Bernd Gerhard Würsig (born 9 November 1948 in Barsinghausen, Germany)"Bernd Gerhard Würsig". Marqui's Who's Who in the World. 2012. 29th Edition. is an educator and researcher who works mainly on aspects of behavior and behavioral ecology of whales and dolphins.Cahill T. 2000. Dolphins. National Geographic Society, Washington, DC. 216 pp. Much of his early work was done in close collaboration with his wife Melany Ann Würsig (born Carballeira), and they have published numerous manuscripts and books together. He is now Professor Emeritus at Texas A&M University, teaching only occasionally but still involved with graduate student and other research. He is especially active with problems and potential solutions concerning Indo-Pacific humpback dolphins, Sousa chinensis, in and surrounding waters of Hong Kong.
Early career and education Bernd Würsig is the youngest of three sons of Gerhard and Charlotte Würsig, Silesian refugees who moved to (then) West Germany after the World War II, and to the United States under a refugee family visa in 1956. They settled in Ohio, and Würsig became interested as a boy in marine mammals after reading books by the Austrian explorers Hans Hass and Lotte Hass, French Jacques Cousteau, and American John C. Lilly.Grady D. 2003. More Grady’s People. Pp. 157-170 “U.S. dolphin professor who loves Kaikoura”. Nikau Press, Nelson, New Zealand. He went to Ohio State University, and received a Bachelor of Science degree in zoology (minor in Germanic Literature) in 1971. Würsig went to Stony Brook University (then the State University of New York at Stony Brook), 1971–1978, in an interdisciplinary Ph.D. program with advisors in the Departments of Marine Science, Ecology and Evolution, and Neurobiology and Behavior. His advisors in the latter two, George Williams in Ecology and Evolution and Charles Walcott in Neurobiology and Behavior, had a strong influence on Würsig's career, as the former imbued him with a sense of the wonders of animal social/sexual strategies, and the latter with a lifelong appreciation for how to think about animal capabilities, relative to our own capabilities of observation with basic tools such as binoculars to sophisticated radio, theodolite, and other remote sensing techniques. Würsig's field advisor Roger Payne, the discoverer of humpback whale song and long-range communication in fin and blue whales, was his mentor during field work on dolphins in coastal Patagonia, Argentina.From 1978 to 1981, Würsig also worked with Kenneth S. NorrisNorris KS. 1994. Introduction. Pp. 1-13 in Norris KS, Würsig B, Wells RS, Würsig M, eds. The Hawaiian Spinner Dolphin. University of California Press, Berkeley, CA. as a National Institutes of Health and National Science Foundation post-doctoral fellow, and then became assistant professor at Moss Landing Marine Laboratories, central California, where he went through the professor ranks in the 1980s, becoming full professor in spring 1989. That year, he and Melany and their two children Paul and Kim moved to Texas A&M University, where he started the Marine Mammal Research Program (now Marine Mammal Behavioral Ecology Group).
Teaching Until Spring 2018, Würsig taught undergraduate and graduate courses in aspects of marine mammalogy, specializing in behavior and behavioral ecology. He has published widely in the popular literature as part of teaching endeavors, such as for the journals Natural History and Scientific American, and he has been advisor to numerous movies made for television, as well as the IMAX movie “Dolphins” (2000) that was nominated for an Academy Award, Best Documentary Short Subject. He formerly led field courses on marine bird and mammal biology in Argentina, Mexico, Spain, China, New Zealand, Greece, Alaska, and elsewhere, but as Professor Emeritus does so only occasionally.
