The body learned to tolerate the meager portions of food you served it by lowering oxygen uptake — decreased
oxygen means decreased metabolism.
Not exact matches
This
means that (1) animals are directly involved in an
oxygen - regulating cycle or feedback loop that has previously been overlooked, and (2) we can directly test the idea (despite the uncertainties associated with looking so far back in time) by looking for a
decrease in ocean oxygenation in conjunction with the spread of bioturbation.
For VO2 max,
decreases in maximum
oxygen can
mean decreased athletic performance.
A
decrease in temperature
means that the hydrogen and
oxygen atoms of the water no longer have enough energy to bounce out of the six - sided pattern they naturally nestle into.
The compartments aren't able to expand as much as they're supposed to be able to under increased pressure and you get a ton of pressure within the muscles and as that happens, it compresses nerves and blood vessels and
decreases blood flow which
means that the tissues inside that compartment don't get enough
oxygen rich blood and they are essentially
oxygen starved and they become damage the same way that your heart, if
oxygen starved, undergoes a heart attack and this can not be painful but can be damaging to the muscles.
A deficiency in red blood cells
means a
decrease in the amount of
oxygen the blood can carry to the organs and a
decrease in the amount of carbon dioxide the blood can carry away from the organs, which results in a ferret that does not feel good.
Flea infestations on small or weak pets can cause life - threatening anemia (iron - deficiency anemia,
decreased red blood cells circulating through the blood, which
means a
decreased oxygen level in the blood).
It also appears that there are
decreasing rates of bottom water formation; that
means that
oxygen input to the deep ocean is probably
decreasing... is it possible that we could be pushing the global oceans towards a state where bottom water anoxia is much more prevalent?
This
means that when
oxygen and / or nitrogen molecules join together to form larger multimer molecules, the average amount of latent energy they can store will
decrease.
The fossil - coral
oxygen isotopic records (δ18O) from Palmyra Island present similar, and climatologically consistent, changes to the Southwest PDSI variance over time, including
decreased mean state of ENSO in the MCA (a cooler eastern equatorial Pacific) and more intense ENSO in the LIA, particularly during the mid-seventeenth century.