It is virtually impossible for the oceans to become acidic. That alarmist theory is another absurdity. High-Frequency Dynamics of Ocean pH: A Multi-Ecosystem Comparison https://t.co/UR1iS2u4ek https://t.co/SOkVIkSJWt
Information about natural #pH variations in marine environments is crucial to better understand the effects of #OceanAcidification in the different #marine #ecosystems. #PLOSONE: High-Frequency Dynamics of Ocean pH: A Multi-Ecosystem Comparison https://t.
@Winter8905 @CorySumm3rs @SidneyJAnza @jtLOL @ZachInglis @molly_knight @dukeboy623 And it's not like the ocean doesn't already change pH all over the world... constantly. The natural variability means our models of ocean doom are kind of junk. Overfishing
@stevepog @zenandy62 @JTomlinson340 @SkyNewsAust @PeterGleeson63 High-Frequency Dynamics of Ocean pH: A Multi-Ecosystem Comparison Gretchen E. Hofmann et al Published: December 19, 2011 - https://t.co/YA5DJUbZ1B
That was a good article, thanks, had a few " wheelbarrows" ( words I'll have to google later) but I'm glad the technology and the will is there to place high accuracy sensors (even if they are only at 15mts) at select sites. Big progress IMO. https://t.co/
Ocean acidity varies greatly on short time scales...and deep upwelling waters have naturally lower pH. https://t.co/WpBGyF66PC https://t.co/1CtzWQsFju
@stopheles bigger swings on a daily basis see http://t.co/EkmLkeaT
@stopheles not another "we did some modelling" paper! How about some real science? You know, empirical? http://t.co/EkmLkeaT
Key data re: ocean acidification RT @sr320: #PLoS: High-Frequency Dynamics of Ocean pH: A Multi-Ecosystem Comparison http://t.co/GkEPaoqw
#PLoS: High-Frequency Dynamics of Ocean pH: A Multi-Ecosystem Comparison http://t.co/YcOGXdbC
High-Frequency Dynamics of #Ocean #pH: A Multi-Ecosystem Comparison http://t.co/gF37WAEC