We Care: It's Our Job

by Georgia Miller, Communications Intern, NPPC

Centuries ago, when technology spanned no further than the wheel and shovel, the first farmers and ranchers raised their animals according to their own rules. There was no manual or book, save the farmer’s almanac, to guide them along their way. They relied upon one another to learn new things and to hold themselves accountable for the advancement of production practices. Every farm was different, but a common instinct drove all successful farmers: your livelihood depended on the responsible use of your land and the proper care of your animals.

These instincts haven’t left us, but consumer trust and understanding of food production has diminished as new generations are growing more and more distant from agriculture. Although our food is safer, better-tasting and more sustainable than ever before, many consumers aren’t convinced. By 2050, there will be 10 billion mouths to feed, making technological innovation, production efficiency, and safety more important than ever. If we are to successfully address this challenge, we must find new ways to educate consumers about the technology and innovation that will be key in meeting the world’s food needs and expectations for ever-more sustainable production systems.

Gene editing in livestock, for example, is an emerging technology that can accelerates genetic improvements that could be realized over long periods of time through breeding. It allows for simple changes in a pig’s native genetic structure without introducing genes from another species. The National Pork Producers Council (NPPC) is a advocate for the development of this technology because it has the potential to eliminate animal diseases, such as Porcine Reproductive and Respiratory Syndrome, that cause animal suffering while decreasing the need to use antibiotics in pork production and reducing pork production’s environmental footprint.

The promise of technologies like gene editing won’t be realized if we don’t reduce the gap between the pace of innovation and consumer understanding of modern food production.

That’s why NPPC and the National Pork Board created We Care℠, an initiative designed to promote responsible practices in all areas of production while meeting consumer expectations for transparency at the local, state, national, and international levels. The We Care commitment has allowed U.S. pork to use nearly 76 percent less land, more than 25 percent less water and seven percent less energy since 1960. It is this same commitment that drives our support of gene editing and other technologies that allow us to build on our track record of success.

While nearly everything about farming has changed in the last 200 hundred years, one thing has always stayed the same: when it comes to our animals and our land, We Care. It’s our job.

About the Author:

Raised on a third-generation swine and grain farm, Georgia Miller realized her love for agriculture at a very young age. She is from Niantic, Illinois, where her family has raised purebred Berkshire hogs for more than 50 years. Currently, Georgia is a student at Iowa State University studying Agricultural Education and Agriculture in Society. At NPPC, she is taking that passion to new heights by expanding her knowledge of public policy and agricultural issues to become a stronger, more diverse advocate for the industry she loves so much.

Minnesota Pig Farmer Leads by Example on Water Quality

This blog was submitted by the National Pork Board in Celebration of National Ag Day.

Randy Spronk takes safeguarding the environment very seriously on his family’s

Edgerton, Minnesota, pig farm. He has since the day he started raising pigs almost

40 years ago.Spronk has decades of data and information on his farm’s environmental 

footprint — overall water quality, how many gallons of manure his farm has yielded, 

how many gallons have been applied to his crop acres, how his crops have utilized 

that manure and more.

He does it first and foremost because it’s the right thing to do. He’s also been able to 

make use of that data in ways that improve his farm’s overall environmental footprint. 

t’s enabled him to put his attention to his natural surroundings into action by taking 

further steps to improve the performance of both his pigs and row crops.

Real Pig Farming sat down with Spronk to discuss his farm’s history and 

how he uses technology to sustainably raise pigs and crops in on his southwestern 

Minnesota farm.

Real Pig Farming: Talk about your history as a pig farmer and your farm today.

Randy Spronk: I graduated from college in animal science in 1981, then moved 

back home and started with 100 sows. I bought the farm in 1988 and partnered with 

my brothers. We started together with a 300-sow farrow-to-finish farm, and we’ve 

grown ever since then. Spronk Brothers is our livestock farm, and we have around 

10,000 sows now. We have our own on-farm feed mill and are vertically integrated 

backwards. We harvest 2,600 crop acres and we feed all of our own pigs.

RPF: What are your water quality goals?

RS: For my entire farming career, I have made the environment a huge priority. It’s 

a lot of hard work, but it’s a labor of love. I know that if I don’t take care of the 

environment around me, it will take care of me. I obviously want to improve our 

water quality, and show society that we can improve overall water quality. We want 

to make it better, not just prevent it from eroding. I want to be part of the solution, 

not part of the problem. At the farm level, I work to ensure that once that water is 

on our farm and in our pig barns, the manure doesn’t go anywhere until I am 

ready to use it agronomically, and then I am going to use it for an agronomic benefit. 

