In the early 20th century, the British Colonial Office and the Discovery Committee of the British Government undertook a series of major investigations into the biology of whales in the Southern Hemisphere. Using ship- and shore-based equipment (including whaling stations on South Georgia Island operated by the UK and other nations), these Discovery Investigations, as they were called, significantly advanced human knowledge of whale morphology and ecology.

The results of the Investigations were presented within the 37 volume series entitled the Discovery Reports. Groundbreaking for their time, these Reports are still important for cetacean research today.

“The data collected and published in the Reports were unique because they represented, in every case, a one-time, time-stamped opportunity to record the precise dimensions, weights, gut contents and many other details gathered as part of whaling activities,” explains Dr. Nicholas Pyenson, Curator of Fossil Marine Mammals at the Smithsonian’s National Museum of Natural History (NMNH).

Mackintosh NA, Wheeler JFG (1929) Southern blue and fin whales. Discovery Reports 1:257—510. http://www.biodiversitylibrary.org/page/15917732. Digitized by Smithsonian Libraries.

Pyenson has used the data in the Reports to inform several recent studies. For example, he and colleague Simon Sponberg used data on total length and adult body mass for Southern blue and fin whales, published in 1929 as part of the Discovery Reports, to help develop and test regression methods for reconstructing the body size of extinct whales. Their findings, published in 2011 in the Journal of Mammalian Evolution, provided major insight into studying the evolution of cetacean body size.

Fin whale fetus. Laws RM (1959) The foetal growth rates of whales with special reference to the fin whale Balaenoptera physalus Linn. Discovery Reports 29: 281–308. http://www.biodiversitylibrary.org/page/5569026. Digitized by MBLWHOI Library.

More recently, while researching the evolution of whale hearing, Maya Yamato and Pyenson used data on the fetal growth rates of whales, published in 1959 as part of the Discovery Reports, to gain insight into the maturation of the ear in baleen and toothed whales. Their research, published in 2015 in PLOS ONE, traces the development of an evolutionarily novel feature in cetaceans – the use of an acoustic funnel, rather than an ear canal, for hearing.

“The historic information in the Reports is so valuable for a variety of questions about the evolution, anatomy, and ecology of large whales,” asserts Pyenson.

Dr. Nicholas Pyenson. Selfie from a seakayak in Sitka Sound, Alaska.

Pyenson has been studying marine mammals and other marine vertebrates for over 15 years. He’s published pioneering research on the evolution and diversification of marine mammalian lineages and has used revolutionary techniques like 3D modeling to uncover new insights into the anatomy and transformation of this group. He’s even shared some of his research during past BHL-related events, including live webcasts for the #FWTrueLove and #FossilStories campaigns.

Pyenson’s scientific achievements, including the use of emerging digital tools to expand public access to fossils, earned him the coveted Presidential Early Career Award for Scientists and Engineers (PECASE). He is the first NMNH scientist to receive this award, which is the “highest honor bestowed by the United States Government on science and engineering professionals in the early stages of their independent research careers.”

While Pyenson has embraced many novel research techniques, the historic data found in publications like the Discovery Reports underpins much of his work. Thanks to the digital open access provided by the Biodiversity Heritage Library (BHL), it’s easier than ever to integrate these resources into modern research processes.

“As a free, mobile archive for natural history literature, BHL is ideal for 21st century research, which can happen on the field, in a museum, or at a coffee shop, as long as there’s internet connectivity,” lauds Pyenson.

Pyenson began using BHL nearly ten years ago, and over the past decade, it has had a major impact on his – and his colleagues’ – research.

“BHL supercharges the speed and efficiency of scholarly research, especially in the natural sciences where old literature sometimes contains the only information on a topic, taxon, geographic locality or collector,” says Pyenson. “And because BHL is open-access, I know firsthand that many of my international colleagues have dramatically better access to the literature covered in its database than more recent journals locked behind pay-walls.”

