GLORIA

GEOMAR Library Ocean Research Information Access

feed icon rss

Your email was sent successfully. Check your inbox.

An error occurred while sending the email. Please try again.

Proceed reservation?

Export
  • 1
    Online Resource
    Online Resource
    Berkeley :University of California Press,
    Keywords: Historical geology - Latin America. ; Electronic books.
    Description / Table of Contents: The fish faunas of continental South and Central America constitute one of the greatest concentrations of aquatic diversity on Earth, consisting of about 10 percent of all living vertebrate species. Historical Biogeography of Neotropical Freshwater Fishes explores the evolutionary origins of this unique ecosystem. The chapters address central themes in the study of tropical biodiversity: why is the Amazon basin home to so many distinct evolutionary lineages? What roles do ecological specialization, speciation, and extinction play in the formation of regional assemblages? How do dispersal barriers contribute to isolation and diversification? Focusing on whole faunas rather than individual taxonomic groups, this volume shows that the area's high regional diversity is not the result of recent diversification in lowland tropical rainforests. Rather, it is the product of species accumulating over tens of millions of years and across a continental arena.
    Type of Medium: Online Resource
    Pages: 1 online resource (724 pages)
    Edition: 1st ed.
    ISBN: 9780520948501
    DDC: 597.176098
    Language: English
    Note: Intro -- Title Page -- Copyright Page -- Dedication Page -- Contents -- Contributors -- Preface -- Part One: Continental Analysis -- 1: Introduction to Neotropical Freshwaters -- Geological Features -- Landscape and Ecological Features -- Earth History Effects -- Brief History of Biogeographic Studies -- 2: Major Biogeographic and Phylogenetic Patterns -- The Neotropical Ichthyofauna -- Major Biogeographic Patterns -- Phylogenetic Patterns -- Why So Many Species? -- Conclusions -- 3: Geological Development of Amazon and Orinoco Basins -- Amazonia through Time -- A Cratonic Amazonian River Runs Westward (Cretaceous-Oligocene: 112-24 Ma) -- Wetland Development and Amazon Reversal (Early-Middle Miocene: 24-11 Ma) -- The Initial Transcontinental Amazon (Late Miocene-Pliocene: 11-2.5 Ma) -- Ice Age Amazonia (Quaternary: < -- 2.5 Ma) -- Concluding Remarks -- 4: The Paraná-Paraguay Basin: Geology and Paleoenvironments -- Overview of the Geology and Geography -- Mesozoic Formations -- Paleogene Formations -- Neogene Formations -- Neogene Paleoenvironmental Interpretations -- 5: Species Richness and Cladal Diversity -- Hollow Curves -- Clades and Basins -- Attributes of Species-Rich Clades -- Clade-Diversity Profiles -- Conclusions -- 6: Paleogene Radiations -- Paleogene Geology and Hydrogeography -- Transition from Mesozoic to Cenozoic Paleofaunas -- Environments and Diversification in Paleogene South America -- Considerations of an Ancient Fauna -- 7: Neogene Assembly of Modern Faunas -- Vicariance and Geodispersal -- Biogeographic Analyses -- Geological Fragmentation of Sub-Andean Foreland -- Vicariance and the Geography of Extinction -- Geodispersal and the Assembly of Regional Species Pools -- Age of Modern Amazonian Species Richness -- Conclusions -- 8: The Biogeography of Marine Incursions in South America -- Marine Incursions in South America. , The Effects of Marine Incursions on Resident Freshwater Taxa -- Miocene Incursions and Freshwater Transitions in Marine Taxa -- 9: Continental-Scale Tectonic