<?xml version="1.0" encoding="UTF-8" standalone="no"?>
<ObsCollection xmlns="http://caaml.org/Schemas/V5.0/Profiles/BulletinEAWS" xmlns:gml="http://www.opengis.net/gml" xmlns:xlink="http://www.w3.org/1999/xlink" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xml:lang="en" xsi:schemaLocation="http://caaml.org/Schemas/V5.0/Profiles/BulletinEAWS http://caaml.org/Schemas/V5.0/Profiles/BulletinEAWS/CAAMLv5_BulletinEAWS.xsd">
  <metaDataProperty>
    <MetaData>
      <dateTimeReport>2026-04-08T06:18:33Z</dateTimeReport>
      <srcRef>
        <Operation>
          <name>Avalanche Service Upper Austria</name>
        </Operation>
      </srcRef>
    </MetaData>
  </metaDataProperty>
  <observations>
    <Bulletin gml:id="e66e4856-b857-4ab7-9550-f4744f18e605" xml:lang="en">
      <metaDataProperty>
        <MetaData>
          <dateTimeReport>2026-04-07T15:00:00Z</dateTimeReport>
          <srcRef>
            <Operation>
              <name>Avalanche Service Upper Austria</name>
            </Operation>
          </srcRef>
        </MetaData>
      </metaDataProperty>
      <validTime>
        <TimePeriod>
          <beginPosition>2026-04-07T15:00:00Z</beginPosition>
          <endPosition>2026-04-08T10:00:00Z</endPosition>
        </TimePeriod>
      </validTime>
      <srcRef>
        <Operation>
          <name>Avalanche.report</name>
        </Operation>
      </srcRef>
      <locRef xlink:href="AT-04-07"/>
      <locRef xlink:href="AT-04-08"/>
      <locRef xlink:href="AT-04-05"/>
      <locRef xlink:href="AT-04-06"/>
      <locRef xlink:href="AT-04-03"/>
      <locRef xlink:href="AT-04-04"/>
      <locRef xlink:href="AT-04-01"/>
      <locRef xlink:href="AT-04-02"/>
      <bulletinResultsOf>
        <BulletinMeasurements>
          <dangerRatings>
            <DangerRating>
              <validElevation xlink:href="ElevationRange_2000Hi"/>
              <mainValue>1</mainValue>
            </DangerRating>
            <DangerRating>
              <validElevation xlink:href="ElevationRange_2000Lw"/>
              <mainValue>1</mainValue>
            </DangerRating>
          </dangerRatings>
          <avProblems>
            <AvProblem>
              <type>old snow</type>
              <validAspect xlink:href="AspectRange_nw"/>
              <validAspect xlink:href="AspectRange_n"/>
              <validAspect xlink:href="AspectRange_e"/>
              <validAspect xlink:href="AspectRange_ne"/>
              <validElevation xlink:href="ElevationRange_2000Hi"/>
            </AvProblem>
          </avProblems>
          <tendency>
            <type>steady</type>
            <validTime>
              <TimePeriod>
                <beginPosition>2026-04-08T15:00:00Z</beginPosition>
                <endPosition>2026-04-09T15:00:00Z</endPosition>
              </TimePeriod>
            </validTime>
          </tendency>
          <wxSynopsisComment>On Wednesday, the sun will mostly shine unclouded. The visibility is excellent, with at most a few harmless cumulus clouds developing during the daytime changes. The wind will be weak to moderate in places. At 1500 m 3 degrees, at 2000 m 0 degrees.
