‘Grant’ will start ‘measuring’ air, soil around dairy cropping practices in nine U.S. regions
This is the third and final part of the multi-part series about DMI’s Net Zero Initiative and Dairy Scale for Good implementation. Parts one and two in Farmshine covered some of the 12- to 13-year history, the ‘scale’ approach for getting the industry to net zero faster, and the impact of manure processing, digester models, and renewable energy policies and technologies in the NZI scheme.
By Sherry Bunting, Farmshine, May 7, 2021
ROSEMONT, Ill. — How dairy feed and forage are produced are the “biggest hammers” that are “ripe for innovation in dairy emissions reduction,” said Caleb Harper, executive director of DMI’s Net Zero Initiative (NZI) Dairy Scale for Good (DS4G) implementation.
He and Dr. Mike McCloskey, chairman of the DMI Innovation Center for U.S. Dairy’s Sustainability Initiative, presented information about the Net Zero Initiative (NZI) and ‘implementation on the farm’ during last month’s Balchem real science lecture series.
Much of the presentation used the ‘spreadsheet exercise’ of the World Wildlife Fund (WWF) white paper laying out the “business case for getting to net zero faster”, based on a 3500 cow dairy (a Fair Oaks site with 3000 milking and 500 dry). In fact, Harper’s DS4G work will exclusively pilot and model on dairies about this size.
After explaining that the DS4G goal is to make maximum impact on the entire supply of milk in the short-term using “the consolidation going on in the industry” and the idea of “scale to drive down the risk … and spread the benefit across the industry,” Harper dug into each area and showed how the models tend to work best when multiple areas are combined.
Harper said no till farming, cover crops, innovative crop rotations, renewable fertilizer, precision agriculture all fall into this feed production area of emissions.
“It all boils down to measuring the emissions,” he said, showing a slide of boxes in potato fields in Idaho, where USDA ARS has a project that monitors the air around the crop to show the emissions from a field and mitigation that can be attributed to cropping practices. He said DMI has a grant to do the same thing with dairy cropping practices beginning this year.
The key, according to Harper, is to show that the emissions are being reduced. In addition to boxes in fields measuring emissions around crops, Harper said soil core samples will be taken to determine carbon sequestration of dairy feed cropping strategies.
“This is open science, (meaning still in the proving stage),” said Harper, known for his Open Ag science project growing food in computer controlled boxes at M.I.T. That project ended amid controversy last April a few weeks before Harper was hired by DMI to lead its NZI DS4G.
During the real science lecture in April, Harper said DMI has a grant program starting this year, along with Foundation for Food and Agriculture, to do this type of field box emissions monitoring and soil core sequestration monitoring across nine different U.S. geographies to test conservation tillage practices in terms of carbon emissions and sequestration over the next five years.
Harper said he sees this area as “huge” for innovation and for generating carbon credits that are valued by markets and for reducing one-third of dairy’s ‘field to farm’ emissions while improving soil health and the ability of soil to hold water.
He projects the bottom line potential annual farm revenue on this at $70,000, saying the industry will have to combine this with other strategies, like manure processing, renewable energy generation and such to get the combination of environmental impact toward ‘net-zero’ GHG and the economic revenue stream impact for the dairies.
“Some strategies are more impactful than others,” he said about the WWF models.
In this diagram, which was also shared by DMI leaders in a Pa. Dairy Summit breakout session about what dairy checkoff has done for producers lately, Harper illustrated how WWF models show farms will have to combine areas to merge emissions reduction potential with revenue potential. This shows feed production represents 26% of field to farm emissions reduction potential but just 3% of farm revenue potential; Cow care encompassing feed additives, efficient rations and genetics represents 33% of emissions reduction potential and just 5% of farm revenue potential; but conversely, renewable energy production on the farm represents just 5% of emissions reduction potential and 23% of farm revenue potential.
