new research debunks trad views on nutrition

In the farm paper
“The excess nitrates that get taken up by this wood chip bioreactor, those nitrates are now gone,” she said. “They’re no longer available to a growing crop. But the good news is they’ve been captured in this system and have not made their way into a nearby waterway.”
https://www.farmweeknow.com/environ...cle_147bd5db-64d1-4ce8-8944-5d240d160f1e.html
that paper is "unavailable due to legal reasons" in any country belonging to the EEA which includes the EU which has apparently unacceptable legislation on GDPR...
 
that paper is "unavailable due to legal reasons" in any country belonging to the EEA which includes the EU which has apparently unacceptable legislation on GD

Ryan Arch, Illinois Land Improvement Contractors Association executive director, shares details about the installation of bioreactors at the Marshall-Putnam Nutrient Stewardship Field Day Aug. 19.

Although the 11-by-44-foot hole on Ethan Koehler’s farm could be mistaken for a swimming pool, it’s actually a woodchip bioreactor under construction.

The 5-foot-deep pit, showcased during the Marshall-Putnam Nutrient Stewardship Field Day Aug. 19, will soon begin capturing nitrogen from about 16 acres of tile-drained cropland in Marshall County. While smaller than some of the other bioreactors installed through partnerships with the Illinois Land Improvement Contractors Association (ILICA) since 2017, the system is expected to make a measurable environmental impact.

“I’m really just out here trying to take care of the land and do the right thing,” said Koehler, who has also implemented other edge-of-field practices on his farm, such as buffer strips, pollinator habitats and filter strips.


Farmer adds bioreactor to conservation toolbox

The 11-by-44-foot hole on Ethan Koehler’s farm will soon capture nitrogen from about 16 acres of tile-drained cropland in Marshall County.

Koehler first learned about bioreactors when the practice was still relatively new. Intrigued by the concept, he worked with Illinois Farm Bureau staff to explore the idea and bring the project to life. Having access to trusted experts, he said, made it easier to try “newer, cooler ideas.”

Inside a woodchip bioreactor, microbes convert nitrate into inert nitrogen gas, which safely escapes into the air. This process usually happens in low-oxygen conditions and relies on a carbon source like woodchips to fuel microbial activity.

“The bioreactor itself is a cool way to take some of that nitrate out of the water supply. We’ve got an initiative as a state and a nation to work on that, so I’m trying to do my little part,” Koehler told FarmWeek.

Ryan Arch, ILICA executive director, said the slight slope of Koehler’s field made it a great location for a bioreactor, allowing tile drainage to flow efficiently into the system.

“It’s just really the ideal site when you think of woodchip bioreactor sites,” Arch said, adding Koehler’s system is also capped, allowing for easier access and maintenance, such as mowing, without interfering with its function.

Farmer adds bioreactor to conservation toolbox

A new woodchip bioreactor was installed on Ethan Koehler’s farm in rural Marshall County. “I’m really just out here trying to take care of the land and do the right thing,” Koehler said. (Photos by Catrina Rawson)

Since the start of the bioreactor partnership involving ILICA, IFB, University of Illinois, Illinois Nutrient Research and Education Council (NREC) and the Environmental Quality Incentives Program, Arch said research has shown an average nitrate load reduction of 27% across installations. That figure aligns with goals outlined in the Illinois Nutrient Loss Reduction Strategy (NLRS), which aims to reduce nitrogen and phosphorus runoff statewide.

Julie Hewitt, executive director of Illinois NREC, said bioreactors are part of a broader system of nutrient management practices. While the “4Rs” — right source, right rate, right time and right place — guide nutrient application, edge-of-field practices like bioreactors help mitigate environmental impacts when excess nutrients remain.

“The bioreactor would come sort of after the four Rs have had their opportunity to work,” Hewitt said.

“The excess nitrates that get taken up by this wood chip bioreactor, those nitrates are now gone,” she said. “They’re no longer available to a growing crop. But the good news is they’ve been captured in this system and have not made their way into a nearby waterway.
 
that paper is "unavailable due to legal reasons" in any country belonging to the EEA which includes the EU which has apparently unacceptable legislation on GDPR...
So it is not accessible in areas covered by the EU’s strong protections of consumer privacy? If so, good for them. I’m more than a bit annoyed as being regarded as a clump of data ready to be sold to the highest bidder.

If I read this wrong, please correct me!
 
So it is not accessible in areas covered by the EU’s strong protections of consumer privacy? If so, good for them. I’m more than a bit annoyed as being regarded as a clump of data ready to be sold to the highest bidder.

If I read this wrong, please correct me!
Its true we are better protected for consumer privacy and advertisements.
Companies are obliged to ask permission on their website for data collection (if they do).
 
"Since the start of the bioreactor partnership involving ILICA, IFB, University of Illinois, Illinois Nutrient Research and Education Council (NREC) and the Environmental Quality Incentives Program, Arch said research has shown an average nitrate load reduction of 27% across installations. That figure aligns with goals outlined in the Illinois Nutrient Loss Reduction Strategy (NLRS), which aims to reduce nitrogen and phosphorus runoff statewide." (Italics mine)

Read the book, The Devil's Element, by Dan Egan. Phosphorus is an element that we can't live without. We also can't seem to keep it from wreaking havoc with our waterways.
 

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