Buckwheat is so good if you fry onions, carrots and bacon, and then mix with boiled buckwheat.
Also if you donât use multi-cooker - consider. It is a bit hard to get used to, but gives additional freedom in cooking everything from your list with meat.
Well, I happen to separately only eat foods that donât cast a shadow do the vegan thing and my genes donât like the taste of onion either, so uhh⌠đ
But still good info. I havenât yet tried cooking whole-grain buckwheat myself, so knowing a combination that works, I can figure out substitutes or other combinations which are likely to work.
southsamurai@sh.itjust.works
on 08 Jun 05:35
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The answer to any question like that is: I have no idea, but weâll try and find out tomorrow. And if we canât, thatâs okay.
Sirius006@sh.itjust.works
on 08 Jun 21:21
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The âif we canât, thatâs okayâ is really nice to add. Iâll try to keep it in mind.
My 4yo tends to become frustrated when we canât keep our words.
That makes a lot more sense then. Thank you, happy to learn something new.
petrol_sniff_king@lemmy.blahaj.zone
on 08 Jun 20:11
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I forget where I saw this, but trees are kind of like crabs, in that theyâve convergently evolved many, many, many different times. Pretty interesting!
flora_explora@beehaw.org
on 08 Jun 10:14
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Hm, I was intrigued and looked at the evolution of plants. This made me realize how paraphyletic gymnosperms and angiosperms really are! We just donât know how angiosperms exactly started out and if they might be monophyletic. And in case of gymnosperms, they are consisting of many very different plant groups that evolved independently.
It was previously widely accepted that the gymnosperms originated in the Late Carboniferous period, replacing the lycopsid rainforests of the tropical region, but more recent phylogenetic evidence indicates that they diverged from the ancestors of angiosperms during the Early Carboniferous.[12][13] The radiation of gymnosperms during the late Carboniferous appears to have resulted from a whole genome duplication event around 319 million years ago.[14] Early characteristics of seed plants are evident in fossil progymnosperms of the late Devonian period around 383 million years ago. It has been suggested that during the mid-Mesozoic era, pollination of some extinct groups of gymnosperms was by extinct species of scorpionflies that had specialized proboscis for feeding on pollination drops. The scorpionflies likely engaged in pollination mutualisms with gymnosperms, long before the similar and independent coevolution of nectar-feeding insects on angiosperms.[15][16] Evidence has also been found that mid-Mesozoic gymnosperms were pollinated by Kalligrammatid lacewings, a now-extinct family with members which (in an example of convergent evolution) resembled the modern butterflies that arose far later.
Wow, so there was already pollination going on before flowering plants even existed??? By scorpionflies whoâs ancestors I frequently see? And there were butterfly-like insects long before real butterflies existed? Look how butterfly-like they were! This is wild!!
TropicalDingdong@lemmy.world
on 08 Jun 20:29
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Somewhat, but keep in mind, its a half decade of study to develop the understanding. Also, trying to create parallels between how plants do sex and how animals do sex, thats going to throw you off. Plants do sex in a fundamentally different way than how animals do sex.
The basic trajectory in the evolution of land plants has between towards additional layers around the gametophytic generation, and additional investment in that generation. Animals, like us, have a unicellular gametic generation (sperm and eggs). Plants, well, its complicated⌠Basically, when plants first came onto land, the haploid, gametic generation was the âbig obvious plantâ thing, but that switched at a certain point. So its just not possible to map plant evolution onto animal evolution.
Early land plants invested very very little into the next generation. It was all spores, single cells, which then had to establish themselves without any support from the parent generation. But the haploid generation was the dominant plant part. These plants are still with us today in the form of mosses and liverworts.
In liverworts and mosses, its still the N generation that is the dominant plant part, and the 2N generation is totally dependent on the N generation. This all got flipped on its head when plants developed vascularization, and the 2N generation became the dominant plant part.
The correct answer is, âWe donât know son. You could become a paleo-biologist and be the one to figure it out!â
Tollana1234567@lemmy.today
on 08 Jun 21:42
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Depends on what you mean by leaf, some plants has phylloclades, which is the widened stem to look like leaves. You can see this in acacia trees, you see those tiny leaflets those are the actual leaves on the stem
threaded - newest
âSon, if youâre interested in biology, youâll have to learn to understand that the definitions of terms are rather⌠loose.â
en.m.wikipedia.org/wiki/Species
So, timey-wimey, but with plants?
<img alt="" src="https://lemmy.world/pictrs/image/da757cae-8db8-44e3-9997-f6640638883a.gif">
Yes, but not just plants
But especially with plants
Looks like itâs time to post my favorite SMBC again
.
