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Hey Everyone! I've really come to appreciate all the help and support that this community offers. I feel privileged to live in a time and place where it is so easy to stay connected with others who share interest in our pursuit to uncover the mystery of deep time. I suppose that I should start off by introducing myself in case you haven't had the pleasure yet. So. Here goes: Hi! My name is Nicholas Perlenfein. I’m a student at College of the Redwoods currently pursuing an AST in Geology. I have an intense interest in studying fossils the genesis of which lies very early in the most dormant memories of my childhood. I hope one day to become a paleontologist or maybe a fossil preparator. I’m currently enrolled in my colleges English 1A course and have been assigned to conduct primary research in the form of a recorded interview regarding the discourse within my desired carrier and major. We are directed to schedule an interview with a professional in a relevant field and ask them about how peers within the profession choose to communicate and what ethics are held by the community at large. I felt that someone on TTF must work at a natural history museum, or knows someone they can put me into contact with, or at the very least, point me in the right direction? I understand that during these difficult times that people are very busy, I know for a fact that my schedule has been greatly disrupted. As stated before, I am looking to conduct an online interview, we can do Skype, zoom etc. of about 30 to 45 minutes that I can record in order to refer back to whilst writing my essay. Its crucial i be able to record the interview so, if you're not comfortable with that, although I would be thrilled to talk to you, I sadly won't be able to use our conversation for this assignment. I just want to thank everyone reading this one more time for making me feel so welcome in the community. I look forward to your replies. -Nick

WOW! I recently decided to put my name in and catalogue all the books in my personal library. There was one book that was dated 1900 but the binding was fine for a book that old and someone had filled it with notes and colored most of the black and white plates of crinoids. The title is Text Book of Paleontology by Zittel, vol.1, London, 1900. So I thought the notes were made by a student and didn’t give it much thought. It wasn’t until yesterday April 1st. when I was going to stamp my name on the title page when I noticed that the previous owner signed his name. It read J. Wyatt Durham. I have had this book 15 years and had no idea that it was owned by a famous and important Paleontologist. When I researched Mr. Wyatt Durham, I found out that he was intent on locating the type specimens for the collection at Berkeley when he was their curator. This book has many notes in it about certain species that I am sure were on his list. Since the notes were written with pen and ink there are many pages where you can see his fingerprints and since the book was obviously rebound and the pages inside are well used, this book must have been an important tool for John Wyatt Durham. Pretty darn cool! In parallel with his interest in the history of paleontology and geology, he collected antiquarian books in the field, restored them, and bound them in their original, tooled leather style. This work was done at a professional level. Mikey Memorial to J. Wyatt Durham 1907–1996 RALPH L. LANGENHEIM, JR. Department of Geology, 245 NHB, University of Illinois, Urbana, Illinois 61801 J. Wyatt Durham was an invertebrate paleontologist and biostratigrapher. After an early career in petroleum exploration, he spent most of his life as curator and professor in the Museum of Paleontology and the Department of Paleontology at the University of California at Berkeley. During his 28 years as curator of fossil invertebrates, he greatly increased existing Mesozoic and Tertiary invertebrate collections and started an aggressive program building collections of older invertebrates. In addition, he brought the collection up to 20th century standards. This included an intensive search for type specimens that, in earlier days, had not been segregated and catalogued separately. Many of these fossils were part of the historically significant Whitfield and Pioche collections, purchased when the university first began its program in paleontology. Some were dispersed in the general collections, many of them not labeled as “type.” In fact, quite a few Whitfield “types” were being used in teaching collections! In addition, he promoted computerization of curatorial records. Throughout his professional career, Durham actively pursued field investigations, collecting thousands of fossils, and, more important, processing them into curated collections. Durham’s patient, systematic reconnaissance on the outcrop and his sharp, informed eye were impressive in action. He found interesting fossils where others walked right on by. He had a comprehensive interest in all aspects of paleontology, and his collecting wasn’t limited to immediate particular research projects; he avidly gathered materials likely to be important to others. Furthermore, he usually brought these fossils to the attention of the appropriate specialists. In some cases this led to joint