Pyenson uses BHL at least once a week, obtaining descriptions, measurements, and detailed views of morphology on fossil or modern specimens. The usability of the website, and the fidelity and quality of the scans, allow him to access and download information that is critical to his work.

“I think BHL’s interface is really wonderful. The links are crisp and easy to find and share. I especially enjoy the selectivity of being able to download just a few pages or only a specific article from an issue.”

Dr. Nicholas Pyenson at Cuverville Island, Antarctica. Photo credit: Martha Stewart.

Given the significant impact that BHL has had on Pyenson’s work, he is anxious that more people be made aware of the vast abundance – and importance – of this free and open access collection.

“We need to get the word out. Old literature matters,” asserts Pyenson.

And matter it does. As Dr. Pyenson’s experience demonstrates, by providing a wealth of data on species morphology, phylogeny, and ecology, historic literature forms the foundation for the investigation of modern and ancient biodiversity. By making this content globally accessible to anyone with an Internet connection, BHL is helping to advance scientific research and inspire discovery of the natural world.

You can help support global research through a tax-deductible donation to BHL. With your help, we can continue to democratize access to information about biodiversity and empower scientific research on a global scale.

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This post may contain the personal opinions of BHL users or affiliated staff and does not necessarily represent the official Biodiversity Heritage Library (BHL) position on these matters.

The Smithsonian National Museum of Natural History’s FossiLab is a busy place, responsible for preparing newly-collected fossils for Smithsonian’s scientists and maintaining the fossils in the Smithsonian’s collection. Visitors to the museum can actually watch staff and volunteers at work in the FossiLab, which is located within the Last American Dinosaurs Exhibition.

One of the projects in the FossiLab is the conservation and rehousing of specimens from the Museum’s fossil marine mammal collection. The specimens range from individual teeth to skulls, jaws and more-or-less complete skeletons comprised of both intact and fragmentary bones. Some of the most important specimens were described by Smithsonian scientists in articles now available online through the Biodiversity Heritage Library. The BHL collection gives FossiLab staff easy access to early photographs and drawings of these fossils, aiding their conservation work greatly. How is that? Fossils tend to break over time (gravity, vibration, and even the most careful handling may cause old repairs to fail or new fractures to form). Most such breaks are easy to repair, but in a large collection of fragmentary bones it’s not always easy to distinguish breaks that occurred during storage from those that predate a fossil’s discovery. When staff compare the bones to the original illustrations, the distinction becomes clear. Not only can they see if fragments have gone missing, but they also learn the approximate shapes of any missing pieces. If you’ve ever put a jigsaw puzzle together, you know how much easier it is to find a missing piece if you know what it looks like!

The photos below show an example of the FossiLab’s work. This past summer, the fossil of an extinct shark-toothed dolphin, Squalodon calvertensis (USNM 10484), was brought to FossiLab for rehousing. It had been described in 1923 by Remington Kellogg in the Proceedings of the United States National Museum. When staff compared the ribs with the photo in the publication (left), they realized that some had broken during their 92 years in storage. A careful search among all the bones in the storage drawer turned up the missing pieces. FossiLab staff reattached them using an archival adhesive before rehousing the entire specimen and returning it to storage. The repaired and rehoused ribs are shown in the photo on the right.

Ribs from Squalodon calvertensis. Left: Photo from “Description of two squalodonts recently discovered in the Calvert Cliffs, Maryland; and notes on the shark-toothed cetaceans.” Kellogg, Remington. Proceedings of the United States National Museum. 62(2462). pg. 1-69. http://biodiversitylibrary.org/page/16118643. Right: Same ribs, recently rehoused at the Smithsonian’s FossiLab.

The FossiLab is also very interested in fossil teeth. Why? According to FossiLab volunteer Advait Jukar, a PhD student at George Mason University, these teeth can help us determine, for example, the number and types of dinosaur species in a region.

