Viewpoint: Intensive ‘industrial’ agriculture boosts farm productivity, promotes environmental sustainability

Screen Shot at AM
Credit: Kimberly Vardeman/Wikimedia
Farm consolidation has been having a moment. President Donald Trump’s trade war, some observers suggest, will ultimately benefit the largest farms. At the same time, most of the Democratic presidential candidates are proposing policies that they claim will help small farmers who are suffering at the hands of “big ag.” Farm consolidation, in these accounts, is an unalloyed social and environmental ill.

Yet, while there are environmental and economic impacts associated with agricultural consolidation, particularly in the agribusiness and meat-processing industries, larger farms are in many ways conducive to better environmental outcomes and labor conditions than their mid-sized counterparts.

Farm consolidation is nothing new. US agriculture has been consolidating for more than a century. Small farms disappeared as much of the nation’s population left rural America for opportunities in manufacturing and service economies near urban centers. Subsequently, the number of farms in the United States has fallen by 70 percent since 1935.

More recently, the number of small farms has actually grown. But these farms are responsible for a vanishingly small share of America’s total agricultural output. What has changed in recent decades is actually the disappearance of mid-sized farms as historically large farms consolidate into even larger ones. This trend is at odds with a discourse that casts small family farms as the victims of industrial behemoths. If there is a major economic conflict between the interests of farmers and big agribusiness, it is a conflict between larger farmers and very large agricultural processors like Cargill, ADM, and Tyson Foods.



Further, the long history of ag consolidation has actually corresponded with increasing farm productivity and environmental efficiency. Higher productivity, driven by technology adoption, remains the primary environmental benefit of farm consolidation. In the United States, yields are higher and have grown faster on large farms. And it is thanks to such yield growth that the worldwide agricultural land use per person is roughly half what it was in 1960, which has massively reduced carbon emissions and habitat loss compared to a flat-yield scenario.

Looking forward, the environmental advantage of larger farms may well grow as they are quicker to adopt cutting-edge agricultural technology. A 2016 USDA ERS report found that adoption rates for three precision agriculture (PA) technologies — GPS soil/yield mapping, guidance systems, and variable-rate technology (VRT) — were highest on farms over 3,800 acres. In addition to boosting productivity, PA technology has the potential to dramatically improve input efficiency and reduce greenhouse gas emissions from crop farming.

Higher productivity, driven by technology adoption, remains the primary environmental benefit of farm consolidation.

While small farms are capable of implementing PA technologies, there is likely a feedback loop between farm size and tech adoption. Larger farms have more capital to invest in new technologies, which in turn boost profits and allow for further technological investment. Also, because PA equipment is highly specialized and difficult to resell, adoption poses a high financial risk that smaller farmers might be unwilling or unable to take.

Related article:  Viewpoint: Conventional, organic farming advocates should stop fighting and focus on feeding world's growing population

The relationship between labor conditions and farm size is less clear cut, but still suggestive of an advantage for larger farms. Unfortunately, labor conditions for farmworkers are poor across the board, whether on a large, small, conventional, or organic farm. The average farmworker has low pay, receives few benefits, and faces high rates of sexual harassment and assault. Exacerbating these issues, farmworkers have less bargaining power than employees in many other industries, in part because about half of farmworkers are undocumented.

Follow the latest news and policy debates on agricultural biotech and biomedicine? Subscribe to our newsletter.

But while poor conditions are ubiquitous, they may be marginally better and easier to improve on large farms. Large farms are more likely to have their labor conditions audited by the government, and the Affordable Care Act requires employers with more than 50 full-time employees to offer affordable coverage to employees working 30 or more hours per week. Even as of 2009, California farms with more than 25 employees were twice as likely to provide insurance to year-round [workers] as farms with five employees or fewer. Lastly, some farmworkers claim to prefer working on larger farms because they are more likely to provide full-time work and longer gigs.

Of course, the “get big or get out” approach to American agriculture — immortalized by Earl Butz, Richard Nixon’s USDA secretary — has had real social and economic costs for farmers. Consolidation represents the loss of farmers’ livelihoods and the hollowing out of rural America. Still, if we value keeping food prices cheap, combating climate change, and protecting farm laborers, it’s important to at least be honest about the real benefits of farm consolidation.

Caroline Grunewald is a Food and Agriculture Analyst at the Breakthrough Institute. Follow her on Twitter @caro_grunewald

Alex Smith is a Food and Agriculture Analyst at the Breakthrough Institute. Follow him on Twitter @alexjmssmith


This article originally ran at the Breakthrough Institute as Big Farms, Bad Rap and has been republished here with permission. Follow Breakthrough on Twitter @TheBTI

Outbreak Daily Digest
Biotech Facts & Fallacies
GLP Podcasts
Infographic: Here’s where GM crops are grown around the world today

Infographic: Here’s where GM crops are grown around the world today

Do you know where biotech crops are grown in the world? This updated ISAAA infographics show where biotech crops were ...
News on human & agricultural genetics and biotechnology delivered to your inbox.
glp menu logo outlined

Newsletter Subscription

* indicates required
Email Lists
Send this to a friend