Growing Returns

Selected tag(s): farmers

Grasslands protocol opens another carbon market for farmers

GrasslandsGrowers with grasslands on their property have a new reason to leave that land untouched.

On July 22, the Climate Action Reserve, a non-profit organization that creates offset standards and serves as one of the offset registries for California’s cap-and-trade program, approved a new protocol that rewards farmers for avoiding the conversion of grasslands to cropland.

The new “grasslands protocol” highlights a growing trend in agriculture: farmers being paid for reducing greenhouse gas emissions. Read More »

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More reasons to embrace food sustainability

farm

Credit: Flickr user Ruben Holthuijsen

There is no shortage of news about the contamination of drinking water sources caused by fertilizer run-off from agriculture. And there is no shortage of regulatory responses to these events: Ohio and Michigan’s commitment to reduce phosphorus levels in Lake Erie by 40 percent; the nitrate lawsuit in Des Moines, Iowa, and Monday’s ruling on the Environmental Protection Agency’s authority to enforce total maximum daily load specifications for the Chesapeake Bay.

In addition, food companies wanting to source sustainably grown grains to meet that consumer demand and reduce their own supply chain risks are sending the same signal, further shining the spotlight on the growing demand for improved environmental outcomes from how we produce food.

If farmers can help meet these demands by being increasingly efficient with nutrients and protecting their soils, they will see nearer term benefits and possibly stem future regulations. Here’s why:

Read More »

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SUSTAIN: navigating the boom in precision ag

There’s new proof that precision agriculture is on the rise.

Earlier this month, CropLife magazine and Purdue University released a survey that found more than 85 percent of agricultural retailers plan on investing in precision agriculture services in the next year. And more than 15 percent of the 2,000 retailers surveyed will invest over $100,000.

This is good news for increasing fertilizer efficiency, because precision technologies can go a long way toward helping farmers know when and where to apply fertilizer. Applying fertilizer when, where, and in the amounts it’s needed can help save on input costs and reduce the environmental impacts that occur when excess nitrogen runs off into nearby waters or is released into the air.

But there’s a caveat – with so many precision agriculture tools available today and even more coming to market on a regular basis, how is a farmer to know what is best? Growers need to have confidence that precision ag tools will help them optimize their fertilizer use, improve their farm’s sustainability, and protect their yields. Read More »

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Campbell’s Soup expands its fertilizer optimization programs

220px-Campbell_Soup_Company_logo.svgThere’s a new reason to celebrate your favorite sugar cookie. The Campbell Soup Company has committed to fertilizer optimization in its sourcing areas in Ohio and Nebraska. These areas provide wheat for Campbell’s subsidiary, Pepperidge Farm – and the company will enroll an additional 70,000 acres into its fertilizer optimization programs by 2020.

Campbell will work with EDF to create additional fertilizer optimization and soil conservation programs for farmers, and will deploy United Suppliers’ SUSTAIN platform in these sourcing areas to help ensure farmers that changing their practices will not only reduce nitrogen runoff, but also protect yields and farm income. Read More »

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New research helps farmers set targets for reducing emissions

Credit: photos.com

Credit: photos.com

The easiest way to tackle fertilizer pollution is to lower the amount of nitrogen applied to crops, thereby reducing nutrient losses into the air and water. The problem is, reducing fertilizer rates can also shrink crop yields, which means less income for farmers and less food on our plates.

So here’s the question: how can we slash nitrous oxide emissions from agriculture without sacrificing productivity?

To meet this challenge, scientists need to understand the relationship between “nitrogen surplus” (the amount of applied nitrogen fertilizer not taken up by the plant), “nutrient use efficiency” (the ratio of how much yield you get from each pound of fertilizer applied) and nitrous oxide emissions that contribute to climate change. The more nitrogen a plant absorbs, the less it releases into the air in the form of nitrous oxide and into the water where it can contribute to harmful algal blooms. Read More »

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How agriculture’s resilience to climate change benefits us all

NYCity_shutterstock_12345841_RF (1)

81 percent of Americans live in cities, but rely on rural areas for everyday needs.

Traditionally, governments haven’t factored farms and ranches into their climate mitigation and adaptation planning. Instead, the focus has mostly been on protecting urban communities. But that is all changing. At the National Adaptation Forum earlier this month in St. Louis, agriculture was top-of-mind in discussions about reducing emissions and building resilience to climate change.

That’s because in order to protect people, 81 percent of whom live in urban areas, we’ll need to protect what’s around where they live, too. It’s largely rural areas, like the farming town of 1,100 people where I grew up, whose working lands and farms provide valuable services to urban areas. These services include food security, flood and drought protection, recreation and water storage. Agriculture can also play (and is already playing) a big role in reducing greenhouse gas emissions.

The more resilient we can make agriculture, the better off we’ll all be. Read More »

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Meet Brent Bible, state trooper turned farmer and mentor

BrentBibleA new Purdue University study released this week found that agriculture will create nearly 60,000 jobs each year for the next five years. But to meet this growing demand, more students will need to graduate with agricultural degrees. And as the deputy secretary of the U.S. Department of Agriculture said in a recent interview, the farming sector must do more to work with students and the educational system as a whole.

That’s where growers like Brent Bible come into play.  Brent is inspiring the next generation of farmers, scientists, researchers, and agronomists through his work with Purdue students who help him operate his 3,000-acre grain farm in Indiana. He’s also promoting soil health, nutrient efficiency, and sustainable agriculture through changes in on-farm practices.

I asked Brent, a former Indiana state police officer, about his transition to the agricultural world, his work with the Soil Health Partnership, and what gets him out of bed every morning. Read More »

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Why the food movement is alive and well

silverware 2 up closeMark Bittman’s recent New York Times op-ed, “Let’s Make Food Issues Real,” is a grim assessment of the current state of the food movement – in fact, he questions whether a food movement exists at all.

Bittman states that the lack of major change to government food policies means the food movement is not winning. “I’ll believe there’s a food movement when Hillary Clinton and Jeb Bush are forced to talk directly about food issues,” Bittman writes.

I’ll take that bet. With the drought in California threatening the nation’s produce and the other impacts climate change pose to our food supply, I think it’s likely that the next group of presidential candidates will discuss food issues on the campaign trail. Read More »

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Water risk: Which food companies are managing it and how can they do better?

A Splash of Water

Credit: Flickr user phphoto2010

Unreliable water supply and quality is a source of enormous risk to the agricultural sector. That was the key takeaway of a new report from Ceres that evaluated 37 of the world’s leading agriculture, beverage, meat and packaged food companies to see how they are managing risks from diminishing water supplies and water quality.

In a nutshell, companies need to improve their performance.

Companies use huge amounts of water in the production of crops, which also affects water quality when nitrogen fertilizer not absorbed by plants runs off into waterways. Read More »

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Why you won’t see an eco-label on your corn flakes anytime soon

Corn cereal

Credit: Flickr user Mike Mozart

Corn affects every person in the United States.

It is grown on about 90 million acres, an area roughly the size of Montana. Corn is ubiquitous in the products we buy, from shampoo and sodas to ethanol and animal feed.

The crop also uses the majority of nitrogen fertilizer in agriculture, requiring more nitrogen than soybeans, cotton and wheat combined. Nitrogen is necessary to produce corn. But when nitrogen is over-applied, crops cannot absorb it all – and this can lead to air and water pollution.

Fortunately, figuring out ways to use nutrients more efficiently to reduce loss improves a farmer’s bottom line. It also gives them a competitive advantage, as more and more food companies are embracing sustainability and fertilizer efficiency as a way to reduce risk in their supply chains. Read More »

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