Specimen collection: An essential tool

Luiz A. Rocha(California Academy of Sciences), Alexandre Luis Padovan Aleixo(Museu Paraense Emílio Goeldi), Gwenfread E. Allen, Frank Almeda(California Academy of Sciences), Carole C. Baldwin(Smithsonian Institution), M. V. L. Barclay(Natural History Museum), John M. Bates(Field Museum of Natural History), A. M. Bauer(Villanova University), Francesca Benzoni(University of Milano-Bicocca), Chelsea M. Berns(Utica College), Michael L. Berumen(King Abdullah University of Science and Technology), David C. Blackburn(California Academy of Sciences), Stan Blum(California Academy of Sciences), Federico Bolaños, Rauri C. K. Bowie, Ralf Britz(Natural History Museum), Rafe M. Brown(University of Kansas), Carlos Daniel Cadena, Kent E. Carpenter(Old Dominion University), Luis M. P. Ceríaco, Prosanta Chakrabarty(Louisiana State University), Gerardo Cháves, J. Howard Choat(James Cook University), Kendall D. Clements(University of Auckland), Bruce B. Collette, Allen G. Collins, Jerry A. Coyne(University of Chicago), Joël Cracraft(American Museum of Natural History), Thomas F. Daniel(California Academy of Sciences), Marcelo R. de Carvalho(Universidade de São Paulo), Kevin de Queiroz(Smithsonian Institution), Fábio Di Dario, Robert C. Drewes(California Academy of Sciences), John P. Dumbacher(California Academy of Sciences), Andrew Engilis(University of California, Davis), Mark V. Erdmann, William N. Eschmeyer(California Academy of Sciences), Chris R. Feldman, Brian L. Fisher(California Academy of Sciences), Jon Fjeldså(Natural History Museum of Denmark), Peter W. Fritsch(California Academy of Sciences), Jérôme Fuchs(Muséum national d'Histoire naturelle), Azemir Berhanu Getahun, Anthony C. Gill(University of Sydney), Martin F. Gomon, Terrence M. Gosliner(California Academy of Sciences), Gary R. Graves(Smithsonian Institution), Charles E. Griswold(California Academy of Sciences), Robert Guralnick, Karsten E. Hartel(Harvard University Press), Kristofer M. Helgen(Smithsonian Institution), Hsuan‐Ching Ho(University of California, Davis), Djoko T. Iskandar, Tomio Iwamoto(California Academy of Sciences), Zeehan Jaafar(National University of Singapore), Helen F. James(Smithsonian Institution), David W. Johnson(Smithsonian Institution), David Kavanaugh(California Academy of Sciences), Nancy­ Knowlton­(Smithsonian Institution), Eileen A. Lacey, Helen K. Larson, P. Last, Jeffrey M. Leis(Australian Museum), H. A. Lessios, James K. Liebherr(Cornell University), M. D. Lowman(California Academy of Sciences), D. Luke Mahler(University of California, Davis), V. Mamonekene, Keiichi Matsuura(National Museum of Nature and Science), Gregory C. Mayer, Herman L. Mays(Cincinnati Museum Center), John E. McCosker(California Academy of Sciences), Roy W. McDiarmid(Smithsonian Institution), Jimmy A. McGuire, Matthew J. Miller, Rich Mooi(California Academy of Sciences), Rich Mooi(California Academy of Sciences), Craig Moritz(Australian National University), Philip C. Myers(University of Michigan–Ann Arbor), Michael W. Nachman, Ronald A. Nussbaum(University of Michigan–Ann Arbor), D. � Foighil(University of Michigan–Ann Arbor), Lynne R. Parenti(Smithsonian Institution), James F. Parham(California State University, Fullerton), E. S. Paul, Gustav Paulay, Jorge L. Pérez‐Emán, Alejandro Pérez‐Matus, Steven Poe(University of New Mexico), John J. Pogonoski, Daniel L. Rabosky(University of Michigan–Ann Arbor), J. E. Randall(Bernice P. Bishop Museum), James Davis Reimer, D. Ross Robertson, Mark‐Oliver Rödel(Museum für Naturkunde), Miguel Tréfaut Rodrigues(Universidade de São Paulo), Peter D. Roopnarine(California Academy of Sciences), Lukas Rüber, Mason J. Ryan(University of New Mexico), Frederick H. Sheldon(Louisiana State University), Gento Shinohara(National Museum of Nature and Science), Andrew E. Z. Short(University of Kansas), W. Brian Simison(California Academy of Sciences), William F. Smith‐Vaniz, Victor G. Springer(Smithsonian Institution), Melanie L. J. Stiassny(American Museum of Natural History), José G. Tello(American Museum of Natural History), Cody W. Thompson(University of Michigan–Ann Arbor), Thomas Trnski, Phillip Thomas Tucker(University of Michigan–Ann Arbor), Thomas Valqui, Michael Vecchione, Erik Verheyen(Institute of Natural Sciences), Peter C. Wainwright(University of California, Davis), Terry A. Wheeler, William T. White, Kipling Will, J. T. Williams(Smithsonian Institution), Gary C. Williams(California Academy of Sciences), E. O. Wilson(Harvard University Press), Kevin Winker(University of Alaska Fairbanks), Richard Winterbottom(Royal Ontario Museum), Christopher C. Witt(University of New Mexico)
Science
May 23, 2014
Cited by 249Open Access
Full Text

Abstract

Deep Ocean Species. The little that is known mostly comes from collected specimens. L.A. Rocha et al. Letter "Specimen collection: An essential tool" (23 May, 344: 814) brilliantly discuss the importance of specimen collection and present the evolution of collecting since the mid-19th century until our present strict codes and conducts. However, it is also important to emphasize the fact that the vast majority of deep ocean macro-organisms are only known to us because of collection and this is a strong argument that should be present in our actions as scientists. If the deep is considered the least known of Earth’s habitats (1% or so according to recent estimates) then what awesome collection of yet to discover species are still there to be properly described? As the authors point citing (1), something around 86% of species remain unknown. Voucher specimens are fundamental for the reasons pointed out and perhaps the vast depths of the World’s oceans are the best example of that importance. The resumed report of 2010 Census of Marine Life (2) showed that among the millions of specimens collected in both familiar and seldom-explored waters, the Census found more than 6,000 potentially new species and completed formal descriptions of more than 1,200 of them. It also found that a number of rare species are in fact common. Voucher specimens are essential and, again agreeing with L.A. Rocha et al. Letter (see above), the modern approach for collecting will not be a cause for extinctions but instead a valuable tool for knowledge, description and even, as seen above, a way to find out that supposed rare species may not be that rare and even prove to reach abundant populations.


Related Papers

No related papers found

Powered by citation graph analysis