Activity and overlap of the small and medium felids.

<p>Temporal activity and degree of overlap (shaded area) among: a) ocelot and margay, overlap coefficient (Δ) = 0.89 with 95% CI = 0.82–0.95; b) jaguarundi and margay, Δ = 0.17 with 95% CI = 0.09–0.25; c) ocelot and jaguarundi, Δ = 0.21 with 95% CI = 0.17–0.25; d) margay and southern tiger cat, Δ = 0.57 with 95% CI = 0.47–0.66; e) jaguarundi and southern tiger cat, Δ = 0.63 with 95% CI = 0.56–0.69; f) ocelot and southern tiger cat, Δ = 0.60 with 95% CI = 0.53–0.66.</p

Frequency of camera trap records and number of stations with presence (in parentheses) of medium and small felids at different landscape conditions in northern Misiones province, Argentina, where a camera trap survey was conducted between May 2013 and December 2014.

<p>Frequency of camera trap records and number of stations with presence (in parentheses) of medium and small felids at different landscape conditions in northern Misiones province, Argentina, where a camera trap survey was conducted between May 2013 and December 2014.</p

The daily activity pattern of small felids according to human cost of access.

<p>Activity patterns and overlap between: a) the activity pattern of ocelots at sites with low human cost of access (N = 481 activity records) vs. the activity at sites with high human cost of access (N = 937 activity records), b) the activity pattern of jaguarundis at sites with low human cost of access (N = 55 activity records) vs. the activity at sites with high human cost of access (N = 32 activity records), c) the activity pattern of margays at sites with low human cost of access (N = 16 activity records) vs. the activity at sites with high human cost of access (N = 25 activity records), d) the activity pattern of southern tiger cats at sites with low human cost of access (N = 79 activity records) vs. the activity at sites with high human cost of access (N = 85 activity records).</p

Activity of small felids according to the occupancy probability of ocelots.

<p>Activity patterns and overlap between: a) the daily activity pattern of jaguarondis at sites with low ψ of ocelots (N = 31 activity records) vs. the activity at sites with high ψ of ocelots (N = 90 activity records), b) the daily activity pattern of margays at sites with low ψ of ocelots (N = 14 activity records) vs. the activity at sites with high ψ of ocelots (N = 41 activity records), c) the daily activity pattern of southern tiger cat at sites with low ψ of ocelots (N = 72 activity records) vs. the activity at sites with high ψ of ocelots (N = 119 activity records).</p

Effect of the human cost of access and habitat type on the occupancy probability of ocelots (ψ) in northern Misiones province, Argentina.

<p>Effect of the human cost of access and habitat type on the occupancy probability of ocelots (ψ) in northern Misiones province, Argentina.</p

Study area.

<p>a) Location of the Upper Parana Atlantic Forest (UPAF), Atlantic Forest (AF) and Misiones province, Argentina (in red). b) Location of the camera-trap stations during a survey conducted in the north of Misiones province between May 2013 and December 2014. The cameras were placed at continuous forest (CF, N = 53), fragmented forest (FF, N = 69) and pine plantations (PP, N = 62). c) Camera-trap stations placed in Misiones province between 2003 and 2016 (N = 586).</p

Occupancy probability of southern tiger cats (ψB).

<p>Location of the camera-trap stations (N = 184) with low (0–0.33, yellow), intermediate (0.34–0.66, orange), and high (0.67–1.00, red) occupancy probability of southern tiger cats according to the model of co-occurrence with the ocelot. Triangles = stations located in continuous forest, circles = forest fragment stations, squares = pine plantations.</p

Boxplot and Posterior Density Estimates for male and female home range (log km²) [A and B], home range crossing time (log days) [C and D], velocity autocorrelation timescale (h) [E and F], and average distance traveled (Km/day) [G and H].

<p>Black line represents the difference between the posterior distribution of males and females, red represents the posterior distribution of females and blue represents the posterior distribution of males.</p

Space Use and Movement of a Neotropical Top Predator: The Endangered Jaguar - Fig 2

<p>(A) Variogram of a resident jaguar. Notice that the animal’s semi-variance reaches an asymptote within a few days, roughly representing the time to cross its home range. The red line represents the fitted model and the red shading represents the 95% CI. (B) A non-resident jaguar. Note the lack of a clear asymptote despite the fact that the animal was monitored for a long period (591 days). This lack of asymptote indicates that this animal is not range resident and thus a home range analysis for this individual is not appropriate. For both A and B, the fraction of the variogram displayed is 65% of the duration of each dataset.</p

Boxplot of home range (km²) for males and female jaguar by biome.

<p>Boxplot of home range (km²) for males and female jaguar by biome.</p