Listing 1 - 10 of 10 |
Sort by
|
Choose an application
Chondrichthyes. --- Teeth. --- Odontography --- Odontology --- Mouth --- Dentistry --- Dentition --- Cartilaginous fishes --- Chondrichthyan fishes --- Chondrichthyans --- Elasmobranch fishes --- Elasmobranchi --- Elasmobranchiate fishes --- Elasmobranchii --- Elasmobranchiomorphi --- Elasmobranchs --- Plagiostomi --- Selachian fishes --- Selachians --- Selachii --- Selachimorpha --- Fishes
Choose an application
Chondrichthyes --- Cartilaginous fishes --- Chondrichthyan fishes --- Chondrichthyans --- Elasmobranch fishes --- Elasmobranchi --- Elasmobranchiate fishes --- Elasmobranchii --- Elasmobranchiomorphi --- Elasmobranchs --- Plagiostomi --- Selachian fishes --- Selachians --- Selachii --- Selachimorpha --- Fishes --- Physiology. --- Anatomy.
Choose an application
Chondrichthyes --- Cartilaginous fishes --- Chondrichthyan fishes --- Chondrichthyans --- Elasmobranch fishes --- Elasmobranchi --- Elasmobranchiate fishes --- Elasmobranchii --- Elasmobranchiomorphi --- Elasmobranchs --- Plagiostomi --- Selachian fishes --- Selachians --- Selachii --- Selachimorpha --- Fishes --- Physiology. --- Ecology. --- Anatomy.
Choose an application
Sharks --- Chondrichthyes --- Cartilaginous fishes --- Chondrichthyan fishes --- Chondrichthyans --- Elasmobranch fishes --- Elasmobranchi --- Elasmobranchiate fishes --- Elasmobranchii --- Elasmobranchiomorphi --- Elasmobranchs --- Plagiostomi --- Selachian fishes --- Selachians --- Selachii --- Selachimorpha --- Fishes
Choose an application
Shark conservation and management is often hindered by a lack of basic biological information for most species. An understanding of the age structure and growth dynamics of a population is important for effective conservation and management because this information is often utilized for determination of natural mortality and longevity. Ultimately age and growth information is used for calculation of vital rates in population models. Over the last few years there have been advances in the quantitative study of age and growth of chondrichthyan fishes. Novel approaches to ageing of various chondrichthyan fishes continue to arise. This volume is a collection of papers on several of these topics that include new hard parts (e.g. caudal thorns) for assessments of age, new techniques for validation (e.g. bomb radiocarbon) and reexaminations of previous age and growth models. This volume also contains papers on the importance of assessing the precision and accuracy of statistical formulas, analyses, and models that are used in age and growth studies. There is currently a great deal of research being conducted, some of which is truly "pushing the envelope," in attempts to assess the life history parameters of numerous chondrichthyan fishes.
Chondrichthyes. --- Fishes. --- Fish --- Pisces --- Aquatic animals --- Vertebrates --- Fisheries --- Fishing --- Ichthyology --- Cartilaginous fishes --- Chondrichthyan fishes --- Chondrichthyans --- Elasmobranch fishes --- Elasmobranchi --- Elasmobranchiate fishes --- Elasmobranchii --- Elasmobranchiomorphi --- Elasmobranchs --- Plagiostomi --- Selachian fishes --- Selachians --- Selachii --- Selachimorpha --- Fishes
Choose an application
Chondrichthyes are a group of cartilaginous fish, where we have sharks, rays, and chimeras as members. This group plays an important role in aquatic ecology, as they act as predators throughout the food chain (e.g., sharks). However, many populations of Chondrichthyes are threatened by several factors (increased direct fishing, high mortality rate as accompanying fauna, marine pollution, habitat destruction, etc.). These declines are evident in many parts of the world and have come to the attention of scientists, conservation organizations, the media, and the general public. Fisheries legislation regulating international fisheries markets has been amended to provide greater protection for this group along with other species of fish. However, little is known about these species, which reinforces the importance of studies in order to have a better understanding of the elasmobranch stocks, as well as to identify the influences of the anthropic action of fishing. In response to knowledge on the low sustainability of cartilaginous fish fisheries on a global scale, FAO has developed an international plan of action for the management and conservation of these fish, with the aim of developing and implementing national plans of action to ensure management and conservation of these stocks, having as main recommendation the collection of information about the Chondrichthyes, especially the sharks. Even so, this group is little known in terms of biodiversity, ecology, behavior, and a host of other characteristics relevant to this taxon, which is very worrying. Chondrichthyes - Multidisciplinary Approach attempts to portray to the readers up-to-date information on Chondrichthyes to promote an overview of the current taxon, serving as an indispensable source of access to more accurate and detailed information on shark rays and chimeras.
