No, I don't have any list. It's not really necessary and it really wouldn't help. There is no such thing as preference outside the context of CO2/flow/distribution. There are plenty of websites, including suppliers, who list "PAR requirement" such as high light, low light and so forth. Those are all illusions. PAR by itself does not determine plant health. A plant can be healthy and slow growing under a low PAR, or it can be unhealthy and fast growing under high PAR. People need to stop equating growth rate with plant health because that's where their troubles begin. Health and growth rate are two separate entities. Under a low PAR all plants grow slowly, under high PAR they grow quickly, under middling PAR they grow at a middling rate. There is no "preference" in this sense.
The best that can be said is that there are some plants with a low LCP. These are known slow growers such as Anubias, Crypts, Ferns and Mosses. These plants can survive at PAR levels down around 10 micromoles and below. This is a very low value and growth will be also very slow. But also they have a very low CO2 Compensation point so this means they do well in non injected tanks. Other plants such as stems have a higher LCP, perhaps in the 20-30 micromole region and these plants also have a higher CO2 Compensation Point, which means they don't do well without CO2 enrichment. These are the two extremes and of course, there are plenty of plants in the middle of that range.
20 micromoles is nothing. Below 10 micromoles you can barely even see inside the tank, so this tells you right away that people use way more light than they need to. Naturally, growth will be painfully slow at these lower extremes, so it's very easy to use higher PAR values to increase growth rates. This is entirely reasonable but one has to pay attention to the CO2 in order to support a higher growth rate, because CO2 grows plants, not light.
Cheers,