It Does Not Cost The Earth To Be Kind,
2020
Auckland University of Technology
It Does Not Cost The Earth To Be Kind, Svetlana Feigin
Animal Sentience
The COVID-19 crisis is a wake-up call on a global scale. What lessons we learn from this crisis will determine our survival as a species. The global health crisis calls for individual and collective changes in our agricultural practices and our consumption habits. Most important, it is a call for us as a species to move towards an empathic way of living and interacting with nature.
Harm, Earth Jurisprudence And Human/Nonhuman Relationships,
2020
Northumbria University
Harm, Earth Jurisprudence And Human/Nonhuman Relationships, Tanya Wyatt
Animal Sentience
To prevent the next pandemic and to protect the environment and non-human animals, there needs to be a clear definition of harm and a legal system grounded in Earth Jurisprudence. Drawing on evolutionary principles to redefine harm and to radically alter the legal system to be Earth-centred will help ensure that harmful actions like certain wildlife trade, wildlife trafficking, and intensive farming do not threaten the survival of any life.
Rethinking Global Governance To Address Zoonotic Disease Risks: Connecting The Dots,
2020
Simon Fraser University
Rethinking Global Governance To Address Zoonotic Disease Risks: Connecting The Dots, Kelley Lee
Animal Sentience
Large-scale changes in human behaviour are urgently needed to prevent future pandemics involving zoonotic diseases such as COVID-19. However, this will not happen to the required degree, and with sufficient speed, without a major shift in how humanity collectively governs itself. Alongside a shift in focus from individual behaviours to the structural conditions underpinning the world economy that shape human behaviours, effective global governance presses us to connect more dots than ever before. The One Health approach is an important starting point but we need to go much further.
Covid-19, Evolution, Brains And Psychology,
2020
Open University, UK
Covid-19, Evolution, Brains And Psychology, Frederick Toates
Animal Sentience
Attention needs to be directed to the processes that control behavior in humans and the adaptive problems that they solved in our early evolutionary environment. The evolutionary mismatch between the current environment and the human brain can yield important insights into the problems that beset us in the context of environmental degradation and nonhuman animal welfare.
Re-Engage With The World For Global Health And Animal Welfare,
2020
Valdosta State University
Re-Engage With The World For Global Health And Animal Welfare, Bradley J. Bergstrom
Animal Sentience
Wiebers & Feigin (2020) make a strong argument for measures that would limit future zoonoses, such as the COVID-19 pandemic, by closing live-animal markets, changing our habits of food consumption and production, and reducing habitat destruction. These would help human health, animal welfare, and conservation of at-risk wildlife all at the same time. China’s command-and-control government can accomplish some of these things by edict, but slower-to-act western democracies play a surprisingly large role in these global problems by the power of their consumerism, including the illicit wildlife trade. We citizens need to insist that our government use all of its …
Tribal Brains In The Global Village: Deeper Roots Of The Pandemic,
2020
University of Toronto Mississauga
Tribal Brains In The Global Village: Deeper Roots Of The Pandemic, Robert Gerlai
Animal Sentience
I briefly recap the messages of the target article by Wiebers & Feigin (2020) and the accompanying peer commentaries about what we learn from the COVID-19 pandemic. Using the rapid evolution of viruses as an example of the importance of prevention, I explore why it is difficult for our species to foresee and prevent unintended global changes resulting from human activity. I end with a discussion about the long-term future, the ultimate problem inherent in our current mindset and the structure of our economy: growth.
Zoonotic Realism, Computational Cognitive Science And Pandemic Prevention,
2020
Texas Tech University
Zoonotic Realism, Computational Cognitive Science And Pandemic Prevention, Tyler Davis, Molly E. Ireland, Jason Van Allen, Darrell A. Worthy
Animal Sentience
Using animals in food and food production systems is one of many drivers of novel zoonoses. Moving toward less dependence on animal proteins is a possible avenue for reducing pandemic risk, but we think that Wiebers & Feigin’s proposed change to food policy (phasing out animal meat production) is unrealistic in its political achievability and its current capacity to feed the world in a cost-effective and sustainable manner. We suggest that improvements in communication strategies, precipitated by developments in computational cognitive neuroscience, can lead the way to a safer future and are feasible now.