69, son. 69.
Nice, dad. Nice.
Nice
At least once
Ask your school teacher tomorrow.
Integumented indehiscent mega sporangium with one functional megaspore?
Once.
But once is all you need.
Which came first, the plant or the seed?
The original comic was drawn by Chris Halberk, if Iâm not mistaken.
I recently figured out that wheat/gluten FUBARs my health, so even just the concept of cereal grains has recently exploded in complexity in my head.
Before, I was eating:
Now I newly eat:
Buckwheat is so good if you fry onions, carrots and bacon, and then mix with boiled buckwheat.
Also if you donât use multi-cooker - consider. It is a bit hard to get used to, but gives additional freedom in cooking everything from your list with meat.
Well, I happen to separately
only eat foods that donât cast a shadowdo the vegan thing and my genes donât like the taste of onion either, so uhh⌠đBut still good info. I havenât yet tried cooking whole-grain buckwheat myself, so knowing a combination that works, I can figure out substitutes or other combinations which are likely to work.
The answer to any question like that is: I have no idea, but weâll try and find out tomorrow. And if we canât, thatâs okay.
The âif we canât, thatâs okayâ is really nice to add. Iâll try to keep it in mind. My 4yo tends to become frustrated when we canât keep our words.
Isnât evolution a constant process instead of happening in steps?
I think the question is how often it evolved independently like bird and bat wings evolved independently
That makes a lot more sense then. Thank you, happy to learn something new.
I forget where I saw this, but trees are kind of like crabs, in that theyâve convergently evolved many, many, many different times. Pretty interesting!
Also pterosaur wings.
Add flying fish to that.
Ohh I also misunderstood the question.
The term for what your talking about is âconvergent evolutionâ.
en.m.wikipedia.org/wiki/Convergent_evolution
Hm, I was intrigued and looked at the evolution of plants. This made me realize how paraphyletic gymnosperms and angiosperms really are! We just donât know how angiosperms exactly started out and if they might be monophyletic. And in case of gymnosperms, they are consisting of many very different plant groups that evolved independently.
So gymnosperms were probably the first plants to evolve seeds and they âinclude conifers, cycads, Ginkgo, and gnetophytes, forming the clade Gymnospermaeâ. That doesnât really give an answer but thatâs the best we can do?
Wow, so there was already pollination going on before flowering plants even existed??? By scorpionflies whoâs ancestors I frequently see? And there were butterfly-like insects long before real butterflies existed? Look how butterfly-like they were! This is wild!!
Good question my son, define âseedâ
Sigh *unzips*
ಠ_ŕ˛
What? Iâm just giving a practical demonstration.
:-\
( ͥ° ÍĘ ÍĄÂ°)
A seed is an integumented indehiscent megasporangium with one functional megaspore.
It doesnât have an ambiguous definition, and we know, without any uncertainty, that it evolved precisely once.
Can you translate that to English
<img alt="" src="https://media.tenor.com/sUr_uhClhVwAAAAe/principal-principal-skinner.png">
Somewhat, but keep in mind, its a half decade of study to develop the understanding. Also, trying to create parallels between how plants do sex and how animals do sex, thats going to throw you off. Plants do sex in a fundamentally different way than how animals do sex.
The basic trajectory in the evolution of land plants has between towards additional layers around the gametophytic generation, and additional investment in that generation. Animals, like us, have a unicellular gametic generation (sperm and eggs). Plants, well, its complicated⌠Basically, when plants first came onto land, the haploid, gametic generation was the âbig obvious plantâ thing, but that switched at a certain point. So its just not possible to map plant evolution onto animal evolution.
Early land plants invested very very little into the next generation. It was all spores, single cells, which then had to establish themselves without any support from the parent generation. But the haploid generation was the dominant plant part. These plants are still with us today in the form of mosses and liverworts.
In liverworts and mosses, its still the N generation that is the dominant plant part, and the 2N generation is totally dependent on the N generation. This all got flipped on its head when plants developed vascularization, and the 2N generation became the dominant plant part.
This, and your explanation below is fantastic. I had no idea that this was known and thought it plausible to have evolved many times like crabs.
Also, name checks out
Also define âevolveâ in a way that can be quantized like this.
âHow to Jordan Petersen your kidâ
Leaves evolved more times if you include blades of algae
The correct answer is, âWe donât know son. You could become a paleo-biologist and be the one to figure it out!â
Depends on what you mean by leaf, some plants has phylloclades, which is the widened stem to look like leaves. You can see this in acacia trees, you see those tiny leaflets those are the actual leaves on the stem