The Memphis Zoo has a very active conservation department with six full time research positions, crossing a wide range of biological disciplines. In addition to our senior biologists, we also have a close working relationship with many academic faculty from regional universities that we have established research associate positions for similar to an adjunct arrangement.
Dr. Kimberly TerrellDirector of Conservation and Research
Education: PhD, Conservation Biology, University of New Orleans, 2011
How I Help Save Wildlife: lead Memphis Zoo's efforts to understand and protect wildlife. This work extends beyond the zoo itself to directly benefit animals in nature. For example, we're helping to restore giant panda habitat in China, reduce elephant poaching in Africa, and discover new populations of amphibians in the U.S. I work to safeguard all wildlife, but my passion is helping people get excited about species that aren't 'cute' or 'fuzzy', like the slime-covered hellbender, the bug-eyed gopher frog, or 5-foot-long pine snake. Trust me, once you get to know these rare and fascinating critters, it's easy to understand why we're fighting to ensure their survival alongside the adorable giant panda and the majestic African elephant.
Why I Love Science: I'm fascinated by life at its most basic level - cells and molecules. As a wildlife scientist, I work to understand how tiny processes in an animal can provide clues about big threats like climate change or habitat loss. For example, I'm studying immune cells in salamanders housed at different temperatures to help understand if these animals can survive a warmer climate. My research interests include wildlife physiology and reproduction, diseases of amphibians and reptiles, and unconventional approaches to monitoring wildlife populations in nature. These interests have taken me across the globe, from China to Africa, but my most exciting wildlife encounters have been right here in the U.S.
My Favorite Places to Work: The southern Appalachian Mountains and the Louisiana Gulf Coast
Dr. Lu ZhangPost-Doctoral Research Fellow
Academic Background: Ph.D. in Zoology with a concentration in Wildlife Conservation, Peking University, Beijing, China; B.A. in Beijing Technology and Business University, Beijing, China.
Conservation interests: wildlife management, GIS-based habitat modeling, herpetology, forest ecology, conservation policy, wildlife-livestock competition.
Current research direction/interests:
Dr. Zhang is now working in the Chinese Giant Salamander reintroduction project. As the largest amphibian in the world, the salamander is listed as Critically Endangered on the IUCN Red List. Although there are few populations remain in the wild, a large number of giant salamanders are bred in farms in China. The reintroduction project includes purchasing salamanders from breeding farms and releasing them into their original habitat, tracking them by Passive Integrated Transponder (PIT) tags and radio transmitters, and analyzing the environmental factors (e.g., temperature, water properties, climate, and forest type) that may affect the movements and survival of reintroduced salamanders. The results of the project will provide guidelines for future reintroduction efforts to maintain Chinese giant salamander populations in the wild, as well as to improve living condition for giant salamanders kept in breeding farms. In the spring of 2013, about 30 giant salamanders will be released into streams in the Qinling Mountain in China, and monitored weekly for more than a year.
Dr. Katrina KnottPost-Doctoral Research Fellow
Academic Background: Ph.D. in Biological Sciences with a concentration in Wildlife Toxicology, University of Alaska Fairbanks, AK; M.S. in Zoology studying Nutritional Ecology and Development, University of Alaska Fairbanks, AK; B.A. in Biology, University of Minnesota Morris, MN.
Conservation interests: reproductive physiology, endocrinology, comparative anatomy and physiology, ecotoxicology, physiological ecology, nutritional ecology, histomorphology / pathology, wildlife disease
Current research direction/interests: Dr. Knott’s research examines reproductive hormones and pregnancy biomarkers in mammals for improved knowledge of their reproductive physiology and conservation. These studies include an evaluation of the reproductive cycles in giant anteaters and polar bears by non-invasive sampling and detection of hormone metabolites in feces and urine. Dr. Knott is also helping to monitor the reproductive status of giant panda. This summer, Dr. Knott will also begin a project comparing reproductive physiology of ursids including polar bears, giant panda, sloth bears, and Andean bears. The goal of her research in these species is to increase breeding success and offspring survival of the captive zoo population. Greater knowledge of the reproductive physiology of these species will also be applicable to wild populations by providing information regarding the timing and plasticity of reproductive events for free-ranging animals and insight into the potential causes of reproductive failures. Characterization of reproductive events may also aid in the identification of key time periods when animals are most susceptible to natural (e.g., climate associated changes in habitat, disease transmission) and man-made (e.g., industrial development, environmental contaminants) disturbances that can negatively impact the reproductive physiology and behavior of wildlife.
Beth RobertsResearch Fellow
Academic background: Ph.D. candidate in Wildlife Biology with concentration in Animal Physiology, Utah State University; M.S. Animal Science with concentration in Reproductive Physiology, University of California, Davis; B.S. in Zoology and Animal Science, The Ohio State University.
Conservation interests: nutrition and social behavior effects on reproductive fitness, endocrinology, assisted reproductive technologies, gamete biology and cryopreservation.