Curious to know more about the fascinating things that fossil teeth can tell us about ancient life and to further explore the work going on at the Smithsonian’s FossiLab? You’re in luck!

Tune in today, October 14, at 9am EST for a live tour of the FossiLab with Advait Jukar! The event will take place on the BHL Periscope account. To participate, simply follow BHL (@BioDivLibrary) on Periscope (you’ll then receive a notification via Periscope once the event is live) or follow @NMNH or @BioDivLibrary on Twitter. We’ll tweet out the link to the Periscope event on those accounts once it’s live.

If you missed the live event, you’re in luck. You can see the recording on YouTube!

We hope to see you today on Periscope, and remember to follow our blog and #FossilStories on Twitter and Facebook all week for more great fossil fun and live webcasts. Check out the full webcast schedule below:

The Smithsonian Field Book Project is showcasing Frederick William True in February! This post is follows in a series of blogs and social media content from the Biodiversity Heritage Library, Pyenson Lab, Smithsonian Transcription Center, Smithsonian Archives, and Smithsonian Libraries celebrating #FWTrueLove. Click on these links to the first and second posts; the third one, below, is based on a seminar recently presented by John Ososky (OsteoPrep Lab, Department of Vertebrate Zoology, NMNH) and co-written with N. D. Pyenson.

Frederick William True. c. 1880s. Smithsonian Institution Archive. Negative Number 2002-32245. http://siarchives.si.edu/collections/siris_sic_10688.

In 1858, the inland port of Middletown, Connecticut, was the largest manufacturer of marine hardware in the United States, at a time when the shipping industry shifted from sails to steam. Frederick W. True was born that year, and unsurprisingly developed a lifelong interest in ships and fisheries, especially as he witnessed the decline of the Yankee whaling industry. After earning a Bachelor of Science degree in 1878, he took a job as clerk with the U.S. Fish Commission, which at the time was headed by the Smithsonian’s second Secretary, Spencer Fullerton Baird.

Spencer Fullerton Baird. Smithsonian Archives – History Div, 46853/oval or 2004-60740. http://siarchives.si.edu/history/spencer-fullerton-baird.

While Secretary of the Smithsonian, Baird also decided to serve as the first Commissioner of the U.S. Fish Commission (a precursor to NOAA’s National Marine Fisheries Service). Under Baird’s guidance, the Commission became a robust scientific enterprise, undertaking extensive surveys of fisheries along all U.S. coastlines, censuses of fishery laborers, and also collecting data on target species and fisheries infrastructure. Baird was strategic about his influence, and he used the expansion of the Commission as an opportunity to hire promising young naturalists — such as True — and get their foot in the door at the Smithsonian.

Recruited by Baird, True was initially a special agent for the U.S. Fish Commission, but eventually Baird put him in charge of the joint Smithsonian-U.S. Fish Commission display at the Berlin Fisheries Exhibition of 1880, where many of the specimens collected by special agents for the Commission were put on display. At the time, the Smithsonian lacked an official library (for various historical reasons), and Baird rectified this situation in 1881 by donating his own personal library to form the core of a new research library at the Smithsonian. Baird recognized True’s diligence and acumen as a reseacher, and hired him to lead it. True seized on the opportunity, and improved on the idea immediately, forming divisional libraries to meet the specialized needs of individual curators, which still continue to this day (such as the Kellogg Library of marine mammalogy, named in honor of Remington Kellogg, who never met True but succeeded him as a Smithsonian marine mammalogist).

Remington Kellogg. Smithsonian Institution Archives. Image Number 78-3701. http://siarchives.si.edu/collections/siris_sic_11289.

True sometimes diverged from his role as a librarian to fill a void as acting curator of mammals; Baird, who noted True’s ambition and drive, soon appointed him curator of mammals in 1883. While microscopic descriptions were the rage in natural history at the time, True’s poor eyesight made this type of work difficult. True instead recognized the wealth of marine mammals specimens at the Smithsonian that had been generated in part by Baird’s collections from the Commission, as well as collections made by Captain Charles M. Scammon in the North Pacific Ocean in the 1870s and the prolific Edward Drinker Cope, who had been hired by Baird to write a monograph on cetaceans, which only came to partial fruition. Thus, True had the opportunity and motivation to expand his interest in marine fisheries and take on the study of cetaceans.