I don’t waste any water.

RPF: Why is water quality so important to you?

RS: Our farm is on the Buffalo Ridge, which is sort of the “Continental Divide” 

between the Missouri and Mississippi River watersheds. It’s a critical area for 

water quality, and we’ve always wanted to be part of the solution, not part of the 

problem. I’ve always felt that I’m a caretaker entrusted not just with the pigs, but 

the soil and water here. That’s my occupation, it’s what I do every day, and it’s what 

I was educated to do. It’s important to me to utilize these resources — our soils and 

water — to produce food and make decisions that benefit both me and society. 

We all coexist.

RPF: What makes your attention to water quality unique?

RS: We’re certified with the Minnesota Agricultural Water Quality Certification

Program and I have a third-party verification conducted that shows the farm’s 

environmental impact with Centrol Crop Consulting, Inc. We have worked with 

the same agronomy consultant to conduct those verification's for 25 years, and 

through my entire farming career, I’ve always worked with a third-party to sample 

manure pits, conduct soil tests and give recommendations on how to manage our 

manure so it’s best for our soils and water. We have 25 years of data on a spreadsheet 

showing nitrogen, phosphorous and potassium in our soils, and we use the latest 

agronomic rates to produce our crops using our own manure. We don’t waste 

anything. Our manure has a lot of value, and we use it that way.

RPF: What role does technology play in your water quality efforts?

RS: We grid-sample our fields in 2 ½-acre grids and we know exactly what our 

crops and soils need from a nutrient standpoint. And, I have all of that information 

on my smartphone, so it’s with me at all times. I can tie my manure applications 

to crop yields in ways that show how beneficial they are to our water quality. 

Since now we can sample our manure pits before we apply the manure, we 

can program rates in and apply exactly the amount of fertilizer at the optimal rate. 

In the 1990s, we were putting on 4,000 gallons per acre. On most of our corn acres 

today, it’s probably 2,500 to 3,000 gallons per acre because of increased nutrient 

content that justify those lower rates. We always know exactly what we’re applying 

before we even go to the field. Then, we can go back and report that through a 

third-party so we keep our records up-to-date.

RPF: What do you see as important to the future of water quality on farms like yours?

RS: I think we’re going to continue to innovate on the animal nutrition side. We’re going 

to find ways to innovate, adapt and change so that we can apply that manure more 

effectively, and ultimately have the ability to do more with less. A 100-bushel corn crop 

was huge for my dad. If we’re not raising at least a 200-bushel crop now, we’re doing 

something wrong. We’re going to continue to find ways to raise our pigs, utilize manure 

and raise stronger crops, all while improving our water quality. Animal nutrition and 

manure application technology will help us accomplish all of those goals.

It Takes Talent to Feed the World

by Nanci Lilja, President, CHS Foundation

When most people think of agriculture, they wonder how we are going to feed the growing population of 9.6 billion by 2050.  And while that’s an important question to consider, I find myself thinking more often about the individuals needed to fill the talent pipeline to feed that growing population.

With nearly 4 in 10 agriculture jobs going unfilled each year and the average-age of farmers ever increasing, it’s going to take a pragmatic, creative approach to encourage young people to pursue careers in agriculture.

While filling the talent gap and meeting the labor demand is an issue that cannot be solved by any one individual or organization, I feel a personal responsibility to be part of the solution. Fortunately for me, I get to go to work every day knowing that CHS and the CHS Foundation are investing in programs that develop ag leaders for life and encourage students to pursue careers in agriculture.

In my role as CHS Foundation president, I get to interact with some of the students we support through programs like FFA, Ag Future of America and 25 university ag programs.  It’s inspiring to hear from students of all ages, backgrounds and perspectives about how one experience in middle school, high school or at the university level sparked their involvement in agriculture. I always leave those conversations feeling inspired and renewed in my belief that the next generation is going to find new ways to propel the ag industry forward and be well-equipped to step into ag careers.

All of us in agriculture have a unique story to tell, and that’s why our support of National Ag Day is important.  Because while we know the challenges and exciting opportunities of this industry, we recognize that our policymakers and the general public may not.  There is something very powerful about students sharing their passion and celebrating their unique contributions to the ag industry, and we’re proud to be a part of that. 

This essay is a merit winner in the 2019 Ag Day Essay Contest.  Visit www.agday.org for more details on National Ag Day.

