We strongly feel that the working professionals are the ones who
are responsible for advancing their field. Therefore, research
devoted to improving this profession is consistent and remains an
important aspect of International Bird Rescue.
International Bird Rescue's research program primarily focuses on improving the field of oiled wildlife care and response and the general rehabilitation of aquatic birds through practical application of new techniques, clinical trials and post-release studies. We also work with other wildlife experts and specialists on many projects.
• Revising and developing new sea bird
• Developing protocol for the control of airborne fungal disease in oiled birds,
• Researching long-term alcid rehabilitation techniques,
• Improving caging for difficult species (Loons and Grebes),
• Assisting avian specialists in post release radio telemetry studies on rehabilitated oiled birds and
• Collecting blood normals for each species.
Much of our knowledge on oiled bird care is learned during actual spill responses where many animals are presented for our care, where we are given the immediate opportunity to apply new techniques and gain information on managing large numbers of birds. The life of birds always takes precedent over our research. Our goal is to continually improve the science of oiled wildlife rehabilitation. We also co-sponsor an Effects on Oiled Wildlife Conference. See info on the last meeting held in New Orleans, LA in 2012
Oil ingested by wildlife can damage internal organs such as the liver and kidneys, as well as destroy tissue in the digestive system. The development of medical treatments can reverse these effects and are crucial to insure the survival of these animals.
30 years of Oiled Wildlife Response Statistics (220 kb PDF)
Become an Intern
Get hands on training through International Bird Rescue's Internship Program
History of Oiled Seabrids
Download PDF (370KB)
Why Rehabilitate Oiled Birds
Every bird matters
How Oil Affects Birds
How a small amount of oil on birds' feathers can be deadly
Grebe Movement Study