At the same time, True recognized the need to expand and grow the collections for the U.S. National Museum (USNM, the forerunner of what today is called the National Museum of Natural History, or NMNH). In a shrewd and practical move, True encouraged keepers of lighthouses and life-saving stations along the U.S. coasts to collect stranded specimens and data on marine mammals. True’s 1884 guide on the topic effectively presaged the logic of the modern marine mammal stranding network, which only formally took effect with the U.S. Marine Mammal Act of 1972.

Suggestions to the keepers of the U.S. life-saving stations, light-houses, and light-ships; and to other observers, relative to the best means of collecting and preserving specimens of whales and porpoises. True, F.W.  (1884). http://biodiversitylibrary.org/page/16177227.

True capitalized on Baird’s support by expanding collecting efforts, both opportunistically as part of industries and fisheries, and with more dedicated expeditions with specific curators at USNM. For example, the Smithsonian’s involvement with the Western Union Telegraph Expedition to Alaska in 1865 brought William H. Dall, a paleontologist who later would work for both the U.S. Geological Survey and the Smithsonian, into the collaborative fold. As a tribute to Dall’s impact, True named Dall’s porpoise, Phocaena dalli (now Phocoenoides dalli) in 1885 based on a description, drawings and specimen collected by Dall in Alaska. Unfortunately, this specimen was initially shipped to the Army Medical Museum by mistake, where rats chewed up the postcranial elements. (The skull is now all that is now left of the holotype specimen).

Dall’s porpoise (Phocoenoides dalli). Proceedings of the United States National Museum. v. 8 (1885). http://biodiversitylibrary.org/page/15383677.

In 1895, the U.S. Fish Commission called True back into service for a study on the Northern fur seal industry in the Pribilof Islands, off Alaska. The Commission, lacking confidence in the local Russian naturalist’s conclusion about sustainable yield of fur seal skins from the islands’ rookeries, launched their own investigations. True, as he would in other field expeditions, brought along his father-in-law, D. W. Prentiss, as well as one of his chief preparators, William H. Palmer, who collected specimens while there. (Palmer would also later collect Miocene fossil marine mammals for True in Calvert County, Maryland). En route to the Pribilofs, the team dropped off another Smithsonian curator, Leonhard Stejneger, at the Commander Islands, near the Kamchatka Peninsula of modern-day Russia. Stejneger, who slightly preceded True, collected many marine mammals as well, including a beaked whale specimen that True named for him, Mesoplodon stejnegeri. True’s report on their work at the Pribilofs offered novel conservation strategies for the population, although he viewed a ban on pelagic sealing as the only effective strategy.

In 1899, True travelled to Newfoundland where a shore based whaling operation had been started by the Cabot Whaling Company at Snooks Arm in Notre Dame Bay. True joined the crew on the steam powered ships as they harpooned and returned to the station fin whales, as well as a smaller number of humpbacks. True observed and photographed the whaling operation, but also participated in crew activities, even including manning the harpoon on a successful fin whale hunt. As whales were flensed and processed, True availed himself of an opportunity to study the whale’s anatomy, especially at a second station that was opened at Balaena Station in Hermitage Bay, Newfoundland, in 1901. There, the primary target species were blue whales, which were too fast and too large for earlier fisheries to tackle. This operation offered an exciting new opportunity to study them, and generated important collections for the USNM, including a full plaster cast of one individual for the St. Louis Exposition of 1903.

Remington Kellogg and Leonhard Stejneger with the 1903 blue, or sulphur-bottom, whale, on exhibit in the Natural History Museum, c. 1930s. Image from Smithsonian Institution Archives.

