Open Access. Powered by Scholars. Published by Universities.®
- Discipline
-
- Biology (1905)
- Medicine and Health Sciences (1809)
- Physical Sciences and Mathematics (1581)
- Agriculture (1456)
- Animal Sciences (1256)
-
- Plant Sciences (1237)
- Social and Behavioral Sciences (1140)
- Ecology and Evolutionary Biology (1118)
- Food Science (819)
- Biochemistry, Biophysics, and Structural Biology (720)
- Genetics and Genomics (578)
- Kinesiology (567)
- Food Processing (550)
- Food Biotechnology (531)
- Environmental Sciences (530)
- Agronomy and Crop Sciences (470)
- Cell and Developmental Biology (457)
- Education (453)
- Plant Biology (437)
- Neuroscience and Neurobiology (430)
- Earth Sciences (420)
- Zoology (417)
- Arts and Humanities (412)
- Agricultural Science (411)
- Biochemistry (393)
- Terrestrial and Aquatic Ecology (383)
- Microbiology (362)
- Engineering (361)
- Physiology (357)
- Institution
-
- University of Nebraska - Lincoln (893)
- Utah State University (613)
- University of Kentucky (533)
- Changsha University of Science and Technology (511)
- TÜBİTAK (352)
-
- University of Arkansas, Fayetteville (223)
- City University of New York (CUNY) (195)
- University of South Florida (194)
- Erbil Polytechnic University (190)
- South Dakota State University (177)
- Western Kentucky University (174)
- WellBeing International (169)
- Louisiana State University (160)
- West Virginia University (142)
- The Jackson Laboratory (137)
- University of Nevada, Las Vegas (125)
- Virginia Commonwealth University (118)
- Brigham Young University (113)
- University of Mississippi (111)
- California State University, Monterey Bay (106)
- Nova Southeastern University (104)
- University of South Carolina (103)
- The University of Southern Mississippi (101)
- Old Dominion University (98)
- University of Texas Rio Grande Valley (96)
- California Polytechnic State University, San Luis Obispo (94)
- Washington University in St. Louis (90)
- Chulalongkorn University (89)
- University of Louisville (88)
- Technological University Dublin (86)
- Keyword
-
- Climate change (99)
- Agriculture (97)
- Biology (92)
- JMG (78)
- Nutrition (70)
-
- JGM (67)
- Conservation (62)
- Biodiversity (61)
- California (59)
- Cancer (59)
- Ecology (59)
- Obesity (59)
- Exercise (58)
- Environment (57)
- Taxonomy (57)
- Genetics (51)
- Behavior (50)
- Evolution (49)
- Humans (49)
- Sustainability (49)
- Inflammation (47)
- Physical activity (46)
- Other (45)
- National Smokejumper Association (42)
- Smokejumpers -- United States (42)
- Biological Sciences (41)
- Smokejumping (41)
- Wildfire fighters (41)
- Envirome (40)
- Sustain (40)
- Publication
-
- Food and Machinery (511)
- Theses and Dissertations (257)
- Electronic Theses and Dissertations (249)
- IGC Proceedings (1977-2023) (213)
- Polytechnic Journal (190)
-
- Faculty Publications (151)
- Faculty Research 2019 (137)
- Graduate Theses and Dissertations (121)
- International Journal of Exercise Science (118)
- All Current Publications (117)
- Turkish Journal of Veterinary & Animal Sciences (109)
- Honors Theses (108)
- Animal Sentience (107)
- Biology Faculty Publications (107)
- United States Department of Agriculture Wildlife Services: Staff Publications (97)
- Publications and Research (86)
- Master's Theses (79)
- Graduate Theses, Dissertations, and Problem Reports (ETD) (78)
- Chulalongkorn University Theses and Dissertations (Chula ETD) (73)
- Turkish Journal of Zoology (73)
- Turkish Journal of Botany (72)
- Articles (71)
- Department of Agronomy and Horticulture: Faculty Publications (70)
- USF Tampa Graduate Theses and Dissertations (67)
- Arts & Sciences Graduate Student Theses and Dissertations (66)
- Marine Science Faculty Publications (63)
- Dissertations, Theses, and Capstone Projects (62)
- Human–Wildlife Interactions (62)
- LSU Doctoral Dissertations (60)
- All Peer-Reviewed Publications (59)
- Publication Type
- File Type
Articles 10291 - 10320 of 10619
Full-Text Articles in Life Sciences
A Behavior-Analytic Approach To Understanding Octopus “Mind”, Lindsay R. Mehrkam
A Behavior-Analytic Approach To Understanding Octopus “Mind”, Lindsay R. Mehrkam
Animal Sentience
Mather makes a convincing case for octopus sentience based on a lot of evidence of their complex learning capabilities. It should follow from Mather’s findings that these intelligent invertebrates are worthy of welfare considerations, just as vertebrate species with similar capabilities are. I provide a complementary environment-behavior analysis of how we might understand the world of the octopus more straightforwardly, borrowing from Mather’s examples, to show how to promote opportunities for complex learning and species-typical behaviors in the octopus.
