the date of map publication.</p><p>For additional information on the origin and impacts of earth fissures and free PDF maps of earth fissure study areas, visit the <a href="http://www.azgs.az.gov/EFC.shtml">Arizona Geological Survey’s Earth Fissure Center</a>.</p>'
      legend: new app.models.Legend [
          caption: "Continuous Earth Fissure"
          attribute: "fisstype"

      details: '<p>The Fire Risk Index (FRI) layer, as shown here, depicts relative risks of areas susceptible to wildfires with 1 (dark green) representing the lowest risk and 9 (dark red) representing the highest risk. The data was developed through the West Wide Wildfire Risk Assessment (WWA) project to identify areas susceptible to wildfires in 17 western states and some U.S. affiliated Pacific Islands. The Oregon Department of Forestry (2013) implemented this project on behalf of the Council of Western State Foresters and the Western Forestry Leadership Coalition. The goal of the project was to provide a wildfire risk assessment appropriate for comparing areas at risks to wildfires across geographic regions, or within individual states, and to aid in mitigation of areas at risk, to identify the level of risks within communities and to communicate those risks to the public.</p><p>The FRI layer was created from the Fire Effect Index (FEI) and Fire Threat Index (FTI). FEI identifies areas that have important values at risk to wildfire and where wildland fires would be difficult and/or costly to suppress. FTI describes the likelihood of an acre burning and the expected final fire size based on conditions of fuels and potential fire behavior under different weather scenarios. FEI and FTI data were combined to create the FRI layer which describes relative probabilities of areas at risk to wildfires. The data used to develop FEI, FTI and FRI reflects conditions between 2008 and 2010, depending on the type of data (i.e. fuels, wildland development areas, and historic fire locations, etc.).</p><hr /><h4>Disclaimer</h4><p>The Oregon Department of Forestry implemented conducting this assessment on behalf of the Council of Western State Foresters with funding from the USDA Forest Service. Anyone utilizing this layer is asked to credit the Oregon Department of Forestry. Users must read and fully comprehend the metadata prior to data use. The spatial data to develop this layer were derived from a variety of sources. Care was taken in the creation of these themes, but they are provided "as is." The Oregon Department of Forestry, State of Oregon, WWA Project Partners, or any of the data providers cannot accept any responsibility for errors, omissions, or positional accuracy in the digital data or underlying records. There are no warranties, expressed or implied, including the warranty of merchantability or fitness for a particular purpose, accompanying any of these products.</p><p>The West Wide Risk Assessment was conducted to support strategic planning at regional, state, and landscape scale. WWA data is intended for planning purposes only and should not to be used for engineering or legal purposes. Further investigation by local and regional experts should be conducted to inform decisions regarding local applicability. It is the sole responsibility of the local user, using product metadata and local knowledge, to determine if and/or how WWA data can be used for particular areas of interest. It is the responsibility of the user to be familiar with the value, assumptions, and limitations of WWA products. Managers and planners must evaluate WWA data according to the scale and requirements specific to their needs. Please note that the WWA Published Results may not match other assessments conducted that use different data, technical methods, or scale of analysis. Having two assessments that do not match does not mean that either one of them is incorrect. The use of different data sources, often from different collection dates and with spatial accuracy and resolutions, combined with different modeling assumptions or definitions will result in different results and can have different interpretations and uses. The WWA results are not intended to replace local and state products as a decision-making tool. The WWA is meant to serve as a regional policy analysis tool that provides results comparable across geographic areas in the West.</p>',
      brief: 'Shows the relative risks of wildfire based on values at risk (i.e. development, infrastructure, etc.), the likelihood of an acre to burn, the expected final fire size based on fuels conditions and potential fire behavior and the difficulty or expense of suppression.'
      links: [{"text": "ADEM EIN Page", "url": ""}, {"text": "Be prepared pamphlet", "url": ""}]
      lastUpdate: "Fall 2013"
      active: false
      legend: new app.models.Legend [
          caption: "Lowest"