Thinking Longer, Looking Deeper,
2020
University of Central Florida
Thinking Longer, Looking Deeper, Ronnie Z. Hawkins
Animal Sentience
We need to situate the present crisis within the larger context of what we humans have done to the nonhuman forms of life with which we evolved, taking a longer view of our own evolutionary origins and a deeper look at what might be a more appropriate role for our species to play within the Biosphere.
Reflections On Psychological And Psychiatric Consequences Of Covid-19 Pandemic,
2020
University of Pisa
Reflections On Psychological And Psychiatric Consequences Of Covid-19 Pandemic, Donatella Marazziti
Animal Sentience
Although far from reaching a clear conclusion, some evidence increasingly highlights the possible connections among climate change, environmental pollution and the current COVID-19 pandemic, as well as their intertwined detrimental effects on both physical and mental health. Such a catastrophic event calls for a novel awareness of the interdependence of all biotic and nonbiotic factors in our environment and planet.
Minds Without Spines: Evolutionarily Inclusive Animal Ethics,
2020
Rochester Institute of Technology
Minds Without Spines: Evolutionarily Inclusive Animal Ethics, Irina Mikhalevich, Russell Powell
Animal Sentience
Invertebrate animals are frequently lumped into a single category and denied welfare protections despite their considerable cognitive, behavioral, and evolutionary diversity. Some ethical and policy inroads have been made for cephalopod molluscs and crustaceans, but the vast majority of arthropods, including the insects, remain excluded from moral consideration. We argue that this exclusion is unwarranted given the existing evidence. Anachronistic readings of evolution, which view invertebrates as lower in the scala naturae, continue to influence public policy and common morality. The assumption that small brains are unlikely to support cognition or sentience likewise persists, despite growing evidence that arthropods …
Problems With Basing Insect Ethics On Individuals’ Welfare,
2020
Messerli Research Institute, University of Veterinary Medicine Vienna
Problems With Basing Insect Ethics On Individuals’ Welfare, Susana Monsó, Antonio J. Osuna-Mascaró
Animal Sentience
In their target article, Mikhalevich & Powell (M&P) argue that we should extend moral protection to arthropods. In this commentary, we show that there are some unforeseen obstacles to applying the sort of individualistic welfare-based ethics that M&P have in mind to certain arthropods, namely, insects. These obstacles have to do with the fact that there are often many more individuals involved in our dealings with insects than our ethical theories anticipate, and also with the fact that, in some sense, some insects count as more than an individual and, in another sense, they sometimes count as less than an …
Intuition And The Invertebrate Dogma,
2020
Independent Scientist and Author
Intuition And The Invertebrate Dogma, Jonathan Balcombe
Animal Sentience
Just as intuition, fueled by hubris, led us to exclude insects from moral consideration, so intuition can lead to the opposite conclusion. Observed insect behavior, combined with scientific support for insect consciousness summarized in Mikhalevich & Powell’s target article, and bolstered by the Precautionary Principle, all militate against completely denying moral status to insects.
Virtue Ethics And The Likelihood Of Invertebrate Suffering,
2020
University of Wyoming
Virtue Ethics And The Likelihood Of Invertebrate Suffering, Jeffrey A. Lockwood
Animal Sentience
Mikhalevich & Powell (2020) review evidence that invertebrates have the capacity to suffer. If they do, then, according to utilitarians (those advocating “the greatest good for the greatest number”) and deontologists (those advocating rights and corresponding duties), research practices and funding policies should be required to protect invertebrates. But if the evidence is mistaken, then, according to utilitarians and deontologists, our constraints would be unjustified and even morally suspect. Virtue ethicists, in contrast, endorse acting rationally in an effort to cultivate the virtues — even if the basis for our action is mistaken. Virtue ethics seems more compelling than the …
Sentience In Evolutionary Context,
2020
University of Idaho
Sentience In Evolutionary Context, Jon Mallatt, Todd E. Feinberg
Animal Sentience
We appreciate the goals of Mikhalevich & Powell (M&P) and largely agree with their conclusions but we differ on some of their definitions and terms. Affects (emotional feelings) should be part of sentience. Although the evidence presented for insect sentience is strong, we list some of the counterevidence that should be considered. Our own research supports M&P’s choice of arthropods, cephalopods, and vertebrates as the only sentient organisms with moral status.
