I'm afraid not, they likely are as scarce as Broyoligist are. And i guess this is mainly because both plant species are a very ancient plant species in such a large diversity it is about impossible to determine the majority without a microscope and extended knowledge.
And regarding the light spectrum and what and how plants (macrophytes) use it is still fairly unknown. We have the means to determine that plant photosynthesis reacts to certain bandwidth between red and blue. For a long time, it was thought it only uses light between 400 – 700 nm and discards the rest. Not so long ago it was discovered that plants also use the far red between 750 - 850 nm. Scientists yet do not know if and what it does with the rest of the spectrum.
And not able to find any evidence for it, doesn't mean the plant doesn't have any use for it. Now i'm far from a scientist but my best guess is, we probably yet have no full understanding about what light actually is and how it is fully used in biological processes such as photosynthesis in living tissue. Most likely related that we also do not fully understand what life itself is.
For the rest, for us, hobbyist and what we experience in our aquariums is something far from universal. There are so many other environmental parameters we can not determine what could have an effect on how it grows.
For example, my light is not your light. And most likely depending on where you are on this planet the natural light you receive might be slightly different from the natural light i receive caused by atmospheric influences it needs to penetrate before it reaches our location. Then naming aquatic life forms that are underwater, this light also needs to penetrate the water this also has an effect on how its spectrum is filtered.
Something far to dynamic to determine and even further from to make it something universally applicable.
For me that is most likely the reason why the study paper i linked to neglects light spectrum entirely.