True’s ultimate contributions to marine mammal science were three profound monographs on Cetaceans. Grace Costantino provided a nice summary of his 1899 monograph on oceanic dolphins (A Review of the Family Delphinidae) at BHL’s blog last week. True’s lengthy Whalebone Whales of the Western North Atlantic in 1904 marked the first affirmative answer to whether baleen whales on opposite sides of the Atlantic constituted the same species and populations. To arrive at that conclusion, True provided the first extensive review of the validity of earlier descriptions of American whales by Scammon and Cope, an effort which relied on his own travels to other museum collections, and the rapidly growing one at his home institution (USNM). His 1910 work on beaked whales (An Account of the Beaked Whales of the Family Ziphiidae) similarly cleared up a mess of older taxonomic names for this enigmatic group of toothed whales, which have been a special strength of the Smithsonian since the time of Baird. In the past 100 years, many beaked whale species have been named after Smithsonian curators and other research associates, including: Baird’s beaked whale (Berardius bairdii), Stejneger’s beaked whale (Mesoplodon stejnegeri), True’s beaked whale (Mesoplodon mirus) and Perrin’s beaked whale (Mesoplodon perrini by emeritus curator of marine mammals James G. Mead). For his own contributions, True’s name is bestowed on the common names of two rodent species that he described and published on from Asia.

Head of True’s Beaked Whale (Mesoplodon mirus). Proceedings of the United States National Museum. v. 45 (1913). http://biodiversitylibrary.org/page/7307255.

In True’s entry for the Dictionary of American Biography, Alexander Wetmore (an ornithologist, Smithsonian curator, and the sixth Secretary of the Smithsonian) reflected that True was “profound as a student, and exact and punctilious as an administrative officer,” traits that no doubt served him well in his major capacities at USNM. By 1897, True was appointed head curator of the Department of Biology, with broad administrative direction over all biological work at USNM, and served as acting secretary of the entire institution for a short period of time that year. When the natural history collections of USNM moved across the National Mall to the newly built natural history building in 1910 (today, the main museum for NMNH), True became assistant secretary of the Smithsonian in charge of the library and of the international exchange service, a position that he occupied until his death in 1914.

The Delphinidae: Cetacean Taxonomy’s “Trash Basket”

When you think of oceanic dolphins, chances are you don’t think of trash. But if you’re a taxonomist, you might.

“The family Delphinidae has been called a ‘taxonomic trash basket’, because many small to medium-sized odontocetes of various forms have been lumped together in this group for centuries” (Dr. Edward Vanden Berghe, Flanders Marine Institute. WoRMS. Delphinidae).

Fig B: Commerson’s dolphin (Cephalorhynchus commersonii); Fig. C: white-beaked dolphin (Lagenorhynchus albirostris); Fig. D: short-beaked common dolphin (Delphinus delphis); with the harbour porpoise (Phocoena phocoena) – Fig. A. (Listed by True as Phocaena communis within Delphinidae. Today named Phocoena phocoena in Phocoenidae family) in BHL. Norman, J.R. Field Book of Giant Fishes (1949). http://biodiversitylibrary.org/page/6279181.

Even today, multiple classifications exist, and depending on the schema used, anywhere from 30-50 species may be attributed to Delphinidae, ranging in size from 1-9.1 meters (see various taxonomies in EOL, WoRMS, Marine Mammal Science, and Animal Diversity Web). The distribution of Delphinidae species across such wide and diverse habitats and the lack of data for many members of the family impede conclusive taxonomic assertions regarding species distinctions and relationships.

Regardless of the questions still remaining, members of the Delphinidae family share many characteristics, including numerous conical teeth, compression and fusion of the neck vertebrae, and sophisticated echolocation ability.

Short-beaked common dolphin (Delphinus delphis). Gemeinnüzzige Naturgeschichte des Thierreichs. Bd. 2 Plates (1780). http://biodiversitylibrary.org/page/28342227.

