@memester,
memester;115866 wrote:Paul, take your time. Look at this. Surely you cannot be suggesting that this is correct ?
Edit -- I don't have much time to take, I'm rounding in the hospital today and taking 2-minute procrastination breaks every now and then, so if I've been hasty in glancing at this I'll have to look later on tonight.
You're right -- they put "decreases" when alkalinity would cause pH to increase. Fundamentally ANY chemical change can be toxic when it results in dysequilibrium, but they're contradicting their rhetorical point. It's the "Silent Spring" phenomenon, where their argument oversteps the science.
So all I'll vouch for on that page is the easy stuff -- Ammonia reacts with water to produce ammonium ions and hydroxyl anions, and this causes alkalinization. I'd be shocked if there are no instances of pollution of this sort, given how common ammonia compounds are (especially in agriculture).
I have no idea how widespread, common, or important it is. I could look at more robust primary sources, but I don't have time at the moment, at work today.
But whether this is accurate or not, the takehome message is that people can pick and choose their references, and the only way to REALLY grasp an issue is to use primary sources -- which is difficult or impossible for most people outside the field.