publication with vertebrate paleontologists, paleobotanists, and investigators of invertebrate groups peripheral to his normal work. Durham organized the undergraduate and graduate invertebrate paleontology curriculum in the Department of Paleontology during the late 1940s and the 1950s. From the beginning, he kept pace with the rapid evolution of paleontology as the balance of interests shifted from description and biostratigraphy to greater emphasis on paleobiology, paleoecology, and patterns of evolution. His advanced courses and seminars dealt mostly with Mesozoic and Cenozoic fossils and problems. He also was largely responsible in the early 1950s for starting a graduate program in Paleozoic invertebrate paleontology and an undergraduate course in principles of stratigraphy. In parallel with his interest in the history of paleontology and geology, he collected antiquarian books in the field, restored them, and bound them in their original, tooled leather style. This work was done at a professional level. He also grew orchids and built his own telescope. Finally, perhaps in continuation of youthful avocations, he was an avid deer hunter. Durham was born August 22, 1907, at Okanogan, Washington, the son of John Wyatt and Sarah Evelyn Vandiver Durham. At the time, his father was dry-farming in eastern Washington, but his primary occupation was as a shipwright. Thus, most of Wyatt’s formative years were spent on the shores of Puget Sound. There he discovered paleontology when his high school science teacher encouraged his youthful interest in animals, plants, and fossils. After graduating from high school, he entered the University of Washington, where he was inspired and influenced by Charles Edwin Weaver. Weaver, with whom he maintained close association for as long as Weaver lived, sent him to study for his graduate degrees under Bruce Clark at the University of California at Berkeley. Thus, Durham acquired an abiding interest in Mesozoic-Cenozoic systematic paleontology and biostratigraphy, while training for a professional career in Mesozoic-Tertiary terrain under the mentoring of Weaver and Clark. After finishing his M.S. in 1936 he became a petroleum explorationist until 1939, working in Java and Sumatra for Nederlandische Pacific Petroleum Mij. While in the Dutch East Indies he collected the first Paleozoic fossils identified from Sumatra. According to his story, he thought they were Mesozoic, definitely not Tertiary; so he sent them to The Hague where they were identified as Paleozoic. Another incident, told in Berkeley, involved collecting a python. The job required using his full crew of local bearers and brush choppers to pin the snake down yard by yard. Returning to Berkeley and Bruce Clark, he completed his Ph.D. in 1941. From 1943 to 1946 he was chief paleontologist and geologist for Tropical Oil Company, a Standard Oil of New Jersey subsidiary, in Bogotá, Colombia. Sojourns in the East Indies and Colombia broadened his interests and scope beyond the American West Coast and introduced him to the art of field study in tropical and primitive regions. After a year, 1946–1947, as an associate professor of paleontology at the California Institute of Technology, he moved to the University of California at Berkeley as an associate professor of paleontology and curator of fossil invertebrates in the Museum of Paleontology. He was promoted to professor in 1953, and was chairman of the department from 1956 to 1957. After retiring in 1975, he continued active research in residence as professor emeritus until his death. He married Jane Roberts on August 6, 1935, and they had one son, John Wyatt Durham. Divorced in Berkeley, California, in 1971, he married Jean Brower Firby in 1972. In addition to being a Fellow of the Geological Society of America, Durham was a Fellow of the American Association for the Advancement of Science and the California Academy of Sciences. He was a member of the Society of Economic Paleontologists and Mineralogists, the American Association of Petroleum Geologists, the Society of Systematic Zoologists, the Paleontological Research Association, the Palaeontological Society (London), and the Japan Paleontological Society. He also was a Correspondent of the Instituto Ecuatoriano de Ciencias Naturales. Wyatt was a three-time officer of the Paleontological Society: vice president, 1951–1953; president, 1965–1966; and co-editor of the Journal of Paleontology, 1971–1976. During his presidency and on the Council thereafter, his unflappable fair-mindedness was invaluable in dealing with “winding down” PS-SEPM dual sponsorship of the Journal of Paleontology and with the aggressive young paleobiologists starting publication of Paleobiology. Both of these events were traumatic incidents as the balance between scholarly and applied paleontology and among biostratigraphers, paleoenvironmentalists, “classical” systematists, applied micropaleontologists, and paleobiochemists shifted drastically during the second half of the 20th century. Durham also was a longtime (1950–1965) member of the Science Council of the California Academy of Sciences. He was a trustee of the Academy from 1959 to 1970 and president in 1966–1968. From 1966 through 1970 he was a member of the U.S. National Committee on Geology. Durham was a Guggenheim Fellow in 1954–1955 and 