Domain > www.doplantsfeelpain.com

More information on this domain is in AlienVault OTX

DNS Resolutions

Date	IP Address
2025-04-08	18.160.172.54 (ClassC)
2026-01-30	3.163.24.71 (ClassC)

HTTP/1.1 200 OKContent-Type: text/htmlContent-Length: 20116Connection: keep-aliveDate: Fri, 30 Jan 2026 01:43:56 GMTCache-Control: public, max-age0, s-maxage2Server: AmazonS3Accept-Ranges: bytesLast-Modified: Tue, 14 Nov 2023 13:51:42 GMTETag: c2f136b99727d3050fe9b73e4ebffb42X-Cache: Miss from cloudfrontVia: 1.1 49798ef4b8dd64fece36e067d09f69ec.cloudfront.net (CloudFront)X-Amz-Cf-Pop: HIO52-P2Alt-Svc: h3:443; ma86400X-Amz-Cf-Id: W8EROiDs_nz-vrmdwcoQ6dZKl7dhQb5UsUJqIEjKKNhxZkcermj6tg

!DOCTYPE html>html langen>head>  !-- Google tag (gtag.js) -->  script async srchttps://www.googletagmanager.com/gtag/js?idG-MBZ2MLXWMN>/script>  script>    window.dataLayer  window.dataLayer || ;    function gtag() { dataLayer.push(arguments); }    gtag(js, new Date());    gtag(config, G-MBZ2MLXWMN);  /script>  meta charsetUTF-8>  meta nameviewport contentwidthdevice-width, initial-scale1.0>  meta namedescription contentDo plants feel pain?>  meta namekeywords contentplants, feel, pain, science, myth, veganism, carnism>  title>Do Plants Feel Pain?/title>  link relstylesheet hrefstyle.css>  noscript>    link relstylesheet hrefnojs_style.css>  /noscript>  script typetext/javascript srcsite.js>/script>/head>body>  main>    article classvisible styletext-align: center;>      p>Do plants feel pain?/p>      h1>No/h1>      p stylefont-size: 2em>Why would you even think that?/p>      !-- auto moved by code in site.js on scroll -->      div idscroll-indicator data-article-idx0 onClickonScrollIndicatorClick()>/div>    /article>    article>      h2 idwhat_is_pain>What is pain?/h2>      p>        The International Association for the Study of Pain (IASP) defines pain as:      /p>      p classcitation>An unpleasant sensory and emotional        experience associated with, or resembling that associated with, actual or potential tissue damage.      /p>      p>        They also add that:      /p>      p classcitation>pain is always a personal experience that is influenced to varying degrees by        biological,        psychological, and social factors.      /p>      p>        Therefore em>pain is not merely a physiological response/em>, but requires a conscious subjective experience.        Studies        using technologies like fMRI show that pain activates various brain regions involved in sensory processing,        emotion, and cognition. This supports the idea that pain is deeply intertwined with emotion and thought. It        requires both a physiological as well as conscious response, which are mediated by the nervous system and the        brain.      /p>      h3 idplants_do_not_have>Plants do not have:/h2>        ul>          li>a brain nor a mind/li>          li>a central nervous system nor nerves/li>          li>pain receptors (nociceptors) nor any other type of neurons/li>          li>a fight or flight response nor the ability to flee/li>          li>an evolutionary need for pain/li>        /ul>        h3 idplants_do>Plants do:/h2>          ul>            li>react to stimuli, just like bacteria and traffic lights/li>            li>exhibit tropisms and adaptive behaviors/li>            li>communicate with each other through chemical signals/li>            li>have mechanisms to defend themselves, like producing toxins or thorns/li>          /ul>          p>            em>You do the math./em>          /p>    /article>    article>      h2 idscience>What do scientists say?/h2>      p>        Luckily a number of scientists have already done the math for you. Here are just a few papers and some relevant        quotes on the topic of plant pain:      /p>      p>Draguhn, A., Mallatt, J.M. & Robinson, D.G. (2020) a          hrefhttps://link.springer.com/article/10.1007/s00709-020-01550-9>Anesthetics and plants: no pain, no          brain, and therefore no consciousness./a>      p classcitation>We reiterate that plants lack both neurons and a brain or any other substrate for        central representations of inner states. They therefore cannot experience pain./p>      p classcitation>By explaining the ubiquitous and diverse effects of anesthetics, we discuss whether        these substances provide any empirical or logical evidence for “plant consciousness” and whether it        makes sense to study the effects of anesthetics on plants for this purpose. In both cases, the answer is        a resounding no./p>      /p>      p>Mallatt J, Blatt MR, Draguhn A, Robinson DG, Taiz L. (2021) a          hrefhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC8052213/>Debunking a myth: plant consciousness/a>      p classcitation>We conclude that claims for plant consciousness are highly speculative and lack        sound scientific support.      /p>      p classcitation>Claims that plants have conscious experiences have increased in recent years and        have received wide coverage, from the popular media to scientific journals. Such claims are misleading        and have the potential to misdirect funding and governmental policy decisions./p>      /p>      p>Lincoln Taiz , Daniel Alkon ,        Andreas Draguhn , Angus Murphy ,        Michael Blatt , Chris Hawes ,        Gerhard Thiel,        David G. Robinson (2019) a          hrefhttps://www.cell.com/trends/plant-science/fulltext/S1360-1385(19)30126-8>Plants Neither Possess          nor Require Consciousness/a>      p classcitation>In claiming that plants have consciousness, ‘plant neurobiologists’ have        consistently glossed over the remarkable degree of structural and functional complexity that the brain        had to evolve for consciousness to emerge./p>      p classcitation>We consider the likelihood that plants, with their relative organizational        simplicity and lack of neurons and brains, have consciousness to be effectively nil/p>      /p>      p>Hamilton, Adam & McBrayer, Justin. (2020) a          hrefhttps://www.researchgate.net/publication/343273411_Do_Plants_Feel_Pain>Do Plants Feel Pain?/a>      p classcitation>The conclusion of the foregoing analysis is that there is no good        evidence to conclude that plants experience pain or have minds in        the phenomenal sense./p>      p classcitation>The empirical evidence suggests that at        least some plants are aware, communicative, and even intelligent in        certain respects. The mistake is to assume that such properties require consciousness. There is a sense in        which my car is aware that a        door is ajar. But that doesn’t mean that my car has a mind./p>      /p>      h3 idarticles>But I found lots of articles on the internet that say plants feel pain!/h2>        p>There is so much misinformation, hyperbole and new age garbage out there. Poor scientists have to spend their          precious time dealing with this flaming non-sense, because some          journalist interpreted ultra-sonic sounds emitted by plants as screams/a>.        /p>        p>          Even within the plant science community plant scientists have to squash such debates. Thirty-six prominent          plant          scientists from universities all over North America and Europa signed a letter called a            hrefhttps://www.researchgate.net/publication/6439525_Plant_neurobiology_no_brain_no_gain>no brain, no            gain/a> in response to the questionable field of plant neurobiology. The idea being that plants have          neurons          if one takes a i>very/i> broad interpretation for the word neuron. Here is what they had to say:        /p>        p classcitation>          We begin by stating simply that there is no evidence for structures such as neurons, synapses or a brain in          plants. The fact that the term ‘neuron’ is derived from a Greek word describing a ‘vegetable fiber’ is not a          compelling argument to reclaim this term for plant biology.        /p>        p classcitation>          New concepts and ﬁelds of research develop from the synthesis of creative thinking and cautious scientific          analysis. True success is measured by the ability to foster new experimental approaches that are founded on          the          solid grounding of previous studies. What long-term scientific beneﬁts will the plant science research          community          gain from the concept of ‘plant neurobiology’? We suggest these will be limited until plant neurobiology is no          longer founded on superficial analogies and questionable extra-polations.        /p>        p>          Despite the fact that a Google search may yield a bunch of articles with interesting sounding clickbait          titles,          the scientific consensus is very clear that plants are not sentient and can not feel pain. But if you think we          cherry-picked the science (poor cherry tree 🌳🍒🔪💔😭) then b>we double dare you to find            any peer-reviewed paper that claims that plants feel pain/b>. Good luck!        /p>        h3 idproof>But can you prove that plants dont feel pain? Science doesnt know everything!/h2>          p>            There is no scientific evidence that plants feel pain, plants clearly lack all mechanisms to experience pain            and            scientists have written numerous papers to try to debunk this claim, but sure, the            really really real answer is that we dont know with 100% certainty that plants dont feel pain.            Just like we dont know if bigfoot gets foot cramps on mountain terrain.          /p>          p>            Some people, driven by spiritual beliefs, conspiracy theories and/or a steadfast ego, so            desperately want this to be true that theyd rather ignore the pinnacle of human understanding on the            subject,            remaining impervious to persuasion. Flat earthers and pain planters are cut from the exact same cloth.          /p>          p>            Its worth noting that with broader interpretations of plants, feel, and pain, one might argue that            plants            feel pain. The burden of proof is on you though.          p>          h3 idplants_react_to_stimuli>But plants are alive and exhibit complex behavior!/h2>            p>              We have discovered many amazing things about plants:            ul>              li>                Plant leaves, roots, and tendrils are in constant rhythmic motion as they respond to external factors                such as                daylight, gravity, temperature, water, nutrients, and threats.              /li>              li>Plants can produce electrical signaling in response to wounding,                temperature extremes, high salt conditions, drought conditions, and other various stimuli./li>              li>Plants respond to herbivore attack through an                intricate and dynamic defense system that includes structural barriers, toxic chemicals, and attraction                of                natural enemies of the target pests./li>              li>And the list goes on.../li>            /ul>            /p>            p>              Plants are amazing, yet none of this goes to show that plants feel pain. Plants are alive, but they do not              have              the ability to experience feelings and sensations. In other words, plants are not a                hrefhttps://en.wikipedia.org/wiki/Sentience>sentient/a>.            /p>    /article>    article>      h2 idplants_react_to_stimuli>Should we assign moral worth to plants?/h2>      p>        Moral worth applies to sentient beings that have a subjective experience of pleasure and pain. And        while we        know that plants react to stimuli, there is absolutely nothing to indicate that plants have a subjective        experience. In other words, it is        not like anything to be a plant.      /p>      p>        But how do we know that plants dont have a subjective experience? In the paper a          hrefhttps://www.researchgate.net/publication/343273411_Do_Plants_Feel_Pain>Do Plants Feel Pain?/a>, Adam        Hamilton and Justin McBrayer, argue that        unless you are a solipsist there are four sources from which we may derive the knowledge that there are other        sentient minds than our own:      ol>        li>Testimony/li>        li>Behavior/li>        li>Anatomy and physiology/li>        li>Evolutionary history (phylogeny)/li>      /ol>      If we cant confirm that minds have a subjective experience through one of these sources, then your belief is not      based on evidence.      /p>      p>        Since plants can not communicate with us, the first source, testimony, is out. Pain can be inferred from changes        in        behavior by likening that behavior to animals that we know are in pain. None such behavior can be        found in plants. And just the fact that they react to stimuli proofs nothing. An elevator door retracts        automatically if it senses an obstruction while closing, but it isnt in pain.        The evidence from plant anatomy        and physiology is not much better. What we know is that pain depends on a brain and a central nervous system,        which plants clearly dont have. Furthermore, even very broad interpretation for the words brain, central        nervous        system, neurons and neurotransmitters have been a hrefa href          https://link.springer.com/article/10.1007/s00709-020-01550-9>thoroughly debunked by plant scientists/a>.      /p>      p>Last of all we come to evolutionary history. Adam Hamilton and Justin McBrayer have summed it up nicely:/p>      p classcitation>        The development of conscious mind was        an evolutionary advantage for some animals. But that doesn’t mean that it’s a strategy        employed by all living things.        br>br>        Here’s another way to look at it. The anatomical basis for pain        and pleasure is pretty expensive equipment as far as resources are        concerned. For example, in humans, the brain takes up an inordinate        share of the body’s calories and oxygen. The central nervous system        is one of our most fragile features, and as a result, both the brain and        the spinal cord are encased in protective bone. It’s theoretically unlikely that such a system would have        survived the winnowing power        of natural selection unless it conferred some sort of survival advantage. And clearly it does: humans are mobile        creatures who travel        through radically different environments and lead a complex social        life. We need to be able to locate mates, enemies, food, shelter, and        water. Conscious mental states, including pain and pleasure, help us        to do so.        br>br>        Compare this to plants. Plants are not mobile. They do not move        through their environments, and they do not lead complex social        lives. They do not leave their environments to locate mates, avoid enemies, or procure food and water. While        animals respond to        external stimuli by moving, plants respond by changing their phenotype. Given their        immobile nature,        conscious mental states like pain and pleasure wouldn’t help a plant        to survive one whit. In fact, such mental states would likely be a        hindrance: plants might suffer terribly despite being unable to move        or avoid the painful stimulus, and they would have to dedicate a huge        slice of natural resources to keeping the conscious mind equipment        up and running.        