The quest to understand and organize oceanic dolphins is one that requires patience and the continual acquisition of knowledge and data. This has been the reality since scientists first attempted to classify these marine mammals, and one poignantly felt by one of the world’s foremost cetacean authorities at the turn of the century: Frederick William True.

F.W. True: Pioneering Cetologist

Frederick W. True (1858-1914) began his career as a clerk at the U.S. Fish Commission in 1878. In 1881, he was hired by S.F. Baird as Librarian and Acting Curator of Mammals at the Smithsonian’s National Museum of Natural History, after which he was promoted to Head Curator of Biology in 1897 – a position he held until 1911 when he became the Assistant Secretary of the Smithsonian Institution. With a focus on living and marine fossil mammals, True was the first marine mammals curator at the Smithsonian. Though he is most famous for his work on the mysticetes and beaked whales, True also provided invaluable contributions to the study of the Delphinidae family.

Frederick W. True. Image Courtesy the Smithsonian Institution Archives | Image # MAH-11716 http://siarchives.si.edu/collections/siris_sic_10333

At the turn of the century, the status of the Delphinidae family was even more confusing than it is today. The widespread distribution of the family meant that the same species might actually be found off the coasts of every continent (the common bottlenose dolphin (Tursiops truncatus) for example, has a worldwide range). More crucially, the lack of access to the specimens and data of scientists in different parts of the world, led to the tendency of some naturalists (such as Edward Drinker Cope) to base new species descriptions on scant data (often relying on a single, perhaps incomplete, specimen to assert a new species). Consequently, our turn of the 20th century understanding of Delphinidae was saturated with questionable, often synonymous, scientific names.

Common bottlenose dolphin (Tursiops truncatus). Beddard, Frank E. A Book of Whales (1900). http://biodiversitylibrary.org/page/1398413.

True recognized that scientists at the time used non-uniform criteria to describe and classify species. Some based descriptions on external characteristics, while other relied on osteological examinations, resulting in, as True put it, two series of species. Varied criteria employment also resulted in drastically different classification schemes, resulting in a plethora of competing taxonomic trees for both Delphinidae and related families.

The preponderance of oceanic dolphin scientific names and uncertainty of species relationships was a major impediment to the advancement of Delphinidae research. Near the end of the nineteenth century, True set out to bring order to the chaos.

Revising the Delphinidae

True began his endeavor with a focus on the species found off the North American coasts, but the state of affairs compelled him to expand his scope to the entire Delphinidae family. Though his work was largely based on that of Gray, Flower, Stejneger and Baird, True was the first person to attempt to analyze all available data, harmonize the many synonyms, and produce a classified list of truly distinct Delphinidae species.

True quickly realized that “a proper comparison of the species described respectively by European and American naturalists could not be made without an examination of the types.” Thus, in the winter of 1883-84, True spent four months in the museums of England and Europe studying the type specimens of the described Delphinidae species. The result of his labor was the publication Contributions to the natural history of the cetaceans. A review of the family Delphinidae, which presented a revised Delphinidae classification.

During his time abroad, True kept a journal recording the observations, measurements and data he gathered. These records were used to inform the aforementioned publication. Dr. Nick Pyenson, current Curator of Fossil Marine Mammals at the Smithsonian’s National Museum of Natural History, recently discovered this journal amongst a box of True’s manuscripts and research materials in the Smithsonian’s Remington Kellogg Library of Marine Mammalogy.

F.W. True’s Journal (1883-84). Data recorded from specimens at European and English museums. Used to inform True’s Delphinidae publication.

As the journal (1883-84) shows, True carefully examined and measured all of the type specimens he could find, including specimen catalog numbers, locality, sex and age if known, various lengths including total, length of beak, and girth, and other data such as the number of teeth. These kinds of data remain relevant today, where the consistent collection and curation of this irreplaceable data provides the basis for answering many different ecological, evolutionary and conservation research questions.