Cephalopod Molluscs, Causal Models, And Curious Minds, Andrew W. Corcoran
Cephalopod Molluscs, Causal Models, And Curious Minds, Andrew W. Corcoran
Animal Sentience
Mather (2019) presents a compelling case in favour of octopus mind. Surveying an impressive array of empirical literature, she identifies the creature’s playful, inquisitive behaviour as emblematic of a distinctively mental form of agency. I offer an alternative perspective in which curiosity and play are construed as constitutive processes in the emergence of the (predictive) mind.
Octopus Minds Must Lead To Octopus Ethics, Barbara J. King, Lori Marino
Octopus Minds Must Lead To Octopus Ethics, Barbara J. King, Lori Marino
Animal Sentience
Mather argues convincingly for the existence of minds in octopuses based largely on laboratory experiments. Many of these experiments are highly invasive and involve mutilation and death. Moreover, octopuses are now being hailed as a “new model” for biological research and are being enthusiastically bred in captivity, both for research and for food. We argue that the compelling evidence for mind in octopuses must be accompanied by intense scrutiny of the ethics that shape how we treat them and that the intrinsic value of their individual lives must be recognized.
The Perfecting Of The Octopus, Ila France Porcher
The Perfecting Of The Octopus, Ila France Porcher
Animal Sentience
Cephalopods split away from the phylogenetic tree about half a billion years ago, and octopus evolution has been accelerated by an extremely low survival rate. This helps explain why this unusual animal presents qualities found in no other. It has a radially organized nervous system with a processing centre for each of its eight tentacles. Yet, although this might suggest that each tentacle has its own centre of consciousness, it remains just one animal, with one mouth to feed, and one life to lose, and it behaves as if it is centrally controlled. Its capacity for a range of intelligent …
‘Mind’ Is An Ill-Defined Concept: Considerations For Future Cephalopod Research, Alexandra Schnell, Giorgio Vallortigara
‘Mind’ Is An Ill-Defined Concept: Considerations For Future Cephalopod Research, Alexandra Schnell, Giorgio Vallortigara
Animal Sentience
Scientific discussions about the ‘mind’ of an octopus are empirically vacuous and should be confined to folk psychology. This form of labelling is unhelpful for science and should be replaced by specific mechanistic accounts of behavior and associated neural structures, which are amenable to rigorous scientific investigation. Mather provides a detailed review of octopus behavior, but rather than making unquantifiable assumptions about what orchestrates octopus behavior, efforts should focus on investigating cognitive mechanisms that can be measured. In this commentary, we outline two lines of research that include quantifiable methods to facilitate a more robust understanding of cephalopod behaviors and …
Octopus Experience, Peter Godfrey-Smith
Octopus Experience, Peter Godfrey-Smith
Animal Sentience
The first part of this commentary attempts to get "inside" the octopus mind a little further than Mather does, drawing on her description of octopus cognition in many places but diverging in others. The second part outlines other disagreements with her account of the animals, especially in the area of social behavior.
The Octopus Mind And The Argument Against Farming It, Jennifer Jacquet, Becca Franks, Peter Godfrey-Smith
The Octopus Mind And The Argument Against Farming It, Jennifer Jacquet, Becca Franks, Peter Godfrey-Smith
Animal Sentience
Mather is convincing about octopuses having ‘a controlling mind, motivated to gather information,’ but stops short of asking what having that mind means for octopus moral standing. One consequence of understanding the octopus mind should be a refusal to subject octopuses to mass production. Octopus farming is in an experimental phase and supported by various countries. We argue that it is unethical because of concerns about animal welfare as well as environmental impacts.