Thursday will be mostly sunny. However, a few high cloud fields will gather and may become denser during the day. The wind will remain mainly light and temperatures will be similar to the previous day.</wxSynopsisComment>
          <avActivityHighlights>Watch out for naturally triggered avalanches during the day!</avActivityHighlights>
          <avActivityComment>The avalanche risk is generally low at first. During the daytime changes, it then increases rapidly to moderate, depending on altitude and aspect. Spontaneous small to medium, very rarely large, wet loose snow or slab avalanches from undischarged steep terrain should then be noted. Weak layers in the old snowpack can still be addressed throughout the day, particularly in shady, extreme terrain at high altitudes, especially due to large additional loads. Individual small gliding avalanches cannot be ruled out.</avActivityComment>
          <snowpackStructureComment>The snow surface can firmness overnight due to radiation and is then hard, crust can form and is also load-bearing. Depending on the altitude and aspect, it then softens with incoming radiation and mild temperatures. The snowpack is moist to wet on the inside. However, weak layers may still be present in the old snowpack, which is not yet moist, especially on shady slopes and at high altitudes. The snowpack can also start gliding snow on the ground.</snowpackStructureComment>
          <tendencyComment>No significant change in the avalanche risk.</tendencyComment>
          <generalHeadlineComment>Note the daytime changes in avalanche danger!</generalHeadlineComment>
        </BulletinMeasurements>
      </bulletinResultsOf>
    </Bulletin>
    <Bulletin gml:id="e66e4856-b857-4ab7-9550-f4744f18e605_PM" xml:lang="en">
      <metaDataProperty>
        <MetaData>
          <dateTimeReport>2026-04-07T15:00:00Z</dateTimeReport>
          <srcRef>
            <Operation>
              <name>Avalanche Service Upper Austria</name>
            </Operation>
          </srcRef>
        </MetaData>
      </metaDataProperty>
      <validTime>
        <TimePeriod>
          <beginPosition>2026-04-08T10:00:00Z</beginPosition>
          <endPosition>2026-04-08T15:00:00Z</endPosition>
        </TimePeriod>
      </validTime>
      <srcRef>
        <Operation>
          <name>Avalanche.report</name>
        </Operation>
      </srcRef>
      <locRef xlink:href="AT-04-07"/>
      <locRef xlink:href="AT-04-08"/>
      <locRef xlink:href="AT-04-05"/>
      <locRef xlink:href="AT-04-06"/>
      <locRef xlink:href="AT-04-03"/>
      <locRef xlink:href="AT-04-04"/>
      <locRef xlink:href="AT-04-01"/>
      <locRef xlink:href="AT-04-02"/>
      <bulletinResultsOf>
        <BulletinMeasurements>
          <dangerRatings>
            <DangerRating>
              <mainValue>2</mainValue>
            </DangerRating>
          </dangerRatings>
          <avProblems>
            <AvProblem>
              <type>wet snow</type>
              <validAspect xlink:href="AspectRange_nw"/>
              <validAspect xlink:href="AspectRange_e"/>
              <validAspect xlink:href="AspectRange_se"/>
              <validAspect xlink:href="AspectRange_s"/>
              <validAspect xlink:href="AspectRange_sw"/>
              <validAspect xlink:href="AspectRange_w"/>
              <validAspect xlink:href="AspectRange_ne"/>
              <validAspect xlink:href="AspectRange_n"/>
            </AvProblem>
            <AvProblem>
              <type>old snow</type>
              <validAspect xlink:href="AspectRange_nw"/>
              <validAspect xlink:href="AspectRange_e"/>
              <validAspect xlink:href="AspectRange_ne"/>
              <validAspect xlink:href="AspectRange_n"/>
              <validElevation xlink:href="ElevationRange_2000Hi"/>
            </AvProblem>
          </avProblems>
          <tendency>
            <type>steady</type>
            <validTime>
              <TimePeriod>
                <beginPosition>2026-04-08T15:00:00Z</beginPosition>
                <endPosition>2026-04-09T15:00:00Z</endPosition>
              </TimePeriod>
            </validTime>
          </tendency>
          <wxSynopsisComment>On Wednesday, the sun will mostly shine unclouded. The visibility is excellent, with at most a few harmless cumulus clouds developing during the daytime changes. The wind will be weak to moderate in places. At 1500 m 3 degrees, at 2000 m 0 degrees.
Thursday will be mostly sunny. However, a few high cloud fields will gather and may become denser during the day. The wind will remain mainly light and temperatures will be similar to the previous day.</wxSynopsisComment>
          <avActivityHighlights>Watch out for naturally triggered avalanches during the day!</avActivityHighlights>
          <avActivityComment>The avalanche risk is generally low at first. During the daytime changes, it then increases rapidly to moderate, depending on altitude and aspect. Spontaneous small to medium, very rarely large, wet loose snow or slab avalanches from undischarged steep terrain should then be noted. Weak layers in the old snowpack can still be addressed throughout the day, particularly in shady, extreme terrain at high altitudes, especially due to large additional loads. Individual small gliding avalanches cannot be ruled out.</avActivityComment>
          <snowpackStructureComment>The snow surface can firmness overnight due to radiation and is then hard, crust can form and is also load-bearing. Depending on the altitude and aspect, it then softens with incoming radiation and mild temperatures. The snowpack is moist to wet on the inside. However, weak layers may still be present in the old snowpack, which is not yet moist, especially on shady slopes and at high altitudes. The snowpack can also start gliding snow on the ground.</snowpackStructureComment>
          <tendencyComment>No significant change in the avalanche risk.</tendencyComment>
          <generalHeadlineComment>Note the daytime changes in avalanche danger!</generalHeadlineComment>
        </BulletinMeasurements>
      </bulletinResultsOf>
    </Bulletin>
  </observations>
</ObsCollection>