Agriculture: Food for Life

How will our country lead the way?

Brody Allen Snook, Marseilles, IL

An elderly couple's house is filled with the shouting of gleeful children, the greetings of weary adults, and the barking of a perplexed dog.  Both young and old have come from afar to see each other for the first time in weeks, months, or even years.  It does not become clear until everyone gathers for dinner what the occasion is: Thanksgiving.  For a short couple hours, the grown-ups can take a break from their busy lives to reconnect with those they love, and the little ones can discover who has learned how the burp the alphabet.  And best of all, everyone is able to gorge themselves upon a feast fit for a king. 

American farmers—the unseen heroes in this scene—continue with their lives after the day is done without gratitude from the rest of society.  These farmers pull off small miracles every day by producing something that brings people with a common purpose together despite their differences.  The collaboration of cultivators across America to create the traditional Thanksgiving dinner is a prime example—turkey from Minnesota, stuffing from Kansas, potatoes from Kansas, etc. This conglomerate of food embodies the effort of farmers to feed the 325 million hungry bellies in this country three times a day, 365 days a year.  

This mission becomes progressively more challenging as the global population projects to reach 9 billion by 2050.  The never-ending task of satiating Americans will only remain attainable if agriculture technology continues to advance and increase produce yield.  Engineers must innovate new technology to maintain pace with population growth.  The potential advances in efficiency through the analysis of data from "smart agriculture" sensors is sufficient to pave the way for an era of cultivation powerful enough to sustain 9 billion lives.  Farms of the future will all have state-of-the-art sensors that can provide data on soil content, nutrient levels, compaction, air permeability, moisture, and pH in different areas of farmland.  The integration of this sheer amount of information allows farmers to optimize their use of finite resources.  Because farmers will know where their crops are deficient or thriving, there will be no more waste of water or pesticides in areas that do not need treatment.  Precision agriculture will maximize efficiency in agriculture to ensure the sustainability the growing global population. 

The promising future of American agriculture will provide encouragement for the next generations to join the effort as not only agribusinesses but also small family farms thrive in the era of integrated data.  Farming will become a picture of the future instead of a practice of the past.  And only by looking to future can we ensure the integrity of America and the rest of the world. 

This essay is a merit winner in the 2019 Ag Day Essay Contest.  Visit www.agday.org for more details on National Ag Day.

Agriculture: Food for Life

How will our country lead the way?

Emily Li, Sugar Land, TX

As the minute hand of the clock inches ever closer to noon, the soft rustling of students 
packing their bags begins to intermingle with the cheerful din of the classroom. Suddenly, a 
monotone chime pierces the air. It is time for lunch. Waves of people crash in the halls and 
students rush to claim the best seats in the cafeteria. And, as individuals begin settling in for a nice, filling meal, everyone is, without their knowledge, forging a deeper connection to the 
agricultural world. 

In the United States, every single person is affected by agriculture. Beyond the indisputable fact that farming is what produces the food that fuels the body, many unexpected products can be traced back to the hard, dedicated work of a farmer. Every stylish article of clothing crafted out of leather or cotton, every brilliantly colored crayon held together by soy – even plastic, potentially containing corn, is a product of agriculture. Most Americans would be unable even to imagine life without such commodities. However, as the number of people in the world continues to rise at breakneck speed, fulfilling the rising demands for these amenities could prove to be an issue. 

The global population is projected to reach 9 billion people by 2050. Currently, the average farmer is 58 years old, and there is a shortfall of students entering agriculture, leaving thousands of jobs unfulfilled each year. These job vacancies present a problem: who will replace current farmers once they have grown too old? If there is nobody to take over agriculture now, the world will soon need to find a new way to feed its people. This is where the latest scientific advancements come into play.

America is currently a trailblazer in innovations meant to lighten the strain placed on farmers by a thriving population. Recent advancements in genetically modified organisms augment existing plants and animals, bolstering their flavor and production. Cutting edge technology such as drones and precision agriculture allow for increased yields in the fields. As a result, more food can reach homes across the nation, and at a lower expense to consumers.  

As the population grows, Americans are opening their eyes to how big of a role agriculture plays on their daily lives. Children are beginning to learn about the importance and impact of farmers from a young age. More Americans are interested in the production and processing of food. Now, one can only hope that the emergence of new agricultural technology will pave the way for the future of American excellence, while simultaneously feeding the United States' ever-expanding populace.