Octopus Intelligence: The Importance Of Being Agnostic, Piero Amodio
Octopus Intelligence: The Importance Of Being Agnostic, Piero Amodio
Animal Sentience
Mather’s (2019) provocative claim that octopuses have a mind hinges on the inference that their striking behavioural flexibility is evidence of “complex” cognitive abilities. I discuss alternative explanations — not to deny the possibility of complexity but to point out that current evidence does not allow us to draw firm conclusions. Only an agnostic approach will lead to the systematic investigation of octopus behaviour and ultimately, greater insights into the cognitive capacities of these fascinating creatures.
Keeping Hold Of Nurse, Andrew Packard
Keeping Hold Of Nurse, Andrew Packard
Animal Sentience
Mather draws from a lifetime devoted to studying individual octopuses in the wild and in aquaria to combine a natural history account of their actions with an argument from design adopted from second-, often third-hand sources. The 'distributed' [decentralised] nervous system said to contrast with that of vertebrates – a premise largely accepted by Mather’s commentators so far – does not reflect the original literature on motor control, nor the facts of comparative anatomy, functional morphology and morphogenesis. Ontogeny is absent. With the help of some old or little-known illustrations from my own participant-observer experimental investigations, I will try here …
What We Don't Know About Cephalopods And How To Define It, Catia Correia Caeiro
What We Don't Know About Cephalopods And How To Define It, Catia Correia Caeiro
Animal Sentience
Despite the reputation of octopuses as intelligent animals, their cognitive abilities seem to be mostly unknown. This should be the starting point of a long process of scientific enquiry about these taxa, which must include discussions on operational definitions first and foremost. Discussing octopus mind might prove fruitless without more basic concepts. Some approaches are suggested here.
Octopus: Multiple Minds Or Just A Slow Thinker?, Shelley A. Adamo
Octopus: Multiple Minds Or Just A Slow Thinker?, Shelley A. Adamo
Animal Sentience
An octopus has more neurons in their peripheral nervous system (PNS) than in their brain. PNS neurons could participate in forming cognitive networks with the central brain in the same way that the cerebellum is now thought to contribute to mammalian cognition. However, cephalopods lack myelinated fibres, which might decrease the ability of the PNS to participate in cognitive networks. The lack of myelinated fibres may also select for a less integrated brain, with an increased emphasis on local information processing. Alternatively, integration may still occur across distant neural centers, but proceed more slowly in cephalopods than in mammals.
Octopus Sentience: Three Criteria, Alix Noël-Guéry
Octopus Sentience: Three Criteria, Alix Noël-Guéry
Animal Sentience
The first question to ask is whether octopuses are sentient, so that, if so, they can be protected. Three consensual criteria to evaluate animal sentience can be applied to the octopus. Octopuses meet all three of them.
Aesthetics And Imagining The Octopus’S Mind, André Krebber, Maike Riedinger, Yvette Watt
Aesthetics And Imagining The Octopus’S Mind, André Krebber, Maike Riedinger, Yvette Watt
Animal Sentience
Several commentators on Mather’s target article discuss the challenges of finding adequate cognitive methods and concepts for accessing the mind and experience of octopuses. Building on Godfrey-Smith’s commentary, we propose aesthetics as a way. The arts provide means to perform what Godfrey-Smith calls an “imaginative leap” to access the experience of octopuses, especially mimesis. We are trying to do this in our current project Okto-Lab. Laboratory for Octopus Aesthetics.
What And Where Is An Octopus’S Mind?, Jennifer A. Mather
What And Where Is An Octopus’S Mind?, Jennifer A. Mather
Animal Sentience
It is gratifying to see the thorough discussion of whether octopuses have a mind, though perhaps a mind that is different from those of “higher” vertebrates. It stimulates us to look at the welfare of these animals and challenges us to find better ways to test mindfulness and cognition across animals with widely differing natural histories and sensory and motor capacities.