Current research directions/interests: My past research has focused on efforts to understand physiological mechanism that interconnect environmental stimulus to the reproductive system in mammals, using coyotes as a model. I have studied diet effects on the relationship of reproductive and metabolic hormone fluctuations and embryo implantation rates; the connection of early postnatal litter hierarchy status on physical development and sexual maturation; and the correlation of mate choice behavior to reproductive hormones. At the Memphis Zoo, I am assisting with reproductive studies of several species including the Giant Panda. Because these animals have delayed implantation and pseudo-pregnancy, much research has focused on early determination of pregnancy in pandas. I hope to contribute to our understanding of Panda pregnancy profiles by looking at unique and new biomarkers. I am also involved in developing assisted reproductive technologies (ART) for endangered amphibians, including work to further develop and improve sperm cryopreservation and artificial fertilization techniques. Additionally, I will head up a research team to develop sperm collection, characterization, and storage techniques for large lizard species, using the Crocodile monitor as a model. Nearly 30% of the known reptile populations are listed as endangered in the wild and many of the species in captivity reproduce poorly. We hope to use the work with Crocodile monitor as a foundation for the development of ART for this species and other endangered reptiles in this family including the Komodo dragon.
Sinlan PooPostdoctoral Researcher
Kristin HinksonResearch Technician
The Memphis Zoo supports several graduate students that are part of our research associates programs. Our current students and their projects are listed below.
Tiantian Feng – Mammal diversity and its relationship to landscape characteristics in the Qinling Mountains of China. Chinese Academy of Sciences and University of Tennessee
Erin Trueblood – Phytochemical analysis of bamboo and impacts on giant panda physiology. Mississippi State University
In addition to our current students we also recognize several outstanding graduate students who have graduated with their Ph.D. or M.S.
Jen Parsons – Disturbance and temporal effects on bamboo nutritional composition and its palatability to giant pandas. Mississippi State University
Erin Weidower – Use of Near Infrared Reflectance Spectroscopy to investigate selection and nutrient utilization of bamboo to monitor the physiological status of giant pandas. Texas A&M University
Wei Wang – Bamboo ecology and regeneration in the Qinling Mountains, China. University of Memphis
Tommy Finley – Giant pandas balance energy budget with metabolic depression; insights from radar detection of heart rates. University of Arkansas at Little Rock
Juli Simms – Understanding the foraging strategy of the giant panda: relationship to bamboo nutritional dynamics. Mississippi State University
Summer Research Internship Program
Organization: Memphis Zoo
Location: Memphis, TN, United States
Job or Internship: Research Internship
Description: The Memphis Zoo Department of Research and Conservation is offering undergraduate-level summer internships in several areas of biology, including reproductive physiology, genetics, behavioral ecology, chemical ecology, endocrinology, and nutrition. This program offers a unique research experience in conservation biology and may qualify for directed independent study or academic credit through the student’s educational institution. Interns will gain experience in a variety of laboratory techniques, with opportunities to tailor the experience to their specific interests. Additionally, interns will learn strategies for communicating their science to broad audiences and will present their research findings in a professional scientific setting. Each intern will receive a final evaluation upon the completion of the internship, and satisfactory performance will be necessary to receive academic credit.
Requirements for this position: Applicants must have completed at least one year of college-level course work in biology or a related field by June 2016. Preference will be given to individuals with leadership ability, strong communication skills, and a demonstrated commitment to wildlife conservation. Some experience with laboratory techniques and data analysis is preferred. Interns must be well organized and able to work well with a team and independently
Benefits: This is an unpaid internship and is offered as either a full-time (40 hr/wk) or part-time (24 hr/wk) position, depending on the applicant’s interest and financial situation. Off-site housing is available. We will strongly support efforts to receive academic credit for a successful internship.
Timeframe: This is a 12-week internship program, from June 1 – Aug 31, 2016. Start and end dates are somewhat flexible.
Materials to submit: Applications must be submitted by February 26, 2016 and should include a letter of interest, CV, unofficial college transcript, and two letters of recommendation. If possible, submit these materials as a single PDF file. Recommendation letters may be emailed separately. All materials should be emailed to email@example.com with the applicant’s last name and “Research Internship” in the subject line. The letter of interest should describe the applicant’s interests and experience related to biology/wildlife with more detail than what is provided in the CV. Applications with incomplete materials will not be considered. If you have any questions regarding the program, please email with “Research Internship” in the subject line.
2016 Program Areas
Development of assisted reproductive technologies for endangered amphibians and reptiles.
Successful applicants will be working with model species to test technologies that can be applied to endangered herpetofauna. Technologies such as hormone therapy, semen collection and analysis, cryopreservation, artificial insemination and IVF will be used to increase reproductive output and establish genome resource banks.
Reproductive physiology of endangered or threatened mammals.
The applicant will be optimizing non-invasive techniques (enzyme immunoassays) for measuring and tracking reproductive cycles and seasonality in males and females. In addition the applicant will be assessing the use of novel hormones as biomarkers of pregnancy and parturition for study species such as polar bears, giant panda, or large cats.
Data analysis of bamboo plant physiology and giant panda foraging behavior. The applicant will be using bioinformatics, statistical models and meta-data analysis to examine links between bamboo nutritional content and panda foraging. A large part of this project will involve writing and computer work.
*All of these projects are laboratory based and do not involve interaction with the zoo’s animal collection. If you are interested in animal husbandry internships please see the zoo’s job posting section. When applying for a summer research internship, please indicate your first and second choice project area and why.
Read an example of the great success we've had with this relationship.