http://www.pure-aqua.com/reverse_osmosi ... 3godfmzRLw
http://t3.technion.ac.il/pdf_files/1225099915.pdf
shahmaran wrote:wyoming cowboy wrote:the vast majority of boron in groundwater is located in the free areas of Cyprus, you can almost draw a line of where it ends and begins and it would almost follow the green line
It is interesting that the majority of the boron contamination has concentrated in the South, what is up with that?
Oracle wrote:shahmaran wrote:wyoming cowboy wrote:the vast majority of boron in groundwater is located in the free areas of Cyprus, you can almost draw a line of where it ends and begins and it would almost follow the green line
It is interesting that the majority of the moron contamination has concentrated in the South, what is up with that?
A heuristic test for Boron is to observe the predominance of arthropods. Boron, being highly toxic to these spineless creatures, is least concentrated where arthropods prevail.
shahmaran wrote:Oracle wrote:shahmaran wrote:wyoming cowboy wrote:the vast majority of boron in groundwater is located in the free areas of Cyprus, you can almost draw a line of where it ends and begins and it would almost follow the green line
It is interesting that the majority of the moron contamination has concentrated in the South, what is up with that?
A heuristic test for Boron is to observe the predominance of arthropods. Boron, being highly toxic to these spineless creatures, is least concentrated where arthropods prevail.
So what you are saying that the South is mostly spineless creatures? You know, that totally makes sense!
Oracle wrote:shahmaran wrote:Oracle wrote:shahmaran wrote:wyoming cowboy wrote:the vast majority of boron in groundwater is located in the free areas of Cyprus, you can almost draw a line of where it ends and begins and it would almost follow the green line
It is interesting that the majority of the moron contamination has concentrated in the South, what is up with that?
A heuristic test for Boron is to observe the predominance of arthropods. Boron, being highly toxic to these spineless creatures, is least concentrated where arthropods prevail.
So what you are saying that the South is mostly spineless creatures? You know, that totally makes sense!
Fail!
(Heavy metal poisoning, methinks.)
georgios100 wrote:Boron in Cyprus is mostly due to natural geothermal activity. Humans contribute with the added boron found into detergents & untreated sewage. In addition, excessive pumping of groundwater leads to seawater creeping into the aquifers.
Boron can be toxic at very low concentration levels. Boron concentration lower than 1mg/L is essential for plant development, but higher levels can cause problems in sensitive plants. Most plants exhibit toxicity problems when the concentration of boron exceeds 2mg/L
Very sensitive <0.5 Blackberry
Sensitive 0.5-1.0 Peach, cherry, plum, grape, cowpea, onion, garlic, sweet, potato, wheat, barley, sunflower, sesame, strawberry
Moderately sensitive 1.0-2.0 Red pepper, pea, carrot, radish, potato, cucumber
Moderately tolerant 2.0-4.0 Lettuce, cabbage, celery, turnip, oat, corn, artichoke, tobacco, mustard, squash
Tolerant 4.0-6.0 Tomato, alfalfa, purple, parsley, sugar-beet
Very tolerant 6.0-15.0 Asparagus
Source: Extracted from the Australian Water Quality Guidelines for Fresh & Marine Waters (ANZECC)
The numbers above suggest we always test our irrigation water to avoid surprises...
One thing is for sure. Never drink or cook using Cypriot groundwater... you are asking for trouble. Even if the well was tested & found safe, testing should be ongoing (every 6 months to make sure).
I got a few PM's from people who had no idea this problem existed. Well, the rule of thumb is... test & test again if you are on a well. Better safe than sorry.
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