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A new study in the journal Current Biology shows climate change is contributing to changes in flower pigmentation.
Clemson University researchers used flower pressings dating back to the 1940s to study how their ultraviolet pigmentation, which is invisible to the human eye but can be captured through UV photography, has changed over time. They found that higher temperatures and ozone depletion correlated with pigment increases and decreases, depending on the species.
By Minnesota Public Radio4.7
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A new study in the journal Current Biology shows climate change is contributing to changes in flower pigmentation.
Clemson University researchers used flower pressings dating back to the 1940s to study how their ultraviolet pigmentation, which is invisible to the human eye but can be captured through UV photography, has changed over time. They found that higher temperatures and ozone depletion correlated with pigment increases and decreases, depending on the species.

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