Controls of Biogeography and Ecology -- Materials and Methods -- Geological Background -- Distribution Patterns -- Shields and Lowlands -- Conclusions -- 10: An Ecological Perspective on Diversity and Distributions -- Aquatic Habitats and Faunas -- Paleohabitats and Paleodrainages -- Geographical and Ecological Distributions of Gymnotiformes -- Origins and Maintenance of Species Diversity -- Part Two: Regional Analysis -- 11: The Amazon-Paraguay Divide -- Physical Geography -- Geological History -- Biogeographic History -- Marine-Derived Lineages -- Molecular Dating of the Amazon-Paraguay Divide -- Historical Biogeography -- Conclusions -- 12: The Eastern Brazilian Shield -- Highland Isolation along Watershed Divides -- Latitudinal Zonation among Drainages of the Eastern Watershed Divides -- Vicariance across the Eastern Coastal Watershed Divides: The Case of Paraiba do Sul -- Vicariance across the Eastern Coastal Watershed Divides: General Patterns -- São Francisco-Paraná Watershed Divide -- General Conclusion -- 13: The Guiana Shield -- Geology and Hydrology -- Biogeography of Guiana Shield Fishes -- Conclusions -- 14: The Vaupes Arch and Casiquiare Canal: Barriers and Passages -- Amazon and Orinoco Fish Faunas -- Paleogeography -- Contemporary Habitats and Species Distribution Patterns -- Conclusions -- 15: Northern South America: Magdalena and Maracaibo Basins -- The Geological History, Topography, and Hydrology of Northern South America -- Faunal Records, Distribution, and Methods -- Diversity, Shared Faunas, and Biogeographic Units -- Provinces, Faunas, and Drainages -- 16: The Andes: Riding the Tectonic Uplift -- Geological and Topographic Settings -- Habitats and Drainage Systems. , The Andes and Its Fishes -- Diversity, Patterns, and Relationships -- Endemism and Implications -- 17: Nuclear Central America -- Geological History of Nuclear Central America -- Hydrology of Nuclear Central America -- Climate and the Distribution of NCA Fishes -- Connections, Phylogeny, and Geography: NCA Fishes at a Crossroads -- Future Directions -- 18: Not So Fast: A New Take on the Great American Biotic Interchange -- Overview of Geology and Paleogeography -- Methods -- Interpreting Biogeographic Patterns of Major Lineages -- Reversals and Gradients before the Isthmus -- Conclusions -- Glossary -- Literature Cited -- Name Index -- Index.
    Location Call Number Limitation Availability
    BibTip Others were also interested in ...
  • 2
    Online Resource
    Online Resource
    Princeton :Princeton University Press,
    Keywords: Electronic books.
    Description / Table of Contents: No detailed description available for "Field Guide to the Fishes of the Amazon, Orinoco, and Guianas".
    Type of Medium: Online Resource
    Pages: 1 online resource (465 pages)
    Edition: 1st ed.
    ISBN: 9781400888801
    Series Statement: Princeton Field Guides ; v.115
    DDC: 597.098
    Language: English
    Note: Cover -- Title -- Copyright -- CONTENTS -- Foreword -- Preface -- Acknowledgments -- Contributors -- General Introduction -- Evolutionary History of Amazonian Fishes -- Amazonian Fish Diversity -- Amazonian Fish Ecology -- Conservation of Amazonian Fishes -- Further Reading -- How to Use This Book -- Concept -- Structure -- Using Taxonomic Keys -- The Genus Accounts -- Distribution Maps -- Drawings -- Photographic Plates -- Limitations of This Book -- Identification Key to Fish Families -- Photographic Guide to Fish Families -- The Fish Families -- Carcharhiniformes -- Carcharhinidae-Requiem Sharks -- Pristiformes -- Pristidae-Sawfishes or Carpenter Sharks -- Myliobatiformes -- Potamotrygonidae-River Stingrays -- Lepidosireniformes -- Lepidosirenidae-South American Lungfish -- Anguilliformes -- Ophichthidae-Snake Eels -- Osteoglossiformes -- Arapaimidae-Bonytongues -- Osteoglossidae-Arowanas -- Clupeiformes -- Clupeidae-Herrings -- Engraulidae-Anchovies -- Pristigasteridae-Longfin Herrings -- Characiformes -- Acestrorhynchidae-Freshwater Barracudas -- Anostomidae-Toothed Headstanders -- Bryconidae-Dorados or Jaw Characins -- Chalceidae-Tucanfishes -- Characidae-Tetras and Relatives -- Aphyocharacinae-Bloodfin Tetras -- Aphyoditeinae-Aphyoditeine Tetras -- Characinae-Characine Tetras -- Cheirodontinae-Cheirodontine Tetras -- Heterocharacinae-Heterocharacine Tetras -- Stevardiinae-Stevardiine Tetras -- Characidae incertae sedis Including Subfamilies Tetragonopterinae and Stethaprioninae -- Chilodontidae-Headstanders -- Crenuchidae-South American Darters -- Ctenoluciidae-Pike-characins -- Curimatidae-Toothless Characins -- Cynodontidae-Dogtooth Characiforms -- Erythrinidae-Wolf-fishes and Yarrows -- Gasteropelecidae-Freshwater Hatchetfishes -- Hemiodontidae-Halftooths -- Iguanodectidae-Iguanodectid Characiforms -- Lebiasinidae-Pencilfishes. , Parodontidae-Scrapetooths -- Prochilodontidae-Flannel Mouth Characiforms -- Serrasalmidae-Piranhas and Pacus -- Triportheidae-Elongate Hatchetfishes and Relatives -- Siluriformes -- Ariidae-Sea Catfishes -- Aspredinidae-Banjo Catfishes -- Astroblepidae-Andean Hillstream or Climbing Catfishes -- Auchenipteridae-Driftwood Catfishes -- Callichthyidae-Callichthyid Armored Catfishes -- Cetopsidae-Whale Catfishes -- Doradidae-Thorny Catfishes -- Heptapteridae-Three-barbeled Catfishes -- Loricariidae-Suckermouth Armored Catfishes -- Hypoptopomatinae-Otos and Relatives -- Hypostominae-Plecos and Relatives -- Lithogeninae-Climbing Armored Catfishes -- Loricariinae-Loricariine Armored Catfishes -- Rhinelepinae-Rhinelepine Plecos -- Pimelodidae-Long-whiskered Catfishes -- Pseudopimelodidae-Bumblebee Catfishes, Dwarf-marbled Catfishes -- Scoloplacidae-Spiny Dwarf Catfishes -- Trichomycteridae-Pencil Catfishes, Torrent Catfishes, and Parasitic Catfishes (Candirús) -- Siluriform Phreatobius incertae sedis -- Gymnotiformes -- Apteronotidae-Ghost Knifefishes -- Gymnotidae-Electric Eel and Banded Knifefishes -- Hypopomidae-Grass Knifefishes -- Rhamphichthyidae-Painted Knifefishes, Sand Knifefishes, and Trumpet Knifefishes -- Sternopygidae-Glass Knifefishes, Rattail Knifefishes -- Cyprinodontiformes -- Anablepidae-Four-eyed Fishes -- Cyprinodontidae-Pupfishes -- Poeciliidae-Livebearers -- Rivulidae-Rivuline Killifishes -- Perciformes -- Cichlidae-Cichlids -- Polycentridae-New World Leaf-Fishes -- Sciaenidae-Drums or Croakers -- Gobiiformes -- Eleotridae-Sleepers -- Gobiidae-Gobies -- Batrachoidiformes -- Batrachoididae-Toadfishes -- Beloniformes -- Belonidae-Needlefishes -- Hemirhamphidae-Halfbeaks -- Synbranchiformes -- Synbranchidae-Swamp Eels -- Syngnathiformes -- Syngnathidae-Pipefishes -- Pleuronectiformes -- Achiridae-American Soles -- Tetraodontiformes. , Tetraodontidae-Pufferfishes -- Glossary of Technical Terms -- Literature Cited -- Photo Credits -- Index.
    Location Call Number Limitation Availability
    BibTip Others were also interested in ...
  • 3
    Publication Date: 2022-05-26
    Description: © The Author(s), 2015. This article is distributed under the terms of the Creative Commons Attribution License. The definitive version was published in BMC Genomics 16 (2015): 243, doi:10.1186/s12864-015-1288-8.