The ‘hammers’ on the emissions side do not line up with hammers on the revenue side, and the question remains, where will individual dairy farms sit in terms of decision-making as supply chains scale these combinations.
Yet again, the question arises around selling or monetizing the carbon credits generated by the farm once these cropping practices are “measured” and added to models. How does the sale of these credits, or bundling with sales of milk, then change the carbon profile of the farm selling the credits vs. the buyer in the dairy supply chain. Again, as mentioned in Part II on manure technologies and energy generation, this is an important detail that the WWF, NZI and DS4G modeling has not dealt with or worked through.
So, while discussions have already progressed to model how carbon credits and milk could be bundled to milk buyers, with pilots funded by supply chain grants to model how scale can spread impact over the industry and the entire milk supply, the holes in the value proposition are more obvious in this area where farms are already doing great things for land, air and water, by keeping something green and growing on the land as part of dairy feed production: How do farmers get credit for what they are already doing?
Harper also said “amazing things” are happening in the feed additive aspect of reducing enteric emissions, but he acknowledged “it’s early” on the carbon credit side for that.
This area of feed production and feed additives in the DS4G ‘value proposition’ has been spreadsheet-modeled to account for one-third of dairy’s field to farm CO2 equivalent emissions, and yet, at the same time, carbon credits based on this area are still in the research and measurement stage, needing documentation to be ‘monetized.’
Harper cited an example paper from University of California-Davis showing significant reductions in enteric emissions in beef cattle with certain feed additives.
As this work in the area of feed production and feed additives continues, said Harper: “Continuing to optimize rations (for production efficiency) remains important, while feed additives and selecting genetics for lower emissions will become important.”
The WWF Markets Institute released the dairy business ‘case study’ for scaling to net-zero faster on Jan. 27, 2021. A mid-February Farmshine report revealed the WWF mathematical error that had inflated the magnitude of CO2 equivalent pounds contributed by all U.S. milk production. WWF on Feb. 25, 2021, corrected its baseline to show the much smaller collective impact of 268 billion pounds CO2 equivalent (not 2.3 trillion pounds).
Both Harper and McCloskey serve on the WWF Market Institute’s Thought Leadership Group.
DMI confirms that dairy checkoff had a memorandum of understanding (MOU) with WWF from the inception of the Innovation Center for U.S. Dairy around 2008 through 2019. McCloskey has chaired the Innovation Center’s Sustainability Initiative since 2008.
In 2008-09, two MOU’s were signed between DMI and USDA via former U.S. Ag Secretary Tom Vilsack — the Sustainability Initiative and GENYOUth. At the end of the Obama administration, Sec. Vilsack was hired by DMI dairy checkoff to serve as president and CEO of USDEC 2016-2021, and earlier this year he became Secretary of Agriculture again after President Joe Biden said Vilsack ‘practically wrote his rural platform and now he can implement it.”
Aside from both serving on the WWF Market Institute’s Thought Leadership Group, McCloskey and Harper have another connection. According to the Sept. 2019 Chronicles of Higher Education, Caleb Harper’s father, Steve Harper, was a grocery executive. He was senior vice-president of marketing and fresh product development, procurement and merchandising from 1993 to 2010 for the H-E-B supermarket chain based in Texas. According to a 2020 presentation by Sue McCloskey, H-E-B was their first partner in the fluid milk business in the 1990s, followed by Kroger. According to the Houston Chronicle, the McCloskeys also partnered with H-E-B in 1996 during Steve Harper’s tenure to produce Mootopia ultrafiltered milk, an H-E-B brand. This was the pre-cursor to fairlife, the ultrafiltered milk beverage line in which DMI invested tens of millions of dollars in checkoff funds through the Innovation Center for U.S. Dairy partnering with the McCloskeys, Select, and Coca Cola.
Harper also previously served as a member of the Board of Directors for New Harvest for at least three years (2017-19). New Harvest is a global nonprofit building the field of cellular agriculture, funding startups to make milk, meat and eggs without animals.