To Boldly Go Where Pachyderm Conservation Has Never Gone Before


Crows memorize human faces. Orcas express mourning. And that cockroach that skittered across your kitchen counter the other day? According to researchers in Belgium, that little fellow might have been shy or outgoing.


Recent revelations about the emotionally complex lives of many species have only been made possible by growing research on animal behavior and personality. This has led scientists like Dr. Shifra Goldenberg, an ecologist at the Smithsonian Conservation Biology Institute’s Conservation Ecology Center, to embark on “conservation behavior” as a focus of her work. Conservation behavior describes how experts like Dr. Goldenberg are seeking to better understand how animal decision-making and personality come into play in human-dominated landscapes.


After all, what “wild” increasingly means isn’t pristine habitat, with less terrain on the planet truly untouched by people than ever before. Getting insight into not just how animals relate to each other, but also how they relate to us, and the spaces we dominate, might be essential to their preservation.


And now Conservation Nation has joined the broader movement to better understand animal personality by funding a Smithsonian-led pachyderm project led by Dr. Goldenberg. While elephants have long been a source of fascination for behavioral study, this two-part project intersects personality testing with conservation efforts by focusing on a unique group: Asian elephants in Myanmar who have been “unemployed,” but still live in former logging camps and roam the forest at night.


Asian elephants gathered at a campsite.


For the first part of the study conducted earlier this year, a graduate student at Hunter College-CUNY, Sateesh Venkatesh, gauged whether elephants differ from one another in their response to novel objects by testing 31 elephants with specially designed puzzles.


They suspect certain personality traits revealed by individuals during the test, paired with tracking data of elephants moving around the landscape, might be related to their interaction with people. For example, elephants who displayed boldness while completing the test might be more likely to trespass into farmland and villages. With elephant-human conflict on the rise, those brave elephants more likely to venture into human areas—and less likely to fear people in general—would not be suited for rewilding.


The second part of the study is ongoing. Together, Sateesh and another graduate student at Colorado State University, Aung Chan, will track the elephants’ nighttime treks using GPS to record whether they enter populated zones. Then, the researchers can compare the data, assessing whether there is a correlation between the animals’ personality type and their decisions about where to roam at night. With these data streams compared, the study’s findings could be an important step forward in understanding elephant behavior, paving the way for conservation and rewilding efforts carefully tailored to an understanding of the species.


Look for more updates about this project in 2020, after the second part of the study is complete.


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A Wild Cat’s Scat


To collect the poo, or not to collect the poo—that is the question. It is, anyway, for Smithsonian scientists in the midst of a conservation project focusing on microbes in cheetah scat, and culminating in a graduate student’s Conservation-Nation funded trip to Namibia in two months.


That PhD student, Morgan Maly, has been focused on cheetah poo—and all poo-related quandaries—for the better part of this year, as she has studied samples from cheetahs at research institutions, including the Smithsonian Conservation Biology Institute (SCBI) in Front Royal, Virginia.


Key to this project’s success leading up to its next stage in the field? Understanding that not all cheetah scat is created equal—from a testing standpoint, anyway. To help ensure the best data is collected moving forward, Morgan and the team launched a preliminary experiment to determine how long samples can still be analyzed for microbial content after leaving a cheetah’s body. An hour, they wondered? A day? A week?





“If we wait too long to collect the sample, it may contain more environmental microbes than the microbes from the actual cheetah,” said Dr. Adrienne Crosier, cheetah curator & research biologist at SCBI.


After an experiment comparing the samples of eight cheetahs, the team have their answer: 48 hours. That means when Morgan’s in the field in two months studying wild scat, she’ll be better prepared to answer the (time-honored?) question of whether to collect the poo, or not to collect the poo.


This kind of preliminary work is a great example of just how much researchers have to do to prepare for any variables that might influence their results—often, those in the field have precious time to gather critical data.


Stay tuned for updates about the project, which will continue into 2020 as the team studies the samples Morgan gathers in Namibia to better understand vulnerable cheetahs’ diets.

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