Are larger seeds more sensitive to NaCl than relatively smaller seeds?

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SUMMARY

The experiment demonstrated that larger seeds exhibit longer radicle lengths compared to smaller seeds when grown in both NaCl solutions and regular water. The results indicated that both seed sizes were similarly affected by NaCl, with radicle lengths decreasing proportionally across various concentrations. This suggests that while larger seeds maintain a relative advantage in radicle length, their sensitivity to NaCl is comparable to that of smaller seeds. Future research should focus on detailed comparisons of radicle lengths across NaCl concentrations against control groups for both seed sizes.

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rowkem
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So, we grew "large seeds" and "small seeds" in a certain concentration of NaCl. We also grew the same kinds of seeds in regular water.

The control group data showed that the larger seeds had a longer radicle than than the smaller seeds. The NaCl group showed the same; larger seeds=relatively longer radicles. We did it at increasing concentrations of NaCl and found the same results.

So, would it be safe to assume that both are equally affeceted by NaCl. Both had their radicle lengths decreased by about the same amount for most NaCl concentrations.

So - the question becomes: how does NaCl affect the germination of a seed?
 
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Make a comparison at each concentration of NaCl, to the control group. How did radicle length of the larger seeded plant at each concentration, compare to radicle length of larger seeded plant in control group? How did radicle length of the smaller seeded plant at each concentraion, compare to the radicle length of the smaller seeded plant in the control group?

Have you made a search of the literature on your kind of experiment? You can find a few articles online about this. For a better search, you may also want to go to your library and look this up (you may ask the reference librarian to help you if you have trouble finding information).
 

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