<eml:eml xmlns:eml="https://eml.ecoinformatics.org/eml-2.2.0"
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         xml:lang="eng">
    <dataset>
        <alternateIdentifier>a5f94d8b-a3f1-477c-879c-c372da8f45ac</alternateIdentifier>
        <alternateIdentifier>https://ipt.gbif.fr/resource?r=chamaille_cameratrap</alternateIdentifier>
        <title xml:lang="eng">Monitoring mammals in the city of Montpellier using camera traps</title>
        <creator>
            <individualName>
                <givenName>Simon</givenName>
                <surName>Chamaillé-Jammes</surName>
            </individualName>
            <organizationName>CEFE</organizationName>
            <userId directory="https://orcid.org/">https://orcid.org/0000-0003-0505-6620</userId>
        </creator>
        <creator>
            <individualName>
                <givenName>Jules</givenName>
                <surName>Dezeure</surName>
            </individualName>
            <organizationName>CEFE</organizationName>
            <userId directory="https://orcid.org/">https://orcid.org/0000-0002-6415-2789</userId>
        </creator>
        <associatedParty>
            <organizationName>Montpellier Méditerranée Métropole</organizationName>
            <role>distributor</role>
        </associatedParty>
        <associatedParty>
            <organizationName>Ville de Montpellier</organizationName>
            <role>distributor</role>
        </associatedParty>
        <pubDate>
            2026-02-17
        </pubDate>
        <language>eng</language>
        <abstract>
            <section>
  <para>
    This dataset documents wildlife presence and activity in urban and peri-urban
    environments using a network of camera traps deployed since 2023. The project
    aims to better understand how wild species use urban spaces and how
    urbanization gradients influence their spatial distribution and behavior.
  </para>

  <para>
    Camera traps were installed across multiple monitoring sites located within
    cities and surrounding areas. Species detections were recorded and aggregated
    annually to provide a standardized overview of wildlife occurrence and
    activity patterns over time.
  </para>

  <para>
    The dataset includes camera trap detections of multiple mammal species across
    urban and peri-urban sites, summarized by year of monitoring.
  </para>

