[HN Gopher] Long Overlooked as Crucial to Life, Fungi Start to G...
       ___________________________________________________________________
        
       Long Overlooked as Crucial to Life, Fungi Start to Get Their Due
        
       Author : speckx
       Score  : 75 points
       Date   : 2026-03-12 13:16 UTC (9 hours ago)
        
 (HTM) web link (e360.yale.edu)
 (TXT) w3m dump (e360.yale.edu)
        
       | tastyfreeze wrote:
       | Great article. Fungi produced the environment we now live in. The
       | symbiotic relationship plants have with fungi is the basis behind
       | the idea of no-till farming. Plants are much healthier and
       | require less input when there is a thriving fungal community in
       | the soil. Tilling kills fungal mycelium and turns the balance to
       | bacteria.
        
         | adrian_b wrote:
         | Besides such uses in improving traditional agriculture, I
         | believe that the future of protein production, which is needed
         | to supplement plant-based food, does not stay in making fake
         | meat from animal cell cultures, like many attempt to do today,
         | in order to sell to rich vegans.
         | 
         | In my opinion, with animal cell cultures it is extremely
         | unlikely to ever be able to produce proteins at a competitive
         | cost. By competitive cost I mean that any such proteins should
         | cost much less than chicken meat (per protein content).
         | 
         | What I believe to be the right solution, because this should be
         | able to produce high-quality proteins at lower costs than from
         | any animal source, is to use cultures of genetically-modified
         | fungi, which produce some high-quality proteins, e.g. whey
         | protein or egg white protein. There already exist genetically-
         | modified strains of the fungus Trichoderma, which produce such
         | animal proteins, instead of the enzymes that they normally
         | secreted into their environment. Such proteins can be separated
         | from the fungal culture medium by ultrafiltration, in the same
         | way how one makes from whey or milk whey protein concentrate or
         | milk protein concentrate.
        
           | spongebobstoes wrote:
           | vegan options lack flavor/texture. cost isn't the main issue
        
             | adrian_b wrote:
             | Not everyone craves the flavor/texture of meat, but
             | everyone needs an adequate intake of high quality protein.
             | 
             | Including protein powder as a cooking ingredient does not
             | do much for improving the taste of food (though the food
             | definitely feels more satiating), but it ensures that it is
             | healthy enough.
             | 
             | Even if I liked meat, I never felt any kind of addiction to
             | it. There are many years since the last time when I ate
             | meat and I feel no need to eat again, as long as I have a
             | lot of other options for food that is tasty and healthy.
             | 
             | For several years I have not used any animal protein
             | sources, but this forced too inconvenient constraints on
             | what I could eat, so eventually I gave up and now I use in
             | cooking some whey or milk protein concentrate powder,
             | whenever it is necessary to increase the protein content.
             | This has provided much more freedom in menu choice.
             | 
             | So for me, if instead of having to buy protein extracted
             | from whey or milk (which costs about the same as chicken
             | meat, i.e. many times cheaper than protein concentrates
             | extracted from plants, which must use much more complicated
             | processes than the filtration of whey or milk) there would
             | be the option of buying similar protein from a fungal
             | culture, that would be enough to cover all my needs.
             | 
             | From other comments that I have seen about the fake meat
             | products, I am pretty sure that there are many others like
             | me, who do not care whether they eat meat or not, as long
             | as they eat some good food.
        
           | jessetemp wrote:
           | It doesn't need to be cheaper than the cheapest meat to be
           | competitive. If there's some social or moral incentive to
           | avoid real meat, that adds value to plant based alternatives.
           | 
           | Fungi protein sounds cool though. I would totally add that to
           | my diet. But I also think insects are an underutilized
           | protein source, so I might be an outlier
        
             | adrian_b wrote:
             | Even when your personal budget would allow spending more
             | for food, a price that is higher than that of meat is a
             | serious red flag, indicating that it is likely that such a
             | substitute for meat has greater environmental consequences
             | than producing meat.
             | 
             | There are 3 reasons for avoiding meat. One is the ethical
             | reason, because during the last century meat production has
             | transitioned everywhere to using methods that can hardly be
             | considered anything else but continuous torture. There are
             | also certain health risks associated with meat and there is
             | also the reason that the real cost of meat may be greater
             | than it appears to be, due to negative environmental
             | consequences (i.e. pollution).
             | 
             | If some kind of protein extract or some kind of fake meat
             | is more expensive than real meat (per protein content), you
             | can be rather certain that the negative environmental
             | consequences are worse than for real meat, because the
             | higher cost is likely to be determined by the consumption
             | of more energy and of various kinds of chemicals during the
             | production of the meat substitute.
        
