Higher plants have to cope with fluctuating mineral resource availability. However, strategies such as stimulation of root growth, increased transporter activities, and nutrient storage and remobilization have been mostly studied for only a few macronutrients. Leaves of cultivated crops (Zea mays, Brassica napus, Pisum sativum, Triticum aestivum, Hordeum vulgare) and tree species (Quercus robur, Populus nigra, Alnus glutinosa) grown under field conditions were harvested regularly during their life span and analyzed to evaluate the net mobilization of 13 nutrients during leaf senescence. While N was remobilized in all plant species with different efficiencies ranging from 40% (maize) to 90% (wheat), other macronutrients (K–P–S–Mg) were mobilized in most species. Ca and Mn, usually considered as having low phloem mobility were remobilized from leaves in wheat and barley. Leaf content of Cu–Mo–Ni–B–Fe–Zn decreased in some species, as a result of remobilization. Overall, wheat, barley and oak appeared to be the most efficient at remobilization while poplar and maize were the least efficient. Further experiments were performed with rapeseed plants subjected to individual nutrient deficiencies. Compared to field conditions, remobilization from leaves was similar (N–S–Cu) or increased by nutrient deficiency (K–P–Mg) while nutrient deficiency had no effect on Mo–Zn–B–Ca–Mn, which seemed to be non-mobile during leaf senescence under field conditions. However, Ca and Mn were largely mobilized from roots (-97 and -86% of their initial root contents, respectively) to shoots. Differences in remobilization between species and between nutrients are then discussed in relation to a range of putative mechanisms.
modern cultivation techniques limit natural expression and leave people ignorant of naturally occurring cause and effect
So you think making assumptions based off of experiments with other plants is more reliable then a study based on cannabis specifically?
Isn't it possible to acknowledge that the limits of the study mean both could be right; flushing may not lower nutrient content in the bud but may still increase people's subjective enjoyment of it as the study didn't look at that aspect at all. It does say that yields weren't significantly affected, in the sections looking at irrigation strategies they suggest that limiting water may increase overall cannabinoid concentrations.
I think the take away from this paper is that we base a lot of our techniques on unconfirmed assumptions and we need more studies to build a solid body of evidence around actual best practices for growing Ganga.
Plants will fade on their own without flushing... if your NPK is balanced right... u can feed them right up until harvest and they will shit on plants given plain water.. all the sides by sides ive done... show flushing is the biggest bro science myth legend alive
The plant has to remove stored excess reserves from its tissue
Weed is not a toilet...busting gallons no food in 4 days before harvest is NOTdoing a damn bit of good..
2 weeks before harvest drop the add ons.... except flower base cut it in half, add sugars and fulvic humeric done right will make the plant eat those reserves then start color changing in the leaves because its starving removing stored excess....flush yer turds not yer plants....science confirms this if your not emotional attached to hacks....
Whats funny is, after reading this paper I have switched to plain water in the last 2 weeks and am getting the same results consistently (not just in 1 grow). Very happy since I dont have to mix & maintain a res for the whole grow. Meanwhile everybody who hasnt read the damn thing is arguing on the internet about it, strawmanning the author with every keystroke
Dont take anyones word for it, try it for yourself and see what you like best without being dogmatic about it.
You missed the boat and missed it by a mile...
Did I say drowning a plant with remove excess built up ferts...shit no...
No I want to stay topical and discuss active/passive uptake and the fate of nutrients/minerals/metals/etc in various scenarios with a baseline established on natural genetic expression and then compare the results to modern methodologies. Since senescence can be achieved in all scenarios and effects translocation measuring in this state and out of this state would establish the extent of both passive and active uptake across the board.Interesting you want to ramble about end of life and minerals....again you missed the boat...
You want to talk Agranomics...Lets talk about GDU and any plants requirements for lighting a day artificial or sun...
I seriously doubt 98% have a clue about GDU and light combine to produce a known date of chop plus or minus 2 days....
Continue on with your scrape of actually science, your getting there but not yet....Looks like to me your stuck in canna emotional science chad and bro facts wich mean as much as the dog shit on my lawn
You have some real insecurities because I didn't say that. I defined what flushing means outside and inside the cannabis niche and defined your process as triggering artificial sentience. Of course you don't understand what I am stating so you went full bore off topic and emotionally engaged.
No I want to stay topical and discuss active/passive uptake and the fate of nutrients/minerals/metals/etc in various scenarios with a baseline established on natural genetic expression and then compare the results to modern methodologies. Since senescence can be achieved in all scenarios and effects translocation measuring in this state and out of this state would establish the extent of both passive and active uptake across the board.
Evolutionary food soil web interactions dictate expression as well as other cues, many of which do not express the same when some hedges the bet with a maximum feed schedule. So chemovar expression should be measured parallel for the differential. This doesn't go into the generational effect plants have on soil for improved expression and agronomic performance since these science backing up this perspective are developed under that interest.
So your statement not only is false but underscore the fact that you are limited in your knowledge of all the topics at hand.
But let me guess what you made some money selling weed so you are weed mother fucking jesus
lol what a fucking joke
Talking of jokes Weird..... Did you hear the one about the organic grower who desperately talked hiamself into a corner without realising it?
Suggesting it be left to science using a greater field of context isn't a corner it is data.
Making it dogmatic or emotional is a sophomoric way to underline ignorance.
However every one of the differentials mentioned has measured implications that science has studied. They just haven't been done specifically on cannabis yet. Because of the perceived value of this information it won't be made available under the auspices of corporate research therefore I do not know how much public research is going to be made available.
Pretending there is no measurable difference and the potential implications is also irresponsible but if you are certain why wouldn't you welcome the notion of being proven right?
Either way being indignant about it is simply unreasonable and lacking and benefit. This tends to represent the depth of consideration many people give their own thoughts here.
It doesn't matter how hard you try to eloquently dribble my friend, it is still complete dribble that isn't supported by the rigour of science. In other words, it is opinion and opinions are like arseholes. Everyone has one. By the way have you seen that scientists are now looking at the impact of organics on high THC yielding cannabis. Interesting finding to date shows that humates reduce THC production in the flower. I think we are in for an interesting next few years re research. Of course what they are also now finding is that organic produce tends to be higher in heavy metals and more prone to mold *no surprises there, the BC Compassion club found this out 20 years ago and buried the lab tests. Frankly Weird, I want the cleanest end produce possible and people ultimately produce and buy cannabis for cannabinoids.