By Herp News
The dense undergrowth of tropical forests presents a mysterious prospect to wildlife researchers. Often what is easily spotted does not represent the whole, and scientists in the past could spend months, or even years, studying a species before ever observing it. Now traditional data collection methods are being augmented by advanced technologies such as camera traps — motion sensitive still and video cameras that can unobtrusively capture animal behavior. Samantha Zwicker, a Masters student and PhD candidate in the School of Environmental and Forest Sciences at the University of Washington, is using camera traps to analyze animal behaviors as they are impacted by human presence and development in one of the wildest parts of Peru. Her study, as featured in the institute’s bulletin, focused on four indigenous cat species and the factors dependent on their movement, including land use, habitat type and distance from human activity. A female jaguar (Panthera onca) pauses on the trail to eat some grass. Just like domestic cats, big cats eat small amounts of grass to help them bring up fur-balls. Deforestation and hunting remain the two major threats to jaguars across their range, causing them to become listed as near-threatened (IUCN). Photo by Samantha Zwicker. In this exclusive interview with Mongabay, Samantha Zwicker explains the unique aspects of her work: Mongabay: What attributes of your study do you consider revolutionary? Samantha Zwicker: Most camera trapping studies take place in parks, reserves, and sanctuaries because these areas are more accessible, well…
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Read more here: herpetofauna.com
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