A new study says flower photos can help us understand the history of our planet and our relationship to it.

In a new study, researchers at the University of Wisconsin-Madison used 3-D imaging and computer modeling to find how the way light interacts with our flowers is different from other photos of plants.

The study was published in the journal PLOS ONE.

It looked at the light from flowers in more than 100 different species of flowers and found the flowers were more affected by light from the sun than other photos.

The team also found that the way the light interacts is different in different flowers than the way we see them.

What they found is that different flowers respond differently to different light.

The researchers analyzed more than 1,000 flower images from different species and found that there are differences in how the light interact with different flowers.

“In general, the more light you have, the less it’s affected by the flowers, and vice versa,” said study author and UW-Madison Professor of Biology and Plant Physiology Andrew T. Shafran.

“When you have light from a distant source, you’re looking at the whole flower, and it’s very different from when you’re standing at a distant light source.”

Shafran said that when we see flowers, we think they’re the same thing, but the researchers found there are a few different things going on in the flower.

“The flowers respond to different wavelengths of light, but that doesn’t mean they respond to all wavelengths,” Shafrans said.

“We can see the different responses that each flower has to different kinds of light and we can use that to infer how the different plants have evolved.”

Shafer said that one way to get a better understanding of how different plants are different is to look at photos of other plants.

“If you look at a picture of a grass or a tree, there are many more plants, and there are so many different things that have evolved on them,” he said.

“But the grass and tree photos that you see are very close in the size of the plant.

It’s more like a photo of a bunch of grapes or a tomato, and we’re looking for the same basic thing.”

So, for example, if you’re trying to tell how plants evolved in a different area, then you’re going to have to look closely at other photos and compare them to what we have here.

But that doesn:t tell you anything about how plants evolve.

“The researchers looked at about 40,000 photos from more than 500 species.

They found that some of the flowers and some of their relatives, such as flowers with white tips, responded differently to sunlight.

In some cases, flowers had white tips that could be seen only in the sun, and some did not.

In others, flowers with blue or purple tips appeared more often in sunlight.

Shafrans and his team also looked at how different flowers responded to different lighting conditions.

For example, the researchers compared the photos of flowers with green tips, which are not visible in sunlight, to photos of the same flowers that were in shade.

Shafer found that green tips were more likely to have a yellow light, and blue tips were much more likely.”

I think that what we see in nature is really, really complex,” Shafer said.

Shaves are also important in flowers.

Flowers in general are more affected in shade than in sunlight and it is important for flowers to respond to light in a certain way.”

It’s like what happens when you put a light source in the middle of a garden,” ShAFRAN said.

He said that because plants are so complicated, it is difficult to understand the interactions of all of these plants in the same photo.

Shawran said he was surprised that the researchers didn’t see how light changes how plants are arranged.”

To me, the fact that plants are complicated is kind of a puzzle, but I think it’s interesting to think about,” Shair said.