F.W. True’s Journal (1883-84). Data recorded from specimens at European and English museums. Used to inform True’s Delphinidae publication.

Even more interesting, the logbook is annotated by Remington Kellogg, the aforementioned library’s namesake and himself an authority on cetaceans. Though his time at the Smithsonian’s National Museum of Natural History postdated True’s lifetime, Kellogg took a keen interest in True’s work and annotated many of his manuscripts, including not only this journal but also True’s fieldbook of collecting trips in 1906-08.

True. F.W. U. S. National Museum log book of collecting trips for fossil cetaceans (1906-08). Digitized by the Smithsonian Institution Archives for The Field Book Project. http://biodiversitylibrary.org/page/46701241.

The measurements and osteological examinations recorded in True’s 1883-84 journal were used to create limits of specific variation among species and inform a comparative analysis of species relationships to produce a revised taxonomic tree. The result was the harmonization of existing scientific names down to a total of 62, classified within 19 genera and 2 subfamilies within Delphinidae.

Of course, the science of taxonomy is not a static endeavor. Classifications are constantly improving and evolving as we have access to new information and specimens, discover new species, and employ new techniques (such as DNA sequencing) in our quest to better understand the world and the species in it. Indeed, even True himself acknowledged that the accuracy of classifications was dependent on the availability of data and the construction of a full biological picture. In his publication, True asserted,

“The writer is fully aware that the time is not yet ripe for a final review of the family Delphinidae. The work now accomplished must be regarded as provisional and subject to change in the future…Cetologists must be content to wait patiently until the acquisition of new specimens make a complete description possible.”

And indeed, new information has come to light since True revised the Delphinidae family over 100 years ago. While the total number of species, genera, and subfamilies differ depending on the classification schema used, of the 62 distinct species that True recognized, 38 are recognized as distinct today (though some under different names), and 32 are still included in the Delphinidae family. Twenty-four of the species True classified as distinct are now considered representatives of other species cataloged in his publication or are not recognized as distinct species today (i.e. nomen dubium). While many of the binomials employed by True are today considered invalid synonyms (though some have changed only slightly in spelling), 15 of the names included by True are still considered valid. (Comparisons made on whole species binomial. Data based on taxon information in WoRMS collected 1/30/2015. Note: some researchers have proposed using Sagmatias for species of Lagenorhynchus today — so Sag. amblodon may get resurrected.)

Table Comparing the species names presented by True (“True’s Species”) with the corresponding valid species names recognized today (“Today’s Species). Each unique species listed under “Today’s Species” is highlighted with a distinct color, and all names employed by True in the “True’s Species” column are color coded with the valid name they are recognized to represent today. The “Family” column indicates the taxonomic family to which the species identified by True are today understood to belong to. Comparisons based on taxon information in WoRMS collected on 1/30/2015.

Scientific Research in the Digital Age

The efficiency of scientific research depends on access to raw data, specimens, and previously published information. During True’s lifetime, access to this information was especially difficult, resulting in the proliferation of competing taxonomies. Satisfying information needs often required expensive trips across oceans and countries to consult dispersed institutional collections.

Today, open access digitization initiatives are working to provide global, online access to the information required to study, describe, and classify life. The digitization of museum specimens, scientist’s raw data contained in unpublished fieldbooks, and centuries’ worth of published natural history literature allows researchers to draw connections among all of this information, see the work upon which current systems are based, compare notes across disciplines and time, and more easily harmonize synonyms and create classifications. The Biodiversity Heritage Library and The Field Book Project, through the digitization of natural history fieldbooks and publications, are two programs amidst a growing cadre of initiatives dedicated to facilitating discovery of the natural world. Through continued collaboration and a commitment to open access, we can improve the efficiency of scientific research across the globe.

For more fun, browse historic Delphinidae illustrations from BHL: http://ow.ly/IuYCX

With contributions by: Dr. Nick Pyenson | Curator of Fossil Marine Mammals, NMNH