Abstract
The ocelot (Leopardus pardalis) is one of the most widespread neotropical felids but data on its distribution and population status in several countries are scarce. Here, we present estimates of density for lowland forest of eastern Ecuador. We used camera trap data and capture–recapture analyses to estimate ocelot density within a local area (~650 ha) within Yasuní Biosphere Reserve, recognized as a globally important area for biodiversity conservation. We estimated densities for dry and wet seasons (~2200 trap days total) using CAPTURE and both half and full values of the mean maximum distance moved (MMDM), as recommended for estimating densities. Estimated densities for the dry season were higher than during the wet season (dry: 41–74 ind/100 km2; wet: 32–52 ind/100 km2). Ocelots were captured more frequently at night than during the day and some individuals were captured more consistently in areas close to the Tiputini River. Density estimates for ocelots in the Yasuní region are somewhat higher than in other neotropical areas, but similar to other sites in the Amazon region. Based on the number of ocelots recorded in this relatively small study area, it is clear that the region is an important area for conservation. Further studies that take into account more complex estimates such as survival rates and migration as well as differences in growth and availability of resources could provide more evidence for the importance of this region.
Recommended Citation
Mosquera, Diego; Blake, John G.; Swing, Kelly; and Romo, David
(2016)
"Ocelot (Leopardus pardalis) density in Eastern Ecuador based on capture–recapture analyses of camera trap data,"
Neotropical Biodiversity Journal: Vol. 2:
Iss.
1, Article 6.
Available at:
https://ikiam.researchcommons.org/neotropical-diversity/vol2/iss1/6