Chondrichthyes. --- Cartilaginous fishes --- Chondrichthyan fishes --- Chondrichthyans --- Elasmobranch fishes --- Elasmobranchi --- Elasmobranchiate fishes --- Elasmobranchii --- Elasmobranchiomorphi --- Elasmobranchs --- Plagiostomi --- Selachian fishes --- Selachians --- Selachii --- Selachimorpha --- Fishes --- Life Sciences --- Marine Biology --- Agricultural and Biological Sciences --- Ichthyology
Choose an application
Skates have become a concern in recent years due to the preponderance of these elasmobranchs that are caught as bycatch or as a directed fishery. This has raised concern because skates have life history characteristics that may make them vulnerable to over-exploitation. It was due to this concern that prompted Drs. David Ebert and James Sulikowski to organize an international symposium on the "Biology of Skates". The aims and goals of the symposium were to bring together an international group of researchers to meet, discuss, perhaps develop collaborations, and present their most recent findings. The symposium was held over two days, on 13-14 July, 2006, in conjunction with the 22nd annual meeting of the American Elasmobranch Society in New Orleans, LA. A total of 31 authors from four countries contributed 16 papers that appear in this volume. The papers are broadly arranged into four separate categories: systematics and biogeography, diet and feeding ecology, reproductive biology, and age and growth. This is the first dedicated book on the biology of skates. We hope that readers will find this volume of interest and that it helps encourage and stimulate future research into these fascinating fishes.
Skates (Fishes) --- Chondrichthyes. --- Cartilaginous fishes --- Chondrichthyan fishes --- Chondrichthyans --- Elasmobranch fishes --- Elasmobranchi --- Elasmobranchiate fishes --- Elasmobranchii --- Elasmobranchiomorphi --- Elasmobranchs --- Plagiostomi --- Selachian fishes --- Selachians --- Selachii --- Selachimorpha --- Rajidae --- Physiology. --- Life sciences. --- Aquatic ecology. --- Wildlife. --- Fish. --- Life Sciences. --- Fish & Wildlife Biology & Management. --- Freshwater & Marine Ecology. --- Fishes --- Rajiformes
Choose an application
This book is a collection of papers written by leaders in the field of lateralized brain function and behaviour in non-human animals. The papers cover the asymmetry of brain mechanisms and behaviour in a wide range of both vertebrate and invertebrate species. Each paper focuses on one of the following topics: the link between population-level lateralization and social behaviour; the processes in the avian brain that permit one brain hemisphere to take control of behaviour; lateralized attention to predators and the common pattern of lateralization in vertebrate species; visual and auditory lateralization; influences that alter the development of lateralization—specifically, the effect of temperature on the development of lateralization in sharks; and the importance of understanding lateralization when considering both the training and welfare of dogs. Collectively, these studies address questions of why different species have asymmetry of brain and behaviour, how it develops, and how this is dealt with by these different species. The papers report on the lateralization of different types of behaviour, each going beyond merely reporting the presence of asymmetry and shedding light on its function and on the mechanisms involved in its expression.
spider monkey --- zebra finch --- starlings --- frequency-dependent selection --- monocular viewing --- welfare --- climate change --- song --- development --- social behavior --- social interactions --- physiology --- predator inspection --- scale-eater --- vision --- reaction time --- cross-predation --- auditory perception --- dog --- eye preference --- brain asymmetry --- asymmetry of brain function --- paw preference --- songbirds --- shelter --- hemisphere differences --- hemispheric interactions --- population-level --- birds --- color discrimination --- laterality --- general pattern of lateralisation --- lateralised behaviour --- individual-level --- lateral dimorphism --- temperature --- social interaction --- behavior --- ESS --- social networks --- evolution --- Campbell’s monkeys --- hemispheric specialisation --- lateralization --- elasmobranchs --- Perissodus --- attention --- risk
Choose an application
This book is a collection of a series of articles on several aspects of coastal fish biology and ecology. Coastal fish are key components of marine ecosystems, and the aim of this book is to present relevant research on these wonderful animals and to provide insights for future research in this field.