br>br>        The general lesson is that a strategy that is brilliant for a mobile creature might be worthless for an immobile        one. That’s why        an inference from a strategy that works for humans to a strategy that        works for plants is suspect. The evolutionary distance between humans and plants makes an inference from the        former unlikely              /p>      p>        So you can mow your grass with a clear conscience.      /p>    /article>    article>      h2 idwhy_does_it_matter>Why does it matter?/h2>      p>        Nobody is denying that plants are amazing. Somehow though, these arguments always tend to pop up in debates        about veganism. As if plants feeling pain would be an argument against veganism. Fortunately, if you love plants        you should adopt a vegan diet:      ul>        li>Animals are not at all efficient in converting crops to meat, dairy and eggs. It can take up to 16 kilograms          of          plants to create 1 kilogram of certain animal products. As a result, vastly more plants are killed for          non-vegans than for vegans. Meat, dairy and eggs are only second-hand plants. (a            hrefhttps://www.ciwf.org.uk/media/3817742/global-benefits-of-eating-less-meat.pdf>source: cwif/a>)/li>        li>Globally livestock consume about 6 billion tonnes of feed annually – including one third of global cereal          production – of which 86% is made of materials that are currently not eaten by humans. Producing 1          kg of boneless meat still requires an average of 2.8 kg human-edible feed. (a            hrefhttps://www.sciencedirect.com/science/article/abs/pii/S2211912416300013>source: Livestock: On our            plates or eating at our table? A new analysis of the feed/food debate/a>)/li>        li>77%          of agricultural land is used to farm animals, despite it providing just 18% of the worlds caloric          intake. (a            hrefhttps://ourworldindata.org/global-land-for-agriculture#:~:textIf%20we%20combine%20pastures%20used,and%2037%25%20of%20total%20protein.>source:            ourworldindata/a>)/li>        li>Researchers at the University of Oxford have found that if everyone went vegan, global farmland use could be          reduced by 75%, the size of the US, China, Australia and the EU combined. Just imagine how much land could be          rewilded. (a hrefhttps://www.science.org/doi/10.1126/science.aaq0216>source: Reducing food’s environmental            impacts through producers and consumers/a>)        /li>        li>Beef and soy production are driving more than two-thirds of the recorded habitat loss in Brazils Amazon and          Cerrado regions and Argentina and Paraguays Gran Chaco region. Demand for soy is closely connected to demand          for beef and other animal proteins. Between 70% and 75% of all soy becomes livestock feed—for chickens, pigs,          and farmed fish, as well as for cows. (a            hrefhttps://www.worldwildlife.org/magazine/issues/summer-2018/articles/what-are-the-biggest-drivers-of-tropical-deforestation>source:            worldwildlife/a>)        /li>        li>          Currently, 36% of the calories produced by the worlds crops are being used for animal feed, and only 12% of          those feed calories ultimately contribute to the human diet. Growing food exclusively for direct human          consumption could, in principle, increase available food calories by as much as 70%, which could feed an          additional 4 billion people. (a            hrefhttps://www.researchgate.net/publication/258310295_Redefining_Agricultural_Yields_from_Tonnes_to_People_Nourished_per_Hectare#:~:textCurrently%2C%2036%25%20of%20the%20calories,meat%20and%20other%20animal%20products).>source:            Redefining Agricultural Yields: from Tonnes to People Nourished per Hectare/a>)        /li>      /ul>      /p>      p>        So respect plants, respect the science, be a friendly neighbour to the animals and go vegan 💚      /p>    /article>    article styletext-align: center;>      img classresponsive srcmeme.jpg altbut plants feel pain />    /article>  /main>  footer>    See who does feel pain: br />a hrefhttps://watchdominion.org/ classdominionlink>watch dominion/a>  /footer>/body>/html>

View on OTX | View on ThreatMiner

Data with thanks to AlienVault OTX, VirusTotal, Malwr and others. [Sitemap]

Domain > www.doplantsfeelpain.com

Is this malicious?

DNS Resolutions

Port 80

Port 443