Cummings School of Veterinary Medicine at Tufts University
Florina S. Tseng

Associate Professor and Associate Chair 

Wildlife Medicine and Surgery, Seabird Biology, Oil Spill Response
Director, Wildlife Clinic

Campus Phone:
508-839-7918

Fax:
508-839-7930

Education

  • DVM - Cornell University - 1981
  • BS - Oberlin College - 1976
  1. Nisbet, Ian C. T., Tseng, Florina S. and Apanius, Victor. Supplementary material for paper "Decreased Hematocrits in Common Terns Exposed to Oil: Distinguishing Oil Effects from Natural Variation." To be published in Waterbirds, Vol. 36(2), June 2012
  2. Murray M, Tseng F. “Diagnosis and Treatment of Secondary Anticoagulant Rodenticide Toxicosis in a Red-Tailed Hawk (Buteo jamaicensis)”. Journal of Avian Medicine and Surgery. Vol 22(1), 2008.  
  3. Kummrow M, Tseng F, Pessier AP. “What is your diagnosis? (Hypovitaminosis A in a tiger salamander)”. Journal of Herpetological Medicine and Surgery Vol 16(4): 144-146, 2006.  
  4. Newman, SH, Harris RJ, Tseng FS. Beach surveys past, present and future: toward a global surveillance network for stranded seabirds. Marine Ornithology Vol. 34 (2): 87–90, 2006.  
  5. Harris RJ, Tseng FT, Pokras MA, Suedmeyer BA, Bogart JSH, Prescott, R and S Newman. “Seabird Ecological Assessment Network (SEANET) volunteer beached bird surveys in Massachusetts, 2003-4. Marine Ornithology Vol. 34 (2): 115-122, 2006.

General Research Interests

  • Wildlife medicine and surgery with an emphasis on seabird biology

Selected Research Projects

Seabird Ecological Assessment Network (SEANet) - a long term collaborative effort to assess the health of seabird populations from Delaware Bay to Atlantic Canada. The network compiles and analyzes data on population distribution, demographics, disease outbreaks, mortality events, and anthropogenic threats to seabirds, waterbirds, and waterfowl. We are also organizing and expanding volunteer-based beached bird surveys and forming a network of interested researchers in the region.

My interest in the subject of analgesia in wildlife patients has led to the development of a research project mapping opioid receptors in the brains of red-tailed hawks.  We hope that this data will better inform our analgesic protocols in clinical patients.

Research Interests by Area

International, Wildlife and Conservation Medicine
  • SEANET; Petroleum Toxicity; Wildlife Analgesia