Alexandria pompano --- Slender sunfish --- Kitefin shark --- Crested oarfish --- Barracudina --- eastern Mediterranean Sea --- eastern Sicily --- Batoidea --- elasmobranchs --- diet --- coastal fishery --- fish assemblage --- lower reaches --- Nakdong River --- estuary weir --- marine juveniles --- Trachipteridae --- Ponza Island --- upwelling --- plankton diversity --- Batesian mimicry --- fish eggs --- environmental factors --- spatial factors --- generalized additive model --- remote sensing --- commercial fish species --- Mediterranean Sea --- environmental health --- heavy metals --- biomarkers --- benthic fish --- molecular tools --- cytochrome b --- ribosomal protein gene S7 --- Gobius cruentatus --- Gobius geniporus --- genetic structure --- quantitative fatty acid signature analysis --- aquatic food webs --- dietary estimation --- BRUV --- Ross Sea --- video sampling --- Antarctica --- coastal ecosystem --- video monitoring --- Tropical Eastern Pacific fish assemblage --- Galapagos --- water quality --- anthropogenic pressure --- European hake --- Merluccius merluccius --- fecundity --- somatic indices --- Adriatic Sea --- L50 --- invasive species --- non-indigenous species --- biological control --- prey–predator interactions --- n/a --- prey-predator interactions
Choose an application
This book is a collection of a series of articles on several aspects of coastal fish biology and ecology. Coastal fish are key components of marine ecosystems, and the aim of this book is to present relevant research on these wonderful animals and to provide insights for future research in this field.
Research & information: general --- Biology, life sciences --- Zoology & animal sciences --- Alexandria pompano --- Slender sunfish --- Kitefin shark --- Crested oarfish --- Barracudina --- eastern Mediterranean Sea --- eastern Sicily --- Batoidea --- elasmobranchs --- diet --- coastal fishery --- fish assemblage --- lower reaches --- Nakdong River --- estuary weir --- marine juveniles --- Trachipteridae --- Ponza Island --- upwelling --- plankton diversity --- Batesian mimicry --- fish eggs --- environmental factors --- spatial factors --- generalized additive model --- remote sensing --- commercial fish species --- Mediterranean Sea --- environmental health --- heavy metals --- biomarkers --- benthic fish --- molecular tools --- cytochrome b --- ribosomal protein gene S7 --- Gobius cruentatus --- Gobius geniporus --- genetic structure --- quantitative fatty acid signature analysis --- aquatic food webs --- dietary estimation --- BRUV --- Ross Sea --- video sampling --- Antarctica --- coastal ecosystem --- video monitoring --- Tropical Eastern Pacific fish assemblage --- Galapagos --- water quality --- anthropogenic pressure --- European hake --- Merluccius merluccius --- fecundity --- somatic indices --- Adriatic Sea --- L50 --- invasive species --- non-indigenous species --- biological control --- prey-predator interactions --- Alexandria pompano --- Slender sunfish --- Kitefin shark --- Crested oarfish --- Barracudina --- eastern Mediterranean Sea --- eastern Sicily --- Batoidea --- elasmobranchs --- diet --- coastal fishery --- fish assemblage --- lower reaches --- Nakdong River --- estuary weir --- marine juveniles --- Trachipteridae --- Ponza Island --- upwelling --- plankton diversity --- Batesian mimicry --- fish eggs --- environmental factors --- spatial factors --- generalized additive model --- remote sensing --- commercial fish species --- Mediterranean Sea --- environmental health --- heavy metals --- biomarkers --- benthic fish --- molecular tools --- cytochrome b --- ribosomal protein gene S7 --- Gobius cruentatus --- Gobius geniporus --- genetic structure --- quantitative fatty acid signature analysis --- aquatic food webs --- dietary estimation --- BRUV --- Ross Sea --- video sampling --- Antarctica --- coastal ecosystem --- video monitoring --- Tropical Eastern Pacific fish assemblage --- Galapagos --- water quality --- anthropogenic pressure --- European hake --- Merluccius merluccius --- fecundity --- somatic indices --- Adriatic Sea --- L50 --- invasive species --- non-indigenous species --- biological control --- prey-predator interactions
Listing 1 - 10 of 10 |
Sort by
|