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Originally posted by Phage
reply to post by superman2012
What does that have to do with the topic? Do you see glyphosate (or glyposate resistant GMOs mentioned in the study?) But both Dupont and Syngenta produce herbicide resistant GMOs.
How many have round up ready seed though?
But maybe this would be a good time to repeat a quote from the study which I posted earlier. Bee keepers seem to be more dangerous to bees than pesticide treated crops.
In our study and those listed above, pesticides applied by beekeepers to control hive pests were present in a large proportion of the samples, often in quantities higher than most of the pesticides that are applied to crops.
www.plosone.org...
Originally posted by grey580
reply to post by Realtruth
And to combat the issue companies will build a GMO Bee to be resistant to the pesticides.
Right?
Why worry nothing could go wrong there right?
And to combat the issue companies will build a GMO Bee to be resistant to the pesticides. Right? Why worry nothing could go wrong there right?
Originally posted by grey580
reply to post by Realtruth
And to combat the issue companies will build a GMO Bee to be resistant to the pesticides.
Right?
Why worry nothing could go wrong there right?
Originally posted by BlueMule
Even if we stopped using those pesticides and fungicides today, it would probably be too late.
/shrug
Originally posted by Phage
reply to post by superman2012
What does that have to do with the topic? Do you see glyphosate (or glyposate resistant GMOs mentioned in the study?) But both Dupont and Syngenta produce herbicide resistant GMOs.
How many have round up ready seed though?
But maybe this would be a good time to repeat a quote from the study which I posted earlier. Bee keepers seem to be more dangerous to bees than pesticide treated crops.
In our study and those listed above, pesticides applied by beekeepers to control hive pests were present in a large proportion of the samples, often in quantities higher than most of the pesticides that are applied to crops.
www.plosone.org...
Originally posted by WhiteAlice
So you have two different species that live in relatively enclosed environments succumbing to two fatal fungi. G. destructans is a winter time fungi that flourishes in temperatures ranging between 39 to 59 F (4-15C). That would be a fairly mild winter that would lead G. destructans to flourish. N. cerenae is less temperature dependent but the other fungi that has been associated with bee death is Nosema apis. Nosema apis, like G. destructans, prefers milder winters.
I don't think the two species living in enclosed areas being afflicted by members of the fungi family as being coincidental. Both Nosema and Geomyces have spores that are capable of long dormancy until conditions improve for the fungi to flourish. Apparently, conditions are improving and that means the climate has changed. Makes me wonder what other interesting little surprises Mother Nature is going to bring out.