    Description: With its unique ability to produce high-voltage electric discharges in excess of 600 volts, the South American strong voltage electric eel (Electrophorus electricus) has played an important role in the history of science. Remarkably little is understood about the molecular nature of its electric organs. We present an in-depth analysis of the genome of E. electricus, including the transcriptomes of eight mature tissues: brain, spinal cord, kidney, heart, skeletal muscle, Sachs’ electric organ, main electric organ, and Hunter’s electric organ. A gene set enrichment analysis based on gene ontology reveals enriched functions in all three electric organs related to transmembrane transport, androgen binding, and signaling. This study also represents the first analysis of miRNA in electric fish. It identified a number of miRNAs displaying electric organ-specific expression patterns, including one novel miRNA highly over-expressed in all three electric organs of E. electricus. All three electric organ tissues also express three conserved miRNAs that have been reported to inhibit muscle development in mammals, suggesting that miRNA-dependent regulation of gene expression might play an important role in specifying an electric organ identity from its muscle precursor. These miRNA data were supported using another complete miRNA profile from muscle and electric organ tissues of a second gymnotiform species. Our work on the E. electricus genome and eight tissue-specific gene expression profiles will greatly facilitate future research on determining the coding and regulatory sequences that specify the function, development, and evolution of electric organs. Moreover, these data and future studies will be informed by the first comprehensive analysis of miRNA expression in an electric fish presented here.
    Description: This project has been funded in part by NSF Grant MCB No. 1144012 (MRS), NSF Grant DEB No. 0741450 (JSA), NSF Grant CNS No. 1248109 (GAU), W.M. Keck Foundation Distinguished Young Scholars in Medical Research (CDN), NIH R01 GM084879 (HZ), NIH grant R01 GM088670 (RA), NIH grant 1SC1GM092297-01A1 (GAU), the Morgridge Graduate Fellowship (JDV and LLT), University of Wisconsin Genetics NIH Graduate Training Grant (LLT); and the Cornell University Center for Vertebrate Genomics (JRG).
    Keywords: Electric eel ; Genome ; Transcriptome ; miRNA ; Gene ontology
    Repository Name: Woods Hole Open Access Server
    Type: Article
    Format: application/vnd.ms-excel
    Format: text/plain
    Format: application/pdf
    Location Call Number Limitation Availability
    BibTip Others were also interested in ...
  • 4
    facet.materialart.
    Unknown
    Societe Francaise d' Ichtyologie
    In:  In: Proceedings of the 5th Indo-Pacific Fisheries Conference, Noumea, New Caledonia, 3-8 November 1997. , ed. by Séret, B. and Sire, J. Y. Societe Francaise d' Ichtyologie, Paris, France, pp. 647-656.
    Publication Date: 2020-04-02
    Description: Absolule and relative values of brain weight are now available for 1174 species of fishes, representing 45 taxonomic orders. The original FishBase "Brains" data was assembled by the research team of Bauchot and colleagues, to which the present report adds data for species representing several additional major taxonomic groups. This database is part of the FíshBase 97 package which provides researchers with a tool to explore lhe functional meaning of absolute and relative brain size díversily, in comparison with phylogenetic position, life history mode, locomotion, habitat, and other behavioral parameters. Several results are provided as an example of the use of these data. Galeomorph sharks and batoid rays possess the largest brains among fishes. and elongate forms with anguilliform locomotion (e.g.. hagfishes. lampreys, lrue eels, carapids, zoarcids) possess the smallest relative brain sizes. Among teleost fishes, Osteoglossomorphs possess the largest relative brain sizes. Brain size correlations with oxygen consumption suggest that larger brains consume proportionately more oxygen, or that active fish with higher metabolic rates have larger brains
    Type: Book chapter , NonPeerReviewed
    Format: text
    Location Call Number Limitation Availability
    BibTip Others were also interested in ...
Close ⊗
This website uses cookies and the analysis tool Matomo. More information can be found here...