Wildlife Disease Laboratories at the San Diego Zoo’s Institute for Conservation Research are pleased to be able to offer low-cost testing for the amphibian chytrid fungus Batrachochytrium dendrobatidis and Ranaviruses in zoo collections.
Our Conservation Education Program seeks to inspire community members to value and conserve biodiversity by enhancing basic scientific literacy.
Hot topic: Thermography as a non-invasive imaging detection for pregnancy.
We are working to identify proteins either expressed or stimulated by the embryo which may be utilized to diagnose early pregnancy and can be detected in the maternal serum or urine.
Chemicals that disrupt endocrine function (EDC’s) can severely impact wildlife reproduction, development and metabolism.
Developing new techniques to examine animal vocalizations, we can obtain a better understanding of how animals perceive their surroundings and one another.
Implementing a multi-prong approach to battling the unprecedented extinction rate of amphibians around the world.
Viruses can cross-infect species and cause a variety of clinical signs in different hosts. We are working to identify carrier animals, their viruses, and identify risk factors associated with disease.
The outcome of this study is expected to benefit the health of the captive ruminants at the San Diego Zoo and other zoos.
Helicobacters are widespread, pathogenic bacteria that infect the stomach, intestine, and liver, that can cause significant morbidity and mortality.
Nutritional studies are underway at the San Diego Zoo and Wild Animal Park to maximize animal health and establish more appropriate feeding guidelines for small, browsing ruminants.
Chromosomal differences can be critical in identifying species and subspecies for conservation management, detecting potentially incompatible parents, and pinpointing individuals at risk for genetic diseases.
DNA barcoding is an emerging technology that provides a method for identifying species from unrecognizable samples of blood, bone, meat, hair, feathers, or feces. It is also recognized as a valuable basic research tool for refining our understanding of biodiversity.
Newly established “biosecure laboratory” at the Zoo will help us understand more about disease, transmission and ultimately, disease control.
Diversity on Ice: We are creating genetically valuable offspring using thawed gametes in assisted reproduction.
The Reproductive Physiology division of the San Diego Zoo’s Conservation Research arm is developing a technique to remove minute blood samples from bird eggs. These blood samples are used to genetically determine the gender of the bird embryo using a gene copy machine.
Understanding the reproductive physiology and behavior of avian species that do not reproduce well in captivity will guide management decisions leading to successful pairing and breeding.
Cardiovascular disease risk is a major cause of illness and mortality in captive great apes populations, and questions remain regarding the influence of diet, although such an association is well documented in humans.
Not all species of rabbits reproduce like, uh, rabbits. Two species in particular - pygmy rabbits and volcano rabbits - are highly endangered and San Diego Conservation Research scientists need more than carrots to help these animals survive.
Three diseases (tuberculosis, herpes viruses, arthritis) are contributing to increased morbidity and mortality among captive elephants, and scientists at San Diego Zoo Conservation Research are collaborating with other organizations to correct that.
A wide variety of elephant research programs are underway at the zoo with the goal of improving captive management techniques.
Our Koala Education & Conservation Program reaches a global public through exhibition, education, and research and generates significant funds to support field conservation and research, including contraception investigations, vegetation mapping, planned community development, and studies designed to better describe koala behavior and ecology.
The goal of this project is to provide a scientific framework for understanding factors influencing differential reproductive success among individuals of Somali wild ass by conducting a detailed study of social behavior and hormone concentrations.
The objective of this collaborative research project is to determine the root causes of failed reproduction of white rhinos and to make recommendations for improved management of the captive population.
Ancient DNA studies support conservation and reintroduction of the Przewalski’s horse, following the controversy surrounding the appropriate genetic management of this endangered species.
This research project is investigating the role of bioacoustics in the reproduction of cheetahs.
The many manifestations of mycobacteria, pose grave threats to endangered birds, among other species.
The Rhadinoviruses, which include malignant catarrhal fever (MCF), are rapidly emerging as a group of widespread viruses with importance to veterinary medicine and zoo animal husbandry.
Feline herpesvirus (FHV), a viral infection endemic to North American captive cheetahs Acinonyx jubatus, and causes upper-respiratory disease and debilitating cutaneous ulcers, thus putting captive breeding efforts at risk. San Diego Zoo Conservation Research scientists are working to arrest this problem.
The Andean bear is a species at high risk of extinction in the wild due to habitat degradation and fragmentation, and human-wildlife conflict.
In August 2003, seven African elephants Loxodonta africana africana came from Swaziland to the San Diego Zoo’s Wild Animal Park in an attempt to improve conservation efforts in Swaziland and launch a reproductive program at the Wild Animal Park to benefit the demographics and genetic structure of the current captive population of African elephants in North America. The goal of this project is to preserve African elephant sperm reliably for future use.
Our mission is to help preserve the legacy of life on Earth for future generations by establishing and maintaining genetic resources in support of worldwide efforts in research and conservation.
Check back regularly for additional conservation projects!