1965–1966. He received the Paleontological Society Medal in 1988 and the Journal of Paleontology Best Paper Award in 1993. Durham was a large, well-proportioned man of deliberate mien. He always thoroughly thought through his message before he spoke or wrote and, thereafter, expressed himself briefly and efficiently. When sharing his office, I noted that he carefully composed papers by hand on yellow legal paper. After being typed, these first drafts required only minimal editing. He invariably was serious in professional conversation, but did not lack a sense of humor. Both, or all, sides of every contested question always were examined carefully before decisions were rendered. This meant that his reactions were slow, but it also meant that he rarely found it necessary to give up a position. He usually turned out to be right. As a consequence, leadership responsibilities tended to fall upon him wherever he went. Durham supervised about 50 doctoral students among his more than 80 graduate students. He was author of about 125 papers and books. He could be considered to have had at least four major, separate scientific careers. He began working on the systematic and descriptive paleontology of Tertiary and Mesozoic molluscan corals and echinoderms. This led him into the biostratigraphy of these fossils and problems of global zonation, especially reconciling biostratigraphic schemes founded on different organisms. A “California School,” including Hubert Schenck, Simeon Muller, Robert Kleinpell, Ralph Chaney, R. A. Stirton, Durham, and their graduate students, hammered out these problems during the 1950s, 1960s, and later. They were major players in the post–World War II redirection of stratigraphy. At the same time, he associated himself with Paul Hurd and Robert Usinger’s paleoentomology program, searching for and determining the age of amber deposits containing fossil insects. Notably, Wyatt organized and directed a broad exploration and investigation of Chiapanecan (Mexico) amber deposits, involving his own graduate students and a group at the University of Illinois. A large collection of amber insects was gathered and their geologic distribution and age were established. Geologic mapping, stratigraphic description and correlation, studies of the botanical origin of the amber, and diverse paleontologic studies also resulted. Finally, late in his career, he became interested in late Precambrian and earliest Paleozoic invertebrates, mostly small diverse echinoderms. Here again, his work was a major component in a major advance in paleontologic science: the late 20th century reevaluation of the transition from late Precambrian to earliest Paleozoic faunas. SELECTED BIBLIOGRAPHY OF J. W. DURHAM 1937 Operculina in the lower Tertiary of Washington: Journal of Paleontology, v. 11, p. 367. 1937 Gastropods of the family Epitonidae from Mesozoic and Cenozoic rocks of the west coast of North America, including one new species by F. Earl Turner and one by Richard Allen Bramkamp: Journal of Paleontology, v. 11, p. 479–512, 2 pl. 1940 Eocene and Oligocene coral faunas of Washington: Journal of Paleontology, v. 16, p. 84–104. 1944 Megafaunal zones of the Oligocene of northwestern Washington: University of California, Department of Geological Science Bulletin 27, p. 101–211. —— (with Weaver, C. E., Edwin, C., and others) Correlation of the marine Cenozoic formation of western North America (Chart 11): Geological Society of America Bulletin, v. 55, p. 569–598. 1949 Ontogenetic stages of some simple corals: University of California, Department of Geological Science Bulletin 28, p. 137–172. 1954 The marine Cenozoic of southern California, in Jahns, R. H., ed., Geology of southern California: California Department of Natural Resources, Division of Mines Bulletin 170, p. 59–71. 1955 Classification of clypeasteroid echinoids: University of California Publications in Geological Science, v. 31, p. 73–197. THE GEOLOGICAL SOCIETY OF AMERICA 8 1958 (and Melville, R., V.) A classification of echinoids: Journal of Paleontology, v. 31, p. 73–197. 1959 Palaeoclimates, in Ahrens, L. H., et al., eds., Physics and chemistry of the earth, Volume 3: New York, McGraw-Hill, p. 1–15. 1960 (and Allison, E. C.) The geologic history of Baja California [Mexico] and its marine faunas, in Symposium—The biogeography of Baja California and adjacent seas—Pt. 1, Geologic history: Systematic Zoology, v. 9, p. 47–91. 1963 (and Caster, K. E.) Helicoplacoidea—A new class of echinoderms: Science, v. 140, p. 820, 822. 1966 Evolution among the echinoidea: Cambridge Philosophical Society Biological Reviews, v. 41, p. 368-391. 1967 The incompleteness of our knowledge of the fossil record: Journal of Paleontology, v. 41, p. 559–565. —— (and MacNeil, F. S.) Cenozoic migrations of marine invertebrates through the Bering Strait region, in Hopkins, D. M., ed., The Bering Land Bridge: Stanford, California, Stanford University Press, p. 326–349. 1978 The probable metazoan biota of the Precambrian as indicated by the subsequent record: Annual Reviews of Earth and Planetary Sciences, v. 16, p. 21–42. 1985 Movement of the Caribbean plate and its importance for biogeography in the Caribbean: Geology, v. 13, p. 123–125. 1993 Observations on the Early Cambrian helicoplacoid echinoderms: Journal of Paleontology, v. 67, p. 590–604.