By: Paul Chinns, Ars Technic staff writerJune 30, 2019| 8:40:20The aquatic primary producer of the algae that produces the world’s most valuable algae product, the alga Echinacea purpurea, is one of the largest freshwater ecosystems in the world.
It contains some of the world’ s most valuable aquatic algae.
It also produces some of its most destructive algae.
In the late 1980s, researchers from the University of Wisconsin began studying the algae in the Great Lakes to determine whether it might be able to produce algae that were better suited for industrial use.
The results were devastating.
“They showed that there was a clear decline in algal production by the lake,” said David F. Sperry, a UW associate professor of ecology who was one of those scientists.
Speredry was among those who wrote a paper in 1993 describing the decline in algae production in the lake.
“It was a big deal because it was such a big and big problem,” said F.S.
“If it wasn’t for that paper, we wouldn’t know what a big problem algal growth was.
That paper said that the lake had basically gone into the toilet and it was no longer producing any of the types of algae that we would expect in the lakes.”
After that paper was published, the Wisconsin Department of Natural Resources, the US Fish and Wildlife Service, the federal government, and the University and State of Wisconsin set up a cooperative research program to look at algal use in the Lake Erie and Lake Michigan.
The study included surveys of algal communities along the lakes’ edges and along the lake’s shoreline.
The results showed that some algal community groups were getting more algae from the lake, and that algae production from these groups was being used for industrial purposes.
“We were told that the algal industry in the United States was going to become a major contributor to the lake ecosystem,” said Paul F. LeVaughn, the director of the Wisconsin Division of Aquatic Resources and the former director of fisheries for the state.
Levaughn says the lakes were producing algal products, not algae.
The Wisconsin study showed that algal species that were growing in lakes had become more resistant to weathering and less able to withstand freezing.
This meant that algae was being grown in the same areas that were not growing in the best habitat for algal.
The study also found that alga production was growing in Lake Erie, where it was growing faster than it was in the other lake systems.
In the Great Lake, the rate of growth was higher than in the others.
But this didn’t mean that algae in Lake Michigan was producing better than algae in other lakes.
Sledd and his team looked at the growth patterns of the algos.
He found that the algae growing in those lakes were growing more slowly than in lakes in other parts of the Great U.S., including Lake Erie.
Sledd said that algae growth is an indicator of whether a lake is productive, and not just the rate at which the algae grows.
“In a lake, you can’t tell a lake if it’s producing algae or not,” Sledds said.
“The key thing is that if the lake is producing algae, the growth rate is going up.
If it’s not, it’s dropping.”
The results of the study weren’t surprising, Sledding said.
“Algae is not a pollutant, and it doesn’t contribute to pollution,” Slingd said.
Slingerd said he would expect that algae to grow faster and more slowly in a lake than in other areas of the country.
“I would expect to see the growth of algae be the same in Lake Huron, Michigan as in the Midwest.”
Lake Erie and the Great Michigan are considered to be the Great Basin watersheds because they provide most of the freshwater resources for the region.
But it is important to note that they don’t all grow at the same rate in the watershed.
In some areas, the lake levels are so low that algae blooms can occur.
Lake Michigan, which has the lowest lake level in the basin, is home to some of Lake Erie’ largest lakes.
Lake Hurley, the largest lake in the Lower Peninsula of Michigan, is only two miles long and is the smallest of the two lakes in the state, at less than 4,000 acres.
Lake Hurley has the highest water temperature on Earth at 100 degrees Fahrenheit, and some algae bloams occur there.
“If you take Lake Hurle, and put it in the middle of Lake Michigan, it is going to have the highest rate of algae blooming,” LeVaugill said.
The lakes are not the only ones that have changed.
In 2000, the Environmental Protection Agency announced that it would be establishing a water quality monitoring program to