  <para>
    Licence: CC BY 4.0
  </para>

  <para>
    Funding: BoundaryBoar project funded by the French National Research Agency
    (ANR-22-CE03-0002).
  </para>
</section>
        </abstract>
        <keywordSet>
            <keyword>Occurrence</keyword>
            <keyword>Camera trapping</keyword>
            <keyword>Camera trap surveys</keyword>
            <keyword>Urban ecosystems</keyword>
            <keyword>Urban wildlife</keyword>
            <keyword>Mammals</keyword>
            <keyword>Wildlife monitoring</keyword>
            <keyword>Species occurrences</keyword>
            <keyword>Urban gradient</keyword>
            <keyword>Landscape use</keyword>
            <keyword>Peri-urban environments</keyword>
            <keyword>Activity patterns</keyword>
            <keyword>Biodiversity monitoring</keyword>
            <keyword>Research study</keyword>
            <keyword>Human-dominated landscapes</keyword>
            <keyword>Wildlife ecology</keyword>
            <keyword>Non-invasive monitoring</keyword>
            <keyword>Photo-trapping</keyword>
            <keyword>Urban biodiversity</keyword>
            <keywordThesaurus>GBIF Dataset Type Vocabulary: http://rs.gbif.org/vocabulary/gbif/dataset_type_2015-07-10.xml</keywordThesaurus>
        </keywordSet>
        <keywordSet>
            <keyword>Observation</keyword>
            <keywordThesaurus>GBIF Dataset Subtype Vocabulary: http://rs.gbif.org/vocabulary/gbif/dataset_subtype.xml</keywordThesaurus>
        </keywordSet>
        <intellectualRights>
            <para>This work is licensed under a <ulink url="http://creativecommons.org/licenses/by/4.0/legalcode"><citetitle>Creative Commons Attribution (CC-BY 4.0) License</citetitle></ulink>.</para>
        </intellectualRights>
        <licensed>
            <licenseName>Creative Commons Attribution 4.0 International</licenseName>
            <url>https://spdx.org/licenses/CC-BY-4.0.html</url>
            <identifier>CC-BY-4.0</identifier>
        </licensed>
        <distribution scope="document">
            <online>
                <url function="download">https://ipt.gbif.fr/archive.do?r=chamaille_cameratrap</url>
            </online>
        </distribution>
        <coverage>
            <geographicCoverage>
                <geographicDescription>N/A</geographicDescription>
                <boundingCoordinates>
                    <westBoundingCoordinate>3.799286</westBoundingCoordinate>
                    <eastBoundingCoordinate>3.958053</eastBoundingCoordinate>
                    <northBoundingCoordinate>43.678818</northBoundingCoordinate>
                    <southBoundingCoordinate>43.540757</southBoundingCoordinate>
                </boundingCoordinates>
            </geographicCoverage>
            <temporalCoverage>
                <rangeOfDates>
                    <beginDate>
                        <calendarDate>2023-09-01</calendarDate>
                    </beginDate>
                    <endDate>
                        <calendarDate>2024-08-27</calendarDate>
                    </endDate>
                </rangeOfDates>
            </temporalCoverage>
            <taxonomicCoverage>
                <taxonomicClassification>
                    <taxonRankName>order</taxonRankName>
                    <taxonRankValue>Cetartiodactyla</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>order</taxonRankName>
                    <taxonRankValue>Rodentia</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>order</taxonRankName>
                    <taxonRankValue>Carnivora</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>family</taxonRankName>
                    <taxonRankValue>Cervidae</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>family</taxonRankName>
                    <taxonRankValue>Viverridae</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>family</taxonRankName>
                    <taxonRankValue>Mustelidae</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>order</taxonRankName>
                    <taxonRankValue>Lagomorpha</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>family</taxonRankName>
                    <taxonRankValue>Leporidae</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>family</taxonRankName>
                    <taxonRankValue>Suidae</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>family</taxonRankName>
                    <taxonRankValue>Felidae</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>class</taxonRankName>
                    <taxonRankValue>Mammalia</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>kingdom</taxonRankName>
                    <taxonRankValue>Animalia</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>family</taxonRankName>
                    <taxonRankValue>Canidae</taxonRankValue>
                </taxonomicClassification>
                <taxonomicClassification>
                    <taxonRankName>family</taxonRankName>
                    <taxonRankValue>Echimyidae</taxonRankValue>
                </taxonomicClassification>
            </taxonomicCoverage>
        </coverage>
        <maintenance>
            <description>
                <para></para>
            </description>
            <maintenanceUpdateFrequency>unknown</maintenanceUpdateFrequency>
        </maintenance>
        <contact>
            <individualName>
                <givenName>Simon</givenName>
                <surName>Chamaillé-Jammes</surName>
            </individualName>
            <organizationName>CEFE</organizationName>
            <userId directory="https://orcid.org/">https://orcid.org/0000-0003-0505-6620</userId>
        </contact>
        <methods>
            <methodStep>
                <description>
                    <para>Camera traps were deployed following a standardized installation protocol to optimize detection probability while minimizing disturbance. Devices were positioned along wildlife movement paths, habitat edges, or resource areas. Images and videos were periodically retrieved, annotated, and manually reviewed to identify species and count individuals. Detection records were compiled, quality-checked, and aggregated by camera site and monitoring year. Geographic coordinates were validated, taxonomic names standardized, and data formatted according to Darwin Core standards prior to publication.</para>
                </description>
            </methodStep>
            <sampling>
                <studyExtent>
                    <description>
                        <para>The study was conducted across multiple urban and peri-urban sites in southern France. Camera traps were deployed along an urbanization gradient, including densely built city centers, suburban residential areas, green infrastructures, and surrounding natural or semi-natural habitats. This spatial design enabled the assessment of wildlife occurrence and activity across contrasting landscape contexts, from highly urbanized zones to peripheral environments.</para>
                    </description>
                </studyExtent>
                <samplingDescription>
                    <para>Wildlife monitoring was performed using passive infrared camera traps installed at fixed locations. Cameras operated continuously and automatically recorded animal detections through photographs or videos when motion was detected. Monitoring sites were distributed to capture variation in urbanization intensity and habitat structure. Species detections were extracted from image data and aggregated annually for each camera location, providing standardized occurrence and abundance indicators.</para>
                </samplingDescription>
            </sampling>
        </methods>
        <project>
            <title>Monitoring mammals in the city using camera traps</title>
            <personnel>
                <individualName>
                    <givenName>Simon</givenName>
                    <surName>Chamaillé-Jammes</surName>
                </individualName>
                <userId directory="https://orcid.org/">https://orcid.org/0000-0003-0505-6620</userId>
                <role></role>
            </personnel>
            <funding>
                <para>The monitoring was carried out as part of the BoundaryBoar project funded by the National Research Agency (ANR project ANR-22-CE03-0002).</para>
            </funding>
        </project>
    </dataset>
    <additionalMetadata>
        <metadata>
            <gbif>
                <dateStamp>2026-02-12T08:22:25.025+00:00</dateStamp>
                <hierarchyLevel>dataset</hierarchyLevel>
                <citation>Chamaillé-Jammes S, Dezeure J (2026). Monitoring mammals in the city of Montpellier using camera traps. Version 1.3. Centre d’Ecologie Fonctionnelle &amp; Evolutive (CEFE). Occurrence dataset. https://ipt.gbif.fr/resource?r=chamaille_cameratrap&amp;v=1.3</citation>
                <dc:replaces>a5f94d8b-a3f1-477c-879c-c372da8f45ac/v1.3.xml</dc:replaces>
            </gbif>
        </metadata>
    </additionalMetadata>
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