Research Most of Würsig's research, while focused generally on social, sexual, calf rearing, and foraging strategies, has been related to human use of the marine environment, as well as tucuxi and boto dolphins of the Amazon and the now believed to be extinct baiji of the Yangtze River. He may be the only researcher to have worked with both the baiji and the presently highly endangered vaquita, or Gulf of California harbor porpoise of the northern Gulf of California, Mexico. Besides working with river dolphins in Peru and China, Würsig has worked with oceanic whales in Argentina, far east Russia, and the Arctic; and a host of delphinids from the Bahamas to Patagonia Argentina,Lichter AA. 1992. Tracks in the Sand, Shadows on the Sea: Marine Mammals of Argentina and Antarctica. Ediciones Terra Nova, Buenos Aires. 287 pp. from north-central California to Hong Kong and South Island New Zealand. A summary of his research life, especially as related to social strategies, is presented by Grady (2003). Much of his work has been collaborative, and he has published with students and colleagues on issues of multi-species interactions among pinnipeds and cetaceans, marine mammals and marine birds, and noise pollution and mitigative effects. His present work is with Indo-Pacific humpback dolphins in Hong Kong, dusky dolphins on the South Island of New Zealand, and western gray whales of far east Russia, all collaboratively with graduate students.
Bernd Würsig and his wife Melany Würsig first described the lives of dusky dolphins, with day/night, seasonal, and overall habitat use patterns.Evans PGH. 1987. The Natural History of Whales and Dolphins. Pp. 177-178. Facts On File Publications, NY. They then went on to describe foraging strategies of dusky dolphins that herd anchovy and communicate with each other within and between groups,Griffin DR. 1992. Animal Minds. P. 61. University of Chicago University Press, Chicago, IL. with an important communication mode apparently mediated by leaping.Connor RC, Peterson DM. 1994. The Lives of Whales and Dolphins. P. 39. Henry Holt and Co, NY.
Bernd and Melany Würsig also developed detailed non-invasive photographic recognition of dolphins, a technique now used by hundreds of researchers worldwide,Samuels A, Tyack PL. 2000. Flukeprints: A history of studying cetacean societies. Pp. 36-37 In: Cetacean Studies: Field Studies of Dolphins and Whales. J Mann, RC Connor, PL Tyack, H Whitehead (eds). University of Chicago Press, Chicago IL. and discovered that common bottlenose dolphins, have an “open” social system of ever-changing affiliations of individuals in groups and subgroups,Gaskin D.E. 1982. The Ecology of Whales and Dolphins, Pp. 128-129. Heinemann Press, London UK. a now commonly-accepted concept for many species and populations.
Würsig also accepted two ideas of the great biologist Roger Payne, his field mentor during Ph.D. work, and expanded these throughout much of his own research. One was the development of theodolite tracking of near-shore cetaceans and boats;Gailey G, Ortega-Ortiz JG. 2002. A computer-based system for cetacean theodolite tracking. Journal of Cetacean Research and Management 4(2):213-218. the other was identification photos and behavioral descriptions of animals from circling aircraft, with which much behavioral description of bowhead whales, was facilitated by Würsig in the U.S. and Canadian Arctic.Burns JJ, Montague JJ, Cowles CJ. 1993. The Bowhead Whale. Society for Marine Mammalogy Special Publication, Allen Press, Lawrence KS. This work led to detailed descriptions of surface foraging and social behavior, as well as the fact that bowhead whales at times feed on bottom-dwelling organisms.Wells RS, Boness DJ, Rathbun GB. 1999. Behavior. Pp. 356-357 In: Biology of Marine Mammals. Reynolds JE III, SA Rommel (eds). Smithsonian Institution Press, Washington, DC.
Würsig and several colleagues developed and tested a bubble curtain system to reduce underwater industrial noises,Würsig B, Greene CR, Jefferson TA. 2000. Development of an air bubble curtain to reduce underwater noise of percussive piling. Marine Environmental Research 49:79–93. and this technique has more recently received much engineeringSpence J, Fischer R, Bahtiarian M, Boroditsky L, Jones N, Dempsey R. 2007. Review of existing and future potential treatments for reducing underwater sound from oil and gas industry activities. Noise Control Engineering Report 07-001, 185 pp. http://www.soundandmarinelife.org/Site/Products/NCE07-001_TreatmentsForUnderwaterSoundFromOil.pdf and environmentalReyff JA. 2009. Reducing underwater sounds with air bubble curtains: Protecting fish and marine mammals from pile-driving noise. Transportation Research news, 262, May–June, pp. 31-33. http://onlinepubs.trb.org/onlinepubs/trnews/trnews262rpo.pdf attention.
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