Lessons From Miniature Brains: Cognition Cheap, Memory Expensive (Sentience Linked To Active Movement?),
2020
Centre for Mind/Brain Sciences, University of Trento
Lessons From Miniature Brains: Cognition Cheap, Memory Expensive (Sentience Linked To Active Movement?), Giorgio Vallortigara
Animal Sentience
Studies on invertebrate minds suggest that the neural machinery for basic cognition is cheap, and that bigger brains are probably associated with greater memory storage rather than more advanced cognition. Sentience may be linked to feedforward mechanisms (Reafferenzprinzip) that allow organisms with active movement to distinguish active and passive sensing. Invertebrates may offer special opportunities for testing these hypotheses.
Insect Sentience And The Rise Of A New Inclusive Ethics,
2020
University of Florence
Insect Sentience And The Rise Of A New Inclusive Ethics, David Baracchi, Luigi Baciadonna
Animal Sentience
Welfare protections for vertebrates are grounded in the belief that vertebrates are sentient and capable of feeling whereas invertebrates are not. We agree with Mikhalevich & Powell that the exclusion of small-brained invertebrates from bioethics is not warranted by the current state of the scientific evidence. The choice to promote protection for certain invertebrates should be based on the Animal Sentience Precautionary Principle (ASPP). This principle should not prevent us from conducting experimental research with non-human animals to advance knowledge. However, we believe that it is important to outline practical guidelines to manage the wellbeing of invertebrates, while accumulating further …
Sentience In All Organisms With Centralized Nervous Systems,
2020
The Kimmela Center
Sentience In All Organisms With Centralized Nervous Systems, Lori Marino
Animal Sentience
Mikhalevich & Powell (2020) argue for considering the welfare of invertebrates, especially insects, by asking whether invertebrates have the cognitive and neural characteristics necessary for sentience. This approach assumes that human neural and cognitive complexity is the basis of sentience. But insight might also be gained by turning this approach on its head and examining the notion that sentience may be a fundamental biological property, appearing very early in the evolution of life in all organisms with centralized nervous systems.
Ethical Considerations For Invertebrates,
2020
Deakin University
Ethical Considerations For Invertebrates, Scarlett R. Howard, Matthew R.E. Symonds
Animal Sentience
Mikhalevich & Powell (2020) have built on the discussion about which species deserve inclusion in animal ethics and welfare considerations. Here, we raise questions concerning the assessment criteria. We ask how to assess different species for their ability to fulfill the criteria, which criteria are most important, how we quantify them (absolute or on a continuum), and how non-animals such as fungi and plants fit into this paradigm.
Bridging The Empathy Gap For Invertebrates,
2020
WellBeing International
Bridging The Empathy Gap For Invertebrates, John M. Marzluff
Animal Sentience
The actions of sentient vertebrates command our attention and inform our morality. Mikhalevich & Powell (2020) (M&P) argue that similar activities in a wide range of invertebrates with central nervous systems should do likewise. However, humans most readily empathize with creatures we recognize as similar in behavior, physiology, or appearance to ourselves. Helping humanity overcome this bias is a significant challenge for those who study invertebrates. Until this empathy gap is bridged, I believe few people and the policies they craft will afford invertebrates the moral standing that M&P argue they deserve. Therefore, I suggest those interested in raising appreciation …
Inhibition Of Pain Or Response To Injury In Invertebrates And Vertebrates,
2020
University of London - Queen Mary and Westfield College
Inhibition Of Pain Or Response To Injury In Invertebrates And Vertebrates, Matilda Gibbons, Sajedeh Sarlak
Animal Sentience
In certain situations, insects appear to lack a response to noxious stimuli that would cause pain in humans. For example, from the fact that male mantids continue to mate while being eaten by their partner it does not follow that insects do not feel pain; it could be the result of modulation of nociceptive inputs or behavioural outputs. When we try to infer the underlying mental state of an insect from its behaviour, it is important to consider the behavioural effects of the associated physiological and neurobiological mechanisms.
