How Does Wave Action Affect Oxygen Levels Near Shore?

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Discussion Overview

The discussion centers on the impact of wave action on oxygen levels near the shore, exploring whether waves contribute to oxygen production or influence oxygen concentration in water. It examines the relationship between moving and still waters in terms of oxygen levels and the implications for marine life.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • Some participants assert that waves do not produce oxygen but may increase the concentration of dissolved oxygen by mixing atmospheric oxygen into the water.
  • Others question the implications of wave action on oxygen levels, particularly comparing moving waters to stagnant waters.
  • One participant suggests that if waves did not exist, the overall effect on marine life would be negligible, as most oxygen in the ocean is produced by photosynthetic organisms.
  • Another participant notes that warmer water near the shore can lead to a reduction in oxygen solubility, potentially causing oxygen to be released from the water.

Areas of Agreement / Disagreement

Participants generally agree that waves do not produce oxygen but have differing views on the extent to which wave action affects oxygen levels and marine life. The discussion remains unresolved regarding the overall significance of these effects.

Contextual Notes

There are limitations in the discussion regarding assumptions about the sources of oxygen in the ocean and the specific mechanisms by which wave action influences oxygen levels. The dependence on definitions of "production" versus "mixing" of oxygen is also noted.

Si14
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Hi,
Does wave hit the shore produce oxygen? If so, how and how significant is this amount of oxygen?
Thanks!
 
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Si14 said:
Does wave hit the shore produce oxygen? If so, how and how significant is this amount of oxygen?

Short answer: no.

But I wonder what you are really asking about.
 
Borek said:
Short answer: no.

But I wonder what you are really asking about.

As Borek said, it won't produce any oxygen. But I'm wondering whether the OP is asking if the concentration of O2 would increase when the wave hits the shore (by mixing some of the oxygen present in the atmosphere). In this case, the answer is yes, since moving waters tend to present a higher percentage of dissolved oxygen than stagnant water.

http://ga.water.usgs.gov/edu/dissolvedoxygen.html

However, this is merely because the water is getting this oxygen from the atmosphere. It's not producing oxygen, it's merely getting it from somewhere else.
 
Thanks.
I was curious about the role of waves in the % of oxygen present in the water. Specifically, between moving waters and still waters.
So, suppose waves do not exist in oceans. Does it affect the livings under water? (you said wave mix oxygen with water and increase the %).
 
Si14 said:
Thanks.
I was curious about the role of waves in the % of oxygen present in the water. Specifically, between moving waters and still waters.
So, suppose waves do not exist in oceans. Does it affect the livings under water? (you said wave mix oxygen with water and increase the %).

I expect that it would have a negligible effect overall. Most of the oxygen in the ocean comes from plant life living in the ocean producing oxygen via photosynthesis.
 
First, most of the current O2 on our planet arose from the oceans.

Second, one way O2 is liberated upon coming to shore, as any swimmer knows, the water gets warmer near the shore. This reduces the O2 solubility, and as such, it is possible that water is releasing oxygen due simply to a temperature differential.
 

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