Just Preservation, Adrian Treves, Francisco J. Santiago-Ávila, William S. Lynn
Just Preservation, Adrian Treves, Francisco J. Santiago-Ávila, William S. Lynn
Animal Sentience
We are failing to protect the biosphere. Novel views of conservation, preservation, and sustainability are surfacing in the wake of consensus about our failures to prevent extinction or slow climate change. We argue that the interests and well-being of non-humans, youth, and future generations of both human and non-human beings (futurity) have too long been ignored in consensus-based, anthropocentric conservation. Consensus-based stakeholder-driven processes disadvantage those absent or without a voice and allow current adult humans and narrow, exploitative interests to dominate decisions about the use of nature over its preservation for futurity of all life. We propose that authentically non-anthropocentric …
Justice For Nature, Haydn Washington
Justice For Nature, Haydn Washington
Animal Sentience
Eight points are made in this commentary: (1) Ecocentrism is the preferable term. (2) Indigenous societies have long used a kinship ethics. (3) Earth jurisprudence and ecodemocracy should be considered. (4) Assumptions can be better defined. (5) Ethical pluralism is open to question. (6) The ethics of individuals vs. ecosystems needs further discussion. (7) Including justice for nature within social justice may be a serious mistake. (8) Trustees need to be ethically sophisticated.
Futurity, Selves And Further Organisms, Robin Attfield
Futurity, Selves And Further Organisms, Robin Attfield
Animal Sentience
Most aspects of Treves et al.’s target article are commendable, but I would suggest: explicitly including (1) Singer’s ‘equal interests’ principle; adjusting (2) Mathews’s principle of ‘bioproportionality’; and clarifying the implications of (3) Parfit’s Non-Identity Problem, (4) the limits of present predictions of future needs, and (5) the application of the concept of selves to biotic individuals. There is also a problem about (6) how plants are to be individuated.
Just Policy Paralysis?, Clare Palmer, Bob Fischer
Just Policy Paralysis?, Clare Palmer, Bob Fischer
Animal Sentience
Treves et al. (2019) argue that policy making should include the interests and well-being of present and future generations of humans and nonhumans. There are deep and abiding conflicts of interest both between and within these groups. Trying to factor in so many considerations is likely to generate political gridlock. The authors need to explain how to avoid this.
Granting Political Representation To Non-Humans, Joe Gray
Granting Political Representation To Non-Humans, Joe Gray
Animal Sentience
This commentary discusses the representation of individuals versus populations — human and nonhuman, present and future — in Treves et al.’s proposed trusteeship for futurity. Terminological questions are also discussed.
Reconciling Just Preservation, Shelley M. Alexander
Reconciling Just Preservation, Shelley M. Alexander
Animal Sentience
Treves et al.’s target article can play an important role in reconciling the needs of future generations and non-human animals in conservation. Human capacities are adequate for interpreting and defining many non-human animal needs. Worldviews are more complex, however, and conservation science, like the target article itself, suffers from a lack of diversity and inclusiveness. This may pose practical impediments to realizing just preservation.
To Preserve Or To Conserve?, Liv Baker
To Preserve Or To Conserve?, Liv Baker
Animal Sentience
Treves et al. propose the notion of trusteeship to help meet our responsibility to nature and individual animals, their homes, cultures, and societies. This proposal is grounded in a real-world framework that reveals how conservation has become distorted by anthropocentrism, human exceptionalism, and ethical hypocrisy.
Just Reductionism: In Defense Of Holistic Conservation, Bradley J. Bergstrom
Just Reductionism: In Defense Of Holistic Conservation, Bradley J. Bergstrom
Animal Sentience
Treves et al. (2019) argue that individual organisms should be protected by the courts. This already happens in many countries for rare and endangered species and for symbolically important species (e.g., raptors, songbirds, and bats in the U.S.), and through the international treaty for whales. But protection of these individuals stems from a focus on preserving their populations, whereas hunting of individuals is still a culturally accepted practice. Killing of individuals should be limited to valid reasons (e.g., eating the meat) and covered by fair-chase and humane-killing laws (which is not always the case). But “futurity” will not inherit present-day …
Just Preservation And The Half-Earth View, Helen Kopnina
Just Preservation And The Half-Earth View, Helen Kopnina
Animal Sentience
For interspecies justice, animal welfare, and animal rights, the planet needs to be divided on the basis of species' natural resource requirements. The Half-Earth View is that to maintain viable populations of the Earth's remaining species, half of landscapes and seascapes need protection from intensive economic activity. This protection is needed outside the nature preserve system, such as in agricultural areas or cities, so nature can co-exist with local communities.
