Human footprint and mountain lion territory use in human-dominated landscapes.

This is the first study that combines fine-scale radiotelemetry with landscape light, and road noise and light pollution. Our findings will be of interest for mountain lion conservation to identify the tolerance thresholds for road density and light pollution inside their territories, as well as to characterize the mountain lion crossing points at roads, to reduce the main mortality source for this species (i.e., roadkills).

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DCAT-AP/NTI-RISP

Basic information
Resource type Text
Date of creation 2024-09-17
Date of last revision 2024-09-17
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Metadata identifier 09ae2721-5934-5cd7-8a4d-6657f0129112
Metadata language Spanish
Themes (NTI-RISP)
High-value dataset category
ISO 19115 topic category biota
Other identifier
Keyword URIs
Character encoding UTF-8
Spatial information
INSPIRE identifier ESPMITECOIEPNBFRAGM744
INSPIRE Themes
Geographic identifier Spain
Coordinate Reference System
Spatial representation Type
Bounding Box
"{\"type\": \"Polygon\", \"coordinates\": [[[-18.16, 27.64], [4.32, 27.64], [4.32, 43.79], [-18.16, 43.79], [-18.16, 27.64]]]}"
Spatial resolution of the dataset (m)
Provenance
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Source dataset
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Sources
  1. 2022 IENE International Conference. Programme book. P.S. 1
  2. Num. 6
  3. pag. 31
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Responsible Party
Name of the dataset creator Barrientos, R., Vickers, W., Longcore, T., Abelson, E., Dellinger, J., Waetjen, D., Markman, B. y Shilling, F.
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Identifier of the dataset creator
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Identifier of the dataset maintainer
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Website of the dataset maintainer