SPIDER MITES MIGHTY WASH IS VERY BAD FOR YOU WARNING!

backtracker

backtracker

Well-Known Member
Dr. Who said:
Like it said before,,,,,What are you trying to get at here? That the plant uptakes and creates nitrite based nutrients (including how ammonia [both uptaken and made by the plant forms] are incorporated for use), that it then transports around the plant for use.......yeah so? Whats your point? It makes NO difference what you think you understand here. The point we're making is, YOU can not "FLUSH" that from the plant (nore all the other ones you left out)! All you did was cut and paste an out of context section of some paper you found on the net in a feeble attempt to say you understand how plants uptake nutrition.

BTW, you left out lots of other nutrients - care to cut and paste the rest of the paper? Or was it only on Nitrate use by plants?
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I understand what is gong on in the soil and in the plant tissue it's you who doesn't and are dancing around what you said because you are never wrong, I get it this is beating a dead horse. You said plants don't store nutrients know you are trying to tap dance around that, WTF difference does it make which nutrients are stored when you said they didn't store any.
 
backtracker

backtracker

Well-Known Member
RM3 said:
He could take the crash course

Click to expand...
Several inorganic minerals are essential for plant growth and these are usually obtained by roots from the soil. Availability of minerals in the soil is determined by the physical and chemical characteristics of the soil. Plants can directly influence nutrient availability around the root surface; this zone is called the rhizosphere. Plants adjust root architecture and exudation according to their nutrient requirements and under deficiency these changes can be a marker for nutrient status. Nutrients are taken up from the soil using plasma‐membrane located transporter proteins and excess is stored in the cell vacuole or converted into polymerised storage forms. For crops it is essential to match nutrient supply to demand throughout the growth season to obtain the maximum yield. These nutrient storage forms can be used as agricultural indicators of crop nutrient status and the potential for fertilizer leaching losses. Membrane transporters provide a gateway for nutrient entry into plants, but the selectivity of these filters can breakdown when chemically similar minerals are present at very high concentrations. The minerals may not be essential for growth, but they can enter plant cells and cause toxicity. http://www.els.net/WileyCDA/ElsArticle/refId-a0023717.html
 
Dr. Who

Dr. Who

Well-Known Member
backtracker said:
I understand what is gong on in the soil and in the plant tissue it's you who doesn't and are dancing around what you said because you are never wrong, I get it this is beating a dead horse. You said plants don't store nutrients know you are trying to tap dance around that, WTF difference does it make which nutrients are stored when you said they didn't store any.
Click to expand...
You say what? The issue is not storage (they do by the way AND your next post even states that point! (nice job shooting yourself in the foot). The issue of this whole thing is "flushing" and "fade"...... It took you how many posts to state YOUR issue with me clearly!

"Several inorganic minerals are essential for plant growth and these are usually obtained by roots from the soil. Availability of minerals in the soil is determined by the physical and chemical characteristics of the soil. Plants can directly influence nutrient availability around the root surface; this zone is called the rhizosphere. Plants adjust root architecture and exudation according to their nutrient requirements and under deficiency these changes can be a marker for nutrient status. Nutrients are taken up from the soil using plasma‐membrane located transporter proteins and excess is stored in the cell vacuole or converted into polymerised storage forms. For crops it is essential to match nutrient supply to demand throughout the growth season to obtain the maximum yield. These nutrient storage forms can be used as agricultural indicators of crop nutrient status and the potential for fertilizer leaching losses. Membrane transporters provide a gateway for nutrient entry into plants, but the selectivity of these filters can breakdown when chemically similar minerals are present at very high concentrations. The minerals may not be essential for growth, but they can enter plant cells and cause toxicity. http://www.els.net/WileyCDA/ElsArticle/refId-a0023717.htm"


Here is where you shoot yourself in the foot.

This again shoots you in the ass - You NEED to understand that this line speaks to nutrient "leeching" from the soil! NOT the plant!

Come on BT. Time you give up! Your posting is now doing more to prove you wrong then right! I mean, why are you making yourself the clown.....

Stop the cut and paste failure!

I'm done with you.....post stupid if you like, I'm gone here troll!
 
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