Protecting Patients Who Lack A Voice, Rainer Spiegel
Protecting Patients Who Lack A Voice, Rainer Spiegel
Animal Sentience
Neither human young today nor future human generations nor non-human species have a voice in protecting the biosphere. Treves et al. propose courts and trustees for defending their interests. I describe an analogy with attempts to represent the interests of children and comatose patients in medicine.
Human Interests, Helen Tiffin
Human Interests, Helen Tiffin
Animal Sentience
Treves et al.’s proposal is welcome, but it will have to face at least four challenges: the interconnectedness of the human and the nonhuman portions of the biosphere, conflicts of interest, human overpopulation, and capitalism itself.
The Intrinsic Value Of Nature, Joanna E. Lambert
The Intrinsic Value Of Nature, Joanna E. Lambert
Animal Sentience
Treves et al. explain the need to preserve the rights of nonhuman species, human youth, and future generations. Although conservation biology has claimed to have an intrinsic valuation ethic since its inception in the 1980s, many aspects of the field have taken a decidedly anthropocentric and instrumentalist trajectory. This has important consequences for conservation-related policy and practice at all scales: local, regional, and global.
Developmental Aspects Of Capacities, Karen Bartsch
Developmental Aspects Of Capacities, Karen Bartsch
Animal Sentience
Chapman & Huffman suggest that judgments of human superiority underlie our cruelty to animals. It might be useful to examine how such judgments operate within the human community. Children arguably have a potential for developing “superior” capacities but are outperformed on many tasks by animals. There is a continuum of development in children’s capacities. Perhaps there are interspecies evolutionary continua too. This highlights the complexity of reasoning about humans, animals, and moral inclusion.
Sentience Is The Foundation Of Animal Rights, Michael L. Woodruff
Sentience Is The Foundation Of Animal Rights, Michael L. Woodruff
Animal Sentience
Chapman & Huffman argue that the cognitive differences between humans and nonhuman animals do not make humans superior to animals. I suggest that humans have domain-general cognitive abilities that make them superior in causing uniquely complex changes in the world not caused by any other species. The ability to conceive of and articulate a claim of rights is an example. However, possession of superior cognitive ability does not entitle humans to superior moral status. It is sentience, not cognitive complexity, that is the basis for the assignment of rights and the protections under the law that accompany them.
Humans: Uniquely Responsible For Causing Conservation Problems, Uniquely Capable Of Solving Them, Michael L. Wilson, Clarence L. Lehman
Humans: Uniquely Responsible For Causing Conservation Problems, Uniquely Capable Of Solving Them, Michael L. Wilson, Clarence L. Lehman
Animal Sentience
We share Chapman & Huffman’s views on the importance of promoting animal welfare and conservation. We disagree with their implication, however, that reverence for life and concern for the wellbeing of global ecosystems depend on a belief that other living things are similar to humans in any of their capacities. Humans exhibit special traits — language, cumulative culture, extraordinary capacity for cooperation when we are at our best, and ever-advancing technological developments — that enabled them to dominate the planet, resulting in the current conservation crisis. It is precisely the fact that humans have become unique that provides hope for …
More Evidence Of Complex Cognition In Nonhuman Species, Lesley J. Rogers
More Evidence Of Complex Cognition In Nonhuman Species, Lesley J. Rogers
Animal Sentience
Chapman & Huffman have highlighted observations of animals performing, in nature, complex behaviour once thought to be unique to humans. Just as relevant to their argument are examples of cognition shown by domesticated species tested in controlled conditions. These strengthen the case for human/nonhuman similarities in behaviour and cognition. Recent research has brought to our attention the ability of nonhuman species to perform many tasks previously considered to be the hallmark of humans. Even though different species may use different ways of solving these tasks, the very fact that they can do it undermines the notion of human superiority.