               | jessetemp wrote:
               | Higher cost doesn't always indicate negative
               | environmental consequences. It could be (and seems likely
               | to me) that harvesting one cow's worth of plant protein
               | is more labor intensive which isn't necessarily bad for
               | the environment. If you compare two soy crops, one that
               | uses herbicides and another that uses manual labor to
               | pull weeds, the latter will be more expensive and better
               | for the environment
        
               | aziaziazi wrote:
               | Economy of scale and subsidies have a major influence on
               | shelf prices. Is is a red flag to be a small producer
               | and/or not profiting from public money? Some wouldn't
               | cold-ban a product only based on it's price, _especially_
               | if it 's pioneering.
               | 
               | Being "certain that the negative environmental
               | consequences are worse" seems an stretch from weak
               | initial judgement.
        
             | pstuart wrote:
             | Having it be cheaper would make it a real game changer --
             | if "chicken nuggets" and "burgers" were functionally
             | equivalent (nutrition, appearance, mouthfeel, etc) _and_
             | cheaper, then we 'd start to see serious changes in animal
             | husbandry.
             | 
             | It will never go away but if it becomes more niche then
             | it's likely that what is produced will be done so more
             | humanely (branding and perception of quality)
        
         | hinkley wrote:
         | In my lifetime the conversation has shifted from mineral
         | farming with chemical fertilizers to managing microbes to
         | microbes doing the managing.
         | 
         | There is a case to be made for many species of plants
         | effectively being a previously unidentified manner of lichen.
         | Created on mineral soil much the same way lichen grew on rocks.
        
       | djoldman wrote:
       | As an aside, I'm always perplexed by these statements:
       | 
       | > There are as many as 12 million species of fungi, yet there are
       | just 155,000 or so known species, leaving vast numbers
       | undescribed.
       | 
       | "There are as many as 12 million species of fungi, yet there are
       | just 155,000 or so known species..."
       | 
       | The second number makes sense: it's how many species we've
       | identified. But the first number... how can we know how many we
       | don't know?
       | 
       | This kind of thing pops up all the time (X number of crimes go
       | "unreported"... if they're unreported how can we say that?).
       | 
       | I get that they may be estimates. If so, it's pretty important
       | that that estimation process is described.
       | 
       | Might as well say there are as many as 12 trillion species of
       | fungi.
        
         | a_t48 wrote:
         | There's probably a really good answer using statistics, but
         | it's beyond me.
        
         | andrewflnr wrote:
         | It's probably something like, here are the environments where
         | we've done comprehensive surveys, here are the kind of
         | different situations where we expect to find different species
         | (decomposers of various types, mycorrhizal, within plants,
         | within animals, on surfaces, specialists, generalists,
         | climates, etc). Multiply the species from places where we've
         | probably found most of them by the number of places where we've
         | only found the most obvious fungi. However it works it's going
         | to have big error bars, reflected in the fact that 12M species
         | is the upper end of a range starting at 2.2M.
        
         | sejje wrote:
         | > 12 trillion species of fungi
         | 
         | Give it enough time, it could happen
        
         | jrflowers wrote:
         | > (X number of crimes go "unreported"... if they're unreported
         | how can we say that?).
         | 
         | "Unreported" is usually short for "unreported _to police_ "
         | 
         | I assume researchers ask people if they've seen a crime and not
         | talked to the police about it.
        
         | didgetmaster wrote:
         | Also, how would they really know if a species is endangered?
         | With millions of species that haven't even been identified, how
         | would they know how common any of them are?
         | 
         | There are thousands of different species of many branches of
         | the taxonomy tree (insects, molds, bacteria, etc.) and like
         | fungi, each have tons of species not even identified.
         | 
         | Scientists estimate that something like 99% of species that
         | ever existed, are extinct. I understand why people get upset
         | when something like elephants hit the endangered list, but
         | should we really care if some obscure species of dung beetle is
         | endangered?
        
         | srean wrote:
         | Consider a contrived scenario where an opaque jar contains _N_
         | distinguishable marbles. You take one out and note it 's type
         | and put it back in. You repeat this _n_ times. If _k_ out of
         | _n_ are unique it conveys information about _N_.
         | 
         | If, for example, _k=1_ then _N_ is likely small. On the other
         | hand if _k=n_ then _N_ is likely large.
         | 
         | The most computer-sciencey way is to look at _n_ at which you
         | get a repeat, ah! a hash collision.
         | 
         | One can make these ideas more quantitative under assumptions
         | about the numbers of each types of marbles.
         | 
         | The math of hashing, birthday paradox, coupon collection and
         | hyperloglog are good places to start.
         | 
         | Then there are other ways. Two of you count the number of typos
         | in a tedious text. One says N the other says n and out of them
         | only k are common. From this you can estimate the likely number
         | of typos in the text.
        
       | asmodeuslucifer wrote:
       | Two mushrooms walk into a bar.
       | 
       | The bartender says "You can't come in here."
       | 
       | They say "Oh C'mon we're fun guys!"
        
         | rhdunn wrote:
         | He looks at the religious statues in the corner and says "the
         | last of your lot ended up destroying Angels!"
        
           | rhdunn wrote:
           | For those who don't get the joke --
           | https://en.wikipedia.org/wiki/Destroying_angel (destroying
           | angel mushroom)
        
       ___________________________________________________________________
       (page generated 2026-03-12 23:00 UTC)